221ST MEETING OF THE AMERICAN ASTRONOMICAL SOCIETY

6-10 January 2013 LONG BEACH, CALIFORNIA

Scientific sessions will be held at the: Long Beach Convention Center 300 E. Ocean Blvd. COUNCIL...... 2 Long Beach, CA 90802 AAS Paper Sorters EXHIBITORS...... 4 Aubra Anthony ATTENDEE Alan Boss SERVICES...... 9 Blaise Canzian Joanna Corby SCHEDULE...... 12 Rupert Croft Shantanu Desai SATURDAY...... 28 Rick Fienberg Bernhard Fleck SUNDAY...... 30 Erika Grundstrom Nimish P. Hathi MONDAY...... 37 Ann Hornschemeier Suzanne H. Jacoby TUESDAY...... 98 Bethany Johns Sebastien Lepine WEDNESDAY...... 158 Katharina Lodders Kevin Marvel THURSDAY...... 213 Karen Masters Bryan Miller AUTHOR INDEX ...... 245 Nancy Morrison Judit Ries Michael Rutkowski Allyn Smith Joe Tenn Session Numbering Key 100’s Monday 200’s Tuesday 300’s Wednesday 400’s Thursday Sessions are numbered in the Program Book by day and time. Changes after 27 November 2012 are included only in the online program materials.

1 AAS Officers & Councilors

Officers Councilors

President (2012-2014) (2009-2012) David J. Helfand Quest Univ. Canada Edward F. Guinan Villanova Univ. [email protected] [email protected] PAST President (2012-2013) Patricia Knezek NOAO/WIYN Observatory Debra Elmegreen Vassar College [email protected] [email protected] Robert Mathieu Univ. of Wisconsin Vice President (2009-2015) [email protected] Paula Szkody University of Washington [email protected] (2011-2014) Bruce Balick Univ. of Washington Vice-President (2010-2013) [email protected] Nicholas B. Suntzeff Texas A&M Univ. suntzeff@aas.org Eileen D. Friel Boston Univ. [email protected] Vice President (2011-2014) Edward B. Churchwell Univ. of Wisconsin Angela Speck Univ. of Missouri [email protected] [email protected]

Treasurer (2011-2014) (2012-2015) Hervey (Peter) Stockman STScI Nancy S. Brickhouse Harvard-Smithsonian, CfA [email protected] [email protected] Secretary (2010-2013) Toddy J. Henry Georgia State Univ. G. Fritz Benedict Univ. of Texas, Austin [email protected] [email protected] Steven D. Kawaler Iowa State Univ. Publications Board Chair [email protected] (2012-2014) Anne P. Cowley Arizona State Univ. [email protected] Press officers

Education Officer (2012-2015) Press Officer (2010-Present) Edward E. Prather Univ. of Arizona Rick Fienberg AAS [email protected] rick.fi[email protected]

Executive Officer Deputy Press Officer Kevin Marvel AAS Inge Heyer Univ. of Wyoming [email protected] Deputy Press Officer Larry Marschall Gettysburg College

2 Sponsors

UNDERGRADUATE ORIENTATION SPONSORS American NANOHertz Observatory for University of Arizona Gravitational Waves University of California, San Diego Astrobites University of California, Santa Barbara Boston University University of Colorado at Boulder Brigham Young University University of Denver Caltech University of Iowa Columbia University University of Kansas Fisk-Vanderbilt Masters-to-PhD Bridge University of Maryland Program University of Michigan Georgia State University University of New Mexico Harvard University University of Oklahoma Massachusetts Institute of Technology University of Pennsylvania Mississippi State University University of Texas at Austin National Radio Astronomy Observatory University of Virginia Rutgers University University of Wisconsin, Madison Society of Physics Students, American Institute of Physics University of Wisconsin, Milwaukee The Pennsylvania State University Wesleyan University The University of North Carolina at Yale University Chapel Hill

3 EXHIBITORS

119 American Astronomical Society 341 NASA HAD, HEAD, Journals 431 NASA Lunar Science Institute 400 Apogee Imaging Systems 427 NASA Physics of the Cosmos & 334 Arecibo Observatory Cosmic Origins 314 Asahi Spectra Co., Ltd. 325 NASA Exoplanet Exploration Program 225 Associated Universities Inc. 227 National Science Foundation 308 Astro Haven Enterprises 401 Northrop Grumman 435 ASTRON 219 NRAO 443 Astronomical Consultants & Equipment, Inc. 439 Nuclear Spectroscopic Telescope Array 131 AURA 402 Orbital 413 Ball Aerospace & Technologies Corp. 421 Oxford University Press 419 Brooks/Cole Cengage Learning 128 Pearson 319 Cambridge University Press 423 PlaneWave Instruments 142 CARMA: Combined Array for 301 Princeton University Press Research in Millimeter-wave 305 Real-time Spectroscopy Astronomy 418 Schott 223 CCAT Observatory 136 SIMBAD 408 Chandra X-ray Center 445 SKA Organisation 140 CSIRO Astronomy and Space Science 213 Sloan Digital Sky Survey 441 CTA - The Cherenkov Telescope 134 Smithsonian/ NASA ADS Array 243 SOFIA 143 Digitalis 322 Space Science Institute 126 e2v aerospace and defense inc. 232 Space Telescope Science Institute 130 Eureka Scientific, Inc. 209 SPIE 237 Fermi Gamma-Ray Space Telescope 409 Springer and Swift 414 Submillimeter Array 315 Finger Lakes Instrumentation 144 Teledyne Imaging Sensors Coffee Galactic Plane Infrared Polarization Break Survey (GPIPS) 415 The National Academies Banner 224 The National Optical Astronomy 125 Gemini Observatory / AURA Observatory 312 Giant Magellan Telescope 332 Thirty Meter Telescope 146 Instituto de Astrofisica de Canarias 132 University of Hawaii Institute for Astronomy PanSTARRS 417 IOP Publishing 313 University Science Books 333 IPAC 231 Virtual Astronomical Observatory 138 IRAP 310 W.H. Freeman 249 James Webb Space Telescope 330 WISE Mission 133 LCOGT.NET 407 WorldWide Telescope 309 Lockheed Martin 211 W.W. Norton 303 Lowell Observatory 137 LSST

4 Long Beach Convention Center Exhibit Hall A

5 Long Beach Convention Center Site Plan

6 Long Beach Convention Center Floor Plan

101A 201A

101B 201B 102A 202A 102B 202B 102C 202C

Restroom Restroom

103A 203A 103B 203B 103C 203C Stairs Stairs

Elevator Elevator

VIP A 204 VIP B Promenade Meeting Rooms Promenade Meeting Rooms Restroom Restroom Stairs Stairs 104A

104B Grand

104C Ballroom

Restroom Level 1 Level 2

7 Area Map

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Long Beach E OCEAN BLVD Convention & ALAMITO Entertainment Center

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Hotel Address’: A The Westin Long Beach - 333 East Ocean Blvd., Long Beach B Hyatt Regency Long Beach - 200 South Pine Avenue, Long Beach C Renaissance Hotels Resorts - 111 East Ocean Blvd., Long Beach D Hilton Long Beach - 701 West Ocean Blvd., Long Beach E Courtyard Marriott Long Beach - 500 East First Street, Long Beach F Best Western Plus Long Beach - 517 East 1st Street., Long Beach

8 Attendee Services

For everyone’s protection, please wear your badge at all times during the meeting.

Registration Level 1, Promenade Lobby Sunday: 3:00pm-8:00pm Monday: 7:30am-5:00pm Tuesday-Wednesday: 8:00am-5:00pm Thursday: 8:00am-2:00pm

Exhibit Hall You must have your badge to enter the Exhibit Hall Monday-Wednesday: 9:00am-6:30pm Thursday: 9:00am-2:00pm Please do not leave personal items unattended. The AAS is not responsible for lost or stolen property. Posters not removed by Exhibit Hall closing times each day will be discarded. The Exhibit Hall CLOSES at 2:00pm on Thursday

Exhibit Hall Events Morning Coffee Break Monday-Thursday, 9:30am-10:00am Poster Sessions Monday-Wednesday, 5:30pm-6:30pm Thursday, 1:00pm-2:00pm

Speaker Ready Room Promenade 203C, Long Beach Convention Center Sunday: 3:00-5:00pm Monday-Wednesday: 7:30am-4:00pm Thursday: 7:30am-2:00pm

9 Cyber Café - Sponsored by Northrop Grumman Level 1, Promenade Lobby Monday-Wednesday: 8:00am-6:30pm Thursday: 8:00am-2:00pm If there is a line for computers, please limit your time to 15 minutes. Absolutely no food or drink is permitted in the Cyber Café.

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right to disconnect any device that is causing network problems. Wireless will be available throughout the entire meeting space although some areas may experience limited connectivity. To access the Internet through the AAS wireless network, users will need to connect to any of the AAS access points and log in with the username and password printed on the back of your badge. Please note that the wireless is not encrypted.

Career Center Exhibit Hall Monday-Wednesday: 9:00am-6:00pm Thursday: 9:00am-1:00pm

Donor Lounge Attendance by Invitation Only VIP Lounge A Monday-Wednesday: 7:30am-5:30pm Thursday: 7:30am-4:00pm

Concession Stand Exhibit Hall Monday-Wednesday: 10:30am-2:30pm

10 Prize Winners

Rodger Doxsey Travel Prize The Rodger Doxsey Travel Prize, established through the support of his father, John Doxsey, and other friends, family, and colleagues, provides graduate students within one year of receiving or receipt of their PhD a monetary prize to enable the oral presentation of their dissertation research at an AAS meeting.

Doxsey Prize Winners Nicolas StoneA Harvard University (204.06D) Gwen RudieB Caltech (322.02D) A B Elisabeth MillsC University of California, Los Angeles (332.06D) Ian CrossfieldD University of California, Los Angeles (224.01D) Tim WeinzirlE University of Texas, Austin (322.04D) C D Brian HaydenF University of Notre Dame (136.05D) Jean-Claude PassyG American Museum of Natural History (202.02D) Megan DeCesarH E F University of Maryland (412.06D) Rebekah DawsonI Harvard University (407.02D) Or GraurJ American Museum of Natural History (136.02D) G H

Doxsey Prize - Runner-up Adam MillerK University of California, Berkley (316.06D)

L Christine Simpson I J Columbia University (107.05D) Patrick Kelly Stanford University (233.02D) Elizabeth YoungM Princeton University (419.03D) K L Diana DragomirN University of British Columbia (315.02D)

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11 Schedule of Events of Schedule 12 Saturday, 5 January 2013 7:30am ExoPAG 7, 8:00am-5:00pm, Naples Ballroom I-II (Renaissance Long Beach) 8:00am CAE/CATS Astro 101 Tier I Teaching Excellence Workshop Part I, 8:00am-5:30pm, Regency Ballroom B (Hyatt Long Beach) 9:00am Attendance by Invitation Only: Astronomy Ambassadors Workshop for Early-Career AAS Members, 9:00am-5:00pm, Regency Ballroom E (Hyatt Long Beach) Teaching Every Student: ASTRO 101 Approaches for Diverse Audiences, 9:00am-5:00pm, Renaissance Ballroom IV (Renaissance Long Beach) 1:00pm 2013 NSF Postdoctoral Fellows Symposium, 1:00pm-6:00pm, Regency Ballroom A (Hyatt Long Beach) Sunday, 6 January 2013 8:00am ExoPAG 7, 8:00am-5:00pm, Naples Ballroom I-II (Renaissance Long Beach) CAE/CATS Astro 101 Tier I Teaching Excellence Workshop Part II, 8:00am-5:30pm, Regency Ballroom B (Hyatt Long Beach) 9:00am 2013 NSF Postdoctoral Fellows Symposium, 9:00am-6:00pm, Regency Ballroom A (Hyatt Long Beach) Astronomy Ambassadors Workshop for Early-Career AAS Members, 9:00am-5:00pm, Regency Ballroom E (Hyatt Long Beach) Introduction to Python and Working with Astronomical Data, 9:00am-5:00pm, Renaissance Ballroom III (Renaissance Long Beach) Learning Astronomy through Role-playing and Debate, 9:00am-12:00pm, Regency Ballroom D (Hyatt Long Beach) Public Workshop: NASA Cosmic Origins Program Analysis Group, 9:00am-5:00pm, Beacon A (Hyatt Long Beach) Public Workshop: NASA Physics of the Cosmos Program Analysis Group, 9:00am-5:00pm, Beacon B (Hyatt Long Beach) Teaching Every Student: ASTRO 101 Approaches for Diverse Audiences, 9:00am-5:00pm, Renaissance Ballroom IV (Renaissance Long Beach) 10:00am Volunteer Orientation, 10:00am-11:00am, Room 101B 12:00pm SOFIA Tour, 12:00pm-6:00pm, Long Beach Convention Center (bus pick-up on South Pine Ave.) 1:00pm Designing Data Visualizations Workshop, 1:00pm-5:00pm, Regency Ballroom C (Hyatt Long Beach) 1:30pm 90 HAD I Special: Making Astronomy Public, Los Angeles Style, 1:30pm-3:30pm, Room 103B 2:00pm How to Be a Better Professor or Teaching Assistant for your LGBT Students, 2:00pm-4:00pm, Room 202B 3:00pm Speaker Ready Room, 3:00pm-5:00pm, Room 203C Registration, 3:00pm-8:00pm, Promenade Level 1 Lobby 4:00pm 91 HAD II Special: Preservation of Astronomical Heritage and Archival Data, 4:00pm-6:00pm, Room 103B 5:00pm K-12 Educator Reception, 5:00pm-7:00pm, Naples Ballroom III (Renaissance Long Beach) 6:00pm Royal Astronomical Society Reception, 6:00pm-7:00pm, Regency Ballroom D (Hyatt Long Beach) Undergraduate Orientation Reception, 6:00pm-7:00pm, 104A 7:00pm AAS Opening Reception, 7:00pm-9:00pm, Aquarium of the Pacific Monday, 7 January 2013 7:30am Session Chair Breakfast, 7:30am-8:00am, Room 203A Speaker Ready Room, 7:30am-4:00pm, Room 203C Registration, 7:30am-5:00pm, Promenade Level 1 Lobby 8:00am 100 Plenary Session: Welcome Address by AAS President David Helfand, 8:00am-8:30am, Grand Ballroom Cyber Café, 8:00am-6:30pm, Promenade Level 1 Lobby Careers 101: Career Planning Workshop for Graduate Students and Postdocs, 8:00am-10:00am, Regency Ballroom E (Hyatt Long Beach) 8:30am 101 Plenary Session: Kavli Lecture: The Spitzer Space Telescope: Science Return and Impact, B.T. Soifer (Spitzer Science Center, Caltech), 8:30am-9:20am, Grand Ballroom 9:00am Career Center, 9:00am-6:00pm, Exhibit Hall A Exhibit Hall, 9:00am-6:30pm Posters, 9:00am-6:30pm, Exhibit Hall A 141 Astronomy Outreach to the Public 151 HAD IV History of Astronomy 142 Binary Stellar Systems, X-ray Binaries 152 Large Scale Structure, Cosmic Distance Scale and GRBs 143 Black Holes 153 NASA's Physics of the Cosmos (PCOS) studies on Gravitational Wave and X-ray Mission Concepts 144 Circumstellar Disks 154 Pulsars, Neutron Stars 145 Dust 155 Relativistic Astrophysics, Gravitational Lenses & Waves 146 Elliptical and Spiral Galaxies 156 Specialized Observatories and Light Pollution 147 Evolution of Galaxies 157 Starburst Galaxies 148 Evolved Stars, Cataclysmic Variables, Novae, Wolf-Rayet Phenomena 158 Stars, Cool Dwarfs, Brown Dwarfs 149 Extrasolar Planets: Detection 159 The Sun 150 From Star Formation to Cosmology: Astrophysics with CCAT in the Next Decade 9:30am Coffee Break, 9:30am-10:00am, Exhibit Hall A 10:00am Special and Oral Sessions 102-117, 10:00am-11:30am 102 Career Options Panel Discussion: 103 AGN: Jets and Feedback 104 Circumstellar Disks I 105 Cosmic Microwave Professionally-trained Astronomers in Aerospace Room 101A Room 202B Background I and Industry Grand Ballroom Room 201A 106 Cosmology I 107 Dwarf and Irregular Galaxies I: Origins and 108 Early Science Results from the Hydrogen 109 Extrasolar Planet Detection from Spectroscopy Schedule of Events of Schedule Room 103B Dynamics Epoch of Reionization Arrays (HERA) and Microlensing Room 104A Room 101B Room 104B 110 From Star Formation to Cosmology: 111 Galaxy Clusters I 112 Galaxy Evolution at z~2 113 HAD III/HEAD I Special: Fifty Years of Celestial Astrophysics with CCAT in the Next Decade Room 103A Room 104C X-ray Astronomy Room 103C Room 201B 114 Relativistic Astrophysics, Gravitational Lenses 115 Research Based Initiatives for Broadening the 116 Science Highlights from NASA's Astrophysics 117 Young Stellar Objects, Very Young Stars, T- & Waves Participation of Women and Minorities in Data Analysis Program I: Galactic Astrophysics Tauri Stars, H-H Objects Room 102C Astronomy Room 202A Room 102B Room 102A

13 Helping Your Introductory Students to Think Like Scientists, 10:00am-11:30am, Room 203A Schedule of Events of Schedule 14 Monday, 7 January 2013 Continued 11:40am 118 Plenary Session: Galaxy Clusters in the Golden Age of High-Energy Astrophysics, Mark Bautz (MIT Kavli Institute for Astrophysics & Space Research), 11:40am-12:30pm, Grand Ballroom 12:30pm RE-NUMERATE: A Workshop to Restore Essential Numerical Skills and Thinking via Astronomy Education, 12:30pm-2:00pm, Room 203A 12:45pm 119 Town Hall: HAD Business Meeting, 12:45pm-1:45pm, Room 201B 120 Town Hall: NASA Physics of the Cosmos (PCOS) Gravitational Wave and X-ray Astronomy Town Hall, 12:45pm-1:45pm, Room 104B 121 Town Hall: NSF Town Hall, 12:45pm-1:45pm, Room 104A 1:00pm Career Hour 1: Having the Right Stuff: Outstanding Resumes/CVs for Outstanding Career Opportunities in Academia and Industry, 1:00pm-2:00pm, Regency Ballroom E (Hyatt Long Beach) 2:00pm Special and Oral Sessions 122-137, 2:00pm-3:30pm 122 Andromeda and Local Group Dwarf Galaxies 123 Black Holes I 124 Cosmic Microwave 125 Dark Matter Properties, Observations and Room 102C Room 102A Background II Constraints Grand Ballroom Room 101A 126 Exoplanet Interiors and Atmospheres 127 Family Leave Policies and Childcare for 128 Galaxy Clusters II 129 Galaxy Evolution at z > 2 Room 104A Graduate Students and Postdocs Room 103A Room 104C Room 201B 130 HAD V History of Astronomy, with Osterbrock 131 HEAD II: New Revelations from the Transient 132 Large Scale Structure, Cosmic Distance Scale 133 Quasars and Their Hosts, Near and Far Book Prize Sky and GRBs I Room 103C Room 103B Room 104B Room 202B 134 Science Highlights from NASA's Astrophysics 135 Scientific Opportunities with the James Webb 136 Supernovae I 137 Young Stellar Objects, Very Young Stars, T- Data Analysis Program II: Extragalactic Space Telescope Room 102B Tauri Stars, H-H Objects - Disks Astrophysics Room 201A Room 101B Room 202A 3:40pm 138 Plenary Session: Henry Norris Russell Lecture: Thinking and Computing, David Arnett (Steward Obs.), 3:40pm-4:30pm, Grand Ballroom 4:30pm 139 Plenary Session: From Gas to Stars Over Cosmic Time, Mordecai-Mark Mac Low (American Museum of Natural History), 4:30pm-5:20pm, Grand Ballroom 5:30pm Evening Poster Session, 5:30pm-6:30pm, Exhibit Hall A 6:30pm Center for Astronomy Education/CATS Reception, 6:30pm-8:30pm, Regency Ballroom A (Hyatt Long Beach) 140 Town Hall: NASA Kepler Mission Town Hall, 6:30pm-8:00pm, Room 104C WGLE Reception, 6:30pm-7:30pm, Regency Ballroom F (Hyatt Long Beach) Career Networking Reception, 6:30pm-8:00pm, Beacon A (Hyatt Long Beach) 7:30pm LGBTIQ Networking Dinner, 7:30pm-9:30pm, Regency Ballroom F (Hyatt Long Beach) 8:00pm 160 Plenary Session: A Moderated Discussion about Interesting Careers in Aerospace and Mission Operations, Kathryn Flanagan (STScI) and Jeffrey Grant (Northrop Grumman Aerospace Systems), 8:00pm- 9:00pm, Grand Ballroom Tuesday, 8 January 2013 7:30am Session Chair Breakfast, 7:30am-8:00am, Room 203A Speaker Ready Room, 7:30am-4:00pm, Room 203C 8:00am Cyber Café, 8:00am-6:30pm, Promenade Level 1 Lobby Registration, 8:00am-5:00pm, Promenade Level 1 Lobby 8:30am 200 Plenary Session: Finding the Next Earth, Natalie M. Batalha (NASA Ames Research Center), 8:30am-9:20am, Grand Ballroom 9:00am Career Center, 9:00am-6:00pm, Exhibit Hall A Exhibit Hall, 9:00am-6:30pm Posters, 9:00am-6:30pm, Exhibit Hall A 240 Computation, Data Handling, Image Analysis 249 Planetary Nebulae, Supernova Remnants 241 Dark Matter and Dark Energy 250 Star Associations, Star Clusters - Galactic and Extra-galactic 242 Dwarf and Irregular Galaxies 251 Star Formation 243 Galaxy Clusters 252 Stellar Evolution, Stellar Populations 244 HEAD III: First Results from the NuSTAR Mission 253 Supernovae 245 Intergalactic Medium, QSO Absorption Line Systems 254 The Milky Way, The Galactic Center 246 K-12 Students Learning and Doing Astronomy 255 Undergraduate and Graduate Teaching, Learning and Research 247 Large Synoptic Survey Telescope 256 Young Stellar Objects, Very Young Stars, T-Tauri Stars, H-H Objects 248 New Results from Astronomy Education Research 9:20am AAS Prize Presentations: George van Biesbroeck Prize, AAS Education Prize, Joseph Weber Award, Beatrice M. Tinsley Prize presented by AAS President David Helfand, 9:20am-9:45am, Grand Ballroom 9:30am Coffee Break, 9:30am-10:00am, Exhibit Hall A 10:00am Special and Oral Sessions 201-216, 10:00am-11:30am 201 Astronomy Outreach for Non-traditional 202 Binary Star Systems: Observations, Models, 203 Black Holes II 204 Circumnuclear Environments of AGN Audiences Origins Room 102A Room 201B Room 102B Room 101B 205 Circumstellar Disks II 206 Galaxies I 207 Galaxy Evolution at z = 4-12 208 HAD VI History of Astronomy Room 202B Grand Ballroom Room 104B Room 103B 209 HEAD III: First Results from the NuSTAR 210 High Resolution Ultraviolet Imaging with 211 Innovations in Teaching, Learning, and 212 Intergalactic Medium, QSO Absorption Line Schedule of Events of Schedule Mission the Hubble Space Telescope I [low redshift] Mentoring Systems Room 201A Room 202A Room 104A Room 103C 213 Stellar Evolution and Ages 214 Supernovae II 215 Surveys and Large Programs 216 Zeroing in on eta-Earth with NASA's Kepler Room 102C Room 101A 10:00am-11:40am Mission Room 103A Room 104C 11:30am Public Event: Education and Public Outreach Event, 11:30am-2:00pm, Exhibit Hall A 11:40am 217 Plenary Session: Cannon Award: Exploring the Diversity of Exoplanetary Atmospheres, Heather Knutson (California Institute of Technology), 11:40am-12:30pm, Grand Ballroom 12:45pm 218 Town Hall: NASA Town Hall, 12:45pm-1:45pm, Room 104A 15 219 Town Hall: NOAO Town Hall, 12:45pm-1:45pm, Room 104B Schedule of Events of Schedule 16 Tuesday, 8 January 2013 Continued 1:00pm Career Hour 2: Network Yourself to a Great Career, 1:00pm-2:00pm, Regency Ballroom E (Hyatt Long Beach) 2:00pm Special and Oral Sessions 220-235, 2:00pm-3:30pm 220 Circumstellar Disks III 221 Cosmic Dawns: ALMA Early Science 222 Dark Energy, Tests of Gravity and 223 Dust Room 202B Commences Fundamental Constants Room 103C Room 103B Room 201A 224 Exoplanet Atmospheres 225 Galaxies II 226 Galaxy Clusters III 227 Galaxy Evolution at z ~ 1 Grand Ballroom Room 104A Room 103A Room 104C 228 High Resolution Ultraviolet Imaging with 229 Instrumentation, Data Handling, and Image 230 New Insights into the Distribution of Stellar 231 Planets and Planetary Systems Identified by the Hubble Space Telescope II [high redshift] Analysis Structure and Mass in Galaxies: Results from S4G Kepler Room 201B Room 202A Room 102A Room 104B

232 Stars and the Galactic Halo 233 Supernovae III 234 The Galaxy: Age, Structure and Evolution 235 Turbulence: Theory and Observation Room 102B Room 101B Room 101A Room 102C 3:40pm 236 Plenary Session: Newton Lacy Pierce Prize: Hot on the Trail of Warm Planets Orbiting Cool M Dwarfs, John A. Johnson (Caltech), 3:40pm-4:30pm, Grand Ballroom 4:30pm 237 Plenary Session: HEAD Rossi Prize: The Flaring Crab Nebula: Surprises and Challenges, Marco Tavani (INAF-IAPS, University of Rome "Tor Vergata", Roma, Italy) 4:30pm-5:20pm, Grand Ballroom 5:30pm Evening Poster Session, 5:30pm-6:30pm, Exhibit Hall A 238 Town Hall: HEAD Business Meeting, 5:30pm-6:30pm, Regency Ballroom D (Hyatt Long Beach) 6:00pm Gemini Observatory Open House, 6:00pm-8:00pm, Regency Ballroom F (Hyatt Long Beach) 6:30pm 239 Town Hall: NRAO Town Hall, 6:30pm-8:30pm, Room 104C SPS Evening of Undergraduate Science, 6:30pm-8:00pm, Regency Ballroom B (Hyatt Long Beach) 7:00pm WFIRST Mission and NRO Telescope, 7:00pm-9:00pm, Room 101A Wednesday, 9 January 2013 7:30am Session Chair Breakfast, 7:30am-8:00am, Room 203A Speaker Ready Room, 7:30am-4:00pm, Room 203C 8:00am Registration, 8:00am-5:00pm, Promenade Level 1 Lobby Cyber Café, 8:00am-6:30pm, Promenade Level 1 Lobby 8:30am 300 Plenary Session: Heineman Prize: Extreme Transients in the High Energy Universe, Chryssa Kouveliotou (NASA/MSFC), 8:30am-9:20am, Grand Ballroom 9:00am Career Center, 9:00am-6:00pm, Exhibit Hall A Exhibit Hall, 9:00am-6:30pm Posters, 9:00am-6:30pm, Exhibit Hall A 339 AGN, QSO, Blazars 347 JWST Mission and Instrumentation 340 Catalogs 348 Laboratory Astrophysics 341 Cosmology 349 Molecular Clouds, HII Regions, Interstellar Medium 342 Education and Professional Development 350 Space-Based Missions, Instruments and Technology 343 Extrasolar Planets: Characterization, Theory and Detection 351 Stellar Atmospheres, Winds 344 Hubble Space Telescope Instruments and Calibration 352 Surveys and Large Programs 345 Instrumentation: Ground and Airborne 353 The Solar System and Astrobiology 346 Joining the Electromagnetic and Gravitational Wave Skies 354 Variable Stars & White Dwarfs 9:30am Coffee Break, 9:30am-10:00am, Exhibit Hall A 10:00am Special and Oral Sessions 301-316, 10:00am-11:30pm 301 Astrophysics with Kepler's High 302 Effective Education and Public Outreach 303 Galaxies III 304 Galaxy Evolution in Protogalaxy Clusters Precision Photometry I Room 202A Room 104A Room 104B Room 101A 305 Instrumentation: Ground, Airborne and 306 Molecular Clouds, HII Regions, 307 Multi-wavelength Observations of 308 Planetary Systems Orbiting White Space I Interstellar Medium Quasars Dwarfs 10:00am-11:40am Room 103B 10:00am-11:40am Room 103C Events of Schedule Room 103A Room 102B 309 QSO/AGN Engines and the 310 Reports from NASA's Program Analysis 311 Results from The Panchromatic Hubble 312 Star Formation - Dark Clouds and Circumnuclear Region Groups Andromeda Treasury Clumps Room 202B Room 102C Room 201B Room 101B 313 Structure and Evolution of Local 314 The Solar System 315 Transit Detection of Extrasolar Planets 316 Variable Stars Galaxies Grand Ballroom Room 201A Room 102A Room 104C 17 Schedule of Events of Schedule 18 Wednesday, 9 January 2013 Continued 11:40am 317 Plenary Session: Warner Prize: A New View on Planetary Orbital Dynamics, Eric B. Ford (Univ. of Florida), 11:40am-12:30pm, Grand Ballroom 12:45pm 318 Town Hall: The James Webb Space Telescope Town Hall, 12:45pm-1:45pm, Room 104A 319 Town Hall: The Stratospheric Observatory for Infrared Astronomy Town Hall, 12:45pm-1:45pm, Room 104B Trouble in the Blue - Current Light Pollution Threats and How Professional Astronomers Can Respond, 12:45pm-2:00pm, Regency Ballroom C (Hyatt Long Beach) 1:00pm Career Hour 3: Leveraging Your Online Presence for Career Advancement, 1:00pm-2:00pm, Regency Ballroom E (Hyatt Long Beach) 2:00pm Special and Oral Sessions 320-335, 2:00pm - 3:30pm 320 Advocating for Astronomy 321 Astrophysics with Kepler's High 322 Circumgalactic Matter of Galaxies 323 Cosmology II Room 201B Precision Photometry II at z=2-3 Room 101B Room 101A Room 104C 324 Direct Detection of Exoplanets, Faint 325 Dusty Debris in the Terrestrial Planet 326 Evolution of Structure in Local 327 Galaxies IV Companions, and Protoplanetary Disks Zone I Galaxies (z~0) Room 104A Grand Ballroom Room 103C Room 104B 328 Instrumentation: Ground, Airborne and 329 Joining the Electromagnetic and 330 SNRs and PNe: Theory and Observation 331 Star Associations, Star Clusters - Galactic Space II Gravitational Wave Skies Room 102C and Theory Room 103A Room 103B Room 202B 332 Star Formation - Cores, Clouds and the 333 Super-Earths, M Dwarfs, and 334 Surveys and Catalogs of Extrasolar 335 The Dark Energy Survey IMF Habitability Planet Hosts Room 202A Room 102A Room 201A Room 102B Processing ALMA and VLA Data with CASA, 2:00pm-3:30pm, Room 203A Astrophysics Code Sharing?, 2:00pm-3:00pm, Regency Ballroom D (Hyatt Long Beach) 3:40pm 336 Plenary Session: The Elemental Compositions of Extrasolar Planetesimals from Spectroscopy of Polluted White Dwarfs, Michael Jura (UCLA), 3:40pm-4:30pm, Grand Ballroom 4:30pm 337 Plenary Session: Computational Cosmology, Tom Abel (Kavli Institute for Particle Astrophysics and Cosmology, Stanford University), 4:30pm-5:20pm, Grand Ballroom 5:30pm Evening Poster Session, 5:30pm-6:30pm, Exhibit Hall A 6:00pm Invitation Only: AAS Donor Reception, 6:00pm-7:00pm, VIP A 6:30pm Graduate Student Networking Reception, 6:30pm-7:30pm, Beacon A (Hyatt Long Beach) 338 Town Hall: Arecibo Observatory: 50 Years of Science at the World's Largest Radio and Radar Telescope, 6:30pm-8:00pm, Room 104C TMT - Community Engagement, 6:30pm-8:00pm, Regency Ballroom ABC (Hyatt Long Beach) 8:00pm Space Science and Public Policy, 8:00pm-9:00pm, Room 103B Thursday, 10 January 2013 7:30am Session Chair Breakfast, 7:30am-8:00am, Room 203A Speaker Ready Room, 7:30am-2:00pm, Room 203C 8:00am Registration, 8:00am-2:00pm, Promenade Level 1 Lobby Cyber Café, 8:00am-2:00pm, Promenade Level 1 Lobby 8:30am 400 Plenary Session: New Insights of Comets from the EPOXI Mission, Karen J. Meech (University of Hawaii), 8:30am-9:20am, Grand Ballroom 9:00am Career Center, 9:00am-1:00pm, Exhibit Hall A Exhibit Hall, 9:00am-2:00pm Posters, 9:00am-2:00pm, Exhibit Hall A 430 AGN and Friends 438 GRBs 431 Computation and Other Topics 439 Instrumentation, Missions and Surveys 432 Cosmology and Other Topics 440 Interstellar Medium 433 Education and Public Outreach 441 Star Clusters 434 Evolution of Galaxies 442 Star Formation 435 Extrasolar Planets 443 Stellar Topics 436 Galaxies 444 Supernovae 437 Galaxy Clusters 445 The Sun and Solar System 9:30am Coffee Break, 9:30am-10:00am, Exhibit Hall A The Path to Affordable Large UVOIR Space Telescopes, 9:30am-11:30am, Room 202A 10:00am Special and Oral Sessions 401-415, 10:00am-11:30am 401 Cataclysmic Variables and Compact 402 Cosmology, the Lyman-alpha Forest, 403 Dusty Debris in the Terrestrial Planet Zone 404 Dwarf and Irregular Galaxies II: ISM/IGM Binaries and Intergalactic Medium from BOSS II and the Magellanic Clouds Room 102A Room 102C Room 103C Room 104A

405 Evolution of Galaxy Mergers, Black Hole 406 First Nation Astronomers and Educators 407 Kepler Exoplanets 408 Laboratory Astrophysics and Pulsar Events of Schedule Formation, and Satellite Galaxies Room 201B Grand Ballroom Potpourri Room 104C Room 102B 409 Large Scale Structure, Cosmic Distance 410 Massive Star Formation and Supernovae 411 Nearby Star Forming Galaxies 412 Pulsars, Neutron Stars Scale and GRBs II IV Room 104B Room 101A Room 202B Room 201A 413 Radio Surveys of Galactic Clouds 414 Starburst Galaxies 415 The Sun Room 103A Room 103B Room 101B Hack Day, 10:00am-5:30pm, Beacon A (Hyatt Long Beach) 19 Schedule of Events of Schedule 20 Thursday, 10 January 2013 Continued 11:40am 416 Plenary Session: The Hubble Constant in the Era of Precision Cosmology, Lucas M. Macri (Texas A&M University), 11:40am-12:30pm, Grand Ballroom 12:45pm 417 Town Hall: Organized by the U.S. National Research Council's Committee on Astronomy and Astrophysics, 12:45pm-1:45pm, Room 104A Invitaion Only: AAS Focus Group, 12:45pm-1:45pm, Regency Ballroom F (Hyatt Long Beach) 1:00pm Career Hour 4: Negotiation Strategy and Tactics, 1:00pm-2:00pm, Regency Ballroom E (Hyatt Long Beach) Afternoon Poster Session, 1:00pm-2:00pm, Exhibit Hall A 2:00pm Special and Oral Sessions 418-427, 2:00pm-3:30pm 418 CO, Dust, Outflows, etc. in Galaxies 419 Direct Imaging Methods for Extrasolar 420 Evolution in Compact Galaxy Clusters 421 High Energy Binaries Room 201B Planet Detection Room 201A Room 102C Room 101A 422 Multi-wavelength Spectroscopy of AGN 423 Nearby Stars and Wide Binaries 424 Planetary Systems Orbiting White Dwarfs 425 Star Associations, Star Clusters - Extra- Room 103A Room 102A and Neutron Stars galactic Room 103C Room 102B 426 Star Formation - Clusters and Cores 427 The Role of Calibration in Modern Optical Room 103B and Infrared Astronomy Room 101B 3:40pm 428 Plenary Session: Gas Flows and Galaxy Evolution, Dawn Erb (University of Wisconsin Milwaukee), 3:40pm-4:30pm, Grand Ballroom 4:30pm 429 Plenary Session: Lancelot M. Berkeley Prize: Results from the Wilkinson Microwave Anisotropy Probe (WMAP), Eiichiro Komatsu (Max Planck Institute for Astrophysics, Garching, Germany, University of Texas at Austin), 4:30pm-5:20pm, Grand Ballroom 5:30pm AAS Closing Reception, 5:30pm-7:00pm, Promenade 104 8:00pm Public Lecture: Science and the New Space Race: Opportunities and Obstacles, 8:00pm-9:30pm, Beckman Auditorium, CIT, JPL A GUIDE TO AAS MEETING ETIQUETTE

AAS meetings are the largest and most logistically complex astronomy meetings in the world. We ask all attendees to work together to enhance the value of the meetings by keeping in mind the following points.

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all forms of discrimination, harassment, and retaliation. As a professional society, the AAS is committed to providing an atmosphere that encourages the free expression and exchange of scientific ideas. The AAS is dedicated to the philosophy of equality of opportunity and treatment for all members and other meeting attendees, regardless of gender, race, ethnic origin, religion, age, marital status, sexual orientation, disabilities, or any other reason not related to scientific merit. Harassment, sexual or otherwise, is a form of misconduct that VOEFSNJOFT
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AAS anti-harassment policy: http://aas.org/governance/Anti-Harassment_Policy).

AAS meeting staff are trained professionals, expert at organizing and conducting scientific meetings. They work with professional contractors who specialize in providing audio-visual, security, and other services, and with professional hotel and convention -center staff as well. Meeting attendees are professional scientists, expert at carrying out scientific research and presenting that research at meetings. Accordingly, please be respectful of all meeting staff and DPOUSBDUPST
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disrespectful or who act in an unprofessional manner toward meeting staff, contractors, other attendees, or hotel or convention center staff will be required to leave the meeting.

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of professional respect and courtesy.

Mobile Phones & Related Devices Cell phones, pagers, and similar electronic devices should be silenced. Before each session begins and before you enter an active session, please silence your cell phone and any other devices that have audible alerts. Switching phones to vibrate rather than ring is not sufficient, as the vibrations can be heard or felt by those nearby. Do not dial or take a phone call during a session. Please exit the session room before beginning or answering a call. All modern mobile phones have caller-ID and call-back features — please make use of them.

21 Computers & Internet Service The AAS provides wireless Internet service throughout each meeting, but we cannot guarantee full coverage in all locations. We provide priority access in the common areas. This means you may experience limited connectivity in the session rooms. If you do make use of wireless Internet access during a presentation, or even if you are KVTU
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to minimize distractions to other attendees and the speaker. If you must use a computer during a session, please consider sitting near the back of the room so as not to distract the speaker or session chair. These same guidelines apply to mobile phones, tablets, and other electronic devices. One of the cost drivers for meeting registration is provision of adequate bandwidth, which — believe it or not — costs tens of thousands of dollars per meeting. Excessive downloading or uploading of files, software updates, streaming video, and other bandwidth-hungry activities (e.g., gaming, exploring virtual worlds) increases the costs for all attendees. The AAS reserves the right to ban excessive users from its meeting network and to use site blocking, port blocking, and traffic shaping to ensure adequate bandwidth for all.

Sessions & Questions If you are giving a presentation, please be sure you have read the speaker and AV instructions on the AAS website (http://aas.org/meetings/av_information.php). All oral presentations must be uploaded to the internal network in the Speaker Ready Room. Personal laptops and USB member drives will not be permitted for presentations in session rooms. We ask that you upload your presentation at least 24 hours in advance. Be sure to show up at your session on time. The session chair is in charge of the session. He or she is empowered to stop questioning BOE
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OPO attendance of a scheduled speaker. The chair cannot end talk times beyond the common limits of 10 minutes for regular contributions and 20 minutes for dissertation contributions (including time allotted for Q&A). When asking questions of speakers, please be professional, courteous, and polite. This is especially important when questioning students presenting their dissertation research. Be considerate of other people wishing to ask questions. If you have multiple or detailed questions, speak with the presenter after the session.

Journalists & Embargoes If your presentation covers results that have been, or will be, submitted to Nature or Science
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be, submitted to them, you should limit your interaction with reporters to clarifying the specifics of your presentation. As Science
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embargo at Science or Nature, and the reporter will understand why you cannot be more forthcoming.

22 Photography & Video Many events and presentations at AAS meetings are recorded for posterity by a Society photographer. Some sessions, and all press conferences, are videotaped and eventually posted on the AAS members website as a member benefit. Your attendance at an AAS meeting signifies your agreement to be photographed or videotaped in the course of normal meeting business. Invited and prize lecturers will be asked to sign a form for legal clarity. If you take pictures during the meeting, please be considerate of others. Do not use a flash when taking pictures during sessions.

Eating, Drinking & Smoking Because our meetings are so full of great content, it can be hard to find time to eat breakfast or lunch. If you must eat or drink while attending a session, please do so quietly and be sure to deposit your trash properly after the session ends. Additional cleaning services costs the AAS money and increases registration costs. Some venues have strict policies against eating or drinking in particular areas. Meeting attendees are expected to follow these policies. Attendees may not bring their own alcoholic beverages or drink them at the meeting venue outside of areas or times when they are sold. Obviously, this does not apply to bars, restaurants, or other facilities co- located with our meeting venues. AAS meetings are strictly non-smoking, consistent with laws in the localities where we hold our conferences. When possible, smoking areas will be clearly identified.

Blogging & Tweeting If you blog, tweet, or otherwise post near-real-time material from the meeting online, you must follow the guidelines above concerning the use of computers, tablets, mobile phones, and AAS wireless bandwidth. Please do not publicly report private conversations — only scheduled presentations and public comments are fair game for blogging, tweeting, etc. Remember that many presentations at AAS meetings concern work that has not yet been peer-reviewed. So think twice before posting a blog entry or tweet that is critical of such work. It is helpful to receive constructive criticism during the Q&A after your talk or while standing next to your poster, but it is hurtful to be raked over the coals online before your session is even over and with no easy way to respond. New York Times editor Bill Keller said it well. When it comes to meetings among colleagues, IF
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23 Harassment Will not be Tolerated at AAS Meetings Dear colleagues, You are attending the foremost scholarly meeting for Astronomy and related disciplines in the world. Gathering with you are thousands of scientists and researchers from all walks of life and backgrounds. We come together to share our research results, discuss UIF
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other’s company. It is incumbent on each attendee to participate in the meeting in a professional manner. Harassment in any form will not be tolerated at this meeting, at any other meeting of the Society, or in any activity sponsored or organized by the Society. Harassment has no role in our professional environment and should also not be tolerated in our universities, telescope facilities, and other professional gatherings. The AAS Council has established an anti-harassment policy for meetings and activities PG
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as described in the policy, will be removed from the meeting facility and perhaps from future meetings as well after due process has verified that inappropriate behavior occurred. If any meeting attendee feels he or she has been harassed, they should not hesitate to contact me, any member of Council or the Executive Officer so that we may both assist you confidentially and prevent others from being harassed. We must all work together to ensure an environment free of harassment so that our scholarly and collegial interactions are focused on our common mission: to enhance and share humanity’s scientific understanding of the Universe. We can only accomplish this mission fully when we respect each other as professionals, and I call on each of you to help us in this regard. David Helfand, President Anti-Harassment Policy for Meetings and Activities of the AAS Preface The AAS Bylaws include an Article addressing non-discrimination in professional activities: ARTICLE X. NON-DISCRIMINATION IN PROFESSIONAL ACTIVITIES As a professional society, the AAS must provide an environment that encourages the free expression and exchange of scientific ideas. In pursuit of that environment, the AAS is committed to the philosophy of equality of opportunity and treatment for all members, regardless of gender, gender identity or expression, race, color, national or ethnic origin, religion or religious belief, age, marital status, sexual orientation, disabilities, veteran status, or any other reason not related to scientific merit. All functions of the Society must be conducted in a professional atmosphere in which all participants are treated with courtesy and respect. It is the responsibility of the chairperson of an AAS committee, of the organizers of any AAS meeting, and of the members themselves to ensure that such an atmosphere is maintained. Furthermore, the rich diversity of the Society’s membership and of the astronomical community in general is a resource that should be drawn upon when selecting organizing committees, invited speakers, and nominees for office and for special prizes. Consistent with this non-discrimination Bylaw, the AAS Council at its January 2008 meeting approved the following Anti-Harassment policy. Consistent with this non-discrimination Bylaw, the AAS Council at its January 2008 meeting approved the following Anti-Harassment policy. Statement of Policy It is the policy of the American Astronomical Society (AAS) that all participants in Society activities will FOKPZ
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society, the AAS is committed to providing an atmosphere that encourages the free expression and exchange of scientific ideas. In pursuit of that ideal, the AAS is dedicated to the philosophy of equality of opportunity and treatment for all members, regardless of gender, gender identity or expression, race, color, national or ethnic origin, religion or religious belief, age, marital status, sexual orientation, disabilities, veteran status, or any other reason not related to scientific merit. Harassment, sexual or otherwise, is a form of misconduct that undermines the integrity of Society meetings. Violators of this QPMJDZ
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EJTDJQMJOF Definition of Sexual Harassment Sexual harassment refers to unwelcome sexual advances, requests for sexual favors, and other verbal or physical conduct of a sexual nature. Behavior and language that are welcome/ acceptable to one person many be unwelcome/offensive to another. Consequently, individuals must use discretion to ensure that their words and actions communicate respect for others. This is especially important for those in positions PG
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discomfort regarding unwelcome behavior. Sexual harassment does not refer to occasional compliments 24 of a socially acceptable nature. It refers to behavior that is not welcome, is personally offensive, debilitates morale, and therefore, interferes with work effectiveness. The following are examples of behavior that, XIFO
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hostility or aversion toward an individual or group. Scope of Policy This policy applies to all attendees at Society activities, including scientists, students, guests, staff, contractors, and exhibitors, participating in the scientific sessions, tours, and social events of any AAS or Division meeting or other activity. Reporting an Incident Advice for reporting sexual or other forms of harassment is available on the web site of the Committee on the Status of Women in Astronomy (CSWA): www.aas.org/cswa/ Here is a summary of the more detailed information available on the CSWA web page: Write everything down (times, places, nature of the incident, and comments made). Save e-mails, notes, etc. Tell someone you trust. It is likely that you will have to write and sign an official letter of complaint, documenting the nature of the harassment and/or discrimination. Be as detailed as possible. Supporting documentation and statements from witnesses should be submitted with your letter. "OZ
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should contact the AAS Executive Officer or other Society Officer. Other Society Officers include the President, past President or President-elect, senior Vice Presidents, Secretary and Treasurer. He or she is not required or expected to discuss the concern with the alleged offender. All complaints will be treated seriously and be investigated promptly. Confidentiality will be honored to the extent permitted as long as the rights of others are not compromised. The Investigation 1. The Executive Committee will name an impartial investigator, usually a Society Officer or Council member. Any named investigator who believes they have a conflict of interest should not serve as an investigator. 2. In most cases, the complainant will be interviewed first and the written complaint reviewed. If the complainant has not already filed a formal complaint, he or she should be asked to do so. 3. The details of the complaint should be explained to the alleged offender by the investigator. 4. The alleged offender should be given a reasonable chance to respond to the evidence of the complainant and to bring his or her own evidence. 5. If the facts are in dispute, further investigatory steps may include interviewing those named as witnesses. 6. If, for any reason, the investigator is in doubt about whether or how to continue, he or she will seek appropriate counsel. 7. When the investigation is complete, the investigator should report the findings to the Executive Officer of the Society or other Society Officer, as appropriate. Retaliation is Prohibited The AAS will not tolerate any form of retaliation against persons who file a complaint or assist in the investigation. Retaliation is a serious violation of this policy and, like harassment or discrimination itself, XJMM
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as being banned from participating in future Society or Division meetings or other activities. Council is granted the right in its Bylaws to terminate the membership of any member. Appeal & Questions In the event that the individual is dissatisfied with the results of the investigation, he or she may appeal to the President of the Society. Any questions regarding this policy should be directed to the AAS Executive Officer or other Society Officer

25 No matter which itinerary you choose... the journey across the universe begins here

For more about these titles and all of our astronomy media offerings, visit W.H. Freeman at Booth #310 Why are AAS Meetings so Expensive? Unfortunately, the real question is why are they so inexpensive! Similar meetings in the commercial sector have registration fees exceeding $1000 for a one-week meeting…and those are the inexpensive ones. The main reason AAS meetings registration rates are $500 PS
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we incur to hold the meeting. The pie chart shown here shows the expenses for a typical winter meeting, excluding meeting staff salaries and Executive Office expenses. Excluding these costs, a typical winter meeting costs more than $1 million to successfully carry out. As you can see, the bulk of our expenses for past meetings have been food-related and for the logistical support necessary to carry out the meeting, with the food-related costs dominating the expenses. But why are food & beverages (aka F&B) so expensive? Primarily because the cost JODPSQPSBUFT
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entities…they need to make a profit and F&B is one place they can charge higher rates to achieve their bottom-line goals. Some have said we should bring in outside food via catering services. This is sometimes possible and sometimes cheaper, but nearly all venues either prohibit external F&B vendors or charge extra to allow external catering. Not all attendees have their registration paid for by grants, so we are very sensitive to the total cost to attend our meetings and work hard to keep the registration rate as affordable as possible along with the hotel rates and other costs. Transportation expenses we have no control over, but we do try and minimize that cost by picking cities that are relatively easy to get to, with some exceptions. We hope that this attention to total cost enables our many members who are not at large institutions or grant recipients to attend our meetings. We hope that the meeting industry resets its exorbitant costs due to the current economic climate, but so far we have not seen them change their pricing. We will continue to ensure that the core purpose of our meetings, scientific discussion and interaction can be fulfilled and we will do so at the lowest possible cost to ensure the broadest possible participation in our discipline. We welcome your input and comments, as always. Kevin B. Marvel Executive Officer [email protected]

Winter AAS Meeting Expenses

27 Saturday Sessions and Events Saturday

SAT Public Workshop: ExoPAG 7 Saturday, 8:00 AM - 5:00 PM, Naples Ballroom I-II, Renaissance Long Beach NASA formed the Exoplanet Exploration Program Analysis Group (ExoPAG), responsible for soliciting and coordinating community input into the development and execution of NASA’s Exoplanet Exploration Program (ExEP). The ExoPAG serves as a community-based, interdisciplinary forum for analysis in support of activity prioritization and for future exploration. It provides findings of analyses to NASA through the Astrophysics Subcommittee "14
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"14 Organizer Ozhen Pananyan1 1JPL. CAE/CATS Astro 101 Tier I Teaching Excellence Workshop Part I Saturday, 8:00 AM - 5:30 PM, Regency Ballroom B, Downtown Hyatt Long Beach The overarching goal of this workshop is for participants to become familiar with research- validated active engagement teaching strategies and assessment materials, as well as how to implement them in their college astronomy courses, through role-playing, modeling, practice, and more! To accomplish this goal, participants in our workshop will learn how to create productive learning environments beginning with a brief review of research on the nature of teaching and learning. Most workshop time will be spent with participants playing the roles of student, instructor, and critical friend to practice implementing active engagement strategies such as interactive lectures, Think-Pair-Share, interactive demonstrations and videos, collaborative groups, Lecture-Tutorials, and Ranking Tasks. The workshop will culminate with participants learning how to put these teaching strategies together into effective learning sequences for the learner-centered classroom. This workshop is designed for college instructors, post-docs, and graduate and undergraduate students currently teaching astronomy (or who think they will be in the near future). Presented by Gina Brissenden (Center for Astronomy Education (CAE), University of Arizona), Rica French (MiraCosta College) and Paul Robinson (Westchester Community College). Organizer Gina Brissenden1 1Center for Astronomy Education (CAE) Univ. of Arizona. Astronomy Ambassadors Workshop for Early-Career AAS Members Attendance by Invitation Only Saturday, 9:00 AM - 5:00 PM, Regency Ballroom E, Downtown Hyatt Long Beach The newly established Astronomy Ambassadors program is designed to support early-career AAS members with training in resources and techniques for effective outreach to students and the public. Workshop participants will learn to communicate effectively with public BOE
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contemporary student audiences in multi-cultural classrooms. Designed for college and university physics and astronomy faculty, this two-day interactive workshop uncovers the new challenges of effectively teaching today’s diverse student bodies and provides experiences in using classroom-ready teaching strategies designed to engage all students. Much of the workshop is allocated to introducing scaffolding strategies that teach students to successfully engage in scientific thinking and design astronomy investigations by mining online astronomy databases. Participants in this workshop will learn how to structure effective student learning experiences using online resources such as the JPL’s Solar System Simulator and GalaxyZoo portal access to the Sloan Digital Sky Survey and develop classroom interactives the engage all learners. All participants and will receive copies of classroom-ready and classroom-tested inquiry teaching materials appropriate for a diversity of ASTRO 101 students. Additionally, participants will be shown how to make their own assignments based on the principles of a backwards faded scaffolding approach, developed by faculty at the Center for Astronomy & Physics Education Research, CAPER. This workshop is facilitated by astronomy education researchers and AAS members, Stephanie Slater (CAPER Ctr for Astro & Phys Educ Research), Tim Slater (U. Wyoming), and additional presenters will be invited to participate. The workshop is sponsored by the NASA ROSES FINESSE Program, the University of Wyoming Excellence in Higher Education Endowment, and participants are encouraged to bring their personal laptop computers. Organizer Timothy F. Slater1 1University of Wyoming.

2013 NSF Postdoctoral Fellows Symposium Saturday, 1:00 PM - 6:00 PM, Regency Ballroom A, Downtown Hyatt Long Beach This is the annual meeting of the NSF Astronomy & Astrophysics Postdoctoral Fellows (AAPF). The NSF AAPF program supports young scientists who carry out an integrated program of independent research and education/public outreach. During this two-day annual symposium, the Fellows gather to give talks on their current research and outreach QSPKFDUT
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in discussion panels on a range of topics such as exploring non-traditional outreach methods, conducting astronomy research in large collaborations, and making the transition from postdoc to faculty. This meeting provides an opportunity for the current, past, and prospective Fellows to meet and discuss their work with members of the community, learn from each other’s experiences, and to foster new collaborations. All members of the astronomical community are welcome and encouraged to attend. Organizer Britt Lundgren1 1University of Wisconsin - Madison.

29 Sunday Sessions and Events Sunday

Public Workshop: ExoPAG 7 Sunday, 8:00 AM - 5:00 PM, Naples Ballroom I-II, Renaissance Long Beach NASA formed the Exoplanet Exploration Program Analysis Group (ExoPAG), responsible

SUN for soliciting and coordinating community input into the development and execution of NASA’s Exoplanet Exploration Program (ExEP). The ExoPAG serves as a community-based, interdisciplinary forum for analysis in support of activity prioritization and for future exploration. It provides findings of analyses to NASA through the Astrophysics Subcommittee "14
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"14 Organizer Ozhen Pananyan1 1JPL. CAE/CATS Astro 101 Tier I Teaching Excellence Workshop Part II Sunday, 8:00 AM - 5:30 PM, Regency Ballroom B, Downtown Hyatt Long Beach The overarching goal of this workshop is for participants to become familiar with research- validated active engagement teaching strategies and assessment materials, as well as how to implement them in their college astronomy courses, through role-playing, modeling, practice, and more! To accomplish this goal, participants in our workshop will learn how to create productive learning environments beginning with a brief review of research on the nature of teaching and learning. Most workshop time will be spent with participants playing the roles of student, instructor, and critical friend to practice implementing active engagement strategies such as interactive lectures, Think-Pair-Share, interactive demonstrations and videos, collaborative groups, Lecture-Tutorials, and Ranking Tasks. The workshop will culminate with participants learning how to put these teaching strategies together into effective learning sequences for the learner-centered classroom. This workshop is designed for college instructors, post-docs, and graduate and undergraduate students currently teaching astronomy (or who think they will be in the near future). Presented by Gina Brissenden and Colin Wallace (Center for Astronomy Education (CAE), Steward Observatory, University of Arizona). Organizer Gina Brissenden1 1Center for Astronomy Education (CAE) Univ. of Arizona. 2013 NSF Postdoctoral Fellows Symposium Sunday, 9:00 AM - 6:00 PM, Regency Ballroom A, Downtown Hyatt Long Beach This is the annual meeting of the NSF Astronomy & Astrophysics Postdoctoral Fellows (AAPF). The NSF AAPF program supports young scientists who carry out an integrated program of independent research and education/public outreach. During this two-day annual TZNQPTJVN
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AAS members with training in resources and techniques for effective outreach to students SUN and the public. Workshop participants will learn to communicate effectively with public BOE
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Introduction to Python and Working with Astronomical Data Sunday, 9:00 AM - 5:00 PM, Renaissance Ballroom III, Renaissance Long Beach The workshop will be presented by Demitri Muna (NYU, scicoder.org) and Adrian Price- 8IFMBO
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Learning Astronomy through Role-playing and Debate Sunday, 9:00 AM - 12:00 PM, Regency Ballroom D, Downtown Hyatt Long Beach The Reacting to the Past pedagogy, pioneered by Barnard College, consists of elaborate role-playing games set in the past and informed by great texts. Reacting to the Past is commonly used in writing-intensive, first-year seminars where students collaborate in factions to debate a big question. With support from the National Science Foundation, our group is developing six chapter-length games to be used in traditional STEM courses GPS
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31 Sunday Sessions and Events

Pluto held at the American Museum of Natural History. Next, we will play the second phase of the game that recreates a debate at the 2006 meeting of the International Astronomical Union in Prague. Finally, we will review game materials for the multi-week Trial of Galileo game and discuss preliminary assessments of all of the games. Game materials for The Pluto Debate and the other STEM-focused Reacting to the Past games are available online (http:// bit.ly/reactingscience). Organizer SUN Anthony W. Crider1 1Elon Univ.

Public Workshop: NASA Cosmic Origins Program Analysis Group Sunday, 9:00 AM - 5:00 PM, Beacon A, Downtown Hyatt Long Beach The COPAG is responsible for soliciting and coordinating community input into the development and execution of NASA’s Cosmic Origins Program. The COPAG serves as a community-based, interdisciplinary forum for analysis in support of Cosmic Origins PCKFDUJWFT
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Public Workshop: NASA Physics of the Cosmos Program Analysis Group Sunday, 9:00 AM - 5:00 PM, Beacon B, Downtown Hyatt Long Beach NASA’s Physics of the Cosmos Program Analysis Group will hold their fifth community meeting. The PhysPAG is a forum for soliciting and coordinating input from the science DPNNVOJUZ
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Teaching Every Student: ASTRO 101 Approaches for Diverse Audiences Sunday, 9:00 AM - 5:00 PM, Renaissance Ballroom IV, Renaissance Long Beach ASTRO 101 professors start each new year with increasingly diverse groups of students populating their classrooms. AAS members fully understand the value and importance

32 Sunday Sessions and Events of having a wide diversity of students who understand and contribute to the scientific FOUFSQSJTF
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contemporary student audiences in multi-cultural classrooms. Designed for college and university physics and astronomy faculty, this two-day interactive workshop uncovers the new challenges of effectively teaching today’s diverse student bodies and provides SUN experiences in using classroom-ready teaching strategies designed to engage all students. Much of the workshop is allocated to introducing scaffolding strategies that teach students to successfully engage in scientific thinking and design astronomy investigations by mining online astronomy databases. Participants in this workshop will learn how to structure effective student learning experiences using online resources such as the JPL’s Solar System Simulator and GalaxyZoo portal access to the Sloan Digital Sky Survey and develop classroom interactives the engage all learners. All participants and will receive copies of classroom-ready and classroom-tested inquiry teaching materials appropriate for a diversity of ASTRO 101 students. Additionally, participants will be shown how to make their own assignments based on the principles of a backwards faded scaffolding approach, developed by faculty at the Center for Astronomy & Physics Education Research, CAPER. This workshop is facilitated by astronomy education researchers and AAS members, Stephanie Slater (CAPER Ctr for Astro & Phys Educ Research), Tim Slater (U. Wyoming), and additional presenters will be invited to participate. The workshop is sponsored by the NASA ROSES FINESSE Program, the University of Wyoming Excellence in Higher Education Endowment, and participants are encouraged to bring their personal laptop computers. Organizer Timothy F. Slater1 1University of Wyoming.

SOFIA Tour Sunday, 12:00 PM - 6:00 PM, Long Beach Convention Center (bus pick-up by the entrance on South Pine Ave.) The Stratospheric Observatory for Infrared Astronomy (SOFIA) is a premier observatory for infrared and submillimeter astronomy. A 747-SP aircraft carries a 2.5-meter telescope EFTJHOFE
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33 Sunday Sessions and Events Designing Data Visualizations Workshop Sunday, 1:00 PM - 5:00 PM, Regency Ballroom C, Downtown Hyatt Long Beach 'BDJMJUBUPS
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SUN etc.). The goal is to learn how to create a visualization that conveys appropriate knowledge to a specific audience (which may include the designer). The workshop will include a guided walk through of the visualization design process with coaching and conversations about your specific data and audience. Noah Iliinsky is the co-author of Designing Data Visualizations and technical editor of, and a contributor to, Beautiful Visualization, published By O’Reilly Media. He has spent the last several years thinking about effective approaches to creating diagrams and other types of information visualizations. He has a master’s in Technical Communication from the University of Washington, and a bachelor’s in Physics from Reed College. Organizer Kelle L. Cruz1 1Hunter College/CUNY and AMNH.

90 HAD I Special: Making Astronomy Public, Los Angeles Style Sunday, 1:30 PM - 3:30 PM, Room 103B, Long Beach Convention Center This 120 minute special session will explore aspects of popular astronomy in the Los Angeles area over the past 150 years that stimulated public awareness and interest in astronomy. Topics include: (1) organized amateur astronomy in Los Angeles, (2) the growth of the amateur telescope industry in Los Angeles, (3) L.A. style astronomical evangelists, (4) the forces that created and shaped the Griffith Observatory and the Mt. Lowe Observatory, (5) the influence of astronomers ranging from George Ellery Hale to Frederick C. Leonard to Tommy Cragg in all UIFTF
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"OHFMFT Chair David H. De Vorkin1 1Smithsonian Inst. 90.01 Creating Griffith Observatory Anthony Cook1 1Griffith Observatory. 90.02 The Early Years of Amateur Astronomy in Los Angeles—Conflicts and Contradictions Thomas R. Williams1 1AAVSO. 90.03 The Space-Age Legacy of Telescope Designer George A. Carroll John W. Briggs1 1HUT Observatory. 90.04 Los Angeles and Its Influence on Professional and Popular Astronomy - A Hollywood Love Story, by Lewis Chilton, Past President, Optical Shop Director and Historian, Los Angeles Astronomical Society Lew Chilton1 1Los Angeles Astronomical Society 90.05 Public Performance E. C. Krupp1 1Griffith Obs. 90.06 Commentary on Making Astronomy Public, LA Style David H. De Vorkin1 34 Sunday Sessions and Events How to Be a Better Professor or Teaching Assistant for your LGBT Students Sunday, 2:00 PM - 4:00 PM, Room 202B, Long Beach Convention Center

Faculty and teaching assistants: do you feel sufficiently well informed about the issues SUN facing your students who are lesbian, gay, bisexual, or transgender (LGBT)? If an LGBT student comes to your office hours asking for help, do you know how to respond? Do you know the warning signs of suicide or how to address bullying, issues that disproportionately affect LGBT students? How can you discourage discrimination and cultivate an atmosphere of inclusion in your classes and in your department? This interactive workshop will help AAS members educate themselves about their LGBT students, learn what resources are available at their home institutions, and develop themselves as more effective mentors and allies to their LGBT students. By so doing, participants will promote diversity and fairness in their classes and home institutions. The workshop will be sponsored by the AAS Working Group on LGBTIQ Equality (WGLE). Training will be conducted by Jami Grosser, Pride Center Coordinator at Cal Poly Pomona and SafeZone trainer for Caltech. Organizer William V.D. Dixon1 1Space Telescope Science Institute.

91 HAD II Special: Preservation of Astronomical Heritage and Archival Data Sunday, 4:00 PM - 6:00 PM, Room 103B, Long Beach Convention Center This session will deal with preserving astronomy’s rich cultural heritage, including its largely untapped archival collections of scientific data, sites of historical importance and the many historical papers and instruments that have yet to be scholarly discussed. In January 2007, in response to concerns that parts of the heritage was in serious danger of being lost, the AAS created the Working Group on the Preservation of Astronomical Heritage 8(1")
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35 Sunday Sessions and Events

91.04 AAS Working Group on the Preservation of Astronomical Heritage: The Preservation of Astronomical Plates and Other Efforts Wayne Osborn1, 2 1AAS WGPAH, 2Yerkes Observatory.

K-12 Educator Reception

SUN Sunday, 5:00 PM - 7:00 PM, Naples Ballroom III, Renaissance Long Beach An opportunity for all K-12 educators attending meeting and local K-12 educators to meet and chat with astronomers in a relaxed social setting. K12 Educators should register at: http://insight.rit.edu/node/203. Astronomers interested in participating please contact Jake /PFM4UPSS
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Invitation Only: Royal Astronomical Society Reception Sunday, 6:00 PM - 7:00 PM, Regency Ballroom D, Downtown Hyatt Long Beach The Royal Astronomical Society (RAS) is delighted to reintroduce a reception for its Fellows attending the AAS winter meeting. The RAS and Oxford University Press (OUP) will sponsor a drinks reception for RAS Fellows and invited guests on Sunday 6th January at 6pm in the Hyatt Regency Ballroom D. The reception will be hosted by Professor Mike Cruise (RAS Treasurer), Pamela Mortimer, (RAS Executive Secretary) and Ian Russell (OUP Editorial Director.) Organizer Mike Cruise1 1RAS.

Undergraduate Orientation Reception Sunday, 6:00 PM - 7:00 PM, Renaissance Ballroom II, Renaissance Long Beach Undergraduate students, their advisors and those interested in attracting undergraduate students to their graduate program, or undergraduate research opportunity are invited to attend this event. Members of the AAS Council and of the Astronomy Education Board will be there to meet and chat with students. For the benefit of those students attending an AAS meeting for the first time, we will explain how to get the most out of an AAS meeting and outline how the meeting works. Sign up, free of charge to all undergrads, their advisors BOE
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36 Monday Sessions and Events Monday

100 Welcoming Address Monday, 8:00 AM - 8:30 AM, Grand Ballroom, Long Beach Convention Center Chair David J. Helfand1 1AAS, Canada. MON

Careers 101: Career Planning Workshop for Graduate Students and Postdocs Monday, 8:00 AM - 10:00 AM, Regency Ballroom E, Downtown Hyatt Long Beach 5IJT
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101 Plenary Session: Kavli Lecture: The Spitzer Space Telescope: Science Return and Impact Monday, 8:30 AM - 9:20 AM, Grand Ballroom, Long Beach Convention Center About The Kavli Foundation The Kavli Foundation is dedicated to advancing science for the benefit of humanity, promoting public understanding of scientific research, and supporting scientists and their work. The Foundation’s mission is implemented through an international program of research institutes in the fields of astrophysics, nanoscience, neuroscience and theoretical physics, and through the support of conferences, symposia, endowed professorships and other activities. The Foundation is also a founding Fred Kavli partner of the biennial Kavli Prizes, which recognize scientists for their seminal advances in three research areas: astrophysics, nanoscience and neuroscience. Based in Southern California, the Foundation was founded by its Chairman, philanthropist and entrepreneur Fred Kavli. Fred Kavli is the founder, former chairman and former chief executive officer of Kavlico Corp. He led the company to prominence to become one of the world’s largest suppliers of sensors for aeronautics,

37 Monday Sessions and Events

automotive and industrial applications before he sold it in 2000 and established The Kavli Foundation. 101.00C Chair David Helfand1 1AAS, Canada The American Astronomical Society hereby recognizes B. Thomas Soifer as the Kavli Lecturer for the 221st meeting of the Society For his outstanding leadership of the Spitzer Mission that advanced the GJFME
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103 AGN: Jets and Feedback Monday, 10:00 AM - 11:30 AM, Room 101A, Long Beach Convention Center Chair Travis A. Rector1 1Univ. of Alaska Anchorage. 103.01D Spectroscopy of the Largest Ever Gamma-Ray Selected AGN Sample Michael S. Shaw1, R.W. Romani1, G. Cotter3, S.E. Healey1, P.F. Michelson1, A.C.S. Readhead2, J. Richards4, W. Max-Moerbeck2, O.G. King2, W.J. Potter3 1Stanford University, 2California Institute of Technology, 3University of Oxford, United Kingdom, 4Purdue University. 103.02 Correlation Between Black Hole Mass and Bulge Luminosity in 235 Nearby Active Galaxies Minjin Kim1, 2, L.C. Ho1, C.Y. Peng3, A.J. Barth4, M. Im5 1Carnegie Observatory, 2KASI, Republic of Korea, 3Giant Magellan Telescope Organization, 4University of California at Irvine, 5Seoul National University, Republic of Korea. 103.03 Sub-mm Observations of Low-luminosities AGNs for a Complete SED Helene Flohic1 1Universidad de Chile, Chile. 103.04 Acceleration of Relativistic Jets in the MOJAVE Program Daniel C. Homan1, MOJAVE Collaboration 1Denison Univ. 38 Monday Sessions and Events

103.05 A Universal Scaling for the Energetics of Black Hole Jets Rodrigo Nemmen1, M. Georganopoulos2, S. Guiriec1, E.T. Meyer3, N. Gehrels1, R.M. Sambruna4 1NASA GSFC, 2University of Maryland Baltimore County, 3Rice University, 4George Mason University. 103.06 Radiative Transfer, Black Hole Growth, AGN Feedback in Galaxies Gregory Novak1 1Paris Observatory, France.

103.07 Measuring Feedback from Mass Outflows of Ionized Gas in Nearby AGN MON D. M. Crenshaw1, S.B. Kraemer2, H.R. Schmitt3, J. Turner4, T.C. Fischer1 1Georgia State Univ., 2The Catholic University of America, 3Naval Research Laboratory, 4University of Maryland, Baltimore County. 103.08 Re-examining the Black Hole in M87 Through Gas-dynamical Modeling Jonelle Walsh1, A.J. Barth2, L.C. Ho3, M. Sarzi4 1The University of Texas at Austin, 2University of California, Irvine, 3Carnegie Observatories, 4University of Hertfordshire, United Kingdom.

104 Circumstellar Disks I Monday, 10:00 AM - 11:30 AM, Room 202B, Long Beach Convention Center Chair Ben M. Zuckerman1 1UCLA. 104.01 Weak Accretion in the Outer Regions of Protoplanetary Disks Jacob B. Simon1, X. Bai2, 3, J.M. Stone2, P.J. Armitage1, K. Beckwith1, 4 1University of Colorado, 2Princeton University, 3Harvard-Smithsonian Center for Astrophysics, 4Tech-X Corporation. 104.02D The Earliest Stage of Planet Formation: Disk-Planet Interactions in Protoplanetary Disks and Observations of Transitional Disks Ruobing Dong1, R. Rafikov1, J.M. Stone1, L.W. Hartmann2, SEEDS Team 1Princeton University, 2University of Michigan. 104.03 From Dust to Planetesimals: Criteria for Gravitational Instability of Small Particles in Gas Ji-Ming Shi1, 2, E. Chiang1, 2 1UC Berkeley, 2Center for Integrative Planetary Science. 104.04 The Effect of Dust Self-Gravity on the Kelvin-Helmholtz Instability of Settled Dust Layers in Protoplanetary Disks Joseph A. Barranco1, E. Chiang2 1San Francisco State University, 2University of California, Berkeley. 104.05 Probing for Exoplanets Hiding in Dusty Debris Disks III: Disk Imaging, Characterization, and Exploration with HST/STIS Multi-Roll Coronagraphy - Completing the Survey Glenn Schneider1, HST/GO 12228 Team 1Univ. of Arizona. 104.06 A Search for Exozodis with Kepler Christopher C. Stark1, A.P. Boss1, A.J. Weinberger1, B. Jackson1, M. Endl2, W.D. Cochran2, C. Caldwell2, E. Agol3, E.B. Ford4, J. Hall5, K. Ibrahim5, J. Li6 1Carnegie Institution of Washington, 2University of Texas, 3University of Washington, 4University of Florida, 5Orbital Sciences Corporation/NASA Ames Research Center, 6SETI Institute/NASA Ames Research Center.

39 Monday Sessions and Events 105 Cosmic Microwave Background I Monday, 10:00 AM - 11:30 AM, Grand Ballroom, Long Beach Convention Center Chair Kevin Huffenberger1 1University of Miami. 105.01 New Results from the Atacama Cosmology Telescope (ACT): Maps and Power Spectra Jonathan L. Sievers1, 2, ACT Collaboration 1Princeton University, 2UKZN, South Africa. 105.02D New Results from the Atacama Cosmology Telescope (ACT): Cosmological MON Parameters from the Complete ACT Survey Renee Hlozek1, ACT Collaboration 1Princeton University. 105.03 New Results from the Atacama Cosmology Telescope (ACT): The Kinematic Sunyaev-Zel’dovich Effect Nicholas Hand1, Atacama Cosmology Telescope Collaboration, Baryon Oscillation Spectroscopic Survey Collaboration 1University of California Berkeley. 105.04 ACTPol: A New Instrument to Measure CMB Polarization with the Atacama Cosmology Telescope Michael Niemack1, 2, ACTPol Collaboration 1Cornell University, 2National Institute of Standards and Technology. 105.05D Measuring the Cosmic Microwave Background Polarization with SPT-POL Abigail Crites1, SPT-POL Collaboration 1University of Chicago. 105.06D The Atacama Cosmology Telescope: Mapping Dark Matter with CMB Lensing Blake Sherwin1, Atacama Cosmology Telescope 1Princeton University.

106 Cosmology I Monday, 10:00 AM - 11:30 AM, Room 103B, Long Beach Convention Center Chair David N. Spergel1 1Princeton Univ. Obs. 106.01 A New, Precise Measurement of the Primordial Abundance of Deuterium Ryan Cooke1, 2, M. Pettini1 1Institute of Astronomy, United Kingdom, 2UC Santa Cruz. 106.02 The WiggleZ Dark Energy Survey: Final Results Tamara Davis1, C. Blake2, D. Parkinson1, S. Riemer-Sørensen1, G.B. Poole2, M. Scrimgeour3, E. Kazin2, F. Beutler3, K. Glazebrook2, M. Drinkwater1, W. Couch2, WiggleZ Dark Energy Survey Team 1University of Queensland, Australia, 2Swinburne University of Technology, Australia, 3University of Western Australia, Australia. 106.03 Interactive Cosmological Data Fitting Simulations: A Further Examination of CosmoEJS Jacob Moldenhauer1, L. Engelhardt1, K.M. Stone1, E. Shuler1 1Francis Marion University. 106.04 Self-Calibration Techniques for 3-point Intrinsic Alignment Correlations in Weak Gravitational Lensing Surveys Michael A. Troxel1, M.B. Ishak-Boushaki1 1University of Texas at Dallas. 40 Monday Sessions and Events

106.05 Cosmology from SALT II Fitted Supernovae Ia: A Bayesian Hierarchical Analysis of the Supernovae Systematic Uncertainties and Statistical Properties of the Light-curve Stretch and Color Parameters Marisa March1, R. Trotta2, M. Smith3, G.D. Starkman4 1University of Sussex, United Kingdom, 2Imperial College, United Kingdom, 3University of Cape Town, South Africa, 4Case Western Reserve University. 106.06D Correlations Between Type Ia Supernovae and Their Host Galaxies Using the SDSS and Multi-wavelength Photometry Ravi Gupta1, C. D’Andrea1, 11, M. Sako1, C. Conroy2, M. Smith3, B. Bassett4, 5, J. Frieman6, 7, P.M. Garnavich8, S. Jha9, R. Kessler6, 10, H. Lampeitl11, J. Marriner7, R. Nichol11 MON D.P. Schneider12, Sloan Digital Sky Survey 1University of Pennsylvania, 2Harvard-Smithsonian Center for Astrophysics, 3Astrophysics, Cosmology and Gravity Centre, South Africa, 4South African Astronomical Observatory, South Africa, 5Dept. of Mathematics and Applied Mathematics, University of Cape Town, South Africa, 6Department of Astronomy & Astrophysics, University of Chicago, 7Fermilab, 8Department of Physics, University of Notre Dame, 9Department of Physics & Astronomy, Rutgers, the State University of New Jersey, 10Kavli Institute for Cosmological Physics, The University of Chicago, 11Institute of Cosmology and Gravitation, University of Portsmouth, United Kingdom, 12Department of Astronomy & Astrophysics, The Pennsylvania State University. 106.07D Correlations Between Type Ia Supernova Properties and Early-type Host Galaxy Spectra Joshua Meyers1, 2, G. Graves1, 2, G.S. Aldering2, R. Amanullah3, K.H. Barbary4, P.J. Brown5, H. Fakhouri1, 2, J. Hennawi6, C. Lidman7, J. Mendez8, J. Nordin1, 2, S. Perlmutter1, 2, D. Rubin1, 2, P. Ruiz-Lapuente8, E.S. Rykoff9, C. Saunders1, 2, A.L. Spadafora2, N. Suzuki2
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1SPKFDU 1University of California Berkeley, 2Lawrence Berkeley National Laboratory, 3Stockholm University, Sweden, 4Argonne National Lab, 5Texas A&M University, 6Max Planck Institute for Astronomy, Germany, 7Australian Astronomical Observatory, Australia, 8University of Barcelona, Spain, 9Stanford Linear Accelerator Center. 107 Dwarf and Irregular Galaxies I: Origins and Dynamics Monday, 10:00 AM - 11:30 AM, Room 104A, Long Beach Convention Center Chair Amanda Kepley1 1University of Virginia. 107.01D The Origin of Dwarf Early-Type Galaxies Elisa Toloba1, 2, A. Boselli3, J. Gorgas4 1University of California Santa Cruz, 2Carnegie Observatories, 3Laboratoire d’Astrophysique de Marseille-LAM, France, 4Universidad Complutense de Madrid, Spain. 107.02 Dynamics of Starbursting Dwarf Galaxies Federico Lelli1
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7FSIFJKFO1, F. Fraternali1, 2, R. Sancisi1, 3 1Kapteyn Astronomical Institute, University of Groningen, Netherlands, 2Department of Astronomy, University of Bologna, Italy, 3INAF - Astronomical Observatory of Bologna, Italy. 107.03 Dark Matter Profiles in Late-type Dwarf Galaxies from Stellar Kinematics Joshua J. Adams1, M.H. Fabricius2, J.D. Simon1, K. Gebhardt3 1Observatories of the Carnegie Institution of Washington, 2Max-Planck Institut für extraterrestrische Physik, Germany, 3University of Texas at Austin. 107.04D Dynamically Extreme Stellar and Galactic Populations in the Via Lactea II Cosmological Simulation and Their Observable Counterparts Maureen Teyssier1 1Columbia University.

41 Monday Sessions and Events

107.05D The Effect of Feedback and Reionization on Star Formation in Low-mass Dwarf Galaxy Halos Christine M. Simpson1, G. Bryan1, K.V. Johnston1, B.D. Smith3, M. Mac Low2, 1, S. Sharma5, J. Tumlinson4 1Columbia University, 2AMNH, 3Michigan State University, 4STSI, 5University of Sydney, Australia. 108 Early Science Results from the Hydrogen Epoch of Reionization Arrays (HERA) Monday, 10:00 AM - 11:30 AM, Room 101B, Long Beach Convention Center The first Hydrogen Epoch of Reionization Arrays (HERA), including the Murchison Widefield

MON Array (MWA) in Western Australia and the Precision Array to the Probe the Epoch of Reionization (PAPER) in South Africa, are low-frequency radio telescopes that aim to detect redshifted 21 cm emission from neutral hydrogen gas in the intergalactic medium during the Epoch of Reionization (EoR). The HERA program is focused on radio frequencies between 100 and 200 MHz, corresponding to redshifts of 13 > z > 6 for hydrogen 21 cm emission from the EoR. The radio sky in this frequency range remains a largely unstudied frontier. It is dominated by foreground synchrotron emission from the Milky Way and extragalactic sources that is four orders of magnitude brighter than the expected EoR signal. In this session, we highlight early science results from the HERA pathfinders that characterize the low-frequency radio sky, including new catalogs of radio sources, wide-field maps of diffuse Galactic emission structures, and surveys for transient sources. We focus on initial results from MWA and PAPER and their implications for deep EoR observations. Both MWA and 1"1&3
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and have begun extensive observing campaigns targeting redshifted 21 cm emission. 108.01 Transient and Pulsar Searches with the Murchison Widefield Array David L.A. Kaplan1, Murchison Widefield Array Collaboration 1University of Wisconsin, Milwaukee. 108.02 Upper Limits on the Power Spectrum of 21cm Reionization with PAPER Aaron Parsons1, J. Pober1, PAPER Collaboration 1University of California, Berkeley. 108.03 Full Stokes Observations with PAPER: Measurements and Implications James E. Aguirre1, PAPER Collaboration 1University of Pennsylvania. 108.04 GMRT-EoR Project Update Tzu-Ching Chang1, GMRT-EoR Team 1ASIAA, Taiwan. 108.05 The MWA 32-Tile Prototype: Surveys, Foregrounds and Looking Through the EoR Window Miguel F. Morales1, MWA Collaboration 1University of Washington. 108.06 The MWA 32-tile Prototype: Deep Integrations and Power Spectra of Foregrounds Jacqueline N. Hewitt1, 2, Murchison Widefield Array Collaboration 1MIT, 2Murchison Widefield Array, Australia. 108.07 Imaging on PAPER Chris L. Carilli1, I. Stefan2, J.E. Aguirre3, R.F. Bradley4, D. Green5, D. Jacobs6, D. Moore7, A. Parsons8, J. Pober9, W. Walbrugh10 1NRAO, 2Cavendish Laboratory, United Kingdom, 3University of Pennsylvania, 4NRAO, 5Cavendish Laboratory, United Kingdom, 6Arizona State University, 7University of Pennsylvania, 8UC Berkeley, 9UC Berkeley, 10SKA project office, South Africa.

42 Monday Sessions and Events

108.08 The Precision and Accuracy of Early Epoch of Reionization Foreground Models: Comparing MWA and PAPER 32-Antenna Source Catalogs Daniel Jacobs1, J.D. Bowman1, J.E. Aguirre2 1Arizona State University, 2University of Pennsylvania.

109 Extrasolar Planet Detection from Spectroscopy and Microlensing Monday, 10:00 AM - 11:30 AM, Room 104B, Long Beach Convention Center MON Chair Rosanne Di Stefano1 1Harvard-Smithsonian CfA. 109.01 WITHDRAWN: Abstract under Embargo David P. Bennett1, MOA Collaboration, PLANET Collaboration, OGLE Collaboration, Robonet Collaboration 1Univ. of Notre Dame. 109.02D Detecting Planets in the Era of Second Generation Microlensing Surveys Jennifer Yee1 1Ohio State University. 109.03 Exo-comet Detection in Debris Disks Around Young A-type Stars Barry Welsh1, S.L. Montgomery2 1UC, Berkeley, 2Clarion University. 109.04 A Search for Hot Jupiters in Open Clusters: Initial Discoveries and Current Prospects Samuel Quinn1, R.J. White1, D.W. Latham2, L. Buchhave3, 4, J.R. Cantrell1, S.E. Dahm5, G. Furesz2, A. Szentgyorgyi2, J.C. Geary2, G. Torres2, A. Bieryla2, P.L. Berlind2, M.L. Calkins2, G. Esquerdo2, R.P. Stefanik2 1Georgia State University, 2Harvard-Smithsonian Center for Astrophysics, 3Niels Bohr Institute, Denmark, 4Centre for Star and Planet Formation, Denmark, 5W.M. Keck Observatory. 109.05 Habitable Earth-like Planet Surveys with Next Generation Extremely High Resolution and High Doppler Precision Optical and Near IR Spectrographs Jian Ge1, S. Powell1, B. Zhao1, J. Wang1, A. Fletcher1, L. Chang1, 5, J. Groot1, X. Wan1, H. Jakeman1, D. Myers1, E. Grafer1, J. Liu1, F. Varosi1, S. Schofield1, A. Moore1, M. van Olphen1, J. Katz1, M.W. Muterspaugh2, R. Barnes3, C. Blake4 1Univ. of Florida, 2Tennessee State University, 3University of Washington, 4Princeton University, 5Yunnan Astronomical Observatory, China. 109.06 Precision Near-Infrared Radial Velocity Instrumentation and Exoplanet Survey Peter Plavchan1, G. Anglada-Escud?2, R.J. White3, C.A. Beichman1, 4, C. Brinkworth1, M.P. Fitzgerald6, I.S. McLean6, J.A. Johnson5, 1, P. Gao5, C. Davison3, M. Bottom5, D. Ciardi1, J.K. Wallace4, B. Mennesson4, K. von Braun1, G. Vasisht4, L.A. Prato8, S.R. Kane1, A.M. Tanner7 1NASA Exoplanet Science Institute, 2University of Goettingen, Germany, 3Georgia State University, 4Jet Propulsion Laboratory, 5Caltech, 6University of California, Los Angeles, 7Mississippi State, 8Lowell Observatory.

110 From Star Formation to Cosmology: Astrophysics with CCAT in the Next Decade Monday, 10:00 AM - 11:30 AM, Room 103C, Long Beach Convention Center CCAT will be a 25-m diameter submillimeter telescope in Chile at an elevation of 18,400 feet. A precise, actively controlled surface combined with excellent atmospheric transparency will permit routine 350 um observations, with the full wavelength coverage extending from

43 Monday Sessions and Events

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from low redshifts, through the peak of galaxy formation activity, and into the epoch of reionization. Multiwavelength photometry will identify high-redshift candidates (z > 4) and measure bolometric luminosities and star formation rates of galaxies with minimal source confusion at the shortest wavelengths. CCAT will probe the astrophysics of galaxy

MON clusters by measuring the integrated Sunyaev-Zel’dovich effect out to cluster virial radii, while robustly removing dusty, contaminating point sources. Maps of nearby galaxies will resolve structures down to the size scales of GMCs. In the Milky Way, CCAT will measure the molecular cloud clump mass function down to the substellar regime. Surveys will rapidly build up samples of hundreds of thousands of sources for statistical studies, follow-up with other facilities, and comparison to multiwavelength observations. The CCAT partnership includes Cornell, Caltech, the University of Colorado, the Universities of Bonn and Cologne, a consortium of Canadian Universities, and AUI, Inc. Chair Gordon J. Stacey1 1Cornell Univ. 110.01 Cosmology with CCAT Rachel Bean1, CCAT Science Team 1Cornell Univ. 110.02 The Submillimeter CCAT Telescope: as High as You Can Drive a Truck Riccardo Giovanelli1 1Cornell Univ. 110.03 Nearby Galaxies in the CCAT Era Christine Wilson1 1McMaster Univ., Canada. 110.04 CCAT Surveys of Molecular Clouds John M. Carpenter1 1Caltech. 110.05 Measuring the Star Formation History of the Universe with CCAT Jason Glenn1 1Univ. of Colorado.

111 Galaxy Clusters I Monday, 10:00 AM - 11:30 AM, Room 103A, Long Beach Convention Center Chair Jack O. Burns1 1Univ. of Colorado at Boulder. 111.01 The SDSS DR9 Adaptive Matched Filter Cluster Catalog and Brightest Cluster Galaxies Thad Szabo1, 2, E. Pierpaoli2 1Cerritos College, 2University of Southern California. 111.02D Filamentary Environment and Mass Measurements of Galaxy Clusters Yookyung Noh1 1University of California Berkeley.

44 Monday Sessions and Events

111.03 Observing the Hyperfine 3.06mm Line Of Iron-57 With ALMA Marios Chatzikos1, G.J. Ferland1, R. Williams2, A. Fabian3 1University of Kentucky, 2AWE, United Kingdom, 3University of Cambridge, United Kingdom. 111.04D An Integral View on Virgo and Field Dwarf Elliptical Galaxies: Late-Type Origin and Environmental Transformations Agnieszka Rys1, 2, J. Falcon-Barroso1, 2, G. van de Ven3 1Instituto de Astrofisica de Canarias (IAC), Spain, 2Universidad de La Laguna (ULL), Spain, 3Max Planck Institute for Astronomy (MPIA), Germany. MON 111.05D Optimal Mass Configurations for Lensing High-Redshift Galaxies (and how to find them in the SDSS!) Kenneth C. Wong1, S. Ammons2, C.R. Keeton3, A.I. Zabludoff1 1University of Arizona, 2Lawrence Livermore National Laboratory, 3Rutgers University.

112 Galaxy Evolution at z~2 Monday, 10:00 AM - 11:30 AM, Room 104C, Long Beach Convention Center Chair Molly S. Peeples1 1University of California, Los Angeles. 112.01 CANDELS: The Progenitors of Compact Quiescent Galaxies at z~2 Guillermo Barro1, S.M. Faber1, P.G. Perez-Gonzalez2, D.C. Koo1, C.C. Williams3, D. Kocevski1, M. Mozena1, E.J. McGrath1, A. van der Wel5, S. Wuyts4, CANDELS 1University of California Observatories/Lick, 2Universidad Complutense de Madrid, Spain, 3University of Massachusetts, 4Max-Planck-Institut fur Extraterrestrische Physik, Germany, 5Max-Planck Institut fur Astronomie, Germany. 112.02 Morphological Properties and AGN Content of High Redshift Luminous Infrared Galaxies Jeyhan S. Kartaltepe1, CANDELS Collaboration 1National Optical Astronomy Observatory. 112.03D Structural Properties and Visual Morphologies of z~2 Galaxies in the CANDELS Fields and Hydrodynamical Simulations Mark Mozena1, S.M. Faber1, 2, D.C. Koo1, 2, J.R. Primack3, A. Dekel4, C.E. Moody3, D. Ceverino5, CANDELS 1University of California, Santa Cruz, 2University of California Observatories/Lick Observatory, University of California, 3Physics Department, University of California, Santa Cruz, 4Racah Institute of Physics, The Hebrew University, Israel, 5Grupo de Astrofisica, Universidad Autonoma de Madrid, Spain. 112.04 Major and Minor Mergers as a Function of Redshift and Environmental Evolution in CANDELS - Cosmological Implications Christopher Conselice1, A. Mortlock1, CANDELS 1Univ. of Nottingham, United Kingdom. 112.05 AGN Activity at the Quenching Threshold Dale Kocevski1, S.M. Faber2, D.C. Koo2, E.J. McGrath2, CANDELS Team 1University of Kentucky, 2University of California, Santa Cruz. 112.06 Decoding Stellar Population Properties of Dusty, IR-luminous Galaxies at z~2 in CANDELS Janine Pforr1, M. Dickinson1, K. Penner2, J.S. Kartaltepe1, CANDELS team 1NOAO, 2Department of Astronomy, University of Arizona. 112.07 SED Fitting and Photometric Redshift Estimation: A Joint Analysis Viviana Acquaviva1, A. Raichoor2, E.J. Gawiser3 1CUNY NYC College of Technology, 2GEPI - Observatoire de Paris-Meudon, France, 3Rutgers, The State University of New Jersey.

45 Monday Sessions and Events

112.08 To Stack or Not to Stack: Lessons from z=2.1 Lyman-Alpha Emitting Galaxies Carlos J. Vargas1, 2, H. Bish2, E.J. Gawiser2, V. Acquaviva3, 2, S.L. Finkelstein4, CANDELS, MUSYC 1New Mexico State University, 2Rutgers University, 3CUNY NYC College of Technology, 4University of Texas at Austin.

113 HAD III/HEAD I Special: Fifty Years of Celestial X-ray Astronomy Monday, 10:00 AM - 11:30 AM, Room 201B, Long Beach Convention Center In the 50 years since the 1962 discovery of the first extrasolar x-ray source, the field of x-ray

MON astronomy has grown from a few unidentified sources to a full-fledged branch of celestial astronomy. This session brings together 19 researchers from the early decades who will share with each other and the audience highlights of their experiences in an informal setting. The session will consist of three panels, and will be videotaped for the historical record. Each panelist will make a brief statement after which the panelists will engage in free discussion. 
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3PUITDIJME Chairs Hale V. Bradt1 1MIT. Richard E. Rothschild1 1UC, San Diego. 113.01 The MIT Program, Competition, and Ethics Hale V. Bradt1 1MIT. 113.02 Two Amazing Rocket Launches That Began My Career Richard E. Rothschild1 1UC, San Diego. 113.03 From Uhuru at CfA to SAS-3 at MIT: Looking for X-Ray Binaries in all the Right Places Lynn R. Cominsky1 1Sonoma State Univ. 113.04 The Discovery of X-ray Emission from Active Galactic Nuclei Martin Elvis1 1Harvard-Smithsonian CfA. 113.05 The Chandra XRCF Calibration Experience - A Personal Recollection Kathryn Flanagan1 1STScI. 113.06 Technological and Scientific Advances from Uhuru to Chandra Christine Jones1 1Harvard-Smithsonian, CfA. 113.07 Origins of the Rossi X-ray Timing Explorer Mission Frederick K. Lamb1 1Univ. of Illinois. 113.08 So Many Rockets - The Road to High Resolution Imaging in X-rays Stephen S. Murray1, 2 1Johns Hopkins University, 2Center for Astrophysics.

46 Monday Sessions and Events

113.09 The Origin of the UCSD X-ray Astronomy Program - A Personal Perspective Laurence E. Peterson1 1UC, San Diego. 113.10 The HEAO-1 Scanning Modulation Collimator Daniel A. Schwartz1 1Smithsonian Astrophysical Observatory. 113.11 GSFC’s Multi-Wire Gas Proportional Counter Peter J. Serlemitsos1 1 NASA’s GSFC. MON 113.12 X-ray Astronomy at Lawrence Livermore Laboratory 1965-1975 Frederick D. Seward1 1Harvard-Smithsonian, CfA. 113.13 X-ray Fe-lines from Relativistic Accretion Disks Around Neutron Stars and Black Holes Luigi Stella1 1INAF, Obs. of Rome, Italy. 113.14 Interplay Between Theory and Observation Jean Hebb Swank1 1NASA’s GSFC. 113.15 The Diffuse Soft X-ray Background: Trials and Tribulations Melville P. Ulmer1 1Northwestern Univ. 113.16 My 35 Years in X-ray Astronomy (Not) C. M. Urry1 1Yale Univ. 113.17 From a Sounding Rocket per Year to an Observatory per Lifetime Martin Weisskopf1 1NASA/MSFC. 113.18 From EXOSAT to the High Energy Astrophysics Science Archive (HEASARC): X-ray Astronomy Comes of Age Nicholas E. White1 1NASA’s GSFC. 113.19 Sliding Up and Down the Spectrum: Rocket, Balloon, and Satellite X-ray Detectors Over the Past Fifty Years George R. Ricker1 1MIT.

114 Relativistic Astrophysics, Gravitational Lenses & Waves Monday, 10:00 AM - 11:30 AM, Room 102C, Long Beach Convention Center Chair Andrew Baker1 1Rutgers, the State University of NJ. 114.01 Searching for Correlated Radio Transients & Gravitational Wave Bursts Michael Kavic1, P.S. Shawhan2, C. Yancey2, S. Cutchin3, J.H. Simonetti4, B. Bear4, J. Tsai4 1Long Island University, 2University of Maryland, 3Naval Research Laboratory, 4Virginia Tech. 114.02 Searches for a Stochastic Gravitational Wave Background with Pulsar Timing Arrays: a Data Analysis Pipeline Sydney J. Chamberlin1, J.D.E. Creighton1, P. Demorest2, J. Ellis1, L. Price3, J.D. Romano4, X. Siemens1 1University of Wisconsin--Milwaukee, 2National Radio Astronomy Observatory, 3California Institute of Technology, 4University of Texas at Brownsville. 47 Monday Sessions and Events

114.03 Studying the Effects of Tidal Corrections on Parameter Estimation Leslie Wade1, J.D.E. Creighton1, B.D. Lackey2, E. Ochsner1 1UW-Milwaukee, 2Princeton. 114.04 Gravitational Wave Searches with Pulsar Timing Arrays Justin Ellis1 1University of Wisconsin Milwaukee. 114.05 Why we Want to See and Hear the Violent Universe? Samaya Nissanke1 1Caltech. 114.06D The Suitability of Hybrid Waveforms for Advanced Gravitational Wave Detectors Ilana MacDonald1, 2, H. Pfeiffer2, S. Nissanke3, 2, A. Mroue2 MON 1University of Toronto, Canada, 2CITA, Canada, 3JPL, Caltech. 114.07 Parameter Estimation of Spin and Tidal Parameters in Binary Black Hole Systems as a Test of Cosmic Censorship and the No-hair Theorem Madeline Wade1, J.D.E. Creighton1 1University of Wisconsin - Milwaukee. 115 Research Based Initiatives for Broadening the Participation of Women and Minorities in Astronomy Monday, 10:00 AM - 11:30 AM, Room 102A, Long Beach Convention Center This proposal is in response to a request from AAS Past President Debra Elmegreen for a Special Session highlighting initiatives to broaden participation of women and underrepresented minorities in astronomy, especially through research-immersive experiences. There are now several programs sponsored by NSF and hosted by AAS member institutions that focus on providing early and ongoing research experiences to underrepresented groups in order to enhance recruitment, retention, training, and mentoring starting as early as the freshman year and continuing through to completion of the PhD and beyond. The impetus for these programs is clear, given the mandate from the NSF and from the Astro2010 decadal survey to address the long-standing problem of fully engaging the nation in the development of the astronomy and astrophysics workforce for the 21st century. This session will inform the Society about proven best practice approaches to improve retention in the sciences, increase diversity, provide paths for students who for various reasons enter the astronomical profession at a later life/career stage, etc. The speakers will describe the structure of their programs as well as the research basis, the underlying theory of action, the measurable outcomes, and the documented blueprints that are available for others to adopt/adapt these proven strategies. Chair Debra M. Elmegreen1 1Vassar College. 115.01 A Model For Creating Innovators Through Freshman Research Donald E. Winget1, M.H. Montgomery1 1University of Texas. 115.02 The Pre-Major in Astronomy Program at the University of Washington: Increasing Diversity Through Research Experiences and Mentoring Since 2005 Philip Rosenfield1 1University of Washington. 115.03 The California-Arizona Minority Partnership for Astronomy Research and Education (CAMPARE): A New Model for Promoting Minority Participation in Astronomy Research and Education Alexander L. Rudolph1, C.D. Impey2, J.H. Bieging2, C.B. Phillips3, J. Tieu4, E.E. Prather2, M.S. Povich1 1California State Polytechnic Univ., 2University of Arizona, 3SETI Institute, 4JPL.

48 Monday Sessions and Events

115.04 Columbia’s Bridge to the PhD Program: Who What Where When Why How Marcel A. Agueros1 1Columbia Univ. 115.05 Increasing Diversity at the PhD Level in Astronomy: The Fisk-Vanderbilt Masters-to-PhD Bridge Program Keivan Stassun1, 2, K. Holley-Bockelmann1, 2, A.A. Berlind1 1Vanderbilt University, 2Fisk University. 116 Science Highlights from NASA’s Astrophysics Data Analysis Program I: Galactic Astrophysics MON Monday, 10:00 AM - 11:30 AM, Room 202A, Long Beach Convention Center Over the years, NASA has invested heavily in the development and execution of an extensive array of space astrophysics missions that span the electromagnetic spectrum. The magnitude and scope of the archival data from those missions enables science that transcends traditional wavelength regimes and allows researchers to answer questions that would be difficult, if not impossible, to address through an individual observing program. To capitalize on this invaluable asset and enhance the scientific return on NASA mission investments, the Astrophysics Data Analysis Program (ADAP) provides support for investigations whose focus is on the analysis of archival data from NASA space astrophysics missions. This session highlights recent research results in the general area of galactic astrophysics from investigators supported under the ADAP Program. Chair Douglas M. Hudgins1 1NASA Headquarters. 116.01 The Vanderbilt EB Factory: Development of Light Curve Analysis Tools for Precision Stellar Astrophysics with Kepler Eclipsing Binaries Keivan Stassun1, 2, M. Paegert1, N.M. De Lee1, 2, P. Cargile1 1Vanderbilt University, 2Fisk University. 116.02 Warm Gas in the Planet-Forming Region of Disks Ilaria Pascucci1, FEPS Spitzer Legacy Team, GASPS Herschel Key Program Team 1LPL/University of Arizona. 116.03 The Beginning of the End: Mass Loss from Dying Stars in the Galactic Bulge Raghvendra Sahai1, J.A. Munoz2, S. Uttenthaler3, M. Morris4 1JPL, 2Occidental College, 3University of Vienna, Austria, 4UCLA. 116.04 An Archival X-ray Study of the Large Magellanic Cloud Supernova Remnant N132D Paul P. Plucinsky1, A. Foster1, T.J. Gaetz1, D.H. Jerius1, D. Patnaude1, R.J. Edgar1, R.K. Smith1, W.P. Blair2 1Harvard-Smithsonian, CfA, 2Johns Hopkins University. 116.05 Detection of the Spectrum of the Suspected Hot Subdwarf Companion to the Be Star 59 Cygni Geraldine J. Peters1, D.R. Gies2, T. Pewett2, Y. Touhami2 1Univ. of Southern California, 2Georgia State University.

117 Young Stellar Objects, Very Young Stars, T-Tauri Stars, H-H Objects Monday, 10:00 AM - 11:30 AM, Room 102B, Long Beach Convention Center Chair John J. Tobin1 1National Radio Astronomy Observatory.

49 Monday Sessions and Events

117.01 Understanding the Nature of VeLLOs Through Interferometric Millimeter Observations Tracy L. Huard1, M.W. Pound1, L.G. Mundy1, M.M. Dunham2 1Univ. of Maryland, 2Yale Univ. 117.02 Tracing the PAH-YSO Relationship in Nine LMC Star-Forming Regions Lynn R. Carlson1, SAGE (Surveying the Agents of Galaxy Evolution) 1Leiden Observatory, Netherlands. 117.03 Finding the Central Mass of the L1527 Protostar using CARMA Interferometer Data S. Terebey1, A. Isella2, C.H. De Vries3 1Cal. State Univ. at Los Angeles, 2Caltech, 3Cal. State Univ. Stanislaus. 117.04 Hot Gas Flows in T Tauri Stars MON David R. Ardila3, G. Herczeg2, S.G. Gregory1, L. Ingleby4, K. France5, A. Brown5, S. Edwards6, J. Linsky7, H. Yang15, J.A. Valenti8, C.M. Johns-Krull9, R. Alexander10, E.A. Bergin4, T. Bethell4, J. Brown14, N. Calvet4, C. Espaillat4, A. Hervé12, L. Hillenbrand1, G. Hussain11, E. Roueff12, E. Schindhelm5, F.M. Walter13 1California Institute of Technology, 2Kavli Institute for Astronomy and Astrophysics at Peking University, China, 3NASA Herschel Science Center / IPAC / Caltech, 4Department of Astronomy, University of Michigan, 5Center for Astrophysics and Space Astronomy, University of Colorado, 6Five College Astronomy, Smith College, 7JILA, University of Colorado and NIST, 8Space Telescope Science Institute, 9Rice University, 10Department of Physics & Astronomy, University of Leicester, United Kingdom, 11Max-Planck-Institut für extraterrestrische Physik, Germany, 12Observatoire de Paris, France, 13Department of Physics and Astronomy, Stony Brook University, 14Harvard-Smithsonian Center for Astrophysics, 15Institute for Astrophysics, Central China Normal University, China. 117.05D The Spatial Structure of Young Stellar Clusters in High-Mass Star-Forming Regions Michael Kuhn1 1The Pennsylvania State University. 117.06 The Structure of Class I Protostellar Disks Tyler L. Bourke1 1Harvard-Smithsonian, CfA. Helping Your Introductory Students to Think Like Scientists Monday, 10:00 AM - 11:30 AM, Room 203A, Long Beach Convention Center Are you looking for the right tools to help your Astro 101 students better understand and apply the scientific method outside of class? Dr. Mager will present the online, guided- inquiry assignments she is developing for the SmartWork tutorial and homework system FOUJUMFE
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50 Monday Sessions and Events 118 Plenary Session: Galaxy Clusters in the Golden Age of High-Energy Astrophysics Monday, 11:40 AM - 12:30 PM, Grand Ballroom, Long Beach Convention Center Chair Nancy Brickhouse1 1Harvard-Smithsonian, CfA Chair 118.01 Galaxy Clusters in the Golden Age of High-Energy Astrophysics 1 Mark W. Bautz MON 1MIT Kavli Institute for Astrophysics & Space Research RE-NUMERATE: A Workshop to Restore Essential Numerical Skills and Thinking via Astronomy Education Monday, 12:30 PM - 2:00 PM, Room 203A, Long Beach Convention Center The quality of science teaching for all ages is degraded by our students’ gross lack of skills in elementary arithmetic and their unwillingness to think, and to express themselves, numerically. Out of frustration educators, and science communicators, often choose to BWPJE
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this sense we teach students a pseudo science, not its real nature, beauty, and value. This workshop will encourage and equip educators to immerse students in numerical thinking throughout a science course. The workshop begins by identifying common deficiencies in skills and attitudes among non-science collegians (freshman-senior) enrolled in General Education astronomy courses. The bulk of the workshop engages participants in well-tested techniques (e.g., presentation methods, curriculum, activities, mentoring approaches, etc.) for improving students’ arithmetic skills, increasing their confidence, and improving their abilities in numerical expression. These techniques are grounded in 25+ years of experience in college classrooms and pre-college informal education. They are suited for use in classrooms (K-12 and college), informal venues, and science communication in general and could be applied across the standard school curriculum. Organizer Donald W. McCarthy1 1Univ. of Arizona. 119 HAD Business Meeting Monday, 12:45 PM - 1:45 PM, Room 201B, Long Beach Convention Center Annual business meeting of the Historical Astronomy Division. Chair Jarita Holbrook1 1University of Arizona. 120 NASA Physics of the Cosmos (PCOS) Gravitational Wave and X-ray Astronomy Town Hall Monday, 12:45 PM - 1:45 PM, Room 104B, Long Beach Convention Center In August 2012, NASA’s Physics of the Cosmos program publicly released the X-ray and (SBWJUBUJPOBM
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51 Monday Sessions and Events

under the Physics of the Cosmos Program Analysis Group in the form of Gravitational Wave and X-ray Study Analysis Groups (GWSAG and XRSAG, respectively) Following the release of those reports, technology development plans for space-based gravitational XBWF
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Career Hour 1: Having the Right Stuff: Outstanding Resumes/ CVs for Outstanding Career Opportunities in Academia and Industry Monday, 1:00 PM - 2:00 PM, Regency Ballroom E, Downtown Hyatt Long Beach 3FTVNFT$7T
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122 Andromeda and Local Group Dwarf Galaxies Monday, 2:00 PM - 3:30 PM, Room 102C, Long Beach Convention Center Chair Henry A. Kobulnicky1 1Univ. of Wyoming. 122.01 Chemical Abundances in the Extremely Metal Poor Dwarf Galaxy Leo P Evan D. Skillman1, J.J. Salzer2, D. Berg1, R.W. Pogge3, N.C. Haurberg2, J.M. Cannon4, E. Aver5, K. Olive1, R. Giovanelli6, M.P. Haynes6, E.A. Adams6, K.B. McQuinn1, K.L. Rhode2 1Univ. of Minnesota, 2Indiana University, 3Ohio State University, 4Macalester College, 5Gonzaga University, 6Cornell University. 122.02 The Mass and Chemical Abundance Distribution of the Ultra-Faint Dwarf Galaxy Segue 2 Evan N. Kirby1, J.G. Cohen2, J. Bullock1, M. Boylan-Kolchin1, M. Kaplinghat1 1University of California Irvine, 2California Institute of Technology.

52 Monday Sessions and Events

122.03 A Dwarf Dissolving? - A Kinematic Analysis of Andromeda XXVII and the Northern Arc Michelle Collins1, R.M. Rich2, S.C. Chapman3, R. Ibata4, M. Irwin3, A.W. McConnachie5 1MPIA, Germany, 2UCLA, 3Institute of Astronomy, United Kingdom, 4Observatoire de Strasbourg, France, 5NRC Herzberg Institute of Astrophysics, Canada. 122.04 The SPLASH Survey: Photometric Properties of Sixteen Andromeda dSphs Rachael Beaton1
43
.BKFXTLJ1, R.J. Patterson1, J.C. Ostheimer1, P. Guhathakurta2, E.J. Tollerud3, M.C. Geha3, SPLASH Team 1Univ. of Virginia, 2UC-Santa Cruz, 3Yale University. MON 122.05 The Contribution of TP-AGB Stars to the Integrated 8 and 24 μm Fluxes of M31 Jason Melbourne1, M.L. Boyer2, L.C. Johnson3, E.D. Skillman4, J. Dalcanton2 1Caltech, 2Space Telescope, 3University of Washington, 4University of Minnesota. 122.06 Probing the Inner Halo of M31 with Blue Horizontal Branch Stars Benjamin F. Williams1, J. Dalcanton1, E.F. Bell2, K. Gilbert1, P. Guhathakurta3, T.R. Lauer4, A. Seth5, J.S. Kalirai6, P. Rosenfield1, PHAT 1Univ. of Washington, 2University of Michigan, 3UCSC, 4NOAO, 5University of Utah, 6STScI. 122.07 Spectroscopic and Photometric Properties of Carbon Stars in the Disk of the Andromeda Galaxy Puragra Guhathakurta1, E. Toloba1, S. Guha2, C. Rushing1, C. Dorman1, PHAT collaboration, SPLASH collaboration 1UC, Santa Cruz, 2Archbishop Mitty High School. 122.08 Dynamics of the Local Group Galaxies with HST Proper Motions S. Tony Sohn1, R.P. Van Der Marel1, J. Anderson1 1STScI.

123 Black Holes I Monday, 2:00 PM - 3:30 PM, Room 102A, Long Beach Convention Center Chair Ethan Vishniac1 1University of Saskatchewan. 123.01 Black-Hole Spin Dependence in the Light Curves of Tidal Disruption Events Michael H. Kesden1 1NYU. 123.02 Disentangling the Signatures of Supermassive Black Hole Inspiral and Recoil: A Case Study Laura Blecha1, 2, F.M. Civano2, M. Elvis2, A. Loeb2 1University of Maryland, 2Harvard-Smithsonian Center for Astrophysics. 123.03D Testing General Relativity in the Strong-Field Regime with Observations of Black Holes in the Electromagnetic Spectrum Tim Johannsen1, 2 1University of Waterloo, Canada, 2Perimeter Institute for Theoretical Physics, Canada. 123.04 Tilted Accretion Disk Models of Sgr A* Flares Jason Dexter1, P.C. Fragile2 1University of California, Berkeley, 2College of Charleston. 123.05D General Relativistic Magnetohydrodynamics Simulations of Tilted Black Hole Accretion Flows and Their Radiative Properties Hotaka Shiokawa1, C.F. Gammie1, J. Dolence2, S.C. Noble3 1University of Illinois at Urbana-Champaign, 2Princeton University, 3Rochester Institute of Technology.

53 Monday Sessions and Events

123.06 Do Seyfert Jets Tap Spin? Ashley L. King1, J.M. Miller1, A. Fabian2, D. Walton3 1University of Michigan, 2University of Cambridge, United Kingdom, 3California Institute of Technology. 123.07 Jet-Launching Structure Resolved Near the Supermassive Black Hole in M87 Sheperd Doeleman1, 2, V.L. Fish1, D. Schenck1, 3, C. Beaudoin1, R. Blundell2, G.C. Bower4, A.E. Broderick5, 6, R. Chamberlin7, R. Freund3, P. Friberg8, M.A. Gurwell2, P.T.P. Ho9, M. Honma10, 11, M. Inoue9, T. Krichbaum12, J.W. Lamb13, A. Loeb2, C.J. Lonsdale1, D.P. Marrone3, J.M. Moran2, T. Oyama10, R.L. Plambeck4, R. Primiani2, A.E.E. Rogers1, D.L. Smythe1, J. Soohoo1, P.A. Strittmatter3, R. Tilanus8, 14, M.A. Titus1, J. Weintroub2, M. Wright4, K. Young2, L.M. Ziurys3 1MIT-Haystack Obs., 2Harvard-Smithsonian Center for Astrophysics, 3Steward MON Observatory, Arizona Radio Observatory, University of Arizona, 4Dept. of Astronomy, University of California Berkeley, 5Perimeter Institute, Canada, 6Dept. of Physics and Astronomy, University of Waterloo, Canada, 7Caltech Submillimeter Observatory, 8James Clerk Maxwell Telescope, Joint Astronomy Centre, 9Academia Sinica Institute for Astronomy and Astrophysics, Taiwan, 10National Astronomical Observatory of Japan, Japan, 11The Graduate University for Advanced Studies, Japan, 12Max-Planck-Institut für Radioastronomie, Germany, 13Owens Valley Radio Observatory, California Institute of Technology, 14Netherlands Organization for Scientific Research, Netherlands.

124 Cosmic Microwave Background II Monday, 2:00 PM - 3:30 PM, Grand Ballroom, Long Beach Convention Center Chair R. Partridge1 1Haverford College. 124.01D Testing New Physics with the Cosmic Microwave Background Vera Gluscevic1 1Caltech. 124.02 A New Parametric Model for Cosmic Reionization on Large Scales and Predictions for 21cm and Cosmic Microwave Background Reionization Observables Nicholas Battaglia1, H. Trac1
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/BUBSBKBO1, P. La Plante1, R. Cen2, A. Loeb3 1Carnegie Mellon University, 2Princeton, 3Harvard CfA. 124.03 New Results from the Atacama Cosmology Telescope: Gravitational Lensing, New Results and Future Prospects David N. Spergel1, Atacama Cosmology Telescope 1Princeton Univ. Obs. 124.04 New Results from the Atacama Cosmology Telescope (ACT): Comparison with Planck Measurements of Extragalactic Sources R. B. Partridge1, B.Z. Walter1, Atacama Cosmology Team, Planck Collaboration 1Haverford College. 124.05 New Results from the Atacama Cosmology Telescope: SZ Selected Galaxy Clusters on the Celestial Equator Matthew Hasselfield1, ACT Collaboration 1University of British Columbia, Canada. 124.06 New Results from the Atacama Cosmology Telescope: Physical Properties of SZE Galaxy Clusters on the Celestial Equator John P. Hughes1, F. Menanteau1, C.J. Sifon2, 3, Atacama Cosmology Telescope Collaboration 1Rutgers Univ., 2Pontificia Universidad Catolica de Chile, Chile, 3Leiden Observatory, Netherlands.

54 Monday Sessions and Events

124.07D A LABOCA and ATCA Survey of Southern Atacama Cosmology Telescope (ACT) Clusters Robert Lindner1 1Rutgers, The State University of New Jersey.

125 Dark Matter Properties, Observations and Constraints Monday, 2:00 PM - 3:30 PM, Room 101A, Long Beach Convention Center

Chair MON Leonidas A. Moustakas1 1JPL/Caltech. 125.01 Status Report on the 130 GeV Line in the Galactic Center Douglas P. Finkbeiner1, M. Su1, 2 1Harvard Univ., 2MIT. 125.02D Testing the CDM Halo Mass Function with the ALFALFA Survey Emmanouil Papastergis1, A. Martin2, R. Giovanelli1, M.P. Haynes1, ALFALFA Survey Team 1Cornell University, 2NASA Langley Research Center. 125.03 Weak Lensing Calibration of the Galaxy Cluster Mass Scale in the South Pole Telescope Sunyaev-Zel’dovich Survey F. W. High1, T. de Haan2, South Pole Telescope Team 1University of Chicago, 2McGill University, Canada. 125.04D Evidence for Self-interacting Dark Matter: A Call for a Regime Change William Dawson1, D.M. Wittman1, M.J. Jee1, M. Bradac1, J.A. Tyson1, J.P. Hughes2, S. Schmidt1, P. Thorman1, J. Bullock3, M. Kaplinghat3, M. Rocha3, A. Peter3, J. Merten4, Merging Cluster Collaboration 1University of California Davis, 2Rutgers University, 3University of California, Irvine, 4Caltech/JPL. 125.05 Strong Gravitational Lensing Insights into Dark Matter Physics Leonidas A. Moustakas1, C.R. Keeton2, K.R. Sigurdson4, F. Cyr-Racine1, R. Fadely5, G. Dobler6, P.J. Marshall3, OMEGA Explorer Science Team 1JPL/Caltech, 2Rutgers University, 3Oxford University, United Kingdom, 4University of British Columbia, Canada, 5New York University, 6Kavli Institute for Theoretical Physics. 125.06 Constraints on Dark Matter Annihilation by Radio Observations of M31 Andrey Egorov1, E. Pierpaoli1, 2 1Univ. of Southern California, 2California Institute of Technology. 125.07 Improved Predictions of Kepler Microlensing Rates for Primordial Black Hole Dark Matter Agnieszka Cieplak1, K. Griest1 1University of California San Diego.

126 Exoplanet Interiors and Atmospheres Monday, 2:00 PM - 3:30 PM, Room 104A, Long Beach Convention Center Chair Lisa Kaltenegger1 1MPIA , CfA, Germany. 126.01D Formation, Structure and Habitability of Super-Earth and Sub-Neptune Exoplanets Leslie Rogers1, 2 1California Institute of Technology, 2Massachusetts Institute of Technology.

55 Monday Sessions and Events

126.02 Near Infra-red Integral Field Spectroscopy of the HR8799 Planetary System Laurent Pueyo1, 11, B.R. Oppenheimer2, C.A. Beichman3, D. Brenner2, R. Burruss4, E. Cady4, J.R. Crepp13, R. Dekany6, R. Fergus7, L. Hillenbrand5, S. Hinkley5, D.W. Hogg8, D. King9, E. Lingon4, T. Lockhart4, R. Nilsson2, E.L. Rice10, L.C. Roberts4, J. Roberts4, M. Shao4, A. Sivaramakrishnan11, R. Soummer11, G. Vasisht4, F. Vescelus4, J.K. Wallace4, C. Zhai4, N. Zimmerman12 1Johns Hopkins University, 2American Museum of Natural History, 3NASA Exoplanet Science Institute, 4Jet Propulsion Laboratory, 5Department of Astronomy, California Institute of Technology, 6Caltech Optical Observatories, 7Department of Computer Science, Courant Institute of Mathematical Sciences, 8Center for Cosmology and Particle Physics, Department of Physics, New York University, 9Institute of Astronomy, Cambridge University, United Kingdom, 10Department of Engineering Science and Physics, College of Staten Island, 11Space Telescope Science Institute, 12Max Planck Institute, Germany, MON 13Notre Dame University. 126.03 Carbon and Oxygen in the Spectrum of HR 8799c Quinn M. Konopacky1, T.S. Barman2, B. Macintosh3, C. Marois4 1University of Toronto, Canada, 2Lowell Observatory, 3Lawrence Livermore National Laboratory, 4NRC NSI, Canada. 126.04 Chemical Characterization of Extrasolar Super-Earths - Interiors, Atmospheres, and Formation Conditions Nikku Madhusudhan1, K. Lee1, I. Uts1, O. Mousis2, 3 1Yale University, 2Universite de Franche-Comte, France, 3Universite de Toulouse, France. 126.05 The Effect of Clouds and Hazes on the Transmission Spectrum of GJ 1214b Caroline Morley1, J.J. Fortney1, E. Kempton2, C.W. Visscher3, M.S. Marley4 1UC Santa Cruz, 2Grinnell College, 3SwRI Planetary Science Directorate, 4NASA Ames Research Center. 126.06 Transmission Spectroscopy of Exoplanet XO-2b Observed with HST NICMOS Nicolas Crouzet1, P.R. McCullough1, C.J. Burke2, D. Long1 1STScI, 2NASA Ames Research Center. 126.07 Atmospheric Characterization of Extrasolar Planets in the Era of Kepler Jean-Michel Desert1 1Caltech. 126.08 The State Of The Art For Ground-Based Transit Spectroscopy Jacob Bean1, K.B. Stevenson1, J. Desert2, A. Seifahrt1, N. Madhusudhan3 1University of Chicago, 2Caltech, 3Yale.

127 Family Leave Policies and Childcare for Graduate Students and Postdocs Monday, 2:00 PM - 3:30 PM, Room 201B, Long Beach Convention Center This special session will provide a forum in which individuals in positions to influence policy (including university faculty and department chairs, and program directors from funding agencies) and those who may directly benefit from such policies (graduate students and postdocs) can discuss the current practices regarding parental leave and childcare for graduate students and postdoctoral fellows, and the means by which departments and funding agencies can establish more supportive policies. The session will begin with the results from the recent national survey of graduate student parental leave policies in US departments of astronomy and astrophysics. We will then hear from a department chair and graduate student who together implemented a departmental paid leave policy. Additional speakers include program directors from NSF and NASA, as well as the AAS President

56 Monday Sessions and Events

David Helfand. Attend this session to learn about the recent changes in many university departments nationwide, and to ask questions that inform any policy changes you are considering in your own workplace. Chairs Laura Trouille1 1Northwestern University CIERA Postdoctoral Fellow. David Charbonneau1 1Harvard Univ. 127.01 A National Survey of Parental Leave and Childcare Policies for Graduate MON Students in Departments of Astronomy David Charbonneau1, AAS Committee on Status of Women in Astronomy 1Harvard Univ. 127.02 Implementing a Paid Leave Policy for Graduate Students at UW - Madison: The Student Perspective Natalie M. Gosnell1 1University of Wisconsin-Madison. 127.03 Implementing a Paid Leave Policy for Graduate Students at UW-Madison: The Department Chair Perspective Robert D. Mathieu1 1Univ. of Wisconsin. 127.04 NSF’s Career-Life Balance Initiative and the NSF Astronomy and Astrophysics Postdoctoral Fellowships Edward A. Ajhar1, 2 1National Science Foundation, 2St. Thomas University. 127.05 NASA’s Postdoctoral Fellowship Programs Charles A. Beichman1, D.M. Gelino1, R.J. Allen2, A.H. Prestwich3 1JPL, 2STScI, 3CfA. 127.06 Confronting Barriers, Creating Solutions: Parental Leave for Junior Colleagues David J. Helfand1 1AAS, Canada.

128 Galaxy Clusters II Monday, 2:00 PM - 3:30 PM, Room 103A, Long Beach Convention Center Chair Akos Bogdan1 1Smithsonian Astrophysical Observatory. 128.01 MHD Cosmological Simulations of Radio Relics in Galaxy Clusters and Implications for Observations Jack O. Burns1, S.W. Skillman1, E. Hallman1, H. Xu2, H. Li2, D.C. Collins2, B.W. O’Shea3, M.L. Norman4 1Univ. of Colorado at Boulder, 2Los Alamos National Laboratory, 3Michigan State University, 4University of California at San Diego. 128.02D Adaptive Mesh Refinement Simulations of Cosmic Rays in Clusters of Galaxies Samuel W. Skillman1 1University of Colorado, Boulder. 128.03D Suzaku Observations of the X-ray Brightest Galaxy ESO3060170 Yuanyuan Su1, R.E. White1, E.D. Miller2, J. Irwin1 1Univ. of Alabama, 2MIT.

57 Monday Sessions and Events

128.04 The Cluster Lensing And Supernova survey with Hubble (CLASH): Mass Distributions in and Around Relaxed vs. Merging Clusters Elinor Medezinski1, K. Umetsu2, J. Merten3, CLASH 1Johns Hopkins University, 2ASIAA, Taiwan, 3JPL. 128.05D The Bolocam SZ Program: Model-Independent Cluster Profiles and Y-Mgas Scaling Relations Niclole G. Czakon1, J. Sayers1, A. Mantz2, S.R. Golwala1, T.P. Downes1, P.M. Koch4, K. Lin4, S. Molnar4, E. Pierpaoli3, J. Shitanishi3, S. Siegel1, K. Umetsu4 1California Institute of Technology, 2Kavli Institute for Cosmological Physics, University of Chicago, 3University of Southern California, 4Institute of Astronomy and Astrophysics, Academica Sinica, Taiwan.

MON 128.06 Constraints on the Stellar Mass Growth of Brightest Cluster Galaxies Yen-Ting Lin1, M. Brodwin2, A.H. Gonzalez3, S.A. Stanford4, P.R. Eisenhardt5, P.W. Bode6, J.P. Ostriker6 1Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan, 2University of Missouri, Kansas City, 3University of Florida, 4UC Davis, 5JPL, 6Princeton University.

129 Galaxy Evolution at z > 2 Monday, 2:00 PM - 3:30 PM, Room 104C, Long Beach Convention Center 129.01 Correlation of Lyman Break Galaxies Based on Their Spectral Features: Evidence for the Morphology-density Relation at z ~ 3 Jeff Cooke1, Y. Omori2 1Swinburne University, Australia, 2McGill University, Canada. 129.02 [OIII] Emission and Gas Kinematics in a Lyman-alpha Blob at z ~ 3.1 Emily McLinden1, J.E. Rhoads2, S. Malhotra2, P. Hibon3, V. Tilvi4 1The University of Texas - McDonald Observatory, 2Arizona State University, 3Gemini Observatory, Chile, 4Texas A&M. 129.03D Revisiting The First Galaxies: The Epoch of Population III Stars Alexander Muratov1, O.Y. Gnedin1, N.Y. Gnedin2, 3, M.K. Zemp4 1University of Michigan, 2Fermi National Accelerator Laboratory, 3University of Chicago, 4Kavli Institute for Astronomy & Astrophysics, Peking University, China. 129.04 The Evolution of Dusty Galaxies as seen Through Their Infrared Spectral Energy Distributions Anna Sajina1, L. Yan2, D. Fadda3, K. Dasyra4, M.T. Huynh5 1Tufts University, 2ipac, 3nasa herschel science center, 4Observatoire de Paris, France, 5International Center for Radio Astronomy Research, Australia. 129.05 HST/WFC3 Confirmation of the Inside-Out Growth of Massive Galaxies at 0

58 Monday Sessions and Events

129.08 Modeling X-ray and CO Line Emission from z≥6 Galaxies Joseph A. Munoz1, S.R. Furlanetto1 1UCLA.

130 HAD V History of Astronomy, with Osterbrock Book Prize Monday, 2:00 PM - 3:30 PM, Room 103B, Long Beach Convention Center Chair 1

Jarita Holbrook MON 1University of Arizona. 130.01 Almagest Declinations: Timocharis, Aristyllus, and Hipparcus Peter C. Zimmer1, J.C. Brandt1, P.B. Jones2 1Univ. of New Mexico, 2Univ. of Arizona. 130.02 Blurring the Boundaries Among Astronomy, Physics, and Chemistry: The Moseley Centenary Virginia L. Trimble1 1UC, Irvine. 130.03 Mingantu, 18th-Century Mongol Astronomer and Radioheliograph Namesake Jay M. Pasachoff1, 2 1Williams College, 2Caltech. 130.04 Astronomical Records in the Hieroglyphic Writing of the PreColumbian Maya Harvey & Victoria Bricker1 1Tulane University & University of Florida.

131 HEAD II: New Revelations from the Transient Sky Monday, 2:00 PM - 3:30 PM, Room 104B, Long Beach Convention Center The transient sky has long been a driver for new astrophysical insights. The combination of large energies and short timescales of change allow for sensitive and innovative probes of physics beyond the established models for the fundamental forces. Indeed, over the past decade, satellites focused onhigh-energy transient phenomena have opened up new vistas on the violent and energetic universe: from probes of the innermost regions of CMBDL
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59 Monday Sessions and Events

131.04 The Palomar Transient Factory View of the Transient and Variable Sky Thomas A. Prince1, PTF Collaboration 1Caltech/JPL. 131.05 Super-luminous Supernovae Avishay Gal-Yam1 1Weizmann Institute of Science, Israel.

132 Large Scale Structure, Cosmic Distance Scale and GRBs I Monday, 2:00 PM - 3:30 PM, Room 202B, Long Beach Convention Center Chair

MON Tereasa Brainerd1 1Boston Univ. 132.01 The Challenge of the Largest Structures in the Universe to Cosmology Changbom Park1 1Korea Institute for Advanced Study, Republic of Korea. 132.02 Voids, Walls and Low Surface Brightness Galaxies Gaspar Galaz1, L. Ceccarelli2, R. Herrera-Camus3, D. Garcia-Lambas2, N.D. Padilla1 1Departamento de Astronomia y Astrofisica, Pontificia Universidad Catolica de Chile, Chile, 2Observatorio Astronomico de Cordoba, Argentina, 3Department of Astronomy, University of Maryland. 132.03D High Resolution Simulations of Relativistic Hydrodynamic and MHD Turbulence Jonathan Zrake1, A. MacFadyen1 1New York University. 132.04 Local Ensemble N-body Simulations: Generating Multiple Local Paths of Galaxy Formation Miguel Angel Aragon Calvo1 1Johns Hopkins University. 132.05 Topology of SDSS Luminous Red Galaxies in the Sloan Digital Sky Survey Yun-Young Choi1, C. Park2, J. Kim2, G. Rossi2, 3, S.S. Kim1 1Kyung Hee University, Republic of Korea, 2Korea Institute for Advanced Study, Republic of Korea, 3CEA Saclay/Service d’Astrophysique, France. 132.06D Identifying Gravitationally Bound Superclusters of Galaxies in the Local Universe Merida Batiste1, D.J. Batuski1 1University of Maine. 132.07 Defining Galaxy Environments Using the NASA/IPAC Extragalactic Database (NED) Barry F. Madore1, 2, NED Team 1Carnegie Obs., 2NED/IPAC/CALTECH.

133 Quasars and Their Hosts, Near and Far Monday, 2:00 PM - 3:30 PM, Room 103C, Long Beach Convention Center Chair Daryl Haggard1 1Northwestern University/CIERA. 133.01D Observations on Dust-Rich Quasars at z~1.5 Yu S. Dai1, G.G. Fazio1, M. Elvis1, J. Huang1, A. Omont2, J. Bergeron2 1Harvard-Smithsonian Center for Astrophysics, 2Institute of Astrophysique de Paris, France.

60 Monday Sessions and Events

133.02 The Large Area KX Quasar Survey: Photometric Redshift Selection and the Complete Quasar Catalogue Natasha Maddox1, P.C. Hewett2, C. Peroux3 1University of Cape Town, South Africa, 2University of Cambridge, United Kingdom, 3Laboratoire d’Astrophysique de Marseille, France. 133.03 An HST Snapshot Survey for Gravitationally Lensed z=6 Quasars Ian D. McGreer1, X. Fan1, G.T. Richards2, Z. Haiman3, M.A. Strauss4, L. Jiang5, D.P. Schneider6 1University of Arizona, 2Drexel University, 3Columbia University, 4Princeton University, 5Arizona State University, 6Penn State University. MON 133.04 LoBAL QSOs Found in Host Galaxies with Disturbed Morphologies Mariana S. Lazarova1, G. Canalizo2, M. Lacy3 1Pomona College, 2UC - Riverside, 3NRAO. 133.05 Extreme Star Formation in the Host Galaxies of the Fastest Growing Supermassive Black Holes at z=4.8 Benny Trakhtenbrot1, 2, H. Netzer2, P. Lira3, R. Mor2, O. Shemmer4 1Weizmann Institute of Science, Israel, 2Tel Aviv University, Israel, 3Universidad de Chile, Chile, 4University of North Texas. 133.06 Massive Black Holes in Dwarf Galaxies Amy E. Reines1 1National Radio Astronomy Observatory. 133.07 Do z>1 Clumpy Galaxies in CANDELS Fuel AGNs? Jonathan R. Trump1, G. Barro1, B.J. Weiner2, N. Konidaris3, D.C. Koo1, D. Kocevski4, R. Yan4, S. Juneau5, S.M. Faber1, CANDELS 1UC Santa Cruz, 2Univ of Arizona, 3Caltech, 4Univ of Kentucky, 5CEA/Saclay, France. 133.08 Colors and Composite SEDs of Type 1 and Type 2 Quasars with SDSS, WISE, and GALEX Ryan C. Hickox1, A.D. Myers2, J.E. Greene3, N.L. Zakamska4, K. Hainline1, M.A. DiPompeo2 1Dartmouth College, 2University of Wyoming, 3Princeton University, 4Johns Hopkins University.

134 Science Highlights from NASA’s Astrophysics Data Analysis Program II: Extragalactic Astrophysics Monday, 2:00 PM - 3:30 PM, Room 202A, Long Beach Convention Center Over the years, NASA has invested heavily in the development and execution of an extensive array of space astrophysics missions that span the electromagnetic spectrum. The magnitude and scope of the archival data from those missions enables science that transcends traditional wavelength regimes and allows researchers to answer questions that would be difficult, if not impossible, to address through an individual observing program. To capitalize on this invaluable asset and enhance the scientific return on NASA mission investments, the Astrophysics Data Analysis Program (ADAP) provides support for investigations whose focus is on the analysis of archival data from NASA space astrophysics missions. This session highlights recent research results in the general area of extragalactic astrophysics from investigators supported under the ADAP Program. 134.01 A Mid-IR Spectroscopic Investigations of Non-U/LIRG Galaxy Interactions: An Unexplored Frontier Shobita Satyapal1 1George Mason University.

61 Monday Sessions and Events

134.02 The Keck Observatory Database of Ionized Absorbers toward QSOs (KODIAQ): Hunting for OVI Absorbers at z>2 to Probe the Physics and Metal Budget of the Circumgalactic Medium John O’Meara1, N. Lehner2, A. Fox5, J.C. Howk2, A. Armstrong1, V. Burns2, J.X. Prochaska3, A.M. Wolfe4 1Saint Michael’s College, 2University of Notre Dame, 3UCO/Lick, 4UCSD, 5STScI. 134.03 Reionization, Intrahalo Light, and Anisotropies of the Cosmic IR Background Asantha R. Cooray1 1UC Irvine. 134.04 Far-Infrared Properties of Type 1 QSOs from the SAFIRES Archival Survey Daniel Hanish1, SAFIRES 1

MON Infrared Processing and Analysis Center. 134.05 Multilevel Modeling of Gamma-Ray Bursts and Other Cosmic Populations Thomas J. Loredo1 1Cornell Univ.

135 Scientific Opportunities with the James Webb Space Telescope Monday, 2:00 PM - 3:30 PM, Room 201A, Long Beach Convention Center The James Webb Space Telescope (JWST) will be a general purpose observatory that will provide research opportunities and support for thousands of astronomers. In this special session, speakers will describe JWST’s potential for advancing a number of core scientific topics that are at the forefront of astrophysical research, with specific links to JWST’s observing efficiency and multiple modes of imaging, spectroscopy, and coronography. Among the range of topics that will be covered in the session are: 1.) Solar System and Exoplanets 2.) Star Formation and Stellar Evolution 3.) Galactic Archaeology and Local Volume 4.) Dark Matter and Lensing 5.) Dark Energy 6.) First Galaxies Chair Jason S. Kalirai1 1Space Telescope Science Institute. 135.01 JWST and Deep Field Studies of Galaxy Evolution at High Redshift Mark Dickinson1 1NOAO. 135.02 The Galactic Center Seen Through the Precise, Multiplexed Eye of JWST Jessica R. Lu1 1University of Hawaii. 135.03 Studies of Nearby Galaxies in the Era of JWST Daniela Calzetti1, J.E. Andrews1, Y. Li1 1Univ. of Massachusetts. 135.04 Strong Lensing, Dark Matter, and Dark Energy with the James Webb Space Telescope Tommaso Treu1 1University of California. 135.05 The Potential of JWST for Studies of the Magellanic Clouds and Beyond Margaret Meixner1, 2, SAGE, HERITAGE 1STScI, 2Johns Hopkins University. 135.06 The Science Potential of JWST for Exoplanet Studies David Lafreniere1, R. Doyon1, FGS/NIRISS, NIRCam, MIRI, NIRSpec Science Teams 1University of Montreal, Canada.

62 Monday Sessions and Events 136 Supernovae I Monday, 2:00 PM - 3:30 PM, Room 102B, Long Beach Convention Center Chair Schuyler Van Dyk1 1Caltech. 136.01 The Discovery of the Most Distant Type Ia Supernova at Redshift 1.91 David Jones1, S.A. Rodney1, A.G. Riess1, CANDELS Supernova Collaboration 1

The Johns Hopkins University. MON 136.02D Searching Under the Lamp Post: Discovery of 90 Type Ia Supernovae Among 700,0000 Galaxy Spectra, and Measurement of their Rate Or Graur1, 2, D. Maoz2 1American Museum of Natural History, 2Tel Aviv University, Israel. 136.03 Hubble Residuals and Host Galaxies of SNe Ia from the Nearby Supernova Factory Michael Childress1, 2, G.S. Aldering2, P. Antilogus3, C. Aragon2, S.J. Bailey2, B. Charles4, S. Bongard3, C. Buton5, A. Canto3, F. Cellier-Holzem3, N. Chotard6, 9, Y. Copin6, H. Fakhouri7, 2, E. Gangler6, J. Guy3, E. Hsiao2, M. Kerschhaggl5, A.G. Kim2, M. Kowalski5, S. Loken2, P.E. Nugent2, K. Paech5, R. Pain3, E. Pecontal8, R. Pereira3, S. Perlmutter2, 7, D.L. Rabinowitz4, M. Rigault6, K. Runge2, R. Scalzo1
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4NBEKB6, C. Tao9, R. Thomas2, B. Weaver10, C. Wu9, 3 1The Australian National University, Australia, 2Lawrence Berkeley National Lab, 3Laboratoire de Physique Nucelaire et des Hautes Energies, France, 4Yale University, 5Universitat Bonn, Germany, 6Institut de Physique Nucleaire de Lyon, France, 7University of California, Berkeley, 8Centre de Recherche Astronomique de Lyon, France, 9Tsinghua University, China, 10New York University. 136.04D Fates of the First Stars and Their Cosmological Consequences Ke-Jung Chen1 1University of Minnesota, Twin Cities. 136.05D Type Ia Supernova Progenitors, Cosmology, and Systematics Brian Hayden1 1University of Notre Dame. 136.06 UV Diversity of Type Ia Supernovae: Comparing Observations to Models Emma Walker1 1Yale University.

137 Young Stellar Objects, Very Young Stars, T-Tauri Stars, H-H Objects - Disks Monday, 2:00 PM - 3:30 PM, Room 101B, Long Beach Convention Center Chair Patrick Hartigan1 1Rice Univ. 137.01 A Resolved Keplerian Disk Around the Class 0 Protostar L1527-IRS John J. Tobin1 1National Radio Astronomy Observatory.

63 Monday Sessions and Events

137.02D Stellar Rotation and Proto-Planetary Disks: What Interferometric Imaging and High Cadence Photometry Can Tell Us James Parks1, 2, R.J. White1, P. Plavchan2, J.D. Monnier4, F. Baron4, G.W. Henry8, B.K. Kloppenborg9, X. Che4, G. Schaefer3, 1, M. Zhao5, J. Jones1, E. Pedretti7, N. Thureau7, T. Ten Brummelaar3, C.D. Farrington3, H.A. McAlister1, 3, J. Sturmann3, L. Sturmann3, N.H. Turner3, S.T. Ridgway6, 3 1Georgia State University, 2IPAC, 3Center for High Angular Resolution Astronomy, 4University of Michigan, 5Penn State, 6National Optical Astronomical Obervatory, 7St. Andrews University, United Kingdom, 8Tennessee State University, 9Max Planck Institute, Germany. 137.03 Disk Evolution in Young Stellar Associations Alycia J. Weinberger1, A.P. Boss1, G. Anglada-Escud?2 MON 1Carnegie Inst. Of Washington, 2Universitat Gottingen, Germany. 137.04D The Star-formation History and Accretion Disk Fraction of the Scorpius- Centaurus OB Association Mark Pecaut1
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.BNBKFL1 1University of Rochester. 137.05 Tracing High-Energy Radiation from T Tauri Stars Using Mid-Infrared Neon Emission from Disks Catherine Espaillat1 1Harvard-Smithsonian Center for Astrophysics.

138 Plenary Session: Henry Norris Russell Lecture: Thinking and Computing Monday, 3:40 PM - 4:30 PM, Grand Ballroom, Long Beach Convention Center W. David Arnett - Henry Norris Russell Lectureship The Henry Norris Russell Lectureship of the American Astronomical Society is awarded to W. David Arnett, Regents Professor at the University of Arizona, for a lifetime of seminal contributions to the fields of stellar explosions, nuclear astrophysics and hydrodynamics. Arnett has for many years been a leader in developing our understanding of core collapse processes and nucleosynthesis in massive stars. He has also done pioneering work on thermonuclear burning in White Dwarf stars and on the origin of Type Ia supernovae, which are at the center of contemporary observational cosmology. Chair David J. Helfand1 1AAS, Canada. 138.01 Henry Norris Russell Lecture: Thinking and Computing David Arnett1, 2 1Steward Obs., 2Kavli Institute of Theoretical Physics. 139 Plenary Session: From Gas to Stars Over Cosmic Time Monday, 4:30 PM - 5:20 PM, Grand Ballroom, Long Beach Convention Center Chair Edward Churchwell1 1University of Wisconsin 139.01 From Gas to Stars Over Cosmic Time Mordecai-Mark Mac Low1 1American Museum of Natural History.

64 Monday Sessions and Events Center for Astronomy Education/CATS Reception Monday, 6:30 PM - 8:30 PM, Regency Ballroom A, Downtown Hyatt Long Beach Since 2004, the Center for Astronomy Education (CAE), in Steward Observatory at the Univ. of Arizona, has been hosting Astro 101 Teaching Excellence Workshops at meetings of the AAS. CAE Executive and Associate Directors, Ed Prather and Gina Brissenden, as well as Steward Observatory, would like to take the opportunity at the 221st Meeting of the AAS to bring everyone in the greater CAE community together for time to meet, re-meet, and hang out with fellow members of the greater CAE community. So, have you attended one of our MON workshops? Do you receive our CAE e-Newsletters? Are you a member of Astrolrner@CAE? If ZPV
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140 NASA Kepler Mission Town Hall Monday, 6:30 PM - 8:00 PM, Room 104C, Long Beach Convention Center 5IF
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community on the programmatic and technical aspects of the Kepler extended mission. No exclusive use period now exists for Kepler data and we encourage the community to attend this meeting to discover ways in which they may get involved in all aspects of the Kepler mission from exoplanets to astrophysics. Kepler’s extended mission started on 1 Oct. 2013 and will go for at least four years with scientific goals to determine the frequency of Earth-like planets orbiting Sun-like stars, to understand solar system architectures, and to continue to enlighten the community with unprecedented astrophysics. AAS members are encouraged to visit the Kepler mission at http://keplergo.arc.nasa.gov/. Chair Steve B. Howell1 1NASA ARC.

WGLE Reception Monday, 6:30 PM - 7:30 PM, Regency Ballroom F, Downtown Hyatt Long Beach The AAS Working Group on LGBTIQ Equality (WGLE) works to promote equality for lesbian, gay, bisexual, transgender, intersex, and questioning individuals within our profession. To celebrate our first anniversary, WGLE is hosting a reception, and all AAS members are invited UP
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65 Monday Sessions and Events Career Networking Reception Monday, 6:30 PM - 8:00 PM, Beacon A, Hyatt Join us for refreshments and informal discussions about various career paths open to Astronomers. In addition to the panelists from the morning’s Aerospace and Industry Career Panel and the Plenary Speakers, there will be tables for representatives of various career tracks, including Education, Academia, Media, and Public Policy. All are welcome but we particularly encourage astronomers in mentoring roles to attend. The Plenary Session featuring a conversation with Kathy Flanagan (Deputy Director of the Space Telescope Science Institute) and Jeff Grant (Northrop Grumman Aerospace Systems) will immediately follow. Organizer MON Kelle Cruz1 1Hunter College/CUNY & AMNH

LGBTIQ Networking Dinner Monday, 7:30 PM - 9:30 PM, Regency Ballroom F, Hyatt The AAS Working Group on LGBTIQ Equality (WGLE) works to promote equality for lesbian, gay, bisexual, transgender, intersex, and questioning individuals within our profession. Join us for dinner on Monday evening, January 7. We’ll depart from the WGLE reception (Regency Ballroom D, Downtown Hyatt Long Beach) at 7:30 and walk to a local restaurant. Please bring a method of payment for this dinner.

160 Plenary Session: A Moderated Discussion about Interesting Careers in Aerospace and Mission Operations Monday, 8:00 PM - 9:00 PM, Grand Ballroom Astronomers have one of the lowest unemployment rates in the US, yet many do not work in the field of astronomy because of few permanent traditional options relative to the number of PhDs produced each year. Where do so many astronomers find employment? Learn more at this session. Astronomical training provides the background for many interesting careers. As appropriate to the location of this meeting, this session provides a perspective on what those opportunities may be among aerospace industry-related careers. They are more diverse than you might think. In this session, two speakers with wide ranging experience in the mFME
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66 MONDAY POSTER SESSIONS

Monday Posters POSTERS: MON

141 Astronomy Outreach to the Public Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 141.01 One Click to the Cosmos: The AstroPix Image Archive Robert L. Hurt1, J. Llamas1, G.K. Squires1, C. Brinkworth1, Chandra X-ray Center, ESO/ESA, Spitzer Science Center, STScI 1Caltech. 141.02 Astronomy Picture of the Day on Social Media Robert J. Nemiroff1, Jerry Bonnell2,3, Stuart R. Lowe4, Paul Connelly, Ralf Haring 1Michigan Technological Univ., 2NASA’s GSFC, 3Univ. Maryland, 4Las Cumbres Observatory Global Telescope. 141.03 A Public Outreach Blog for the CANDELS Project Jeyhan S. Kartaltepe1, J. Pforr1, CANDELS Collaboration 1National Optical Astronomy Observatory. 141.04 Engaging the Public Through a Joint Outreach Program with the Appalachian Mountain Club - A Successful First Year Douglas N. Arion1, S. DeLucia2, K. Anderson1, C. Tatge1, Z.D.B. Troyer1 1Carthage College, 2Appalachian Mountain Club. 141.05 The Public Nights Program at Appalachian State University’s Dark Sky Observatory Cline Visitor Center: Our First Year’s Results Daniel B. Caton1, A.B. Smith1, R.L. Hawkins1 1Appalachian State Univ. 141.06 Interaction and Learning Outcomes in Live, Public Planetarium Presentations Michael Neece1, A. Sayle1, P. Nleya1, T. Boyette1 1Morehead Planetarium and Science Center. 141.07 Deaf Education in a Planetarium Muxue Liu1, E.G. Hintz1, M. Jones1, J. Lawler1, A. Fisler1, H. Mumford1 1Brigham Young University. 141.08 First Use of Heads-up Display for Astronomy Education Holly Mumford1, E.G. Hintz1, M. Jones1, J. Lawler1, A. Fisler1 1Brigham Young University. 141.09 Enhancing the Impact of NASA Astrophysics Education and Public Outreach: Community Collaborations Denise A. Smith1, B.L. Lawton1, L. Bartolone2, G.R. Schultz3, W.P. Blair4, NASA Astrophysics E/PO Community, NASA Astrophysics Forum Team 1STScI, 2Adler Planetarium, 3Astronomical Society of the Pacific, 4Johns Hopkins University. 141.10 Enhancing the Impact of NASA Astrophysics Education and Public Outreach: Sharing Best Practices Lindsay Bartolone1, D.A. Smith2, NASA Astrophysics Science Education and Public Outreach Forum Team 1Adler Planetarium, 2Space Telescope Science Institute. 141.11 Enhancing the Impact of NASA Astrophysics Education and Public Outreach: Using Real NASA Data in the Classroom Brandon L. Lawton1, D.A. Smith1, NASA SMD Astrophysics E/PO Community 1STScI. 141.12 On-line Eclipse Resources from the U.S. Naval Observatory: Planning Ahead for August 2017 Amy C. Fredericks1, J.L. Bartlett1, S. Bell2 1U.S. Naval Observatory, 2HM Nautical Almanac Office, United Kingdom. 67 MONDAY POSTER SESSIONS 142 Binary Stellar Systems, X-ray Binaries Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 142.01 New Measurement of Position Angle and Separation of Binary Stars Selected from the Washington Double Star Catalog Rafael J. Muller1, J.C. Cersosimo1, E. Franco1, R. Rodriguez1, M. Rosario1, M. Diaz1, Y. Nieves1, B.S. Torres1 1Univ. of Puerto Rico, Humacao, Puerto Rico. 142.02 Updating the Census of Massive Binaries in Cygnus OB2 Henry A. Kobulnicky1, M.J. Alexander1, M.J. Lundquist1, G.R. Long1, R. Smullen1, POSTERS: MON POSTERS: "
#IBUUBDIBSKFF1, C. Vargas Alvarez1 1Univ. of Wyoming. 142.03 Spectroscopic Orbits for Kepler Field of View Binaries Rachel A. Matson1, D.R. Gies1, S. Williams1, Z. Guo1 1GSU. 142.04 Kepler’s Hot Binary Stars Laconia Butler1, S.B. Howell1, R. Chandar2 1NASA Ames Reach Center, 2University of Toledo. 142.05 Heartbeat Stars: Dynamic Tidal Distortions and Excitations Susan E. Thompson1, K. Hambleton3, F. Mullally1, J. Christiansen2, M.E. Everett4, S.B. Howell2, T. Barclay2, C.J. Burke1, M.D. Still2, J. Rowe1 1SETI Institute/NASA Ames, 2NASA Ames, 3Villanova, 4NOAO. 142.06 Statistical Constraints on Stellar Multiplicity from Time-Resolved Spectroscopy in SDSS Thomas Hettinger1, C. Badenes2, S.J. Bickerton3, T.C. Beers4 1Michigan State University, 2University of Pittsburgh, 3IPMU, The University of Tokyo, Japan, 4NOAO. 142.07 Close Binaries, Triples, and Eclipses Jason Sanborn1, 2, R.T. Zavala3 1Lowell Observatory, 2Northern Arizona University, 3United States Naval Observatory. 142.08 High-Resolution Speckle Imaging at Gemini-North: Exoplanets and Beyond Steve B. Howell1, E. Horch2, M.E. Everett3, D. Ciardi4 1NASA ARC, 2Southern Connecticut State University, 3NOAO, 4NASA Exoplanet Science institute. 142.09 Study of Eclipsing Tertiary System KIC 6543674 Beverly Thackeray-Lacko1, 2, M. Hill1, 3, J.A. Orosz1, W.F. Welsh1, T. Fetherolf1, T.A. Gregg1, D.W. Latham4, A. Prsa5 1San Diego State University, 2California State University San Bernardino, 3University of California, Berkeley, 4Harvard-Smithsonian Center for Astrophysics, 5Villanova University. 142.10 Mass and Radii Measurements of the Kepler Eclipsing Binary Star System KIC 8736245 Tara Fetherolf1, W.F. Welsh1, J.A. Orosz1, G. Windmiller1 1San Diego State University. 142.11 The Eclipsing Binary KIC 3557421 Michael Hill1, 2, W.F. Welsh1, J.A. Orosz1, T. Fetherolf1, T.A. Gregg1, B. Thackeray-Lacko1, 3 1San Diego State University, 2University of California, Berkeley, 3California State University, San Bernardino. 142.12 A Syzygy of KIC 4150611 Trevor A. Gregg1, A. Prsa2, W.F. Welsh1, J.A. Orosz1, T. Fetherolf1 1San Diego State University, 2Villanova University. 142.13 Long Term Optical Photometry of the Black Hole Binary J1118+480 Lorena Monroy1, P.A. Mason1, E.L. Robinson2, R.I. Hynes3 1University of Texas at El Paso, 2University fo Texas Austin, 3Louisiana State University. 68 MONDAY POSTER SESSIONS

142.14 Analysis of UBVRI Photometry of the Totally Eclipsing, Very Short Period, W UMa Binary, GSC 2765-0348 POSTERS: MON Danny R. Faulkner1, R.G. Samec2, D. Flaaten2, T. Rehn2, B. Oliver2, W.V. Van Hamme3 1University of South Carolina Lancaster, 2Bob Jones University, 3Florida International University. 142.15 Light Curves and Analyses of the Eclipsing Overcontact Binaries V546 And & V566 And & the Discovery of a New Variable Star David H. Bradstreet1, S.J. Sanders1, C.G. Volpert2 1Eastern Univ., 2Agnes Irwin School. 142.16 Red Giants in Eclipsing Binaries: First Look at Kepler Light Curves Meredith L. Rawls1, P. Gaulme1, J. McKeever1, J. Jackiewicz1 1New Mexico State University. 142.17 The Orbital Period Distribution of Hot Subdwarf B Binaries Brad Barlow1, R.A. Wade1, S. Liss2 1The Pennsylvania State University, 2University of Virginia. 142.18 Hα Emission in Post-Common-Envelope Binaries: White Dwarf Illumination vs. Chromospheric Activity Renée Spiewak1, 2, B. Pomerantz3, V. Strelnitski2, G.E. Walker2
5
,SBKDJ4 1U. WI Milwaukee, 2Maria Mitchell Obs., 3Cornell U., 4Astrokolkhoz Obs. 142.19 Orbital Period of SDSSJ0256 (a DA + M Binary System) Christine Gilfrich1 1Cerro Tololo Interamerican Observatory (CTIO), Chile. 142.20 Time Series Photometry of Two Southern Hemisphere AM CVn Stars Bez Laderman1, T. Abbott2 1NYU, 2CTIO, Chile. 142.21 High Speed Optical Photometry of V1055 Orionis (=4U 0614+091) Isaac Lopez1, P.A. Mason1, E.L. Robinson2 1University of Texas at El Paso, 2University of Texas at Austin. 142.22 On the Conservation of Angular Momentum During Roche Lobe Overflow Direct Impact Mass Transfer Jeremy F. Sepinsky1, V. Kalogera2 1University of Scranton, 2CIERA at Northwestern University. 142.23 Comparing Circular and Eccentric Roche Lobe Models using the Binary Population Synthesis Code StarTrack Christopher Culver1, J.F. Sepinsky1, C. Belczynski2 1University of Scranton, 2University of Warsaw, Poland. 142.24 Broad-Band Optical Photometry of the LMXB PSR J1023+0038 Emmanuel Gonzalez1, P.A. Mason1, E.L. Robinson2 1University of Texas at El Paso, 2University of Texas at Austin. 142.25 The Case for a Low Mass Black Hole in the LMXB V1408 Aquilae (= 4U 1957+115) Sebastian Gomez1, P.A. Mason1, E.L. Robinson2 1University of Texas-El Paso, 2The University of Texas at Austin. 142.26 A New Black Hole X-ray Transient Candidate in M51 Roy E. Kilgard1, K.D. Kuntz2, K.S. Long3
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%FTKBSEJOT4 1Wesleyan Univ., 2Johns Hopkins University, 3Space Telescope Science Institute, 4University of Western Ontario, Canada. 142.27 Chandra X-Ray Observations of Low Mass X-Ray Binary Candidates in S0 Galaxies Danley Hsu1, C.L. Sarazin1, G.R. Sivakoff1, 2, A. Jordan3, J. Irwin4 1University of Virginia, 2University of Alberta, Canada, 3Pontificia Universidad Catolica de Chile, Chile, 4University of Alabama.

69 MONDAY POSTER SESSIONS

142.28 A Multivariate Approach Towards Understanding Cygnus X-1 Stewart Buchan1, 3, C. Peris2, 3, S.D. Vrtilek3 1University of Southampton, United Kingdom, 2Northeastern University, 3SAO. 142.29 The Type Ia Supernovae Progenitor Problem: Searching for Progenitors in the Milky Way Alexander Birchall1, 2, R. Di Stefano2, F. Primini2, R. Scalzo3 1University of Southampton, United Kingdom, 2Harvard-Smithsonian Center for Astrophysics, 3The Australian National University, Australia. 142.30 Probing the Mysteries of the X-Ray Binary 4U 1210-64 with ASM, MAXI and

POSTERS: MON POSTERS: Suzaku Joel B. Coley1, 2, R. Corbet1, 2, K. Mukai1, 2, K. Pottschmidt1, 2 1UMBC, 2NASA Goddard Space Flight Center. 142.31 Finding an Emission Line Signature in the H-alpha/H-beta Plane for High Mass X-ray Binaries Eric G. Hintz1, M.D. Joner1 1Brigham Young Univ. 142.32 Looking for Emission Line Objects with X-ray Signatures in the Fields of NGC 884 and NGC 869 Andrew Hernandez1, E.G. Hintz1, M.D. Joner1 1Brigham Young University. 142.33 Swift Multiwavelength Monitoring of the Black-Hole Binary LMC X-3 Trevor Torpin1, 2, P.T. Boyd2, A.P. Smale2 1Catholic University of America, 2Goddard Space Flight Center. 142.34 RXTE, MAXI and Swift Observations of a New Anomalous Low State in LMC X-3 Patricia T. Boyd1, T. Torpin2, A. Smale1 1NASA’s GSFC, 2Catholic University of America. 142.35 X-ray Parameters of WR 140 from the RXTE Monitoring Campaign Jamie R. Lomax1, M.F. Corcoran2, A. Pollock3, J.L. Hoffman1, A. Moffat4, S.P. Owocki5, J. Pittard6, C.M.P. Russell5, P.M. Williams7 1University of Denver, 2USRA, 3ESA XMM-Newton Science Operations Centre, Spain, 4University of Montreal, Canada, 5University of Delaware, 6University of Leeds, United Kingdom, 7University of Edinburgh, United Kingdom. 142.36 Probing the Physics of LS I +61 303 with Optical Spectroscopy Sean Napier1, M.V. McSwain1 1Lehigh University. 142.37 Gamma-Ray Emission from LS I +61 303 Leigh Schaefer1, 2, M.V. McSwain1 1Lehigh University, 2Bryn Mawr College. 142.38 Superorbital Modulation and Orbital Parameters of the Eclipsing High-Mass X-ray Pulsar IGR J16493-4348 Aaron B. Pearlman1, 2, R. Corbet1, K. Pottschmidt1 1NASA Goddard Space Flight Center, CRESST, UMBC, 2Caltech. 142.39 Connecting Extragalactic X-ray Point Source Populations to the Star Formation Histories of Nearby Galaxies Breanna A. Binder1, B.F. Williams1, S.F. Anderson1, J. Dalcanton1, M. Eracleous2, T.J. Gaetz3, A. Kong4, P.P. Plucinsky3, A. Seth5, E.D. Skillman6, D.R. Weisz1 1University of Washington, 2The Pennsylvania State University, 3Harvard-Smithsonian Center for Astrophysics, 4National Tsing Hua University, Taiwan, 5University of Utah, 6University of Minnesota. 142.40 Properties of the Discrete X-ray Source Population of the M82 Starburst Region Vaishali Parkash2, R.E. Kilgard1 1Wesleyan University, 2Union College.

70 MONDAY POSTER SESSIONS

142.41 Variable ASAS Counterparts to Galactic Bulge Survey X-ray Sources POSTERS: MON Monique Gabb1, R.I. Hynes2, C. Britt2, C.C. Johnson2, P. Jonker3, 4, M. Torres3, 5, T. Maccarone6, D. Steeghs7, S. Greiss7, G. Nelemans4, Galactic Bulge Survey Collaboration 1Department of Physics, Florida Atlantic University, 2Department of Physics and Astronomy, Louisiana State University, 3SRON, Netherlands Institute for Space Research, Netherlands, 4Department of Astrophysics, IMAPP, Radboud University Nijmegen, Netherlands, 5Harvard-Smithsonian Center for Astrophysics, 6School of Physics and Astronomy, The University of Southampton, United Kingdom, 7Department of Physics, The University of Warwick, United Kingdom. 142.42 Low-Frequency Quasi-Periodic Oscillations and Iron Line Variability of Discoseismic Corrugation Modes Iryna Butsky1, D. Tsang2, 1 1California Institute of Technology, 2McGill University, Canada. 142.43 Looking for Stars and Finding the Moon: Effects of Lunar Gamma-ray Emission on Fermi LAT Light Curves Robin H. D. Corbet1, 2, C.C. Cheung3, M. Kerr4, P.S. Ray3 1UMBC, 2NASA/GSFC, 3NRL, 4Stanford University. 142.44 Gamma-Ray Emission from Galactic Radio Transients Chris R. Shrader1, D.J. Macomb2 1NASA’s GSFC, 2Bosie State University. 142.45 Photometric and Spectroscopic Analysis for the Determination of Physical Parameters of an Eclipsing Binary Star System Piper Reid1 1Dripping Springs High School.

143 Black Holes Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 143.01 A Geometric Crescent Model for Black Hole Images Ayman Bin Kamruddin1, J. Dexter1 1University of California, Berkeley. 143.02 Searching for Primordial Black Holes & an Extra Spatial Dimension Amanda Larracuente1, M. Kavic1, S. Cutchin2, J.H. Simonetti3, S. Ellingson3 1Long Island University, 2Naval Research Laboratory, 3Virginia Tech. 143.03 Numerical Simulation of Low Viscous Flow in an Accretion Disk around a Black Hole Seong-Jae Lee1, I. Chattopadhyay2, S. Hyung1 1Chungbuk National University, Republic of Korea, 2ARIES, India. 143.04 Polarimetric VLBI with the Event Horizon Telescope Vincent L. Fish1, S. Doeleman1, D.P. Marrone2, R. Lu1, J.F.C. Wardle3, EHT Collaboration 1MIT Haystack Observatory, 2University of Arizona, 3Brandeis University. 143.05 Fine Scale Structure of AGN Jets with 1.3 mm VLBI Rusen Lu1, V.L. Fish1, J. Weintroub2, S. Doeleman1, G.C. Bower3, R. Freund4, P. Friberg5, P.T.P. Ho6, M. Honma7, M. Inoue6, S.G. Jorstad8, T. Krichbaum9, D.P. Marrone4, A.P. Marscher8, J.M. Moran2, T. Oyama7, R.L. Plambeck3, R. Primiani2, Z. Shen10, R. Tilanus5, M. Wright3, K. Young2, L.M. Ziurys4, A. Zensus9 1MIT Haystack observatory, 2Harvard-Smithsonian Center for Astrophysics, 3University of California, Berkeley, 4University of Arizona, 5James Clerk Maxwell Telescope, 6ASIAA, Taiwan, 7NAOJ, Japan, 8Boston University, 9MPIfR, Germany, 10Shanghai Astronomical Observatory, China.

71 MONDAY POSTER SESSIONS

143.06 Axisymmetric Dynamos in Differentially Rotating Spacetimes Jesse Nims1, B. Brown1, R.D. Townsend1 1Univeristy of Wisconsin-Madison. 143.07 Prospects for Measuring Supermassive Black Hole Masses with Future Extremely Large Telescopes Tuan Do1, 2, S.A. Wright1, E.J. Barton2, A.J. Barth2, L. Simard5, J.E. Larkin3, A. Moore4 1Dunlap Institute, University of Toronto, Canada, 2UC, Irvine, 3UC, Los Angeles, 4Caltech, 5Herzberg Institute of Astrophysics, Canada. 143.08 Evolution of Spiral Arm Pitch Angle and the Masses of Supermassive Black

POSTERS: MON POSTERS: Holes Douglas W. Shields1, 4, C.L. Henderson1, 4, B.L. Davis1, 4, L. Johns3, J.C. Berrier1, 4, D. Kennefick1, 4, J.D. Kennefick1, 4, C.H. Lacy1, 4, M. Seigar2, 4 1University of Arkansas, 2University of Arkansas at Little Rock, 3Reed College, 4Arkansas Center for Space and Planetary Sciences. 143.09 Calculating a Galaxies Central Black Hole Mass Using the Sersic Index Matthew Hartley1, J.C. Berrier1, M. Seigar2, B.L. Davis1, D. Kennefick1, J.D. Kennefick1, C.H. Lacy1 1University of Arkansas, 2University of Arkansas Little Rock. 143.10 Testing General Relativity with the Event Horizon Telescope Leonid Benkevitch1, V.L. Fish1, T. Johannsen5, 6, K. Akiyama3, A.E. Broderick5, 6, D. Psaltis2, S. Doeleman1, J.D. Monnier4, F. Baron4 1MIT Haystack observatory, 2University of Arizona, 3University of Tokyo, Japan, 4University of Michigan, 5University of Waterloo, Canada, 6Perimeter Institute for Theoretical Physics, Canada. 143.11 On the Detectability of Dual Jets from Binary Black Holes Philipp Moesta1 1California Institute of Technology.

144 Circumstellar Disks Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 144.01 Exploring the Effects of Stellar Rotation and Wind Clearing: Debris Disks Around F Stars Luisa M. Rebull1, T. Mizusawa2, 3, J.R. Stauffer1, G. Bryden4, M.R. Meyer5, I. Song6 1SSC/Caltech/JPL, 2NStED, 3Florida Institute of Technology, 4JPL, 5ETH, Switzerland, 6University of Georgia, Georgia. 144.02 Imaging the Disk and Jet of the Classical T Tauri Star AA Tau Andrew Cox1, C. Grady2, H.B. Hammel3, 8, J. Hornbeck4, R.W. Russell5, M.L. Sitko6, 8, B.E. Woodgate7 1Villanova University, 2Eureka Scientific & GSFC, 3AURA, 4U. Louisville, 5Aerospace Corp., 6University of Cincinnati, 7NASA’s GSFC, 8Space Science Institute. 144.03 Differential Proper-Motion Measurements of The Cygnus Egg Nebula; The Presence of Fast Equatorial Outflows Rachael Tomasino1, T. Ueta1, B.A. Ferguson2 1University of Denver, 2Space Telescope Science Institute. 144.04 Exploration of Infrared Variability of Young Disks in Taurus and Chamaeleon Margaret E. Landis1, 2, C. Espaillat2 1Northern Arizona University, 2Harvard-Smithsonian Center for Astrophysics. 144.05 Herschel-resolved Two-belt Spitzer Debris Disks around Nearby A-type Stars: HD 70313, HD 71722, HD 159492, and F-type: HD 104860 Farisa Y. Morales1, M.W. Werner1, G. Bryden1, K.R. Stapelfeldt2, K.Y.L. Su3, G. Rieke3 1Jet Propulsion Laboratory, 2Goddard Space Flight Center, 3University of Arizona.

72 MONDAY POSTER SESSIONS

144.06 WISE Observations of IRAS-Observed Debris Disks POSTERS: MON Laura Vican1, B.M. Zuckerman1, A. Schneider2 1UCLA, 2University of Georgia. 144.07 The SEEDS of Planet Formation: Spiral Arms in the Disks of Herbig Ae-Fe Stars C. A. Grady1, 3, J.P. Wisniewski2, M.W. McElwain3, T.M. Currie4, 3, J. Carson5, M. Fukagawa6, J. Hashimoto7, T. Muto8, M. Tamura7, Strategic Exploration of Exoplanets and Disks with Subaru (SEEDS) 1Eureka Scientific, 2University of Oklahoma, 3NASA’s Goddard Space Flight Center, 4University of Toronto, Canada, 5The College of Charleston, 6Osaka University, Japan, 7National Astronomical Observatory of Japan, Japan, 8Kogakuin University, Japan. 144.08 Characterization of a Large Sample of Be-type Emission-line Stars with SDSS-III/APOGEE Drew Chojnowski1, R. Beaton1, A. Burton1, K.M.L. Cunha9, S.S. Eikenberry6, P.M. Frinchaboy8, S. Hasselquist1, F.R. Hearty1, J.A. Holtzman11
43
.BKFXTLJ1, S. Meszaros4, D.L. Nidever3, R.W. O’Connell1, A. Perez1, R.P. Schiavon12, M. Schultheis10, M.D. Shetrone5, M.F. Skrutskie1, D.G. Whelan1, J.C. Wilson1, J.P. Wisniewski2, G. Zasowski7 1Unviersity of Virginia, 2Unviersity of Oklahoma, 3Unviersity of Michigan, 4Instituto de Astrofísica de Canarias, Spain, 5Unviersity of Texas, 6Unviersity of Florida, 7Ohio State University, 8Texas Christian University, 9National Optical Astronomy Observatory, 10Observatoire de Besançon, France, 11New Mexico State University, 12Gemini Observatory (North). 144.09 An Emission-Line Star Conundrum Identified by SDSS-III/APOGEE John P. Wisniewski1
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$IPKOPXTLJ2, A. Burton2, K.M.L. Cunha3, F.R. Hearty2, 43
.BKFXTLJ2, S. Meszaros4, D.L. Nidever5, R.P. Schiavon6, M.D. Shetrone7, D.G. Whelan2 1University of Oklahoma, 2University of Virginia, 3NOAO, 4IAC, Spain, 5University of Michigan, 6Gemini Observatory, 7University of Texas. 144.10 On the Variability of Radio Emission from MWC 349 Prachi Parihar1, 2, C. Bartlett3, 2, B. Pomerantz4, 2, V. Strelnitski2 1Princeton U., 2Maria Mitchell Obs., 3MCLA, 4Cornell U. 144.11 JWST MIRI Observations of Debris Disks Christine Chen1
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-BKPJF1, R. Soummer1, D.C. Hines1, M. Wyatt2, K.Y.L. Su3, C.M. Lisse4 1STScI, 2University of Cambridge, United Kingdom, 3University of Arizona, 4Johns Hopkins Applied Physics Laboratory. 144.12 The Disk of 48 Lib Revealed by NPOI Ludwik Lembryk1, C. Tycner1, A. Sigut2, R.T. Zavala3 1Central Michigan University, 2The University of Western Ontario, Canada, 3United States Naval Observatory. 144.13 Simulations Of The Dynamics Of Coupled Gas And Dust In Protoplanetary Disks Diana Madera1, J.A. Barranco1 1San Francisco State University. 144.14 Herschel-resolved Debris Disks around Nearby Late-type Stars: HD 202628, HD 92945, and HD 53143 Karl R. Stapelfeldt1, G. Bryden2, K.Y.L. Su3, J.E. Krist2, P. Plavchan4, Herschel/SKARPS 1SPKFDU
5FBN 1NASA Goddard Space Flight Center, 2Jet Propulsion Laboratory, Caltech, 3Steward Observatory, Univ. of Arizona, 4NASA Exoplanet Science Institute, Caltech. 144.15 Measuring Accretion Variability with H I Pfund β Jonathan Brown1, C. Salyk2, K.M. Flaherty3 1University of Michigan, 2National Optical Astronomy Observatory, 3University of Arizona.

73 MONDAY POSTER SESSIONS

144.16 A Sub-Millimeter Portrait of New Transitional Disks in Taurus Diana Powell1, C. Espaillat1, Cfa Disk Group 1Harvard Smithsonian Center for Astrophysics. 144.17 The Signature of Young Planetary Systems in Circumstellar Disks Andrea Isella1, S.M. Andrews2, J.M. Carpenter1, L.M. Perez1, K. Rosenfeld2, L. Ricci1 1Caltech, 2Harvard-Smithsonian Center for Astrophysics. 144.18 The Circumstellar Environment of the Massive Eclipsing Binary Star V356 Sagittarii Mike Malatesta1, J.R. Lomax1, J.L. Hoffman1 1

POSTERS: MON POSTERS: University of Denver. 144.19 Herschel-resolved Debris Disks around Nearby F-type Stars: HD 139664, HD 127821 and HD 113337 Kate Y.L. Su1, G. Bryden2, G. Rieke1, K.R. Stapelfeldt3, Z. Balog4 1Steward Observatory, 2JPL/Caltech, 3GSFC, 4MPIA, Germany. 144.20 Ultraviolet Spectroscopic Census of the Edge-on Debris Disk HD32297 Michael Fusco1, 2, S. Redfield2, A. Roberge3, K.R. Stapelfeldt3, A.G. Jensen2 1Colgate University, 2Wesleyan University, 3Goddard Space Flight Center. 144.21 ALMA Observations of Transitional Disks Laura M. Perez1, A. Isella2, J.M. Carpenter2 1National Radio Astronomy Observatory, 2California Institute of Technology. 144.22 Extreme Contrast Direct Imaging of Planets and Debris disks with the Palomar P3K Adaptive Optics System and the Vector Vortex Coronagraph Matthew Wahl1, S.A. Metchev1, R. Patel1, G. Serabyn2, PALM-3000 Adaptive Optics Team 1Stony Brook University, 2JPL. 144.23 Finding Asteroid-Belt Analogues with WISE Rahul Patel1, S.A. Metchev1 1SUNY Stony Brook. 144.24 A Herschel-Detected Correlation between Planets and Debris Disks Geoffrey Bryden1, J.E. Krist1, K.R. Stapelfeldt7, G. Kennedy6, M. Wyatt6, C.A. Beichman4, C. Eiroa10, J. Marshall10, J. Maldonado10, B. Montesinos9, A. Moro-Martin9, B.C. Matthews11, D. Fischer8, D.R. Ardila2, A. Kospal5, G. Rieke3, K.Y.L. Su3 1JPL, 2nasa herschel science center, 3univ. arizona, 4NExScI, 5Leiden, Netherlands, 6IoA, United Kingdom, 7NASA Goddard, 8yale, 9CAB, Spain, 10UNAM, Spain, 11NRC, Canada. 144.25 Physical Properties of the Be Star Disks in h and χ Persei Amber N. Marsh Boyer1, M.V. McSwain1, Y. Touhami2, C. Aragona1 1Lehigh University, 2Georgia State University. 144.26 Determining Dust Properties of Protoplanetary Disks in the Orion OB1b Association Corinne Tu1 1Harvard Smithsonian Center for Astrophysics. 144.27 Modeling the Near-Infrared Disk around Radio Source I in the Orion Kleinmann- Low Nebula Breann Sitarski1, G. Duchene2, 3, J.R. Lu4, M. Morris1 1UCLA, 2UC Berkeley, 3Institut de Planétologie et d’Astophysique de Grenoble, France, 4University of Hawaii. 144.28 The Herschel Open Time Key Project; DUst Around NEarby Stars: Results from the Complete Survey William C. Danchi1, C. Eiroa2, DUNES Consortium 1NASA’s GSFC, 2Universidad Autonoma de Madrid, Spain.

74 MONDAY POSTER SESSIONS

145 Dust POSTERS: MON Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 145.01 An Exploration of the Dust Spectral Features of the Carbon-Rich Star V Cyg Through Time and Space Matthew Reel1, A. Speck1, K. Volk2, G.C. Sloan3 1University of Missouri, 2Gemini Observatory, 3Cornell University. 145.02 The Effects of Stellar Chemistry on the Broad 9-15 Micron Spectral Feature of O-rich AGB Stars David J. Arrant1, A. Speck1 1University of Missouri. 145.03 The Enigmatic 13 Micron Feature in the Spectra of AGB Stars Nelson De Souza1, A. Speck1 1University of Missouri. 145.04 Anomalous Microwave Emission in the Perseus Molecular Cloud Jackie Villadsen1, C. Tibbs1, K. Cleary1, A.C.S. Readhead1, A. Scaife3, G. Keating5, M. Sieth2, M. Stevenson1, Y. Perrott4, K. Grainge4 1California Institute of Technology, 2Stanford University, 3University of Southampton, United Kingdom, 4Cambridge University, United Kingdom, 5UC Berkeley. 145.05 Measuring Reddening in 3D: Bayesian Photometric Parallax Gregory Green1, PanSTARRS-1 1Harvard Univ. 145.06 3D Maps of the Galaxy’s Dust using PanSTARRS-1 Eddie Schlafly1, G. Green2, D.P. Finkbeiner2 1MPIA, Germany, 2Harvard. 145.07 Extinction Law Variability as a Function of Age in H II Regions Carlos Vargas Alvarez1, H.A. Kobulnicky1 1University of Wyoming. 145.08 SED of Herschel Selected Sources in the Spitzer IRAC/MIPS Extragalactic Survey (SIMES) of the South Ecliptic Pole Ivano Baronchelli1, 2, C. Scarlata2, G. Rodighiero1, S. Mei5, H.I. Teplitz3, P.L. Capak3, M. Hayes4 1Università degli studi di Padova, Italy, 2University of Minnesota, 3Caltech, 4IRAP, France, 5Universite Paris Diderot, France. 145.09 The Nature of the Second Parameter in the IRX-β Relation for Local Galaxies Kathryn Grasha1, D. Calzetti1, J.E. Andrews1, J.C. Lee2, D.A. Dale3 1University of Massachusetts, 2Space Telescope Science Institute, 3University of Wyoming. 145.10 Vertical Mining of SDSS Spectra - Constraining Dust Extinction Dovi Poznanski1, J.X. Prochaska2, J.S. Bloom3, D. Baron1 1Tel Aviv University, Israel, 2UC Santa Cruz, 3UC Berkeley. 145.11 Observations of the 2175Å Bump from the First Flight of the Interstellar Medium Absorption Gradient Experiment Rocket Meredith E. Danowski1, T. Cook2, K.D. Gordon3, S. Chakrabarti2 1Boston Univ., 2University of Massachusetts- Lowell, 3Space Telescope Science Institute. 145.12 Parameter Optimization for the DirtyGrid Ka Hei Law1, K.D. Gordon2 1Johns Hopkins University, 2Space Telescope Science Institute.

75 MONDAY POSTER SESSIONS 146 Elliptical and Spiral Galaxies Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 146.01 The Local Universe at 30 ma/sq arcsec: Extended Stellar Halos Around Nearby Galaxies Dylan Schaul1, R.M. Rich1, 7, C. Black5, 1, D. Reitzel2, 1, M. Collins4, A. Koch3, F. Longstaff1, 7, A. Benson6 1UCLA, 2Griffith Observatory, 3ZAH Heidelberg, Germany, 4MPIA Heidelberg, Germany, 5Dartmouth College, 6Carnegie Observatories, 7Polaris Observatory Association. 146.02 Do Gravity-Sensitive Absorption Features in Elliptical Galaxy Spectra Trace POSTERS: MON POSTERS: Abundance Patterns or the IMF? Joshua D. Simon1, J.J. Adams1 1Carnegie Observatories. 146.03 Ages and Metallicities of Globular Clusters in Virgo Cluster Galaxies Jingjing Chen1, E. Peng1, ACSVCS Team 1Peking University, China. 146.04 Large Scale Complexes in Spiral Galaxies in the Spitzer Survey of Stellar Structure in Galaxies (S4G) Debra M. Elmegreen1, B. Elmegreen2, Y. Teich1, M. Popinchalk3, 1, S4G 1Vassar College, 2IBM T.J. Watson Research Center, 3Wesleyan University. 146.05 Star Formation in the Extreme Outer Disks of Giant Spiral Galaxies Allison Ashburn1, D.A. Hunter2, V.C. Rubin3 1Benedictine College, 2Lowell Observatory, 3Carnegie Institution of Washington. 146.06 NGC 2207/IC 2163: A Grazing Encounter with Large Scale Shocks Bruce Elmegreen1, M. Kaufman2, D. Grupe3, D.M. Elmegreen4, C. Struck5, E. Brinks6 1IBM Research Division, 2Ohio State University, 3Pennsylvania State University, 4Vassar College, 5Iowa State University, 6University of Hertfordshire, United Kingdom. 146.07 Warping of Disk Galaxies by Passing Galaxies Nicolas Palestini1, N.F. Comins1 1University of Maine. 146.08 The Structure of Nearby Nuclear Star Clusters in Late-Type Spiral Galaxies Daniel Carson1, A.J. Barth1, L.C. Ho2, J.E. Greene4, A. Seth6, M. Cappellari5, N. Neumayer3 1University of California Irvine, 2Carnegie Observatories, 3European Southern Observatory Germany, Germany, 4Princeton University, 5University of Oxford, United Kingdom, 6University of Utah. 146.09 The PHAT and SPLASH Surveys: Rigorous Structural Decomposition of the Andromeda Galaxy Claire Dorman1, P. Guhathakurta1, L. Widrow2, D. Foreman-Mackey3, A. Seth5, J. Dalcanton4, K. Gilbert4, D. Lang6, B.F. Williams4, SPLASH Team, PHAT Team 1UC Santa Cruz, 2Queens University, Canada, 3New York University, 4University of Washington, 5University of Utah, 6Carnegie Mellon University. 146.10 A Comparison of Supermassive Black Hole Mass Measurements Using Different Methods Ismaeel Ahdulla Akhlite Al-Baidhany1, M. Seigar1, P.M. Treuthardt1, D. Kennefick2, J.D. Kennefick2, C.H. Lacy2 1University of Arkansas at Little Rock, 2University of Arkansas at Fayetteville. 146.11 A Multiwavelength Exploration of the Grand Design Spiral M83: The X-ray Point Source Population Knox S. Long1, W.P. Blair2, L. Godfrey3, K.D. Kuntz2, P.P. Plucinsky4, R. Soria3, C. Stockdale5, B.C. Whitmore1, P.F. Winkler6 1STScI, 2JHU, 3Curtin University, Australia, 4Harvard-Smithsonian Center for Astrophysics, 5Marquette University, 6Middlebury College.

76 MONDAY POSTER SESSIONS

146.12 Near-Infrared Polarization Observations of NGC891 POSTERS: MON Jordan Montgomery1, L.R. Cashman1, D.P. Clemens1, M.D. Pavel2 1Boston University, 2McDonald Observatory. 146.13 Measuring the Obscured Ionized Gas in the Center of the Nearby Face-on Spiral IC 342 with the GBT and EVLA Amanda A. Kepley1, D.S. Balser2, L. Chomiuk3, M. Goss4, K.E. Johnson5, 2, D.S. Meier6, 4, D.J. Pisano7, 1 1National Radio Astronomy Observatory, 2National Radio Astronomy Observatory, 3Michigan State University, 4National Radio Astronomy Observatory, 5University of Virginia, 6New Mexico Tech, 7West Virginia University. 146.14 New Insights on the Formation and Assembly of M83 Daniel A. Dale1, K.L. Barnes2, L. van Zee2, S. Staudaher1, J. Bullock3, D. Calzetti4, R. Chandar5, J. Dalcanton6 1Univ. of Wyoming, 2Indiana University, 3University of California, Irvine, 4University of Massachusetts, 5University of Toledo, 6University of Washington. 146.15 The Stability of Galaxy Disks Kyle B. Westfall1, D.R. Andersen2, M.A. Bershady3, T. Martinsson4, R.A. Swaters5, ."8
7FSIFJKFO1 1Kapteyn Astronomical Institute, Netherlands, 2NRC Herzberg Institute of Astrophysics, Canada, 3University of Wisconsin-Madison, 4Leiden Observatory, Netherlands, 5National Optical Astronomy Observatory. 146.16 The SPLASH Survey: Surface Brightness Profile and Metallicity Gradient of Andromeda’s Stellar Halo Karoline Gilbert1, R. Beaton2, J. Bullock3, M. Chiba4, M.C. Geha5, P. Guhathakurta6, J.S. Kalirai7, E.N. Kirby3
43
.BKFXTLJ2, R.J. Patterson2, M. Tanaka4, E.J. Tollerud5, SPLASH Collaboration 1University of Washington, 2University of Virginia, 3University of California, Irvine, 4Tohoku University, Japan, 5Yale University, 6UCO/Lick Observatory, 7Space Telescope Science Institute. 146.17 A Multiwavelength Exploration of the Grand Design Spiral M83: A VLA L and C Band Survey of Historical Supernovae Christopher Stockdale1, T.A. Pritchard2, W.P. Blair5, J.J. Cowan4, L. Godfrey7, J. Miller-Jones7, K.D. Kuntz5, K.S. Long3, L.A. Maddox6, P.P. Plucinsky9, R. Soria7, B.C. Whitmore3, P.F. Winkler8 1Marquette University, 2Pennsylvania State University, 3Space Telescope Science Institute, 4University of Oklahoma, 5Johns Hopkins University, 6Northrop Grumman Corp., 7Curtin University, Australia, 8Middlebury College, 9Smithsonian Astrophysical Observatory. 146.18 A Multiwavelength Exploration of the Grand Design Spiral M83: The HST/WFC3 Continuum and Emission-line Imaging Survey William P. Blair1, 2, K.S. Long2, P.F. Winkler3, K.D. Kuntz1, B.C. Whitmore2, R. Soria7, M.A. Dopita6, P. Ghavamian5, R. Chandar4, B. Rangelov4 1Johns Hopkins Univ., 2Space Telescope Science Institute, 3Middlebury College, 4University of Toledo, 5Towson University, 6Australia National University, Australia, 7Curtin University, Australia. 146.19 A Deep XMM-Newton Survey of M33 Brian Wold1, B.F. Williams1, P.P. Plucinsky2, T.J. Gaetz2, F. Haberl3, W. Pietsch3, K.S. Long4, T. Pannuti5, P.F. Winkler6, W.P. Blair7, K. Garofali1 1University of Washington, 2SAO, 3MPE, Germany, 4STScI, 5Morehead State, 6Middlebury, 7JHU. 146.20 Plateau de Bure Arcsecond Whirlpool Survey (PAWS): Multiscale Analysis of the ISM in the Whirlpool Galaxy Stephen Pardy1, A.K. Leroy2, E. Schinnerer3, J. Pety4, D. Colombo3, PdBI Arcsecond Whirlpool Survey (PAWS) Collaboration 1Macalester College, 2National Radio Astronomy Observatory, 3Max Planck Institute for Astronomy, Germany, 4Institut de Radio Astronomie Millimétrique, France.

77 MONDAY POSTER SESSIONS

146.21 A Multiwavelength Exploration of the Grand Design Spiral M83: Diffuse X-ray Emission K. D. Kuntz1, K.S. Long2, W.P. Blair1, 2, P.P. Plucinsky3, R. Soria4, P.F. Winkler5 1Johns Hopkins Univ., 2STScI, 3Harvard-Smithsonion Center for Astrophysics, 4CIRA, Curtin University, Australia, 5Middlebury College. 146.22 Near-Infrared Detection of Super-Thin Disks of Massive Spiral Galaxies Andrew Schechtman-Rook1, M.A. Bershady1 1University of Wisconsin-Madison. 146.23 A Comparison of Disk Galaxies in GOALS and SINGS 1 1 1 1 2 3

POSTERS: MON POSTERS: Justin Howell , J. Melbourne , L. Armus , J.M. Mazzarella , H. Inami , S. Stierwalt , GOALS 1Caltech, 2NOAO, 3University of Virginia. 146.24 The Effects of Dark Matter Halo Concentration of the Morphology of Simulated Galaxies Jazmin Berlanga Medina1, J.C. Berrier1, 2, M. Hartley1, D. Kennefick1, 2, B.L. Davis2, M. Seigar3, 2, J.D. Kennefick1, 2, C.H. Lacy1, 2, AGES 1Department of Physics - University of Arkansas, 2Arkansas Center for Space and Planetary Sciences - University of Arkansas, 3Department of Physics and Astronomy - University of Arkansas at Little Rock. 146.25 Ionized Gas Velocities from Multi-Slit Spectroscopy for Nearby, Edge-on Galaxies Catharine J. Wu1, R.A.M. Walterbos1, R.J. Rand2, G. Heald3, HALOGAS 1New Mexico State University, 2University of New Mexico, 3ASTRON, Netherlands. 146.26 The “Direct” Radial Abundance Gradients of NGC 628 and NGC 2403 Danielle Berg1, E.D. Skillman1, A.R. Marble2, K.V. Croxall3 1University of Minnesota, 2National Solar Observatory, 3Ohio State University. 146.27 The Supermassive Black Hole Mass Function in Spiral Galaxies Julia D. Kennefick1, J.C. Berrier1, D. Kennefick1, B.L. Davis1, M. Seigar2, D. Shields1, R.S. Barrows1, C.H. Lacy1, J.A. Hughes1, Arkansas Galaxy Evolution Survey 1Univ. Of Arkansas, 2Univ. of Arkansas.

147 Evolution of Galaxies Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 147.01 The Rotation of Binary and Isolated Galaxies: Testing Tidal Torque Theory with ALFALFA Denise Schmitz1, R. Giovanelli2, M.P. Haynes2, ALFALFA Team 1University of Washington, 2Cornell University. 147.02 ALFALFA L-band Wide Followup Observations and IDL Routines Nathan Nichols1, P. Troischt1, ALFALFA Team 1Hartwick College. 147.03 The Arecibo Galaxy Environment Survey-Data of NGC7448 Clarissa Vázquez Colón1, R. Taylor2, R.F. Minchin2 1University of Puerto Rico, Puerto Rico, 2Arecibo Obsevatory, Puerto Rico. 147.04 Arecibo Galaxy Environment Survey: NGC 3193 Roberto Rodriguez1, R.F. Minchin2, R. Taylor2 1University of Puerto Rico at Humacao, Puerto Rico, 2Arecibo Observatory, Puerto Rico. 147.05 New Star Formation Rate Estimates for the Star Formation Reference Survey using Herschel/ PACS and SPIRE Emmet Golden-Marx1, M.N. Ashby2, L. Lanz2, H.A. Smith2, J. Zhang3 1Brown University, 2Harvard-Smithsonian Center for Astrophysics, 3Acton-Boxborough Regional High School.

78 MONDAY POSTER SESSIONS

147.06 Fly-by Interactions of Galaxies in Cosmological Simulations POSTERS: MON Sung-Ho Ahn1, J. Kim1, K. Yun1, J. Kim2, S. Yoon1 1Yonsei University, Republic of Korea, 2Korea Institute for Advanced Study, Republic of Korea. 147.07 A View of Interacting Galaxies Through Their Gas and Stars Derek Fertig1, J. Rosenberg1, D.R. Patton2, S. Ellison3 1George Mason University, 2Trent University, Canada, 3University of Victoria, Canada. 147.08 Measuring the Relationship between Galaxy Velocity Dispersion and Host Dark Matter Halo Properties David Wake1, M. Franx2, P.G. Van Dokkum3 1University of Wisconsin-Madison, 2Leiden University, Netherlands, 3Yale University. 147.09 Interpreting Gas Richness in Galaxies Sheila Kannappan1, D. Stark1, K. Eckert1, A.J. Moffett1, A.A. Berlind2, NFGS/RESOLVE/ JUSHR Teams 1Univ. of North Carolina, 2Vanderbilt. 147.10 When the UV Unveils the Largest Spiral Rafael T. Eufrasio1, 2, D.F. De Mello1, 2, F. Urrutia-Viscarra3, C. Mendes de Oliveira3, E. Dwek1 1The Catholic University of America, 2NASA Goddard Space Flight Center, 3Universidade de São Paulo, Brazil. 147.11 AGN Feedback and and Star Formation Quenching in Molecular Outflow Host NGC 1266 Katherine A. Alatalo1, 2, K. Nyland3, G. Graves1, 4, S.E. Deustua5, L. Young3, T. Davis6, Atlas3D Team 1UC, Berkeley, 2Caltech, 3New Mexico Tech, 4Princeton University, 5Space Telescope Science Institute, 6European Southern Observatory, Germany. 147.12 Analysis of Radio and Optical Data on a Triple Galaxy Merger System Zach Griffith1, 2, M.J. Wolf2, E. Hooper2, M. Huang2, C.A. Tremonti2, C. Liu3 1University of Northern Iowa, 2University of Wisconsin, Madison, 3City University of New York. 147.13 The GALEX Large Galaxy Atlas James D. Neill1, M. Seibert2 1California Institute of Technology, 2Carnegie Observatories. 147.14 The ATLAS 5.5 GHz Survey of the Extended Chandra Deep Field South: Source Counts and Spectral Indices Minh T. Huynh1, A.M. Hopkins2, E. Lenc3, 5, M. Mao3, E. Middelberg4, R. Norris3, K. Randall5 1University of Western Australia, Australia, 2Australian Astronomical Observatory, Australia, 3CSIRO Astronomy and Space Science, Australia, 4Ruhr-Universitat Bochum, Germany, 5University of Sydney, Australia. 147.15 Hierarchical Formation in Action: Characterizing Accelerated Galaxy Evolution in Compact Groups Catherine Zucker1, L. Walker1, K.E. Johnson1 1University of Virginia. 147.16 Comparison of Hubble Space Telescope WFC3/IR Surface Brightness Fluctuation Measurements to Models Hyun-chul Lee1, J.M. Guzman1, J.P. Blakeslee2, J.B. Jensen3, B.S. French3, H. Cho4, Y. Lee4 1The University of Texas - Pan American, 2Herzberg Institute of Astrophysics, Canada, 3Utah Valley University, 4Yonsei University, Republic of Korea. 147.17 Dusty Lyman-alpha Emitters As Seen By Spitzer Kyle Dolan1, C. Scarlata1, J.W. Colbert2, H.I. Teplitz2, M. Hayes3 1Minnesota Institute for Astrophysics, 2California Institute of Technology, 3Institut de Recherche en Astrophysique et Planétologi (IRAP), France.

79 MONDAY POSTER SESSIONS

147.18 Are we Seeing the Earliest Stage of Galaxy Evolution in Low-Ionization Broad Absorption Line Quasars? Timothy S. Hamilton1, D.A. Turnshek2 1Shawnee State Univ., 2University of Pittsburgh. 147.19 A Search for z ~ 0.5-1.1 Ly-α Blobs Paul Hegel1, R. Jansen1, R.A. Windhorst1 1Arizona State University. 147.20 Relations Between Stellar Mass, Oxygen Abundance, and Star Formation Rate in Hα-selected Galaxies at z ≈ 0.8 1, 2 1 1 2 3 4 6

POSTERS: MON POSTERS: Jesse Feddersen , J.C. Lee , C. Ly , S. Salim , I.G. Momcheva , D.A. Dale , M. Ouchi , R. Finn5 1Space Telescope Science Institute, 2Indiana University, 3Yale University, 4University of Wyoming, 5Siena College, 6University of Tokyo, Japan. 147.21 A Deep Spitzer Search for 3.3 Micron PAH Emission at z~0.7 Natalie Schram1, B.D. Siana1, H.I. Teplitz2 1UC Riverside, 2Infrared Science Archive. 147.22 Near-Infrared Imaging of Herschel-Selected Bright Lensed Submillimeter Galaxies Andrew Inohara1, J. Calanog1, H. Fu1, A.R. Cooray1, HerMES Team, H-ATLAS Team 1University of California, Irvine. 147.23 Near Infrared Spectroscopy of LIRG Nuclei H. Jacob Borish1, A.S. Evans1, 2, D. Kim2, V. U3, 4, G.C. Privon1, J.M. Mazzarella5, A. Petric5 1University of Virginia, 2National Radio Astronomy Observatory, 3UC Riverside, 4Univ. of Hawaii, 5Caltech. 147.24 Hierarchical Bayesian Modeling of Galaxy SEDs Russell E. Ryan1, M. Safarzadeh2, B.C. Kelly3, H.C. Ferguson1 1STScI, 2Johns Hopkins University, 3Center for Astrophysics. 147.25 The DEEP2 Galaxy Redshift Survey: Spectral Index Measurements for >20,000 Galaxies at z~1 Olivia Telford1, J. Newman1, 2, DEEP2 Galaxy Redshift Survey 1University of Pittsburgh, 2PITT-PACC. 147.26 UV Clumpy Galaxies in the Hubble Ultra Deep Field Emmaris Soto1, 2, D.F. De Mello1, 2, N.A. Bond2, A. Straughn2, J.P. Gardner2, H.I. Teplitz3 1Catholic Unviersity of America, 2Goddard Space Flight Center, 3Infrared Science Archive (IRSA). 147.27 Small Space Telescopes for Spectroscopic Surveys of z>1 Galaxies Sara R. Heap1, J.W. Kruk1, J.R. Rigby1, M. Robberto2 1NASA’s GSFC, 2STScI. 147.28 Is there an AGN in the Brightest Strongly Lensed High Redshift Galaxy (RCSGA 032727-1326)? Alejo Stark2, M. Gladders1, 4, J.R. Rigby3 1Department of Astronomy & Astrophysics, The University of Chicago, 2Department of Physics, Brown University, 3Observational Cosmology Lab, NASA Goddard Space Flight Center, 4Kavli Institute for Cosmological Physics at the University of Chicago. 147.29 Mg II and Fe II* Emission from a Bright Lensed Galaxy Jane R. Rigby1, M. Gladders2, E. Wuyts3, 2, K. Sharon4 1NASA Goddard, 2University of Chicago, 3MPE, Germany, 4University of Michigan. 147.30 Tadpole Galaxies in the Near-Infrared Amber Straughn1, D.F. De Mello2, S.A. Kassin1, J.P. Gardner1, E. Voyer3, S. Ravindranath4 1NASA’s Goddard Space Flight Center, 2The Catholic University of America, 3Laboratoire d’Astrophysique de Marseille, France, 4The Inter-University Centre for Astronomy and Astrophysics, India. 80 MONDAY POSTER SESSIONS

147.31 Jansky VLA View of Extinction-Free Morphology of Star Formation in High-z Galaxies POSTERS: MON Wiphu Rujopakarn1 1University of Arizona. 147.32 Physical Properties of Lyman Alpha Emitters in CANDELS Hannah Bish1, C.J. Vargas1, 4, E.J. Gawiser1, V. Acquaviva2, S.L. Finkelstein3 1Rutgers University, 2CUNY NYC College of Technology, 3University of Texas, 4New Mexico State University. 147.33 Galaxy Merger Identification in the CANDELS GOODS-South Field Erin M. O’Leary1, J.S. Kartaltepe2 1Macalester College, 2National Optical Astronomy Observatory. 147.34 Evidence for a Multistage Formation History of Local Early Type Galaxies Using WISE and GALEX Sara M. Petty1, 5, J.D. Neill2, T.H. Jarrett3, D. Farrah1, A. Blain4, S.E. Lake5, C. Tsai3, D. Stern6, 2, C. Bridge2, E.L. Wright5, WISE 1Virginia Tech, 2Caltech, 3IPAC/Caltech, 4University of Leicester, United Kingdom, 5UCLA, 6JPL. 147.35 Stellar Population Gradients of Intermediate Redshift Galaxies Duho Kim1, S.H. Cohen1, R.A. Windhorst1, WFC3 SOC team 1Arizona State University. 147.36 Physical Properties of High-redshift Lyα Emitters Probed by Near-infrared Spectroscopy Mimi Song1, S.L. Finkelstein1, K. Gebhardt1, G.J. Hill1, N. Drory2 1University of Texas at Austin, 2Universidad Nacional Autonoma de Mexico, Mexico. 147.37 Are The “Red Nuggets” Really Compact? Roozbeh Davari1, 2, L.C. Ho2, C.Y. Peng3, S. Huang4, 2 1University of California Riverside, 2The Carnegie Observatories, 3Giant Magellan Telescope Organization, 4Nanjing University, China. 147.38 The Far-Infrared Luminosity Function and Star Formation Rate Density for Dust Obscured Galaxies in the Bootes Field Jae Alyson Calanog1, J.L. Wardlow1, H. Fu1, A.R. Cooray1, HerMES 1University of California Irvine. 147.39 Large-Scale Star Formation-Driven Outflows at 1

81 MONDAY POSTER SESSIONS

147.43 Discovery Of Lyman-Break Galaxies At Z~7 From The ZFOURGE Survey Vithal Tilvi1, C.J. Papovich1, K. Tran1, I. Labbe2, L. Spitler3, C. Straatman2, S.E. Persson4, A. Monson4, K. Glazebrook3, R. Quadri4, P.G. Van Dokkum5, M.N. Ashby6, S.M. Faber7, G.G. Fazio6, S.L. Finkelstein8, H.C. Ferguson9, N.A. Grogin9, G. Kacprzak3, D. Kelson4, A.M. Koekemoer9, D.C. Murphy4, P.J. McCarthy4, J. Newman10, B. Salmon1, S.P. Willner6 1Texas A and M, 2Leiden University, Netherlands, 3Centre for Astrophysics & Supercomputing, Swinburne University, Australia, 4Carnegie Observatories, 5Department of Astronomy, Yale University, 6Harvard-Smithsonian Center for Astrophysics, 7UCO/Lick Observatory, Department of Astronomy and As- trophysics, 8University of Texas, 9Space Telescope Science Institute, 10University of Pittsburgh.

POSTERS: MON POSTERS: 147.44 The XDF: Hubble’s eXtreme Deep Field Garth D. Illingworth1, P. Oesch1, R. Bouwens2, XDF Team 1UC, Santa Cruz, 2Leiden University, Netherlands.

148 Evolved Stars, Cataclysmic Variables, Novae, Wolf-Rayet Phenomena Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 148.01 A Spectroscopic Study of Two Peculiar Z Cam Stars (IW And and V513 Cas) Meagan Albright1, P. Szkody1, A.P. Linnell1, M.E. Everett2, S.B. Howell3, J. Huehnerhoff3, R.J. McMillan3, G. Saurage3, M. Simonsen4 1University of Washington, 2National Optical Astronomy Observatory, 3Apache Point Observatory, 4American Association of Variable Star Observers. 148.02 Time-resolved Photometry of the SU UMa Dwarf Novae AW Sagittae and CSS J203938-042908 Chantal P. Gonzalez1, A.W. Shafter1 1San Diego State University. 148.03 The Outbursts of the Cataclysmic Variable V425 Cassiopeiae Dillon Trelawny1, F. Ringwald1 1California State University, Fresno. 148.04 MV Lyrae: A Preliminary Application of Nonlinear Time-Series Analysis to a Cataclysmic Variable in the Kepler Field Brooks Kinch1, M.A. Wood2, M.D. Still3, 4, S.B. Howell3, J.K. Cannizzo5, 6, A.P. Smale7 1Rensselaer Polytechnic Institute, 2Texas A&M University-Commerce, 3NASA Ames Research Center, 4Bay Area Environmental Research Institute, Inc., 5CRESST and Astroparticle Physics Laboratory NASA/GSFC, 6University of Maryland, 7NASA/Goddard Space Flight Center. 148.05 Results from a Search for Cataclysmic Variables and Related Objects Julie N. Skinner1, J.R. Thorstensen1, S. Lepine2 1Dartmouth College, 2American Museum of Natural History. 148.06 Relative Nova Rates in Three Virgo Elliptical Galaxies with Differing Globular Cluster Specific Frequencies Allen W. Shafter1, C. Pritchet2, J.D. Neill3, A. Kundu4, 5, T. Maccarone6, C. Curtin1 1San Diego State Univ., 2University of Victoria, Canada, 3Caltech, 4Eureka Scientific, 5TIFR, India, 6University of Southampton, United Kingdom. 148.07 M87 Novae Trisha Mizusawa1, 2, M. Shara1, D. Zurek1 1American Museum of Natural History, 2Florida Institute of Technology. 148.08 Classical Novae in Andromeda Yi Cao1, M.M. Kasliwal2, J.D. Neill1, S.R. Kulkarni1, Palomar Transient Factory Collaboration 1Caltech, 2Carnegie Observatory.

82 MONDAY POSTER SESSIONS

148.09 A Uniform Catalog of Novae in M31 POSTERS: MON Travis A. Rector1, M.J. Walentosky1, 2, C.A. Pilachowski3, RBSE Nova Search Team 1Univ. of Alaska Anchorage, 2Clarion University, 3Indiana University. 148.10 Intermediate Polars Discovered in the Palomar Transient Factory (PTF) Bruce H. Margon1, D.B. Levitan2, T.A. Prince2, G. Hallinan2, PTF Collaboration 1UC Santa Cruz, 2Caltech. 148.11 Ultra-Compact Binaries Observed with the Palomar Transient Factory Thomas A. Prince1, 2, E. Bellm1, S.R. Kulkarni1, D.B. Levitan1, B.H. Margon3, P. Groot4 1Caltech, 2JPL, 3Univeristy of California Santa Cruz, 4Radboud Univeristy Nijmegen, Netherlands. 148.12 HST Imaging and Analysis of the Born-Again Star V605 Aquilae Ben Sugerman1, L. Long1, P. Meyer1, H.E. Bond2, G.C. Clayton3 1Goucher College, 2STScI, 3LSU. 148.13 Infrared Spectroscopy and Photometry of the Recent Stellar Merger V1309 Sco Bruce McCollum1, F.C. Bruhweiler1, S.J. Laine2, P. Vaisanen3, L. Rottler4, S.D. Ryder7, S. Barway3, D. Gilbank5, T. Nagayama6, G.M. Wahlgren1 1Catholic University of America, 2California Institute of Technology, 3South African Astronomical Observatory, South Africa, 4Pisgah Astronomical Research Institute, 5University of Cape Town, South Africa, 6Nagoya University, Japan, 7Anglo-Australian Observatory, Australia. 148.14 Blowing Bubbles: Characterizing Wolf Rayet Stars and Their Environments Using WISE Jacqueline Faherty2, 1, M. Shara1, D. Zurek1, G. Kanarek3, 1 1American Museum of Natural History, 2Universidad de Chile, Chile, 3Columbia University. 148.15 An Emerging Wolf-Rayet Superstar Cluster in NGC 4449 Kimberly R. Sokal1, K.E. Johnson1, R. Indebetouw1 1University of Virginia. 148.16 3D Radiative Transfer in Eta Carinae: Initial Results from the SimpleX Algorithm Applied to 3D SPH Simulations of Eta Car’s Massive Binary Colliding Winds Thomas Madura1, T.R. Gull1, J.H. Groh3, N. Clementel4, C. Kruip4, S.P. Owocki2, A.T. Okazaki5 1NASA/GSFC, 2University of Delaware, 3Geneva Observatory, Switzerland, 4Leiden Observatory, Netherlands, 5Hokkai-Gakuen University, Japan. 148.17 WITHDRAWN: The Coevolution of Galaxies and Their Supermassive Black Holes in a Submillimeter Galaxy Merger Hai Fu1, A. Cooray, and HerMES team 1University of California, Irvine.

149 Extrasolar Planets: Detection Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 149.01 Updates to the Exoplanet Orbit Database and Transit&Secondary Eclipse Ephemerides Eunkyu Han1, 2, Y. Feng1, 2, J. Wright1, 2, M. Zhao1, 2, X. Wang1, 2, O. Fakhouri3, 5, S.R. Kane4, D. Dragomir6 1The Pennsylvania State University, 2Center for Exoplanets and Habitable Worlds, 3University of California, Berkeley, 4NASA Exoplanet Science Institute, 5Pivotal Labs, 6University of British Columbia, Canada. 149.02 Giant Planet Companions to T Tauri Stars Christopher Crockett1, N. Mahmud2, L.A. Prato3, C.M. Johns-Krull2, D.T. Jaffe4, P.M. Hartigan2, C.A. Beichman5, 6 1Naval Observatory Flagstaff Station, 2Rice University, 3Lowell Observatory, 4University of Texas, 5JPL, 6NExScI.

83 MONDAY POSTER SESSIONS

149.03 The Obliquity of a Hot Jupiter in a Multi-Planet System Benjamin Fulton1, A. Howard1, S. Albrecht2, J.A. Johnson3, H. Knutson3, G.W. Marcy4, J.N. Winn2 1University of Hawaii, Institute for Astronomy, 2Massachusetts Institute of Technology, 3California Institute of Technology, 4University of California, Berkeley. 149.04 Performance of the SDSS-III MARVELS New Data Pipeline Rui Li1, J. Ge1, N.B. Thomas1, J. Shi2, E. Petersen1, Y. Ouyang2, J. Wang3, 1, B. Ma1, 4
4JUIBKBO1 1University of Florida, Department of Astronomy, 2University of Florida, Department of Mathmatics, 3Yale University, Department of Astronomy. POSTERS: MON POSTERS: 149.05 Final Design of the CARMENES M-Dwarf Radial-Velocity Survey Instrument Andreas Quirrenbach1, P. Amado2, W. Seifert1, M.A. Sánchez Carrasco2, I. Ribas3, A. Reiners4, H. Mandel1, J.A. Caballero5, R. Mundt6, D. Galadí7, CARMENES Consortium 1Landessternwarte, Zentrum für Astronomie der Universität Heidelberg, Germany, 2Instituto de Astrofísica de Andalucía - CSIC, Spain, 3Institut de Ciències de l’Espai, Spain, 4Insitut für Astrophysik, Germany, 5Centro de Astrobiología, Spain, 6Max-Planck-Institut für Astronomie, Germany, 7Centro Astronómico Hispano-Alemán, Spain. 149.06 Minerva: A Dedicated Observatory for the Detection of Small Planets in the Solar Neighborhood Kristina Hogstrom1, J.A. Johnson1, J. Wright2, N. McCrady3, J. Swift1, P. Muirhead1, M. Bottom1, P. Plavchan4, M. Zhao2, R.L. Riddle1 1Caltech, 2Penn State University, 3University of Montana, 4NASA Exoplanet Science Institute. 149.07 Optimizing Doppler Surveys for Planet Yield Michael Bottom1, P. Muirhead1, J.A. Johnson1, C. Blake2 1California Institute of Technology, 2Princeton University. 149.08 Improving Radial Velocity Precision for Faint Star Extra-Solar Planet Surveys Andrew Vanderburg1, J.A. Johnson2, P. Muirhead2 1University of California, Berkeley, 2California Institute of Technology. 149.09 R-band Radial Velocity Measurements Using Telluric Line Calibration Sara Gettel1, J. Wright1, C.F. Bender1, X. Wang1, M. Zhao1, A. Wolszczan1 1Pennsylvania State Univ. 149.10 Ultra-Precise Radial Velocimetry with Lock-In Amplified Externally Dispersed Interferometry Rebecca M. Jensen-Clem1, P. Muirhead1, G. Vasisht2, J.K. Wallace2, J.A. Johnson1 1California Institute of Technology, 2Jet Propulsion Laboratory. 149.11 A Y+J Band Laser Frequency Comb for the Habitable Zone Planet Finder Steve Osterman1, G.G. Ycas2, 3, S.A. Diddams2, C.F. Bender4, C.L. Donaldson1, S. Mahadevan4, F. Quinlan2, L.W. Ramsey4 1Center for Astrophysics and Space Astronomy, University of Colorado, 2Time and Frequency Division, National Institute of Standards and Technology, 3Department of Physics, University of Colorado, 4Department of Astronomy and Astrophysics, The Pennsylvania State University. 149.12 iLocater Justin R. Crepp1 1Notre Dame. 149.13 2013 Program to Discover Nearby Planets with Mesolensing Rosanne Di Stefano1, C. Crockett5, J. Greiner3, S. Lepine2, J. Matthews1, W. Nimitpattana1, F. Primini1, K.C. Sahu4, J. Scargle6, J. Smith7, J. Turner8, F.M. Walter9, PLAN-IT 1Harvard-Smithsonian CfA, 2American Museum of Natural History, 3MPE, Germany, 4STSci, 5Naval Observatory Flagstaff Station, 6NASA Ames, 7Austin Peay State Univ., 8.University of Arizona, 9Stony Brook University.

84 MONDAY POSTER SESSIONS

149.14 MOA-2010-BLG-073L: An M-Dwarf with a Substellar Companion at the Planet/ Brown Dwarf Boundary POSTERS: MON Rachel Street1 1LCOGT. 149.15 A Companion Assessment of Equatorial Stars with both Astrometry and Radial Velocity Cassy Davison1, R.J. White1, T.J. Henry1, W. Jao1, J.I. Bailey2, J.R. Cantrell1, A.R. Riedel1, 3 1Georgia State University, 2University of Michigan, 3Hunter College/American Museum of Natural History. 149.16 Ground-based NIR Measurements of the Atmospheres of Transiting Hot Jupiters Ming Zhao1, J. Milburn2, M. Swain3, H. Knutson2, J. Wright1 1Penn State University, 2California Institute of Technology, 3JPL. 149.17 The Search For Jupiter: Combing the Kepler Database for Long Period, Jovian Planets Jennifer Burt1, G. Laughlin2 1UC Santa Cruz, 2UCO Lick. 149.18 The Occurrence Rate of Hot Jupiters in the Kepler Field Evan Sinukoff1, A. Howard1 1University of Hawaii, Institute for Astronomy. 149.19 Kepler Astrometry: A Modern Art Angelle M. Tanner1, Kepler Team 1MSU. 149.20 Little Stars Don’t Like Big Planets: An Astrometric Search for Super-Jupiters Around Red Dwarfs John C. Lurie1, T.J. Henry1, W. Jao1, D.W. Koerner2, A.R. Riedel3, J. Subasavage4, RECONS 1Georgia State University, 2Northern Arizona University, 3Hunter College/American Museum of Natural History, 4United States Naval Observatory. 149.21 Search for Wide Planetary-Mass Companions in Young Star-Forming Regions with UKIDSS and Pan-STARRS Kimberly M. Aller1, A.L. Kraus2, 1, M.C. Liu1, B.P. Bowler1 1University of Hawaii, Manoa, 2Harvard, CfA. 149.22 Brown Dwarfs around Radial Velocity Planet Systems Kevin Gainey1, J. Carson1, 3, M. Marengo2, T. Henning3, W. Brandner3, M. Feldt3, J. Bent1, A. Greene1, 4, C. Schnupp3 1College of Charleston, 2Iowa State University, 3Max Planck Institute for Astronomy, Germany, 4Mississippi State University. 149.23 The Planets Around Low-Mass Stars (PALMS) Direct Imaging Survey Brendan P. Bowler1, M.C. Liu1, E. Shkolnik2, A. Mann1, M. Tamura3 1Institute for Astronomy, 2Lowell Observatory, 3NAOJ, Japan. 149.24 The Subaru SEEDS Imaging Search for Exoplanets Around High-Mass Stars Thea Kozakis1, L. Stevens1, J. Carson1, 5, C. Thalmann2, 5, M. Janson3, M. Goto4, T. Henning5, M. Feldt5, M.W. McElwain6, W. Brandner5, M. Bonnefoy5, B.A. Biller5, P. Wong1, R. Kandori7, M. Tamura7, SEEDS Science Team, HiCIAO/AO188 Instrument Team 1College of Charleston, 2Anton Pannekoek Astronomical Institute, Netherlands, 3Princeton University, 4Universitats-Sternwarte Munchen, Germany, 5Max Planck Institute for Astronomy, Germany, 6NASA Goddard Space Flight Center, 7National Astronomical Observatory of Japan, Japan. 149.25 The Gemini NICI Planet-Finding Campaign: the Frequency of Giant Planets around Young A stars Eric L. Nielsen1, M.C. Liu1
;
8BIIBK1, B.A. Biller3, T.L. Hayward4, L.M. Close2, M.R. Chun1, C. Ftaclas1, D.W. Toomey5, Gemini NICI Planet-Finding Campaign Team 1Institute for Astronomy, 2Steward Observatory, 3MPIA, Germany, 4Gemini Observatory, Chile, 5Mauna Kea Infrared. 85 MONDAY POSTER SESSIONS

149.26 The Gemini NICI Planet-Finding Campaign: The Frequency of Giant Planets Around Debris Disk Stars Zahed Wahhaj1, 2, M.C. Liu2, E.L. Nielsen2, B.A. Biller3, T.L. Hayward4, L.M. Close5, M. Chun2, C. Ftaclas2, D.W. Toomey6, Gemini NICI Planet-Finding Campaign Team 1European Southern Observatory (ESO), Chile, 2Institute for Astronomy, 3MPIA, Germany, 4Gemini Observatory, Chile, 5Steward Observatory, 6Mauna Kea Infrared. 149.27 The Gemini NICI Planet-Finding Campaign: Planet Frequency for Young Moving Group Stars Beth A. Biller1, M.C. Liu2
;
8BIIBK2, E.L. Nielsen2, T.L. Hayward4, L.M. Close3, M. Chun2, C. Ftaclas2, D.W. Toomey5, Gemini NICI Planet-Finding Campaign Team POSTERS: MON POSTERS: 1Max-Planck-Institut fuer Astronomie, Germany, 2Institute for Astronomy, 3Steward Observatory, 4Gemini Observatory, Chile, 5Mauna Kea Infrared. 149.28 A Coronagraphic Search for Planets with NACO/APP at the VLT Tiffany Meshkat1, M.A. Kenworthy1, K.Y.L. Su2, V.P. Bailey2 1Leiden Observatory, Netherlands, 2Steward Observatory. 149.29 Detectability of Tidally Heated Exomoons Using Direct Imaging Techniques Mary Anne Peters1, 2, E.L. Turner1, 3 1Department of Astrophysical Sciences, Princeton University, 2Department of Mechanical and Aerospace Engineering, Princeton University, 3The Kavli Institute for the Physics and Mathematics of the Universe, The University of Tokyo, Japan. 149.30 Design of the Prototype Imaging Spectrograph for Coronagraphic Exoplanet Studies (PISCES) for the High Contrast Imaging Testbed Michael W. McElwain1, B.E. Woodgate1, Q. Gong1, S.R. Heap1, M.D. Perrin2, K.R. Stapelfeldt1 1NASA Goddard Space Flight Center, 2Space Telescope Science Institute. 149.31 Achromatic Focal Plane Mask for Exoplanet Imaging Coronagraphy Kevin Newman1, 2, R. Belikov2, O. Guyon1 1University of Arizona, 2NASA Ames Research Center. 149.32 Improving Contrast Beyond the Coronagraphic Limit: Wavefront Amplitude Control for Space-Based Exo-Planet Imaging Matthew Sheckells1, 2, L. Pueyo2, 1, R. Soummer2 1The Johns Hopkins University, 2Space Telescope Science Institute. 149.33 Verify Occulter Deployment Tolerances as Part of NASA’s Technology Development for Exoplanet Missions N. J. Kasdin1, S. Shaklan2, D. Lisman2, M. Thomson2, D. Webb2, E. Cady2, G.W. Marks3, A. Lo3 1Princeton Univ., 2Jet Propulsion Laboratory, 3Northrop Grumman Corporation. 149.34 Further Optical Verification of Occulter-Based High Contrast Imaging Dan Sirbu1, N.J. Kasdin1, R.J. Vanderbei1 1Princeton University.

150 From Star Formation to Cosmology: Astrophysics with CCAT in the Next Decade Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 150.01 Studies of the Interstellar Medium in z>5 Star-Forming Galaxies Through the 158 Micron [CII] Line Dominik A. Riechers1, 2, C.L. Carilli3, P.L. Capak2, N. Scoville2, E. Schinnerer4, F. Bertoldi5, V. Smolcic5, P. Cox6, M. Yun7 1Cornell University, 2Caltech, 3NRAO, 4MPIA, Germany, 5AIfA, Germany, 6IRAM, France, 7UMASS.

86 MONDAY POSTER SESSIONS

150.02 Observing Nearby Galaxies with CCAT POSTERS: MON Lee Armus1, G.J. Stacey2, C. Wilson3, A.D. Bolatto4, N. Rangwala5, T. Nikola2, J. Kauffmann6, F. Bertoldi7, J. Glenn5, CCAT Team 1Caltech, 2Cornell University, 3McMaster University, Canada, 4University of Maryland, 5University of Colorado, 6Jet Propulsion Laboratory, 7University of Bonn, Germany. 150.03 SCUBA-2 Surveys for Distant Galaxies: the SCUBA-2 Lensing Survey (S2LS) Michael B. Zemcov1, S. Chapman2, I. Smail1, 3 1California Institute of Technology, 2Dalhousie University, Canada, 3Durham University, United Kingdom. 150.04 Imaging Debris Disks with CCAT John M. Carpenter1, G. Bryden2, B.C. Matthews3, A. Isella1, L. Ricci1, J. Swift1 1Caltech, 2JPL/Caltech, 3HIA, Canada. 150.05 Solar System Studies with CCAT Dariusz C. Lis1, D. Bockelee-Morvan2 1Caltech, 2LESIA-Observatoire de Paris, France. 150.06 The CCAT Telescope Jason Glenn1, CCAT 1Univ. of Colorado. 150.07 The Design of the Short Wavelength Camera for the CCAT Telescope Gordon J. Stacey1, S. Parshley1, T. Nikola1, C.D. Dowell2, J.D. Adams1, F. Bertoldi4, S. Chapman7, G. Cortes1, P. Day3, J. Glenn6, M. Halpern5, M. Hollister2, A. Kovacs8, H. LeDuc3, C. McKenney2, R. Monroe3, T. Mroczkowski2, H.T. Nguyen3, M. Niemack9, (
3BKBHPQBMBO1, S.J.E. Radford2, R. Schaaf4, D. Scott5, J. Schoenwald1, L. Swenson2, H. Yoshida2, J. Zmuidzinas2, 3 1Cornell Univ., 2Caltech, 3JPL, 4University of Bonn, Germany, 5University of British Columbia, Canada, 6University of Colorado, 7Dalhousie University, Canada, 8University of Minnesota, 9NIST. 150.08 The Design and Science Goals of LWCam, the CCAT Long-Wavelength Imager Sunil R. Golwala1, CCAT Cosmology/SZ Science Working Group, CCAT Instrumentation Working Group 1Caltech. 150.09 X-Spec: A Multi-Object Wideband Survey Spectrograph for CCAT Charles Bradford1, 2, S. Hailey-Dunsheath2, E. Shirokoff2, M. Hollister2, A. Kovacs2, 3, J. Zmuidzinas2, 1, S. Padin2, M.D. Seiffert1, D. Braun1, G. Banales4, 1, H. LeDuc1, G.J. Stacey5, T. Nikola5, J. Glenn6, S. Chapman7 1JPL, 2Caltech, 3U. Minnesota, 4Cal State University, LA, 5Cornell University, 6University of Colorado, 7Dalhousie University, Canada.

151 HAD IV History of Astronomy Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 151.01 Boller and Chivens: Preserving the History of the Preeminent Telescope Maker of its Era Peter Abrahams1, D. Winans2 1Historical Astronomy Division, AAS, 2Boller and Chivens. 151.02 Working Group Proposed to Preserve Archival Records Jennifer L. Bartlett1, Participants in Workshop on Developing a Plan for Preserving Astronomy’s Archival Records 1US Naval Observatory.

87 MONDAY POSTER SESSIONS 152 Large Scale Structure, Cosmic Distance Scale and GRBs Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 152.01 AGNs in Cosmic Voids Danny Pan1 1Shanghai Astronomical Observatory, China. 152.02 A Deeper Look at SDSS Stripe 82 Imaging: Galaxy Clustering in LSST Reprocessed Co-adds Yusra AlSayyad1, A.J. Connolly1, A.C. Becker1, K.S. Krughoff1, R.E. Owen1, R. Lupton2, LSST Data Management Team POSTERS: MON POSTERS: 1University of Washington, 2Princeton University. 152.03 Visualizations of Magnetohydrodynamic Cosmic Turbulence Rachael Jensema1, 2 1University of Minnesota, 2Valparaiso University. 152.04 Effects of Reconstruction on the Detectability of Baryon Acoustic Oscillations in the Main Sample of SDSS-II Antonio Jose Cuesta-Vazquez1, C. McBride2, X. Xu3, 4, N. Padmanabhan1, D. Eisenstein2 1Yale University, 2Harvard University, 3Carnegie Mellon University, 4University of Arizona. 152.05 Cosmic Magnification in the Sloan Digital Sky Survey Tereasa G. Brainerd1, T.V. Wenger1, I. Agustsson1 1Boston Univ. 152.06 Cepheids in the Coma Cluster Lucas M. Macri1, S.L. Hoffmann1, K.H. Cook2, M. Gregg3, J.R. Mould4, P.B. Stetson5, D.L. Welch6 1Texas A and M University, 2Eureka Scientific, 3Lawrence Livermore National Laboratory, 4University of Melbourne, Australia, 5Herzberg Institute of Astrophysics, Canada, 6McMaster University, Canada. 152.07 Simulating Extinction in Gamma Ray Burst Host Galaxies Adria C. Updike1, D. Hartmann2 1Roger Williams University, 2Clemson University. 152.08 Searches for Gravitational Waves from Gamma-Ray Bursts Peter S. Shawhan1, LIGO Scientific Collaboration, Virgo Collaboration 1Univ. of Maryland / Joint Space-Science Institute. 152.09 Limits on Cosmological Dispersion from Photon Bunches in GRB 090510 from Fermi LAT Data Robert J. Nemiroff1, R. Connolly1, A. Kostinski1 1Michigan Technological Univ. 152.10 Dust-Obscured Gamma-Ray Bursts and the Cosmic Star-Formation Rate Daniel A. Perley1, S.B. Cenko2, J.S. Bloom2
+
)KPSUI3, D. Malesani3, J. Fynbo3, A. Levan4, N. Tanvir5, R.A. Perley6 1Caltech, 2UC Berkeley, 3Dark Cosmology Centre, Denmark, 4University of Warwick, United Kingdom, 5University of Leicester, United Kingdom, 6National Radio Astronomy Observatory. 152.11 A Conditional Luminosity Function Model of the Cosmic Far-Infrared Background Anisotropy Power Spectrum Francesco De Bernardis1, A.R. Cooray1 1University of Irvine, California.

88 MONDAY POSTER SESSIONS

153 NASA’s Physics of the Cosmos (PCOS) Studies on POSTERS: MON Gravitational Wave and X-ray Mission Concepts Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 153.01 Mission Architecture Study Results for a Space-Based Gravitational-Wave Observatory (SGO) Jeffrey C. Livas1, SGO Mission Concept Development Team 1NASA Goddard Space Flight Center. 153.02 Evaluating the Science Performance of Proposed Space-based Gravitational- wave Detectors Ryan N. Lang1, N.J. Cornish2, E. Berti3, 4 1University of Florida, 2Montana State University, 3University of Mississippi, 4California Institute of Technology. 153.03 Preparing for Space-based Gravitational Wave Detection: LISA Pathfinder, the LISA Test Package, and ST7-DRS James Thorpe1, J. Ziemer2, P. McNamara3, LPF Team, LTP Team, ST7-DRS Team 1NASA GSFC, 2NASA JPL, 3ESA ESTEC, Netherlands. 153.04 Analysis Method for the Drift-Mode Experiment on LISA Pathfinder Curt Cutler1, J. Thorpe2 1Jet Propulsion Lab, 2Goddard Space Flight Center. 153.05 Status of eLISA Robin T. Stebbins1, O. Jennrich2, eLISA Consortium 1NASA GSFC, 2European Space Agency, Netherlands. 153.06 Back-reflection from an On-axis Telescope for Space-based Gravitational Wave Detectors Guido Mueller1, A. Spector1 1University of Florida. 153.07 Silicon Carbide Telescope Investigations for the LISA Mission Josep Sanjuan1, R. Spannagel4, 1, D. Korytov2, C. Braxmaier1, 4, J.C. Livas3, A. Preston3, G. Mueller2 1DLR, Germany, 2University of Florida, 3NASA GSFC, 4University of Applied Science Konstanz (HTWG), Germany. 153.08 Low-frequency Gravitational-wave Science with eLISA Michele Vallisneri1, eLISA Science Study Team 1Jet Propulsion Laboratory. 153.09 Weak Gravitational Lensing Emulation in the Lab Charles Shapiro1, 2, J. Fucik2, T. Goodsall1, J. Rhodes1, 2, B. Rowe3, S. Seshadri1, R. Smith2, L. Wade2 1NASA Jet Propulsion Laboratory, 2California Institute of Technology, 3University College London, United Kingdom. 153.10 Gravitational Waves from Ultra-compact Binaries and the Shape of the Galaxy Shane L. Larson1, M. Benacquista2, B.E. Taylor3 1Utah State University, 2University of Texas Brownsville, 3Radford University. 153.11 Prospects for Detection of Extragalactic Stellar Mass Black Hole Binaries in the Nearby Universe Alberto Mata1
+
)JOPKPTB1, M. Benacquista1, A. Stroeer1 1ARCC UTB. 153.12 Could we see X-ray Counterparts to Supermassive Black Hole Mergers? John G. Baker1, J. Kanner1 1NASA/GSFC.

89 MONDAY POSTER SESSIONS

153.13 Simulating Prompt Electromagnetic Counterparts to Black Hole Mergers Bernard J. Kelly2, 1, J.G. Baker1, J. Schnittman1, B. Giacomazzo3 1NASA/GSFC, 2University of Maryland Baltimore County, 3JILA, University of Colorado and National Institute of Stan- dards and Technology. 153.14 The Advanced X-ray Spectroscopic Imaging Observatory (AXISO): Mission and Technology Overview Jay A. Bookbinder1, R.K. Smith1, R. Petre2, A. Ptak2, N.E. White2 1Smithsonian Astrophysical Obs., 2NASA’s Goddard Space Flight Center. 153.15 AXSIO: The Science Return of a High-Throughput X-ray Spectroscopic

POSTERS: MON POSTERS: Observatory Randall K. Smith1, J.A. Bookbinder1, A. Ptak2, R. Petre2, N.E. White2, J.N. Bregman3 1Smithsonian Astrophysical Observatory, 2NASA’s Goddard Space Flight Center, 3University of Michigan. 153.16 Focal Plane Array Concept and Technologies for the X-Ray Microcalorimeter Spectrometer on the Advanced X-ray Spectroscopic Imaging Observatory (AXSIO) Richard L. Kelley1, J.S. Adams1, S. Bandler1, S.E. Busch1, J.A. Chervenak1, M.E. Eckart1, F.M. Finkbeiner1, C.A. Kilbourne1, F.S. Porter1, J. Porst1, J.E. Sadleir1, S.J. Smith1, W.B. Doriese2, J.W. Fowler2, G.C. Hilton2, K.D. Irwin2, C.D. Reintsema2, J.N. Ullom2 1NASA/Goddard Space Flight Center, 2National Institute of Standards and Technology. 153.17 Next Generation X-ray Optics: High Angular Resolution, Light Weight, and Low Production Cost William Zhang1 1Goddard Space Flight Center. 153.18 Critical-Angle Transmission Grating Development for AXSIO Ralf K. Heilmann1, A. Bruccoleri1
1
.VLIFSKFF1, M.L. Schattenburg1, M.W. Bautz1, D. Huenemoerder1, J.E. Davis1, D. Dewey1, H.L. Marshall1, N.S. Schulz1 1MIT.

154 Pulsars, Neutron Stars Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 154.01 Subaru Constraint on Circular Polarization in I-Band Emission from the Magnetar 4U 0142+61 Zhongxiang Wang1, Y.T. Tanaka2, J. Zhong1 1Shanghai Astronomical Observatory, China, 2Institute of Space and Astronautical Science, Japan. 154.02 Clustering-based Filtering to Detect Isolated and Intermittent Pulses in Radio Astronomy Data Kiri Wagstaff1, B. Tang1, T.J.W. Lazio1, S. Spolaor1 1Jet Propulsion Laboratory, California Institute of Technology. 154.03 AO327: The Arecibo 327 MHz Drift Pulsar Survey Julia S. Deneva1, K. Stovall2, F. Jenet2, M. McLaughlin3, P. Freire4 1NAIC, Arecibo Observatory, Puerto Rico, 2University of Texas at Brownsville, 3West Virginia University, 4Max-Planck Institut fur Radioastronomie, Germany. 154.04 Multiple Epoch Analysis of the Guitar Nebula and B2224+65 at Optical, X-Ray, and Radio Wavelengths Abhimat Gautam1
4
$IBUUFSKFF2, J.M. Cordes2, A.T. Deller3, J. LAZIO4 1Astronomy Department, University of California, Berkeley, 2Department of Astronomy, Cornell University, 3The Netherlands Institute for Radio Astronomy (ASTRON), Netherlands, 4Jet Propulsion Laboratory, California Institute of Technology.

90 MONDAY POSTER SESSIONS

154.05 Pulsar Search Results from the Arecibo Remote Command Center POSTERS: MON Kevin Stovall1, 2, F. Jenet1, X. Siemens3, D.L.A. Kaplan3, J. Creighton3, A. Miller1, A. Rodriguez-Zermeno1, S. Banaszak3, C. Biwer3, F. Ceballos6, S. Cohen1, D. Day3, A. Ford1, J. Flanigan3, A. Garcia1
+
)JOPKPTB1, S. Leake1, J. Martinez1, A. Mata1, R.B. Miller5, J. Murray1, J. Rivera4, J. Reser1, M. Rohr3, P. Rudnik1, A. Walker3, B. Wells3, GBNCC Consortium, PALFA Consortium, GBT Drift Consortium, AO327 Consortium 1University of Texas at Brownsville, 2University of Texas San Antonio, 3University of Wisconsin-Milwaukee, 4Rutgers, 5West Virginia University, 6The University of Kansas. 154.06 The LWA1 Northern Celestial Cap Pulsar Survey Alejandro Garcia1, K. Stovall1, F. Jenet1, S. Cutchin5, N.E. Kassim2
8"
.BKJE4, P.S. Ray2, G.B. Taylor3 1University of Texas at Brownsville, 2Naval Research Laboratory, 3University of New Mexico, 4Jet Propulsion Laboratory, California Institute of Technology, 5NRC Postdoc at Naval Research Laboratory. 154.07 Timing Solutions for Rotating Radio Transients Rossina B. Miller1, M. McLaughlin1, B. Cui1, J. Boyles1, S. Spolaor2 1West Virginia University, 2NASA Jet Propulsion Laboratory. 154.08 Mechanical Properties of Non-Accreting Neutron Star Crusts Kelsey L. Hoffman1, 2, J.S. Heyl2 1CITA, Canada, 2University of British Columbia, Canada. 154.09 Photometry of the Strange Companion to the Pulsar PSR J1816+4510 Kevin Kane1, D.L.A. Kaplan2, K. Stovall3 1Shorewood High School, 2University of Wisconsin, Milwaukee, 3University of Texas, Brownsville. 154.10 The Optical Counterpart of the Redback Pulsar J2129-0428 Eric Bellm1
4(
%KPSHPWTLJ1, A.J. Drake1, J. Hessels3, S.R. Kulkarni1, D.B. Levitan1, A.A. Mahabal1, E.S. Phinney1, S.M. Ransom4, M. Roberts2, T.A. Prince1, B. Sesar1, S. Tang1, 5 1Caltech, 2Eureka Scientific, 3ASTRON, Netherlands, 4NRAO, 5UCSB. 154.11 A New Method for Measuring the Rotation Measures of Millisecond Pulsars in the Globular Cluster Terzan 5 Anna Ho1, S.M. Ransom2, P. Demorest2 1Massachusetts Institute of Technology, 2National Radio Astronomy Observatory.

155 Relativistic Astrophysics, Gravitational Lenses & Waves Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 155.01 Searching for Cooling Signatures in Strong Lensing Galaxy Clusters: Evidence Against Baryons Shaping the Matter Distribution in Cluster Cores Peter Blanchard1, 3, M. Bayliss3, 2, M. McDonald4 1University of California, Berkeley, 2Harvard University, 3Harvard-Smithsonian Center for Astrophysics, 4MIT Kavli Institute for Astrophysics and Space Research. 155.02 Six Degree Field Galaxy Survey Spectroscopic Lens Search: Preliminary Results Kelly Blumenthal1, 2, L.J. Kewley2, 3, I. Ho2 1Boston University, 2University of Hawaii, 3Australian National University, Australia. 155.03 The Effect of Changes in Redshift on the Calculation of Cosmologic Parameters using Strong Gravitational Lens Software Models Alan Lefor1, T. Futamase1 1Tohoku University, Japan. 155.04 Pulsar Timing Simulator for the testing of Gravitational Wave Analysis Pipelines Jing Luo1, 2, F. Jenet1, NanoGrav 1The University of Texas at Brownsville, 2The University of Texas at San Antonio.

91 MONDAY POSTER SESSIONS

155.05 The International Pulsar Timing Array Workbench, A Web-based Application Jose Martinez1, F. Jenet1, J.D. Romano1, K. Lee2, R. Shannon3, D. Perrodin4, L.S. Finn5 1University of Texas at Brownsville, 2Max Planck Institute for Radio Astronomy, Germany, 3CSIRO Astronomy and Space Science, Australia, 4Osservatorio Astronomico di Cagliari, Italy, 5Pennsylvania State University. 155.06 A New Method for Gravitational Wave Detection with Atomic Sensors Jason Hogan1, P.W. Graham2, 1, M.A. Kasevich1
4
3BKFOESBO2, 1 1Department of Physics, Stanford University, 2Stanford Institute for Theoretical Physics, Department of Physics, Stanford University.

POSTERS: MON POSTERS: 155.07 Searching for Low-Frequency Radio Transients with the Long Wavelength Array Leandro Quezada1, M. Kavic1, S. Cutchin2, J.H. Simonetti3, J. Tsai3 1Long Island University, 2Naval Research Laboratory, 3Virginia Tech. 155.08 Status of the Search for Gravitational Waves from Compact Binary Mergers with LIGO and Virgo Stephen Privitera1, LIGO Scientific Collaboration, Virgo Collaboration 1California Institute of Technology. 155.09 Investigating Massive Stars and Their Evolution with Gravitational Waves Richard O’Shaughnessy1, D. Holz2, C. Belczynski3, I. Mandel4, M. Dominik3 1University of Wisconsin-Milwaukee, 2University of Chicago, 3University of Warsaw, Poland, 4University of Birmingham, United Kingdom. 155.10 The Application of Bayesian Model Selection and Parameter Estimation on Gravitational Waves from Core-Collapse Supernovae Christian D. Ott1, S. Gossan1, P. Kalmus1, J. Logue2, I. Heng2 1California Institute of Technology, 2University of Glasgow, United Kingdom. 155.11 First Low-Latency LIGO+Virgo Search for Binary Inspirals and Their Electromagnetic Counterparts Larry Price1 1Caltech.

156 Specialized Observatories and Light Pollution Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 156.01 Astronomical Implications from an Analysis of the Spectra of LEDs Used in Street Lighting Stephen M. Pompea1, B. Delp2 1NOAO, 2University of Arizona. 156.02 The SMARTS Observatory: Rich Science Accessible to Everyone Victoria Misenti2, 1, C.D. Bailyn2, 1, T.J. Henry3, 1, N.S. Van Der Bliek4, 1, SMARTS Consortium 1SMARTS Observatory, Chile, 2Yale University, 3Georgia State University, 4Cerro Tololo Inter-American Observatory, Chile. 156.03 Observatory Bibliographies as Research Tools Arnold H. Rots1, S.L. Winkelman1 1Harvard-Smithsonian CfA. 156.04 Characterizing Sky Brightness Throughout the Night in and around Tucson Arizona Linsey J. Jensen1, 2, C.E. Walker1 1National Optical Astronomy Observatory, 2Utah State University. 156.05 Building an Automated Observatory for Undergraduate Research Carol E. Hood1, L. Woodney1, P.B. Gardner2, J. Belicki1, J. Pate1 1CSUSB, 2Caltech Optical Observatories.

92 MONDAY POSTER SESSIONS

157 Starburst Galaxies POSTERS: MON Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 157.01 Excess Molecular Hydrogen Emissions in Ultraluminous Infrared Galaxies Matthew Hill1, N.L. Zakamska1 1Johns Hopkins University. 157.02 What Optical Spectroscopy Reveals About Herschel-SPIRE Selected Galaxies Jamie Budynkiewicz1, 2, C.M. Casey1, HerMES Collaboration 1Institute for Astronomy, University of Hawai’i, 2University of Massachusetts. 157.03 Gas Chemistry in the Inner Disk of the Nearby Luminous Infrared Galaxy IRAS 04296+2923 David S. Meier1, 3, J. Turner2 1New Mexico Institute of Mining and Technology, 2University of California, Los Angeles, 3National Radio Astronomy Observatory. 157.04 Radio Continuum Properties of Luminous IR Galaxies Vassilis Charmandaris1, 2, E. Vardoulaki1, L. Armus3, E.J. Murphy4, T. Diaz Santos3, A.S. Evans5, GOALS Team 1Univ. of Crete, Greece, 2FORTH/IESL, Greece, 3Caltech, 4Carnegie Observatories, 5Univ. of Virginia. 157.05 Is NGC 253 A Calorimeter? Tova Yoast-Hull1, J.S. Gallagher1, E.G. Zweibel1, J.E. Everett2 1University of Wisconsin-Madison, 2Northwestern University. 157.06 A Radio Continuum and Spectral Line Outburst in the Nearby Galaxy NGC 660 Robert F. Minchin1, T. Ghosh1
&
.PNKJBO2, C.J. Salter1 1NAIC, Arecibo Observatory, Puerto Rico, 2NRAO. 157.07 Imaging the Spatial Density Within Starburst Galaxies Rachel Smullen1, J.G. Mangum2, J.K. Darling3, C. Henkel4, K. Menten4 1University of Wyoming, 2National Radio Astronomy Observatory, 3University of Colorado, 4Max Planck Institute for Radio Astronomy, Germany. 157.08 Spatially Resolved [C II] Emission in Local Ultra-Luminous Infrared Galaxies Valentina Salvatelli2, 1, H. Fu1, A.R. Cooray1, C. Borys5, D. Cormier3, D. Farrah4, V. Lebouteiller3, D. Rigopoulou6, H. Spoon7, HERUS Collaboration 1UC Irvine, 2University of Rome La Sapienza, Italy, 3CEA Saclay, France, 4University of Sussex, United Kingdom, 5Caltech, 6University of Oxford, United Kingdom, 7Cornell University. 157.09 The Herschel/PACS View on the Heating and Cooling of the ISM in local LIRGs Tanio Diaz Santos1, L. Armus1, S. Stierwalt2, H. Inami3, P.N. Appleton1, V. Charmandaris4, J.A. Surace1, J. Howell1, J.M. Mazzarella1, S.D. Lord1, GOALS Team 1Caltech, 2University of Virginia, 3NOAO, 4University of Crete, Greece. 157.10 Spitzer-IRAC Identification and Near-IR Properties of Herschel-SPIRE Detected Starburst Dusty Galaxies in the Ultra Deep Survey (UDS) Field Asantha R. Cooray1, S. Kim1, J.L. Wardlow1, HerMES 1UC Irvine. 157.11 The CO-H2 Conversion Factor in Galaxies Desika Narayanan1 1University of Arizona.

93 MONDAY POSTER SESSIONS

157.12 A Herschel Spectroscopic Survey of Warm Molecular Gas in Local Luminous Infrared Galaxies Nanyao Y. Lu1, Y. Zhao1, 2, C.K. Xu1, Y. Gao2, L. Armus1, P.N. Appleton1, V. Charmandaris4, T. Diaz Santos1, A.S. Evans10, J. Howell1, K. Issak3, K. Iwasawa5, J. Leech6, S.D. Lord1, J.M. Mazzarella1, A. Petric7, D.B. Sanders8, B. Schulz1, J.A. Surace1, P. Van der Werf9 1IPAC, Caltech, 2Purple Mountain Observatory, China, 3ESA/ESTEC, Netherlands, 4Univ. of Crete, Greece, 5Univ. of Barcelona, Spain, 6Univ. of Oxford, United Kingdom, 7Caltech, 8Univ. of Hawaii, 9Leidon University, Netherlands, 10Univ of Virginia.

POSTERS: MON POSTERS: 158 Stars, Cool Dwarfs, Brown Dwarfs Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 158.01 Improved Sound-proof Treatments of Fluid Dynamics in Stellar Interiors Benjamin Brown1, 2, G.M. Vasil3, 4, D. Lecoanet3, E.G. Zweibel1, 2 1University of Wisconsin - Madison, 2Center for Magnetic Self-Organization in Laboratory and Astrophysical Plasmas, 3University of California - Berkeley, 4Canadian Institute for Theoretical Astrophysics, Canada. 158.02 An Expert System for Classifying Stars on the MK Spectral Classification System Christopher J. Corbally1, R.O. Gray2 1Vatican Observatory, 2Appalachian State University. 158.03 The Young Solar Analogs Project Richard O. Gray1, J.M. Saken2, C.J. Corbally3, V. Fuller1, Y. Kahvaz2, R. Lambert1, I. Newsome1, M. Seeds1 1Appalachian State Univ., 2Marshall University, 3Vatican Observatory Research Group. 158.04 Science Highlights from the SDSS DR7 Spectroscopic M Dwarf Catalog Andrew A. West1, J.J. Bochanski2, J. Pineda3, S. Dhital1, 5, A. Savcheva1, D. Jones4, K. Schluns1, A.P. Massey1 1Boston Univ., 2Haverford College, 3Caltech, 4Johns Hopkins, 5Vanderbilt. 158.05 Investigating the Properties of Low-Mass Stars Using Spectra of Wide Binaries Kyle Schluns1, A.A. West1, S. Dhital1, A.P. Massey1 1Boston University. 158.06 Using HST Globular Clusters to Derive an Empirical Photometric Metallicity Relation for Low-mass Stars Miriam Fuchs1, J.J. Bochanski1, B. Willman1, A.L. Dotter2, A.A. West3 1Haverford College, 2Australian National University, Australia, 3Boston University. 158.07 Characterizing Companions to Low-Mass Stars: A Large-Scale, Volume-Limited Survey of Local M-dwarfs Kimberly Ward-Duong1, J. Patience1, R. De Rosa1
"
3BKBO1 1Arizona State University. 158.08 Characterization of Very Low Mass Objects Using High-Precision Dynamical Mass Measurements Bryn Orth-Lashley1, Q.M. Konopacky1, A.M. Ghez2 1University of Toronto, Canada, 2University of California, Los Angeles. 158.09 Measuring the Distribution of Active M Dwarfs in the Galaxy J. Sebastian Pineda1, A.A. West2, J.J. Bochanski3, A.J. Burgasser4 1Caltech, 2Boston University, 3Haverford College, 4UCSD. 158.10 An Activity-Rotation Relationship and Kinematic Analysis of Nearby M Dwarfs Kolby Weisenburger1, A.A. West1, J. Irwin2, D. Charbonneau2, Z.K. Berta2, J. Dittmann2, E.R. Newton2 1Boston University, 2Harvard-Smithsonian Center for Astrophysics.

94 MONDAY POSTER SESSIONS

158.11 Galex-selected Nearby Young Stars: X-ray Counterparts and Potential New eps Cha Members POSTERS: MON Mariangelly Diaz1, 2, D. Rodriguez3, S. Darling2, D. Principe2, J.H. Kastner2, R. Montez2, B.M. Zuckerman4 1University of Puerto Rico at Humacao, Puerto Rico, 2Rochester Institute of Technology, 3University of Chile, Chile, 4University of California, Los Angeles. 158.12 First Results from the Galex-Wise Young Star Program David Rodriguez1, B.M. Zuckerman2, J.H. Kastner3, M.S. Bessell4, J. Faherty1, 5, S.J. Murphy4, L. Vican2 1Universidad de Chile, Chile, 2UCLA, 3Rochester Institute of Technology, 4Australian National University, Australia, 5American Museum of Natural History. 158.13 A WISE Search for Excess Mid-infrared Emission from 100,000 Nearby M Dwarfs in the SUPERBLINK Proper Motion Survey Christine O’Donnell1, 2, S. Lepine2, 3
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"ZBMB2 1University of Virginia, 2American Museum of Natural History, 3City University of New York. 158.14 A WISE Search for Brown Dwarf Companions to 4,000 Nearby White Dwarfs from the SUPERBLINK Proper Motion Survey Christina Krawiec1, 2, S. Lepine2, 3 1Rutgers University, 2American Museum of Natural History, 3City University of New York. 158.15 Hunting for Brown Dwarf Exoplanet Analogs Odette Toloza1, J. Faherty2, N.S. Van Der Bliek3 1Universidad de Valparaiso, Chile, 2Universidad de Chile, Chile, 3CTIO, Chile. 158.16 A Spitzer Proper Motion Survey of the Pleiades Adam L. Kraus1, J.R. Stauffer2, M.C. Liu3 1Harvard-Smithsonian CfA, 2Caltech/IPAC, 3Univ. of Hawaii. 158.17 3−5 μm Imaging of Three Wide Brown Dwarf Companions to Upper Scorpius Stars: Searching for Hot Disks Vanessa P. Bailey1, P. Hinz1, T.M. Currie2, K.Y.L. Su1, S. Esposito3, D.C. Fabrycky4, J.M. Hill5, W.F. Hoffmann1, T.J. Jones6, J. Kim1, J. Leisenring7, M.R. Meyer7, R. Murray-Clay8, M. Nelson9, E. Pinna3, A. Puglisi3, G. Rieke1, T. Rodigas1, A. Skemer1, M.F. Skrutskie9, V. Vaitheeswaran1, J.C. Wilson9 1University of Arizona, 2University of Toronto, Canada, 3Istituto Nazionale di Astrofisica, Italy, 4University of Chicago, 5Large Binocular Telescope Observatory, 6University of Minnesota, 7ETH, Switzerland, 8Harvard-Smithsonian Center for Astrophysics, 9University of Virginia. 158.18 Parallaxes of QSOs: Testing Astrometric Accuracy Hugh C. Harris1, C.C. Dahn1 1U.S. Naval Obs. 158.19 A USNO Search for Astrometric Companions to Brown Dwarfs III Jennifer L. Bartlett1, F.J. Vrba2, J.A. Munn2, C.B. Luginbuhl2, T. Tillman2, A.A. Henden3 1US Naval Observatory, 2US Naval Observatory, 3American Association of Variable Star Observers. 158.20 The Drieset Part in the Brown Dwarf Desert Bo Ma1, J. Ge1 1University of Florida. 158.21 First Results From The BOSS Ultracool Dwarf (BUD) Sample Sarah J. Schmidt1, S.L. Hawley2, J.R.A. Davenport2, A.A. West3, J.J. Bochanski4 1Ohio State University, 2University of Washington, 3Boston University, 4Haverford College. 158.22 Spectral Classification of Brown Dwarfs Jocelyn Ferrara1, 2, K.L. Cruz2, 3, Brown Dwarf New York City (BDNYC) 1Barnard College, 2American Musem of Natural History, 3Hunter College.

95 MONDAY POSTER SESSIONS

158.23 Testing Atmosphere and Evolution Models with Brown Dwarf Binaries Travis S. Barman1, Q.M. Konopacky2, A.M. Ghez3 1Lowell Observatory, 2Dunlap Institute for Astronomy and Astrophysics, University of Toronto, Canada, 3University of California. 158.24 Characterizing Young Brown Dwarfs Using Synthetic Photometry and Expanded Spectral Energy Distributions Joe Filippazzo1, 5, E.L. Rice1, 2, K.L. Cruz3, 2, J. Faherty4, 2, BDNYC 1College of Staten Island, 2American Museum of Natural History, 3Hunter College, 4Universidad de Chile, Cerro Calán, Chile, 5City University of New York Graduate CEnter.

POSTERS: MON POSTERS: 158.25 Strong Radio Emission from a Hyperactive L Dwarf: A Low-Mass Oddball or a Rosetta Stone for Ultracool Dwarf Activity? Adam J. Burgasser1, C. Melis1, B.A. Zauderer2, E. Berger2 1UC San Diego, 2Harvard Smithsonian Center for Astrophysics. 158.26 The Arecibo Search for Radio Flares from the Coolest Brown Dwarfs Matthew Route1, 2, A. Wolszczan1, 2 1Pennsylvania State University, 2Center for Exoplanets and Habitable Worlds. 158.27 Expanding the Census of L/T Transition Brown Dwarfs with the Pan-STARRS and WISE Surveys William M.J. Best1, M.C. Liu1, E.A. Magnier1, K.M. Aller1, N.R. Deacon2 1Institute for Astronomy, University of Hawaii, 2Max Planck Institute for Astronomy, Germany. 158.28 HST and Spitzer Rotational Phase Mapping of Brown Dwarf Atmospheres Daniel Apai1, E. Buenzli1, J. Radigan3, A.S. Burrows4, S.A. Metchev5, D.C. Flateau1, I.N. Reid3, A. Heinze5, R. Jayawardhana2 1The University of Arizona, 2University of Toronto, Canada, 3Space Telescope Science Institute, 4Princeton University, 5Stony Brook University. 158.29 Revealing Faint Brown Dwarfs with MOSFIRE Methane Imaging Sarah E. Logsdon1, I.S. McLean1, G.N. Mace1 1UCLA. 158.30 Warm Spitzer Parallaxes for the Y Dwarfs Trent J. Dupuy1, A.L. Kraus1, M.C. Liu2 1Smithsonian Astrophysical Observatory, 2Institute for Astronomy, University of Hawaii. 158.31 Searching for Variability in Ultracool Brown Dwarfs Abhijith Rajan1, J. Patience1, R.J. De Rosa1, R. King2 1Arizona State University, 2University of Exeter, United Kingdom.

159 The Sun Monday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 159.01 Thermally Driven Convection of a Stellar Plasma Lori Spalsbury1, N.F. Comins1 1University of Maine. 159.02 Two-dimensional Hydrodynamic Simulations of Angular Momentum Balance and Meridional Circulation in the Solar Convective Zone, Using a Viscoelastic Model for the Turbulent Maxwell Stresses due to Magnetoconvection Peter T. Williams1 1Agilent Technologies. 159.03 Low-Latitude Solar Coronal Hole Formation Karl Haislmaier1, 2, G. Petrie2 1George Mason University, 2National Solar Observatory.

96 MONDAY POSTER SESSIONS

159.04 Chromospheric Properties of Sun as a Star POSTERS: MON Luis D. Contreras1, D.P. Choudhary1 1CSU Northridge. 159.05 A Preliminary Study of Active Region Canopies With AIA Scott Lucchini1, S. Saar2, K. Muglach3 1University of Rochester, 2Smithsonian Astrophysical Observatory, 3NASA Goddard Space Flight Center. 159.06 Solar Hα Filter Commissioning, Calibration and Imaging from the University of North Dakota Observatory, Grand Forks, North Dakota Rakesh Nath1, 2, P.S. Hardersen1 1University Of North Dakota, 2New Mexico State Univerisy. 159.07 Thermal Structure of Current Sheets and Supra-Arcade Downflows in the Solar Corona Will Hanneman1, 2, K. Reeves1 1Harvard-Smithsonian Centre for Astrophysics, 2University of Southampton, United Kingdom. 159.08 Observational Signatures of Asymmetric Magnetic Reconnection in the Solar Atmosphere Drake Ranquist1, 2, M. Miralles2, N.A. Murphy2 1Brigham Young University, 2Harvard-Smithsonian Center for Astrophysics.

97 Tuesday Sessions and Events Tuesday

200 Plenary Session: Finding the Next Earth Tuesday, 8:30 AM - 9:20 AM, Grand Ballroom, Long Beach Convention Center Chair Steven Kawaler1 1Iowa State University 200.01 Finding the Next Earth Natalie M. Batalha1, Kepler Team 1NASA Ames Research Center.

AAS Prize Presentations

TUE Tuesday, 9:20 AM - 9:45 AM, Grand Ballroom, Long Beach Convention Center C. Megan Urry - George van Biesbroeck Prize The George van Biesbroeck Prize is awarded to C. Megan Urry for her tireless efforts to enhance the participation of women in astronomy and other scientific disciplines, through the organization of meetings, written works, lectures and effective mentoring, done outside and in addition to her work as a scientist.

Donald W. McCarthy - AAS Education Prize For his tireless efforts over the past three decades through the University of Arizona’s Astronomy Camp to educate and involve more than 1500 students, teachers and adults in astronomy and the TDJFOUJmD
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98 Tuesday Sessions and Events

Ronald L. Gilliland - The Beatrice M. Tinsley Prize The Beatrice M. Tinsley Prize is awarded to Ronald L. Gilliland for this innovative work on ultra-high signal-to-noise observations related to time-domain photometry and the opening of this new frontier. Chair David Helfand1 1Quest University Canada.

201 Astronomy Outreach for Non-traditional Audiences Tuesday, 10:00 AM - 11:30 AM, Room 102B, Long Beach Convention Center We discuss ways to reach non-traditional audiences by bringing science directly to people who do not come to science museums or festivals, or star parties. Common problems, TUE solutions, and lessons learned will be discussed to improve and expand outreach for non- USBEJUJPOBM
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EFNPOTUSBUJPOT Chair Donald A. Lubowich1 1Hofstra Univ. 201.01 Bringing Astronomy Directly to People Who Do Not Come to Star Parties, Science Museums, or Science Festivals Donald A. Lubowich1 1Hofstra Univ. 201.02 Lessons Learned from the Arizona Galileoscope Star Party Program Stephen M. Pompea1, R.T. Sparks1, C. Dugan1, C.E. Walker1 1NOAO. 201.03 An Extended Day Program on the Tohono O’odham Nation Robert T. Sparks1, C.D. Garmany1, S.M. Pompea1, C.E. Walker1 1National Optical Astronomy Obsrvatory.

99 MONDAY POSTER SESSIONS

201.04 Extreme Urban Stargazing: Outreach in New York City Jason S. Kendall1 1William Paterson University. 201.05 Guerilla Science: Mixing Science with Art, Music and Play Mark Rosin1, 2, Olivia Koski, Guerilla Science 1Guerilla Science, 2UCLA. 201.06 Reaching Non-Traditional and Under-Served Communities through Global Astronomy Month Programs Michael Simmons1 1

POSTERS: MON POSTERS: Astronomers Without Borders. 201.07 The CosmoQuest Citizen Science Community Pamela L. Gay1, 2, CosmoQuest Team 1Southern Illinois University Edwardsville, 2Astrosphere New Media Assoc. 201.08 Storytelling and Science Under the Stars Daryl Haggard1 1Northwestern University/CIERA. 201.09 Bringing Computational Thinking into the High School Science and Math Classroom Laura Trouille1, E. Beheshti2, M. Horn2, K. Jona2, V. Kalogera3, D. Weintrop2, U. Wilensky2
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202 Binary Star Systems: Observations, Models, Origins Tuesday, 10:00 AM - 11:30 AM, Room 101B, Long Beach Convention Center Chair Robin H. D. Corbet1 1UMBC. 202.01 Epsilon Aurigae - the Sting in the Tail R. Elizabeth M. Griffin1 1Dominion Astrophysical Observatory, Canada. 202.02D Modeling Close Stellar Interactions Using Numerical and Analytical Techniques Jean-Claude Passy1, 2, O. De Marco3, F. Herwig2, M. Mac Low1 1American Museum of Natural History, 2University of Victoria, Canada, 3Macquarie University, Australia. 202.03 A Testbed to Evaluate Simulations of Binary Mass Transfer and Merger Patrick M. Motl1, J.E. Tohline3, W.P. Even2, G.C. Clayton3, C. Fryer2 1Indiana University Kokomo, 2Los Alamos National Laboratory, 3Louisiana State University. 202.04 Understanding the Origin of Binary and Multiple Stellar Systems: Determining Fragmentation Criteria from Three-Dimensional Hydrodynamic Simulations of Star Formation with Supersonic Turbulence Peter Jumper1, K.M. Kratter2, S. Offner3, R.T. Fisher1 1University of Massachusetts Dartmouth, 2University of Colorado Boulder, 3Yale University. 202.05 X-Ray Binary Evolution: The Effects of Self-Induced Irradiation Jerome Quintin1, L. Nelson1 1Bishop’s University, Canada.

100 Tuesday Sessions and Events

202.06 Hubble COS Spectroscopy of the Old Nova V842 Cen, a DQ Her-type Intermediate Polar Edward M. Sion1, P. Szkody2, A.S. Mukadam2, P. Woudt3, B. Warner3 1Villanova University, 2University of Washington, 3Villanova-U.Cape Town, South Africa.

203 Black Holes II Tuesday, 10:00 AM - 11:30 AM, Room 102A, Long Beach Convention Center Chair Patricia Boyd1 1NASA’s GSFC. 203.01 WITHDRAWN: A New Stellar Dynamical Measurement of the Black Hole Mass in

Reverberation Mapping Galaxy NGC 4151 TUE Monica Valluri1, C.A. Onken2, J. Brown1, B.M. Peterson3 1Univ. of Michigan, 2Mount Stromlo Observatory, Australia, 3Ohio State University. 203.02D Strong Encounters With Stellar and Intermediate Mass Black Holes in Globular Clusters Drew R. Clausen1, M. Eracleous1, S. Sigurdsson1, D.F. Chernoff2, J. Irwin3 1The Pennsylvania State University, 2Cornell University, 3University of Alabama. 203.03D Thermal Stability and Vertical Structure of Radiation Dominated Accretion Disks Yanfei Jiang1, J.M. Stone1, S. Davis2 1Princeton University, 2Canadian Institute for Theoretical Astrophysics, Canada. 203.04D Spin Measurements of Stellar-Mass Black Holes James F. Steiner1, 2, Jeff McClintock’s Black Hole Spin Group, Andy Fabian’s X-ray Group 1Harvard-Smithsonian CfA, 2Cambridge, United Kingdom. 203.05 Sgr A* X-ray Visionary Project -- First Results Frederick K. Baganoff1, 3, M. Nowak1, 3, S. Markoff2, 3, Sgr A* XVP Collaboration 1MIT Kavli Institute for Astrophysics and Space Research, 2API, University of Amsterdam, Netherlands, 3http://www.sgra-star.com.

204 Circumnuclear Environments of AGN Tuesday, 10:00 AM - 11:30 AM, Room 201B, Long Beach Convention Center Chair Martin Elvis1 1Harvard-Smithsonian CfA. 204.01 The Size, Structure and Ionization of the Broad Line Region in NGC 3227 Nicholas A. Devereux1 1Embry-Riddle Aeronautical Univ. 204.02 Comparing Broad-line Region Gas Metallicity with Black Hole Mass and Eddington Ratio Using Low-z QSOs Jong-Hak Woo1, J. Shin1, T. Nagao2 1Seoul National University, Republic of Korea, 2Kyoto University, Japan. 204.03 Deep Silicate Features in Compton-thick AGN Arise due to Dust in the Host Galaxy Andy D. Goulding1, D.M. Alexander2, F. Bauer3, W.R. Forman1, R.C. Hickox4, C. Jones1, J. Mullaney2, M. Trichas1 1Harvard Smithsonian, CfA, 2Durham University, United Kingdom, 3Pontificia Universidad Catolica de Chile, Chile, 4Dartmouth College.

101 Tuesday Sessions and Events

204.04D Exploring the Geometry of Circumnuclear Material in Active Galactic Nuclei Through X-ray Spectroscopy Elizabeth Rivers1 1UCSD. 204.05D Investigation of MIR Properties and Tori of Radio Loud AGN Matthew J. Merlo1, E.S. Perlman1, C. Packham2, R. Mason3, N. Levenson4, J.T. Radomski4, R. Nikutta5, M. Elitzur5, I. Aretxaga6, M. Imanishi7 1Florida Tech, 2University of Texas at San Antonio, 3Gemini Observatory, 4Gemini Observatory, Chile, 5University of Kentucky, 6Instituto Nacional de Astrofísica, Óptica y Electrónica, Mexico, 7Subaru Talescope. 204.06D Compression, Disruption, and Precession During Close Encounters Between Stars and Supermassive Black Holes Nicholas Stone1 1Harvard University.

TUE 205 Circumstellar Disks II Tuesday, 10:00 AM - 11:30 AM, Room 202B, Long Beach Convention Center Chair Karl Stapelfeldt1 1NASA Goddard Space Flight Center. 205.01 Far-IR Observations of Gas and Dust in the Unusual 49 Ceti Disk Aki Roberge1, I. Kamp2, J. Augereau3, B. Montesinos4, G. Meeus5, J. Olofsson6, J. Donaldson7, C.D. Howard8, C. Eiroa5, B. Dent9 1NASA GSFC, 2Kapteyn Astronomical Institute, Netherlands, 3Institut de Planetologie et d’Astrophysique de Grenoble, France, 4Centro de Astrobiologia, Spain, 5Universidad Autonoma de Madrid, Spain, 6MPIA, Germany, 7University of Maryland, 8NASA Ames, 9Joint ALMA Observatory, Chile. 205.02 Testing the Circumstellar Disk Hypothesis of Methanol Maser Rings with High Spatial Resolution Infrared Data James M. De Buizer1 1SOFIA/USRA. 205.03D The Submillimeter and Radio View of Circumstellar Disks in Multiple Systems Robert J. Harris1 1Harvard Univ. 205.04 Free-free Emission from Photoevaporating Disks Ilaria Pascucci1, U. Gorti2, D.J. Hollenbach2 1LPL/University of Arizona, 2SETI Institute. 205.05 Shadows Round the Campfire: What Young Stars’ Infrared Variability Reveals about Protostellar Disks Neal J. Turner1 1JPL/Caltech. 205.06 Panchromatic Observations and Modeling of the PDS 144N Edge-On Disk Marshall D. Perrin1, J. Hornbeck2, C. Grady4, 3, C. Melis5, G. Duchene6, 7, A. Brown8, J.R. Graham6, 9, K. Hamaguchi3, F. Menard7, H. Maness6, D. Padgett3, P. Palmer10, R. Petre3, C. Pinte7, K.R. Stapelfeldt3, G.M. Williger2, J.P. Wisniewski11, B.E. Woodgate3 1STScI, 2University of Louisville, 3NASA Goddard Space Flight Center, 4Eureka Scientific, 5UC San Diego, 6UC Berkeley, 7Laboratoire d’Astrophysique de l’Observatoire de Grenoble, France, 8University of Colorado at Boulder, 9Dunlap Institute, University of Toronto, Canada, 10University of Chicago, 11University of Oklahoma. 205.07 Radio Emission Line Surveys of the Molecular Disks Orbiting TW Hya and V4046 Sgr Joel H. Kastner1, P. Hily-Blant2, D. Rodriguez3, K. Punzi1, T. Forveille2 1RIT Center for Imaging Science, 2IPAG, France, 3University of Chile, Chile.

102 Tuesday Sessions and Events

205.08 A Population of Dark Clouds Detected in Radio Continuum Images Farhad Yusef-Zadeh1 1Northwestern Univ.

206 Galaxies I Tuesday, 10:00 AM - 11:30 AM, Grand Ballroom, Long Beach Convention Center Chair Robert Minchin1 1NAIC, Arecibo Observatory. 206.01 Effects of the Bar Strength of Gaseous Features in Barred Galaxies Woong-Tae Kim1, W. Seo1, Y. Kim1 1Seoul National Univ., Republic of Korea. TUE 206.02D Logarithmic Spiral Arm Pitch Angle of Late-Type Galaxies: Measurement and Relationship to Galactic Nuclear Supermassive Black Hole Mass Benjamin L. Davis1 1University of Arkansas. 206.03 Spatially-Integrated Radio Continuum Spectra of Star-forming Galaxies Joshua Marvil1 1New Mexico Tech. 206.04D Structure and Dynamics of Normal Spiral Galaxies: Stellar Orbital Order and Chaos Maria de Los Angeles Perez Villegas1, B. Pichardo1 1IA -UNAM, Mexico. 206.05D Giant Molecular Clouds and Star Formation in Nearby Spiral Galaxies David Rebolledo1, T.H. Wong1, A.K. Leroy2, J. Koda3, J. Donovan Meyer3 1University of Illinois Urbana-Champaign, 2NRAO, 3Stony Brook University. 206.06 The Impact of Bars on Disk Breaks as Probed by S4G Juan Carlos Munoz-Mateos1, S4G Team 1National Radio Astronomy Observatory.

207 Galaxy Evolution at z = 4-12 Tuesday, 10:00 AM - 11:30 AM, Room 104B, Long Beach Convention Center Chair Lee Armus1 1Caltech. 207.01 The Ultra Deep Field 2012: Hubble’s First View of the Universe to Redshifts 12 Richard S. Ellis1, R. McLure2, A.M. Koekemoer3, J. Dunlop2, B.E. Robertson4, M. Schenker1, Y. Ono5, UDF12 Team 1Caltech, 2University of Edinburgh, United Kingdom, 3Space Telescope Science Institute, 4University of Arizona, 5University of Tokyo, Japan. 207.02 Did Galaxies Reionize the Universe?: New Insight from the Hubble Ultra Deep Field 2012 Brant E. Robertson1, E. Schneider2, R.S. Ellis3, R. McLure4, A.M. Koekemoer5, J. Dunlop6, M.A. Schenker7, Y. Ono8, UDF12 Team 1University of Arizona, 2University of Arizona, 3California Institute of Technology, 4University of Edinburgh, United Kingdom, 5STScI, 6University of Edinburgh, United Kingdom, 7California Institute of Technology, 8University of Tokyo, Japan. 207.03D Luminous Z~3 Lyman Break Galaxies in Deep and Wide Field Surveys Fuyan Bian1, X. Fan1, L. Jiang1, I.D. McGreer1, A. Dey2, R.F. Green1, F. Walter3, R. Maiolino4, K. Lee5, R. Dave1 1University of Arizona, 2National Optical Astronomy Observatory, 3Max Planck Institute for Astronomy, Germany, 4University of Cambridge, United Kingdom, 5Purdue University. 103 Tuesday Sessions and Events

207.04 The Properties of Galaxies in the First Billion Years, as Revealed by the Hubble Ultra Deep Field 2012 James Dunlop1, R. McLure1, S. Rogers1, Y. Ono2, M. Ouchi2, A.M. Koekemoer3, R.S. Ellis4, M. Schenker4, B.E. Robertson5, UDF12 Team 1University of Edinburgh, United Kingdom, 2University of Tokyo, Japan, 3STScI, 4California Institute of Technology, 5University of Arizona. 207.05 The Galaxy Luminosity Function at Redshifts 7 < z < 9 from the Hubble Ultradeep Field 2012 Matthew Schenker1, R. McLure2, Y. Ono3, R.S. Ellis1, J. Dunlop2, A.M. Koekemoer4, B.E. Robertson5, UDF12 Team 1California Institute of Technology, 2University of Edinburgh, United Kingdom, 3University of Tokyo, Japan, 4Space Telescope Science Institute, 5University of Arizona. 207.06 Studying the Evolution of the Rest-Ultraviolet Luminosity Function at 4 < z < 8 with CANDELS Steven L. Finkelstein1, R.E. Ryan2, C.J. Papovich3, H.C. Ferguson2, M. Dickinson4, CANDELS Team TUE 1The University of Texas at Austin, 2Space Telescope Science Institute, 3Texas A&M University, 4National Optical Astronomy Observatory. 207.07 CLASH: Three Strongly Lensed Images of a Candidate z ~ 11 Galaxy Dan A. Coe1, A. Zitrin2, M. Carrasco3, 4, X. Shu5, W. Zheng6, M. Postman1, L.D. Bradley1, A.M. Koekemoer1, R. Bouwens7, T. Broadhurst8, 9, A. Monna10, O. Host11, L.A. Moustakas12, H. Ford6, J. Moustakas13, A. van der Wel14, M. Donahue15, S.A. Rodney6, N. Benitez16, S. Jouvel11, S. Seitz10, D. Kelson17, P. Rosati4 1STScI, 2ITA-ZAH, Germany, 3AIUC PUC, Chile, 4ESO, Germany, 5USTC, China, 6JHU, 7Leiden University, Netherlands, 8UPV/EHU, Spain, 9Ikerbasque, Spain, 10USM, Germany, 11UCL, United Kingdom, 12JPL/Caltech, 13Siena, 14MPIA, Germany, 15Michigan State, 16IAA-CSIC, Spain, 17Carnegie Observatories. 207.08 Properties of a Young Galaxy at z=9.6 as Viewed through a Cosmic Lens Wei Zheng1, M. Postman2, A. Zitrin3, J. Moustakas4, X. Shu5, S. Jouvel6, O. Host6, A. Molino7, L.D. Bradley2, D.A. Coe2, H. Ford1, CLASH Team 1Johns Hopkins Univ., 2Space Telescope Science Institute, 3University of Heidelberg, Germany, 4Siena College, 5University of Science ad Technology of China, China, 6University college London, United Kingdom, 7Instituto de Astrofisica de Andalucia, Spain.

208 HAD VI History of Astronomy Tuesday, 10:00 AM - 11:30 AM, Room 103B, Long Beach Convention Center Chair Jay M. Pasachoff1 1Williams College. 208.01 Almagest Declinations: Ptolemy or “As found by us” John C. Brandt1, P.C. Zimmer1, P.B. Jones2 1Univ. of New Mexico, 2University of Arizona. 208.02 On the Late Development and Possible Astronomical Origin of the Gyroscope Kenneth Brecher1 1Boston Univ. 208.03 The Recurrent Nova T CrB Did Not Erupt In 1842 Bradley E. Schaefer1 1Louisiana State Univ. 208.04 Hamilton Jeffers and the Double Star Catalogues Joseph S. Tenn1 1Sonoma State Univ.

104 Tuesday Sessions and Events

208.05 Fifty Years of Quasars Kenneth I. Kellermann1 1NRAO. 208.06 Hubble’s Law: Who Discovered What and When Ian Steer1 1NED, Canada.

209 HEAD III: First Results from the NuSTAR Mission Tuesday, 10:00 AM - 11:30 AM, Room 201A, Long Beach Convention Center NuSTAR will be the first focusing high energy X-ray mission, opening the hard X-ray sky for sensitive study for the first time. NuSTAR will search for black holes, map supernova

explosions, and study the most extreme active galaxies. This NASA Small Explorer Mission is TUE scheduled for launch in the summer of 2012. This session will highlight the first results from the mission. Chair Fiona Harrison1 1Caltech. 209.01 First Results from The Nuclear Spectroscopic Telescope Array (NuSTAR) Mission Fiona Harrison1, NuStar Team 1Caltech. 209.02 NuSTAR Galactic Plane Survey and Galactic Binaries Program Charles J. Hailey1, NuSTAR Science Team 1Columbia University. 209.03 NuSTAR Supernova Program Steven E. Boggs1, NuSTAR Science Team 1UC, Berkeley. 209.04 NuSTAR Extragalactic Survey and Obscured AGN Program Daniel Stern1, NuSTAR Science Team 1JPL/ Caltech. 209.05 The NuSTAR AGN Physics Program Laura Brenneman1, NuSTAR Science Team 1Harvard-Smithsonian Center for Astrophysics.

210 High Resolution Ultraviolet Imaging with the Hubble Space Telescope I [low redshift] Tuesday, 10:00 AM - 11:30 AM, Room 202A, Long Beach Convention Center Ultraviolet imaging with HST is a unique resource for the study of galaxy formation and evolution. WFC3/UVIS and ACS UV imaging probe radiation from hot massive stars and reveal the details of star formation in nearby galaxies. Deep UV surveys of galaxies in blank and cluster fields extend these studies to higher redshifts, as well as providing vital JOGPSNBUJPO
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105 Tuesday Sessions and Events

210.01 Lyman-alpha Imaging in the Nearby Universe Matthew Hayes1, LARS Team 1IRAP, France. 210.02 HST UV Imaging of Brightest Cluster Galaxies in CLASH: AGN Feedback and Star Formation in the Universe’s Most Massive Galaxies Megan Donahue1, CLASH 1Michigan State Univ. 210.03 Deep UV HST Imaging in Abel 1689 Claudia Scarlata1, B.D. Siana2, J. Richard6, D. Stark3, H.I. Teplitz4, V. Desai5, A. Dominguez2, A. Alavi2, B.E. Robertson3 1University of Minnesota, 2University of California, RIverside, 3University of Arizona, 4California Institute of Technology, 5Jet Propulsion Laboratory, 6Centre de Recherche Astronomique de Lyon, France. 210.04 Quantifying Star Formation in Early-Type Galaxies using Spatially-Resolved UV-Optical Photometry

TUE Sugata Kaviraj1 1University of Oxford and University of Hertfordshire, United Kingdom. 210.05 Rest-frame UV-to-optical Differential Morphology at 0.5 < z < 1.5 Using Ultraviolet Observations of the Hubble Ultradeep Field Nicholas A. Bond1, D.F. De Mello2, E. Soto2, S. Ravindranath3, J.P. Gardner1, E. Voyer4, H.I. Teplitz5, A.M. Koekemoer6, N.A. Grogin6, M. Rafelski5, C. Scarlata7, B.D. Siana8, UVUDF Team 1NASA/GSFC, 2Catholic University, 3IUCAA, India, 4CNRS, France, 5IPAC/Caltech, 6STScI, 7UMN, 8UC Riverside. 210.06 UV Morphology at z~1 - From Clumps to Disks Duilia F. De Mello1, UV UDF 1Catholic University of America.

211 Innovations in Teaching, Learning, and Mentoring Tuesday, 10:00 AM - 11:30 AM, Room 104A, Long Beach Convention Center Chair Gina Brissenden1 1Center for Astronomy Education (CAE) Univ. of Arizona. 211.01 WorldWide Telescope Ambassadors, a Year 3 Update Patricia S. Udomprasert1, A.A. Goodman2, C. Wong3 1Harvard-Smithsonian Center for Astrophysics, 2Harvard University, 3Microsoft Research. 211.02 A Hybrid Astronomy Course - The Best of Face-to-Face and Online Pedagogy to Create a Very Effective General Astronomy Course Suketu P. Bhavsar1 1Cal Poly Pomona. 211.03 Expanding and Evolving the International Astronomical Search Collaboration and Pan-STARRS Student Asteroid Search Program William S. Burgett1, P. Miller2, International Astronomical Search Collaboration, Pan-STARRS 1Univ. of Hawaii, 2Hardin-Simmons University. 211.04 Crafting an International Study of Students’ Conceptual Understanding of Astronomy Stephanie Slater1, P.S. Bretones2, D. McKinnon3, S. Schleigh4, T.F. Slater5, Center for Astronomy & Physics Education Research 1CAPER Ctr Astro and Phys Educ Res, 2Departamento de Metodologia de Ensino/ Universidade Federal de São Carlos, Brazil, 3Charles Sturt University, Australia, 4Purdue University, 5University of Wyoming.

106 Tuesday Sessions and Events

211.05 Development and Preliminary Testing of a Physical Optics Concept Inventory Kenneth Brecher1, M. Zastrow1 1Boston Univ. 211.06 Beyond Boulder: Career Education and Mentorship for Astronomy Undergraduates Emily M. Levesque1 1University Of Colorado Boulder. 211.07 First Year K-12 Teachers as High Leverage Point to Implement GEMS Space Science Curriculum Sequence Timothy F. Slater1, 2, B.J. Mendez3, G. Schultz4, T. Wierman3 1University of Wyoming, 2CAPER Center for Astronomy & Physics Education Research, 3University of California - Berkeley, 4Astronomical Society of the Pacific ASP.

211.08 Connecting Physics Bachelors to Their Dream Jobs TUE Shouvik Bhattacharya1 1Minnesota State University Moorhead.

212 Intergalactic Medium, QSO Absorption Line Systems Tuesday, 10:00 AM - 11:30 AM, Room 103C, Long Beach Convention Center Chair Nicolas Lehner1 1Univ. Of Notre Dame. 212.01 The IGM Project: Searching For IGM Emission Over 0

107 Tuesday Sessions and Events 213 Stellar Evolution and Ages Tuesday, 10:00 AM - 11:30 AM, Room 102C, Long Beach Convention Center Chair Benjamin Brown1 1Univ. of Wisconsin - Madison. 213.01 The Age of the Milky Way Inner Halo Jason S. Kalirai1 1Space Telescope Science Institute. 213.02 The White Dwarf Luminosity Function of 47 Tuc Bradley M. Hansen1, H.B. Richer3, J. Anderson2, J.S. Kalirai2, A.L. Dotter2, G. Fahlman4, J.R. Hurley5, I.R. King2, D.B. Reitzel1, R.M. Rich1, M. Shara6, P.B. Stetson4 1UC, Los Angeles, 2Space Telescope Science Institute, 3University of British Columbia, Canada, 4Hertzburg Institute of Astrophysics, Canada, 5Swinburne University, Australia, 6American Museum of Natural History.

TUE 213.03D Self-Consistent Magnetic Stellar Evolution Models of Low-Mass Stars in Detached Eclipsing Binaries Gregory A. Feiden1, B.C. Chaboyer1 1Dartmouth College. 213.04 A Hot, Extended Horizontal Branch in the Massive M31 Globular Cluster G1 Robert M. Rich1, G. Piotto2, D. Reitzel3, 1, L. Origlia4, L. Bedin4 1UCLA, 2Padua University, Italy, 3Griffith Observatory, 4INAF-Obs. Bologna, Italy. 213.05 SMA Observations of CO J=2-1 Emission from Evolved Stars in the Galactic Bulge Benjamin A. Sargent1, 2, N.A. Patel3, M. Meixner2, M. Otsuka4, D. Riebel5, 6, S. Srinivasan7 1Rochester Institute of Technology, 2Space Telescope Science Institute, 3Harvard- Smithsonian Center for Astrophysics, 4Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan, 5The Johns Hopkins University, 6United States Naval Academy, 7Institut d’Astrophysique de Paris, France. 213.06 Using Dwarf Galaxies to Improve Stellar Evolution Models of Blue and Red Helium Burning Stars Philip Rosenfield1, L. Girardi2, J. Dalcanton1, A. Bressan3, D.R. Weisz1, A.E. Dolphin5, J.J. Eldridge6, K. Gilbert1, E.D. Skillman4, B.F. Williams1 1University of Washington, 2INAF, Italy, 3SISSA, Italy, 4Minnesota Institute for Astrophysics, 5Raytheon Company, 6The University of Auckland, New Zealand. 213.07D Searching for Analogs of η Carinae in Nearby Galaxies Using Spitzer Rubab M. Khan1 1Ohio State University.

214 Supernovae II Tuesday, 10:00 AM - 11:30 AM, Room 101A, Long Beach Convention Center Chair Christopher Stockdale1 1Marquette University. 214.01 Simulating the Double-Degenerate Channel for Type Ia Supernovae Kevin Jumper1, R.T. Fisher1 1University of Massachusetts Dartmouth. 214.02 Radio Transients from Accretion Induced Collapse and Neutron Star Mergers Anthony Piro1, S.R. Kulkarni1 1Caltech. 214.03D The Explosive Deaths of Massive Stars Iair Arcavi1 1Weizmann Institute of Science, Israel. 108 Tuesday Sessions and Events

214.04 Dimensional Dependence of the Hydrodynamics in Core-Collapse Supernovae Joshua Dolence1, A.S. Burrows1, J.W. Murphy1 1Princeton University. 214.05D The Explosion Mechanism of Core-Collapse Supernovae and its Observational Signatures Ondrej Pejcha1 1The Ohio State University. 214.06 3D Simulations of Supernovae into the Young Remnant Phase Carola I. Ellinger1, P.A. Young2, C. Fryer3, G. Rockefeller3, S. Park1 1University of Texas at Arlington, 2Arizona State University, 3Los Alamos National Laboratory. 214.07 Comparison of Neutrino Transport Approximations in Supernova Simulations 1 1 2

Sherwood Richers , C.D. Ott , E. O’Connor TUE 1California Institute of Technology, 2CITA, Canada.

215 Surveys and Large Programs Tuesday, 10:00 AM - 11:40 AM, Room 103A, Long Beach Convention Center Chair Stanislav Djorgovski1 1Caltech. 215.01 The SAMI IFU Galaxy Survey Iraklis Konstantopoulos1, S.M. Croom2, 3, J.S. Lawrence1, 4, J. Bland-Hawthorn2, J. Bryant2, L. Fogarty2, S. Richards2, M. Goodwin1, T. Farrell1, S. Miziarski1, R. Heald1, D. Jones5, S. Lee1, M. Colless1, 3, S. Brough1, A.M. Hopkins1, 3, A.E. Bauer1, M.N. Birchall1, S.C. Ellis1, A.J. Horton1, S.G. Leon-Saval2, G.F. Lewis2, A.R. Lopez-Sanchez1, 4, S. Min2, C. Trinh2, H. Trowland2, SAMI Team 1Australian Astronomical Observatory, Australia, 2Sydney Institute for Astronomy (SIfA), School of Physics, University of Sydney, Australia, 3ARC Centre of Excellence for All-sky Astrophysics (CAASTRO), Australia, 4Department of Physics and Astronomy, Macquarie University, Australia, 5School of Physics, Monash University, Australia. 215.02 The 3D-HST Survey: An Introduction Ivelina G. Momcheva1, P.G. Van Dokkum1, G. Brammer5, M. Franx4, R. Skelton1, B. Lundgren2, K.E. Whitaker3, 3D-HST Team 1Yale University, 2University of Wisconsin, 3Goddard, 4Leiden University, Netherlands, 5ESO, Chile. 215.03 The 3D-HST Survey: First Science Highlights Gabriel Brammer1, 3D-HST Survey Team 1ESO, Chile. 215.04 The Herschel Redshift Survey (HeRS) Marco Viero1, Herschel Redshift Survey 1California Institute of Technology. 215.05 New Surveys of the Universe with the Jansky Very Large Array (VLA) and the Very Long Baseline Array (VLBA) Steven T. Myers1 1NRAO. 215.06 Exploring the Dynamic Radio Sky Kunal Mooley1, A. Horesh1, G. Hallinan1, S. Bourke1, S.R. Kulkarni1, D.A. Frail2, E. Ofek3 1California Institute of Technology, 2NRAO, 3Weizmann Institute, Israel. 215.07 The LOFAR Multifrequency Snapshot Sky Survey (MSSS): Status and Results George Heald1, LOFAR Collaboration 1ASTRON, Netherlands.

109 Tuesday Sessions and Events

215.08 Pan-STARRS1: Status, Science, and Public Data Release Kenneth C. Chambers1 1Univ. of Hawaii. 215.09 The First Pan-Starrs Medium Deep Field Variable Star Catalog Heather Flewelling1 1University of Hawaii. 215.10 Results from a Combined Shallow-Wide GALEX+PTF Transient Search Thomas A. Barlow1, A. Gal-Yam2, E. Ofek2 1Caltech, 2The Weizmann Institute of Science, Israel.

216 Zeroing in on eta-Earth with NASA’s Kepler Mission Tuesday, 10:00 AM - 11:30 AM, Room 104C, Long Beach Convention Center NASA’s Kepler Mission is designed to determine frequency of earth-size planets in or near the habitable zone of solar-like stars. Kepler completed its prime data gathering in TUE November 2012 and started a four-year mission extension as recommended by the 2012 NASA Senior Review. Over two years of nearly continuous precise photometry on more than 150,000 stars is available to the public in addition to a catalog of well over two thousand planet candidates ranging in size from one-third to three times the radius of Earth. This session will present the current status of the Kepler mission and its exoplanet survey, including the statistics of exoplanet populations, and the completeness and reliability of the planet candidate catalogs. Chair Natalie M. Batalha1 1San Jose State University. 216.01 Memoriam for David G. Koch, 1945-2012 William J. Borucki1 1NASA Ames Research Center. 216.02 Planet Candidates Observed by Kepler, IV: Two Years of Precision Photometry Christopher J. Burke1, S. Bryson2, J. Christiansen1, F. Mullally1, J. Rowe1, Kepler Science Office, Kepler Science Team 1SETI Institute, 2NASA Ames Research Center. 216.03 Kepler False Positive Rate & Occurrence of Earth-size and Larger Planets Francois Fressin1, G. Torres1, D. Charbonneau1, Kepler team 1Harvard Univ. 216.04 A Framework for Characterizing the Performance of the Kepler Exoplanet Search and Data Products Jon M. Jenkins1, 3, J. Christiansen1, 3, C.J. Burke1, 3, S.D. McCauliff2, 3, T.C. Klaus2, 3, Kepler Science Office, Kepler Science Operations Center 1SETI Institute, 2Orbital Sciences Corporation, 3NASA Ames Research Center. 216.05 Are Earths Rare? Erik Petigura1, G.W. Marcy1, A. Howard2 1Department of Astronomy, UC Berkeley, 2Institute for Astronomy, University of Hawaii Manoa. 216.06 The Occurrence Rate of Small Planets Around Cool Stars from Kepler Courtney D. Dressing1, D. Charbonneau1 1Harvard Univ.

110 Tuesday Sessions and Events Education and Public Outreach Student Event Tuesday, 11:30 AM - 2:00 PM, Exhibit Hall A, Long Beach Convention Center -PDBM
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educational activities in the exhibit hall. The students will be welcomed by Bobak Ferdowsi, NASA JPL’s Flight Director for the Mars Science Laboratory Curiosity Rover Cruise Mission. Following a short presentation, the students will be led in groups to participating exhibitors to engage in a hands-on activity.

217 Plenary Session: Cannon Award: Exploring the Diversity of Exoplanetary Atmospheres Tuesday, 11:40 AM - 12:30 PM, Grand Ballroom, Long Beach Convention Center TUE Heather Knutson - Annie Jump Cannon Award in Astronomy The Annie Jump Cannon Award in Astronomy is awarded to Heather Knutson for her pioneering work on the characterization of exoplanetary atmospheres. Her ground-breaking observations of wavelength-dependent thermal emission of exoplanets over large fractions of their orbit enable a longitudinal mapping of brightness to reveal details of atmospheric dynamics, energy transport, inversion layers, and chemical composition. This work has expanded the rich field of planetary characterization by providing new windows into the atmospheres of planets beyond the confines of our solar system. It has inspired numerous other theoretical and observational investigations and will serve as an important technique used with current and future space observatories to gain fundamental insight into the properties of exoplanetary atmospheres. Chair David J. Helfand1 1AAS, Canada. 217.01 Exploring the Diversity of Exoplanetary Atmospheres Heather Knutson1 1California Institute of Technology.

218 NASA Town Hall Tuesday, 12:45 PM - 1:45 PM, Room 104A, Long Beach Convention Center Senior representatives from NASA’s Science Mission Directorate and Astrophysics Division will discuss NASA’s science program and outlook. Topics will include the status of the research program, highlights of operating missions, NASA’s response to the Astro2010 decadal survey, progress of missions in development, and anticipated opportunities for both non-flight basic research awards (grants) and flight mission investigations. Chair Paul L. Hertz1 1NASA Headquarters.

219 NOAO Town Hall Tuesday, 12:45 PM - 1:45 PM, Room 104B, Long Beach Convention Center NOAO continues to provide new, high science impact capabilities for the general OIR community. In partnership with DOE/Fermlab and the DES Collaboration, a new world- class, ultra-wide-field optical imager DECam has been installed and commissioned on the 111 Tuesday Sessions and Events

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Career Hour 2: Network Yourself to a Great Career TUE Tuesday, 1:00 PM - 2:00 PM, Regency Ballroom E, Downtown Hyatt Long Beach It’s elementary- networking is an absolute necessity in any career, and especially in science and engineering, and math. In fact, networking is not only critical to advancing your own career, but also to advancing scholarship itself. Learn how to appropriately promote yourself BOE
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220 Circumstellar Disks III Tuesday, 2:00 PM - 3:30 PM, Room 202B, Long Beach Convention Center Chair Joel H. Kastner1 1RIT Center for Imaging Science. 220.01 Teasing out the Subtle Hints of Exo-asteroids Around White Dwarfs with the Magellan White Dwarf Survey John H. Debes1, M. Kilic2, E. Shkolnik3, M. Lopez-Morales4, P. Dufour5, A.J. Weinberger6 1STScI, 2University of Oaklahoma, 3Lowell Observatory, 4Harvard-Smithsonian Center for Astrophysics, 5Universite de Montreal, Canada, 6CIW-DTM. 220.02 From Classical Disks to Transition Disks: An Increasing Dust-to-Gas Ratio? James T. Keane1, I. Pascucci1, S.M. Andrews2, B. Dent3, C. Espaillat2, G. Meeus4, W. Thi5, P. Woitke6 1Lunar and Planetary Laboratory, University of Arizona, 2Harvard-Smithsonian Center for Astrophysics, 3ALMA SCO, Chile, 4Universidad Autonoma de Madrid, Dpt. Fisica Teorica, Spain, 5UJF-Grenoble 1 / CNRS-INSU, Institut de Planetologie et d’Astrophysique, France, 6SUPA, School of Physics & Astronomy, University of St. Andrews, United Kingdom. 220.03D Evolution of Protoplanetary Disks in Binary Systems: A Numerical Study using Moving-Mesh Hydrodynamics Diego Munoz1 1Harvard-Smithsonian Center for Astrophysics. 220.04 Spatially Resolved HST STIS Spectroscopy of the HD32297 Debris Disk Jessica Donaldson1, A. Roberge2, A.J. Weinberger3 1University of Maryland, 2Exoplanets and Stellar Astrophysics Laboratory, NASA Goddard Space Flight Center, Code 667, 3Department of Terrestrial Magnetism, Carnegie Institution of Washington. 112 Tuesday Sessions and Events

220.05 HST Spectroscopic Study of Proplyds and Jets in Orion Jason E. Ybarra1, J. Bally2, M.B. Niedner3 1Univ. of Florida, 2Univ. of Colorado, 3NASA/GSFC. 220.06 Collisional Cascades Revisited Hilke Schlichting1, M. Pan2 1UCLA, 2UC Berkeley. 220.07 Debris Disk Explorer : Exploring Stellar Dust Rings Lewis C. Roberts1, G. Bryden1, W.A. Traub1, S.C. Unwin1, J.T. Trauger1, J.E. Krist1, Star Halo Team 1Jet Propulsion Laboratory.

221 Cosmic Dawns: ALMA Early Science Commences TUE Tuesday, 2:00 PM - 3:30 PM, Room 103B, Long Beach Convention Center The Atacama Large Millimeter/submillimeter Array (ALMA) initiated its first phase of Early Science (Cycle 0) in fall 2011 and is now providing excellent sensitivity, image fidelity, and resolution at millimeter and submillimeter wavelengths, supporting the research interests of more than 100 science teams from around the world. ALMA Cycle 0 Early Science will continue through December 2012, and the second phase of ALMA Early Science (Cycle 1) is expected to begin in January 2013. This AAS Special Session will describe for the NFNCFSTIJQ
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expectations for ALMA performance and science during Cycle 1 Early Science. ALMA is already delivering unprecedented imaging capabilities and sensitivity, surpassing the grasp of any other telescope at millimeter and submillimeter wavelengths. Many new and exciting spectral images of our cosmic origins and the coldest regions in our Universe are now emerging from the ALMA Cycle 0 Early Science opportunity, and more than half of ALMA’s 66 antennas are now deployed at the Array Operations Site in northern Chile. Cycle 0 ALMA data and reference images have already been delivered to some Principal Investigators, and many more will receive data and images over the next several months. This Special Session will take place after one year of ALMA Early Science Operations and will be an ideal forum to present the highlights of the first year of ALMA science operations. Chair Mark T. Adams1 1NRAO. 221.01 CO 2-1 Images of Protoplanetary Disk Winds Colette Salyk1, K. Pontoppidan2, G.A. Blake3, K. Zhang3, S. Corder4 1NOAO, 2STScI, 3California Institute of Technology, 4ALMA, Chile. 221.02 ALMA Observations of the Brightest Starbursts in the Universe Daniel P. Marrone1, SPT SMG Team 1University Of Arizona. 221.03 Measuring The ISM in High Redshift Galaxies Nicholas Scoville1 1Caltech. 221.04 [C II] Line Emission and Star Formation from Quasar Host Galaxies at z~6 Ran Wang1, 2, C.L. Carilli1, F. Walter3, X. Fan2, J. Wagg4, D.A. Riechers5, F. Bertoldi10, A. Omont7, P. Cox8, M.A. Strauss9, K. Menten6, D.T. Narayanan2, K. Knudsen11, L. Jiang12 1National Radio Astronomy Observatory, 2University of Arizona, 3Max-Planck-Institute for Astronomy, Germany, 4European Southern Observatory, Chile, 5California Institute of Technology, 6Max-Planck-Institute for Radio Astromony, Germany, 7Institut d’Astrophysique de Paris, France, 8Institute de Radioastronomie Millimetrique, France, 9Princeton University, 10University of Bonn, Germany, 11Chalmers University of Technology, Sweden, 12Arizona State University.

113 Tuesday Sessions and Events

221.05 ALMA Observations of NGC 253 Reveal a Molecular Outflow and Resolve the GMCs that Fuel the Nuclear Starburst Activity Fabian Walter1, A.D. Bolatto2, A.K. Leroy3, J. Hodge1, E.C. Ostriker2, J. Ott4, E. Rosolowsky5, N. Scoville6, S. Veilleux2, A. Weiss7, M. Zwaan8 1MPIA, Germany, 2University of Maryland, 3NRAO, 4NRAO, 5University of British Columbia, Canada, 6Caltech, 7MPIfR, Germany, 8ESO, Germany. 221.06 aLESS: ALMA Observations of Submillimeter Galaxies from the LABOCA Extended Chandra Deep Field South Survey Jacqueline Hodge1, A. Karim2, M. Swinbank2, A. Biggs3, I. Smail2, F. Walter1, A. Weiss4, R. Ivison5, 6, LESS Collaboration 1MPIA, Germany, 2Institute for Computational Cosmology, Durham University, United Kingdom, 3European Southern Observatory, Germany, 4MPIfR, Germany, 5UK Astronomy Technology Center, United Kingdom, 6Institute for Astronomy, University of Edinburgh, United Kingdom.

TUE 222 Dark Energy, Tests of Gravity and Fundamental Constants Tuesday, 2:00 PM - 3:30 PM, Room 201A, Long Beach Convention Center Chair Jeremiah Darling1 1University of Colorado, Boulder. 222.01 The BAO Broadband and Broad-beam (BAOBAB) Array Jonathan Pober1, BAOBAB Team 1UC Berkeley. 222.02D Testing General Relativity on Cosmological Scales: Effects of Spatial Curvature Jason Dossett1, M.B. Ishak-Boushaki1 1The University of Texas at Dallas. 222.03D Dark Matter Substructure in Weak Lensing Analyses of Several High Redshift (z > 0.5) Clusters of Galaxies Paul M. Huwe1 1Brown University. 222.04 Proton to Electron Mass Ratio Constraints on Cosmology and New Physics Rodger I. Thompson1, 2 1Univ. of Arizona, 2Steward Observatory. 222.05 Entropy Creation in Self-gravitating Collisionless Systems Eric Barnes1 1Univ. of Wisconsin - La Crosse. 222.06 Junction of a Hyperbolic Space to the LCDM Universe: Evolution of Dark Matter Harry I. Ringermacher1, L.R. Mead2 1General Electric Research, 2Dept. of Physics, U. of S. Mississippi.

223 Dust Tuesday, 2:00 PM - 3:30 PM, Room 103C, Long Beach Convention Center Chair Karly M. Pitman1 1Planetary Science Institute. 223.01 Supernova Dust Factories Haley Gomez1, MESS Consortium, LCOGT 1Cardiff University, United Kingdom.

114 Tuesday Sessions and Events

223.02D Observations and Theory of the Anomalous Microwave Emission Matthew Stevenson1, A.C.S. Readhead1, T.J. Pearson1, K. Cleary1, C. Tibbs1, J. Villadsen1, C.M. Hirata1, R. Paladini2
4
.VDIPWFK3, K. Grainge4, Y. Perrott4, C. Rumsey4, A. Scaife5, C-BASS Collaboration 1Caltech, 2NASA Herschel Science Center/Caltech, 3Caltech/OVRO, 4Cavendish Laboratory, United Kingdom, 5University of Southampton, United Kingdom. 223.03 Differential Heating of Magnetically Aligned Dust Grains John E. Vaillancourt1, B. Andersson1 1SOFIA Science Center, USRA, NASA Ames Research Center. 223.04 Better Alternatives to “Astronomical Silicate”: Laboratory-Based Optical Functions of Cosmic Abundance Glass with Application to HD 161796 Karly M. Pitman1, A. Speck2, A.M. Hofmeister3, A.S. Buffard2, A.G. Whittington2 1Planetary Science Institute, 2University of Missouri, 3Washington University. TUE 223.05 Mixed Aromatic/Aliphatic Organic Nanoparticles (MAON) as Carriers of the Unidentified Infrared Emission Features Sun Kwok1 1The University of Hong Kong, Hong Kong. 223.06 Towards a Full-sky Map of Galactic 12 Micron Dust Emission with WISE Aaron Meisner1, 2, D.P. Finkbeiner1, 2 1Harvard University, 2Harvard-Smithsonian CfA. 223.07 Dust Temperatures and Global Stellar Structure in Nearby Galaxies Benjamin Johnson1, KINGFISH team 1Institut d’Astrophysique de Paris, France. 223.08 WITHDRAWN: Dust Extinction in the Redshift Range 0.75

224 Exoplanet Atmospheres Tuesday, 2:00 PM - 3:30 PM, Grand Ballroom, Long Beach Convention Center Chair Dawn M. Gelino1 1Caltech. 224.01D Exploring the Diversity of Extrasolar Planet Atmospheres Ian J.M. Crossfield2, 1, B.M. Hansen1, T.S. Barman3, J. Harrington4, H. Knutson5, L. Vican1 1UC Los Angeles, 2Max-Planck-Institut fuer Astronomie, Germany, 3Lowell Observatory, 4University of Central Florida, 5California Institute of Technology. 224.02D Characteriztion of Exoplanet Atmospheres: Spectral Retrieval and Chemistry Michael R. Line1, A. Wolf1, X. Zhang1, Y. Yung1 1California Institute of Technology. 224.03 Transmission Spectroscopy of the Super-Earth GJ 1214b Using HST/WFC3 in Spatial Scan Mode Laura Kreidberg1, J. Bean1, J. Désert2, S. Seager4, D. Deming5, B. Benneke4, Z.K. Berta3, K.B. Stevenson1, D. Homeier6 1University of Chicago, 2Caltech, 3Harvard University, 4Massachusetts Institute of Technology, 5University of Maryland, 6Centre de Recherche Astrophysique de Lyon, France.

115 Tuesday Sessions and Events

224.04D Characterizing Super-Earth Exoplanets Using Transmission Spectroscopy - Application to GJ 1214b Bjoern Benneke1 1MIT. 224.05D Photochemistry of Terrestrial Exoplanet Atmospheres Renyu Hu1, S. Seager1 1MIT.

225 Galaxies II Tuesday, 2:00 PM - 3:30 PM, Room 104A, Long Beach Convention Center 225.01 Determination of Resonance Locations in a Sample of Barred Spiral Galaxies Amber Sierra1, M. Seigar1, P.M. Treuthardt1, I. Puerari2 1University of Arkansas at Little Rock, 2Instituto Nacional de Astrofisica, Optica y Electronica, Mexico, Mexico. TUE 225.02D Spiral Arm Substructure and Massive Star Formation Wing-Kit Lee1, F.H. Shu1, 2 1University of California, San Diego, 2Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan. 225.03D The Old, the Young, and the Restless: Insights from HST Observations of Early- type Galaxy Evolution at Intermediate Redshift Michael J. Rutkowski1 1Arizona State University. 225.04D The Recent Star Formation Histories in the Outer Disks of Spiral Galaxies Kate L. Barnes1 1Indiana University Bloomington. 225.05 Stellar Kinematics of Late-Type Barred Spiral Galaxies Steffi Klawiter1, E.M. Wilcots1 1University of WIsconsin. 225.06 Galaxy Zoo: Two Evolutionary Pathways and Quenching Modes for Early- and Late-type Galaxies Kevin Schawinski1, C.M. Urry2, C.J. Lintott3, B. Simmons3, 2
4
,BWJSBK4, K.L. Masters5, L. Fortson6, K. Willett6, C.N. Cardamone7, R.A. Skibba8, W.C. Keel9, R. Nichol5, Galaxy Zoo Team 1ETH Zurich, Switzerland, 2Yale University, 3Oxford University, United Kingdom, 4Imperial College, United Kingdom, 5University of Portsmouth, United Kingdom, 6University of Minnesota, 7Brown University, 8UCSD, 9University of Alabama.

226 Galaxy Clusters III Tuesday, 2:00 PM - 3:30 PM, Room 103A, Long Beach Convention Center Chair Brian Morsony1 1Univ. Of Wisconsin Madison. 226.01 Evidence for Merger-Induced Outburst Activity in Cygnus A Michael W. Wise1, 2, D.A. Rafferty3, J.P. McKean1 1ASTRON, Netherlands, 2University of Amsterdam, Netherlands, 3Leiden University, Netherlands. 226.02 Ram-Pressure Stripping of Molecular Gas and Dust in Nearby Cluster Galaxies Suresh Sivanandam1, M.J. Rieke2, G. Rieke2, M. Sun3, C.L. Sarazin4 1Dunlap Institute, Canada, 2Steward Observatory, 3Eureka Scientific, 4University of Virginia.

116 Tuesday Sessions and Events

226.03 The Infrared Follow-Up of the Next Generation Virgo Survey (NGVS-IR): Survey Status and First Results Roberto Munoz1, T. Puzia1, A. Lançon2 1Pontificia Universidad Catolica de Chile, Chile, 2Observatoire astronomique de Strasbourg, France. 226.04 Observing the Gravitational Potential Profiles of Galaxy Clusters Daniel Gifford1, C.J. Miller1, C. Harrison1, N. Kern1 1University of Michigan. 226.05 Star Formation in High-Redshift Cluster Ellipticals Cory Wagner1, M. Brodwin1, G.F. Snyder2, C.M. Mancone3, A. Dey4, P.R. Eisenhardt5, A.H. Gonzalez3, J. Moustakas6, S.A. Stanford7, D. Stern5, G.R. Zeimann8 1Department of Physics and Astronomy, University of Missouri - Kansas City, 2Harvard- Smithsonian Center for Astrophysics, 3Department of Astronomy, University of Florida, 4NOAO, 5Jet Propulsion Laboratory, California Institute of Technology, 6Center for TUE Astrophysics and Space Sciences, Department of Physics, University of California, 7Department of Physics, University of California, 8Department of Astronomy and Astrophysics, The Pennsylvania State University. 226.06 Accounting for Anomalously High Metal Production in Galaxy Clusters Brian J. Morsony1, C. Heath2, 3, J.C. Workman2 1Univ. Of Wisconsin Madison, 2Colorado Mesa University, 3University of Colorado, Boulder. 226.07 Galaxy Cluster Center Detection Methods with Weak Lensing Melanie Simet1 1Carnegie Mellon University. 226.08 Joint SZ/X-Ray Deprojections and Nonthermal Pressure Ratio Profiles of the Bolocam Cluster Sample Jennifer Shitanishi1, E. Pierpaoli1, S. Ameglio1, J. Sayers2, S.R. Golwala2, N.G. Czakon2, T. Mroczkowski3, A. Mantz4, K. Umetsu5, E. Medezinski6, M. Nonino7, A. Molino8 M. Postman9 1University of Southern California, 2California Institute of Technology, 3Jet Propulsion Laboratory, 4Kavli Institute for Cosmological Physics, University of Chicago, 5Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan, 6John Hopkins University, 7INAF Osservatorio Astronomico di Trieste, Italy, 8Instituto de Astrofísica de Andalucía (CSIC), Spain, 9Space Telescope Science Institute. 227 Galaxy Evolution at z ~ 1 Tuesday, 2:00 PM - 3:30 PM, Room 104C, Long Beach Convention Center Chair Viviana Acquaviva1 1UNY NYC College of Technology. 227.01 The Properties of the Interstellar Medium in Low-Mass Galaxies at Low Redshifts and Their Strong Similarities to High-Redshift Galaxies Chun Ly1, M.A. Malkan2, T. Nagao3, N. Kashikawa4, M. Hayashi4, K. Shimasaku5 1Space Telescope Science Insitute, 2UCLA, 3Kyoto University, Japan, 4NAOJ, Japan, 5U. Tokyo, Japan. 227.02D Evolution of Lya Emitting Galaxies: Insights From a Flux-Limited GALEX Sample at z~1 Isak Wold1 1University of Wisconsin Madison. 227.03 HST/WFC3 Near-Infrared Spectroscopy of Quenched and Mildly Star Forming Galaxies at z~1.4 from WISPs: Stellar Population Properties Alejandro Bedregal1, C. Scarlata1, WISP Survey Team 1University of Minnesota.

117 Tuesday Sessions and Events

227.04 Definitive Characterization of the MgII Absorbing Circumgalactic Medium Christopher W. Churchill1, N.M. Nielsen1, G. Kacprzak2
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5SVKJMMP1 1New Mexico State Univ., 2Swinburne University of Technology, Australia. 227.05D The Evolution of the Galaxy Velocity Dispersion Function: Potential Wells Form Early and Massive Galaxies Quench Efficiently Rachel Bezanson1, P.G. Van Dokkum1, M. Franx2, J. van de Sande2, M. Kriek3, NMBS team 1Yale University, Astronomy Dept., 2Leiden University, Netherlands, 3University of California - Berkeley. 227.06 A High Resolution Spatial Study of HI Gas Around Galaxies Nigel Mathes1, G. Kacprzak2, C.W. Churchill1, N.M. Nielsen1 1New Mexico State University, 2Swinburne University of Technology, Australia. 227.07 The Distribution of Metals in the High Redshift Circumgalactic Medium Around Milky Way Progenitors Jacob Vander Vliet1, C.W. Churchill1, E.S. Klimek1
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5SVKJMMP1, D. Ceverino2, A.A. Klypin1 1New Mexico State University, 2Universidad Autonoma de Madrid, Spain. TUE 228 High Resolution Ultraviolet Imaging with the Hubble Space Telescope II [high redshift] Tuesday, 2:00 PM - 3:30 PM, Room 202A, Long Beach Convention Center Ultraviolet imaging with HST is a unique resource for the study of galaxy formation and evolution. WFC3/UVIS and ACS UV imaging probe radiation from hot massive stars and reveal the details of star formation in nearby galaxies. Deep UV surveys of galaxies in blank and cluster fields extend these studies to higher redshifts, as well as providing vital JOGPSNBUJPO
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providing a revolutionary view of galaxies in the UV. Future space missions are planned to emphasize the infrared, while deep high spatial resolution UV imaging is only available now, so there is growing recognition of the need to expand UV observations. The goal of this AAS Special Session is to highlight the current results from UV imaging, and to discuss the areas that most need additional data. Chair Claudia Scarlata1 1University of Minnesota. 228.01 The Panchromatic Hubble Ultra Deep Field: Ultraviolet Coverage Harry I. Teplitz1, M. Rafelski1, N.A. Grogin3, A.M. Koekemoer3, B.D. Siana11, H. Atek1, N.A. Bond2, T.M. Brown3, D.A. Coe3, J.W. Colbert1, D.F. De Mello14, H.C. Ferguson3, S.L. Finkelstein4, J.P. Gardner2, E.J. Gawiser5, M. Giavalisco6, C. Gronwall7, D. Hanish1, P. Kurczynski5, K. Lee8, S. Ravindranath9, R.E. Ryan3, C. Scarlata10, E. Voyer12, A.M. Wolfe13 1IPAC/Caltech, 2GSFC, 3STScI, 4UT Austin, 5Rutgers, 6U Mass., 7Penn State, 8Purdue, 9IUCAA, India, 10UMN, 11UC Riverside, 12CNRS, France, 13UCSD, 14CUA. 228.02 Lyman Break Galaxies at z<3 in the Ultraviolet Hubble Ultradeep Field Peter Kurczynski1, E.J. Gawiser1, H.I. Teplitz2, M. Rafelski2, N.A. Bond3, S. Ravindranath4, D.F. De Mello5, UVUDF Team 1Rutgers, The State University of New Jersey, 2NASA/IPAC Caltech, 3NASA / Goddard Space Flight Center, 4Inter-University Center for Astronomy and Astrophysics - Pune University, India, 5Catholic University of America. 228.03 “Hubble’s Survey of the Ultraviolet Universe: Panchromatic Extragalactic Research’’ (SUPER) Rogier A. Windhorst1
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118 Tuesday Sessions and Events

228.05 Deep HST Ultraviolet Imaging in the Field and in Lensing Clusters Brian D. Siana1, A. Alavi1, J. Richard5, D. Stark3, C. Scarlata2, H.I. Teplitz4 1UC Riverside, 2U. of Minnesota, 3U. of Arizona, 4IPAC/Caltech, 5Observatorie de Lyon, France. 228.06 Investigating HST/WFC3 Selected Lyman Break Galaxies at z=1-3 Nimish P. Hathi1, P.J. McCarthy1, S.H. Cohen2, R.E. Ryan3, R.A. Windhorst2, H. Yan4, M.J. Rutkowski2, A.M. Koekemoer3, R.W. O’Connell5, WFC3 SOC 1Carnegie Observatories, 2Arizona State University, 3STScI, 4University of Missouri, 5University of Virginia.

229 Instrumentation, Data Handling, and Image Analysis Tuesday, 2:00 PM - 3:30 PM, Room 102A, Long Beach Convention Center TUE Chair Robert J. Hanisch1 1STScI. 229.01 Double-Layer Principal Component Analysis of the Hubble Space Telescope Point Spread Function Myungkook J. Jee1 1UC Davis. 229.02 WITHDRAWN: Cleaning the Kepler Data for Variability Studies: A Community- contributed set of Tools, Processed Data, and Example Applications Suzanne Aigrain1, S.J. Roberts1, A. McQuillan1, S. Reece1 1University of Oxford, United Kingdom. 229.03 Commensal Targeted Search and Blind Survey in the Search for Extraterrestrial Intelligence at the Allen Telescope Array Gerald Harp1 1SETI Institute. 229.04 PIPER: Primordial Inflation Polarization Explorer Justin Lazear1, P. Ade6, D.J. Benford2, C.L. Bennett1, D.T. Chuss2, J.L. Dotson2, J. Eimer1, D.J. Fixsen2, M. Halpern3, J. Hinderks2, G.F. Hinshaw3, K.D. Irwin5, C.A. Jhabvala2, B. Johnson4, A.J. Kogut2, P. Mirel2, S.H. Moseley2, J. Staguhn2, 1, C. Tucker6, A. Weston2, E. Wollack2 1Johns Hopkins University, 2NASA-GSFC, 3University of British Columbia, Canada, 4Columbia University, 5NIST, 6Cardiff University, United Kingdom. 229.05 Global 21cm Signal Experiments: A Designer’s Guide Adrian Liu1, 3, J. Pritchard2, 4, M. Tegmark3, A. Loeb4 1UC Berkeley, 2Imperial College London, United Kingdom, 3Harvard University, 4Massachusetts Institute of Technology.

230 New Insights into the Distribution of Stellar Structure and Mass in Galaxies: Results from S4G Tuesday, 2:00 PM - 3:30 PM, Room 104B, Long Beach Convention Center The Spitzer Survey of Stellar Structure in Galaxies (S4G) was one of the ten Exploratory Programs granted over 500 hrs of time in the Spitzer Warm Mission in 2008. In the last three years, we have been acquiring and analyzing data for over 2300 galaxies at 3.6 and 4.5 microns mapping the stellar mass and structure in a volume, magnitude and size- limited sample of nearby galaxies with unprecedented sensitivity and resolution at these wavelengths. The science-ready images and associated data products will be released at this AAS Special Session and will constitute the largest homogenous and deepest (mu_3.6 micron ~ 27 AB mag per sq arcsec) mid-infrared data sets of the nearby Universe to date. The special session will begin by detailing the new data available to the community and highlight some of the key results from this survey including the most definitive studies

119 Tuesday Sessions and Events

of the fraction and properties of stellar bars, spiral arms, rings, bulges and disks in the local Universe. We will describe how galaxies are constructed and how their mass and stellar distributions impact our understanding of galaxy evolution. Like all Legacy surveys, these S4G results also point to much that remains unknown about galaxy evolution - the data provide a starting point for many intriguing questions that can now be tackled by future studies using S4G data with new simulations and (on-going) complementary multi- wavelength data that will help us better constrain and understand galaxy evolution. Chair Kartik Sheth1 1NRAO. 230.01 Science Highlights from the Spitzer Survey of Stellar Structure in Galaxies (S4G) & Public Release of S4G Data Kartik Sheth1 1NRAO.

4

TUE 230.02 Pipeline 1 of S G Michael W. Regan1 1STScI. 230.03 Surface Photometry at 3.6 and 4.5 Microns for the S4G Sample: Mapping the Old Stellar Backbone of Galaxies Juan Carlos Munoz-Mateos1, S4G Team 1National Radio Astronomy Observatory. 230.04 Multi-Component Decompositions for S4G Galaxies Heikki Salo1, E. Laurikainen2, 1, J. Laine1, S. Comerón1, D. Gadotti3, K. Sheth4, S4G team 1University of Oulu, Finland, 2Finnish Centre for Astronomy with ESO (FINCA), University of Turku, Finland, 3European Southern Observatory, Chile, 4NRAO. 230.05 MultiGALFIT: Automated Decomposition of Galaxy Images for S4G Joannah L. Hinz1, C.Y. Peng2, S4G Team 1University of Arizona and MMT Observatory, 2GMTO. 230.06 Using the Lopsidedness of S4G Galaxies to Learn About Disks Dennis F. Zaritsky1, S4G Team 1Univ. of Arizona.

231 Planets and Planetary Systems Identified by Kepler Tuesday, 2:00 PM - 3:30 PM, Room 201B, Long Beach Convention Center This session will present results from specific classes of exoplanets and exoplanet systems, giving their characteristics, prevalence, and distributions. Both theory and observational talks will cover Earth-size and sub-Neptune-size planets, giant planet characterization, multiple planet systems, and the dynamics of planetary systems. Chair William F. Welsh1 1San Diego State University. 231.01 Radii, Masses and Densities for 25 Exoplanets from Kepler Geoffrey W. Marcy1, Kepler Team 1UC, Berkeley. 231.02 HARPS-N: A New Tool for Characterizing Kepler Planets David W. Latham1, HARPS-N Collaboration 1Harvard-Smithsonian, CfA. 231.03 Kepler’s Multiplanet Systems Jason H. Steffen1, Kepler Science Team 1Northwestern University.

120 Tuesday Sessions and Events

231.04 The Kepler Cluster Study: A Search for Transiting Exoplanets in Open Star Clusters Soren Meibom1, Kepler Team 1Harvard-Smithsonian,CfA. 231.05 Kepler Circumbinary Planets William F. Welsh1, Kepler Team 1San Diego State University. 231.06 Implications for Planet Formation and Evolution Processes from AO Imaging of Kepler Planet Candidate Host Stars Angie Wolfgang1, G.P. Laughlin1 1University of California, Santa Cruz.

232 Stars and the Galactic Halo TUE Tuesday, 2:00 PM - 3:30 PM, Room 102B, Long Beach Convention Center Chair Heidi Newberg1 1Rensselaer Polytechnic Inst. 232.01 A New Survey for Carbon-Enhanced Metal-Poor Stars in the Halo(es) of the Galaxy Timothy C. Beers1, V. Placco2, S. Rossi2, N. Christlieb3, C. Kennedy4 1NOAO, 2Univ. of Sao Paolo, Brazil, 3Univ. of Heidelberg, Germany, 4Australian National Univ., Australia. 232.02 Are There Any Stars Lacking Neutron-Capture Elements? Ian U. Roederer1 1Carnegie Observatories. 232.03D SDSS Constraints on the Dark Matter Distribution in the Milky Way Sarah Loebman1, Z. Ivezic1, T.R. Quinn1, F. Governato1, A. Brooks2, C. Christensen3, M. Juric4 1University of Washington, 2University of Wisconsin, 3University of Arizona, 4LSST Corporation. 232.04 The Milky Way Halo: Simple, Complex, or Something Else? Prajwal R. Kafle1, S. Sharma1, G.F. Lewis1, J. Bland-Hawthorn1 1Sydney Institute for Astronomy (SIfA), The University of Sydney, Australia. 232.05D Understanding the Nature of Stellar Chemical Abundance Distributions in Nearby Stellar Systems Duane Lee1 1Columbia University. 232.06 Distant Galactic Halo Substructures Observed by the Palomar Transient Factory Branimir Sesar1 1Caltech. 232.07 The Cold Veil of the Milky Way Stellar Halo Alis Deason1, 2 1UC Santa Cruz, 2Institute of Astronomy, University of Cambridge, United Kingdom.

233 Supernovae III Tuesday, 2:00 PM - 3:30 PM, Room 101B, Long Beach Convention Center Chair Bradley E. Schaefer1 1Louisiana State Univ.

121 Tuesday Sessions and Events

233.01 SN 2007bg: The Complex Circumstellar Environment Around One of the Most Radio-Luminous Broad-Lined Type Ic Supernovae Pedro Salas1, F.E. Bauer1, 2, C. Stockdale3, 4, J. Prieto5 1Pontificia Universidad Catolica de Chile, Chile, 2Space Science Institute, 3Marquette University, 4The University of Oklahoma, 5Princeton University. 233.02D In Context: Host Environments of Thermonuclear and Core-Collapse SN Patrick Kelly1 1UC Berkeley. 233.03 The Unprecedented Third Outburst of SN 2009ip: A Luminous Blue Variable Becomes a Supernova Jon Mauerhan1, N. Smith1, A.V. Filippenko2, J. Silverman2, B. Cenko2, K. Clubb2 1University of Arizona, 2UC Berkeley. 233.04D Impact of Type Ia Supernova Ejecta on Binary Companions within the Single- Degenerate Scenario and Subsequent Evolution of Post-Impact Remnant Stars Kuo-Chuan Pan1, P.M. Ricker1, R.E. Taam2, 3

TUE 1University of Illinois at Urbana-Champaign, 2Northwestern University, 3Academia Sinica Institute of Astronomy and Astrophysics, Taiwan. 233.05D Superluminous Supernovae from Pair Instability and from SN ejecta - Circumstellar Matter Interaction: Insights from Light Curve Fits and Simulations Emmanouil Chatzopoulos1, J.C. Wheeler1, J. Vinko2 1University of Texas, Austin, 2Department of Optics and Quantum Electronics, University of Szeged, Hungary. 233.06 The Recurrent Nova U Scorpii Blew Off A Century Worth Of Accreted Material During Its 2010 Eruption, So It Will Not Become A Type Ia Supernova Bradley E. Schaefer1 1Louisiana State Univ.

234 The Galaxy: Age, Structure and Evolution Tuesday, 2:00 PM - 3:30 PM, Room 101A, Long Beach Convention Center Chair Frederick Baganoff1 1MIT. 234.01 The Bones of the Milky Way Alyssa A. Goodman1, J.F. Alves6, C. Beaumont1, 5
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#FOKBNJO7, M.A. Borkin1, 8, A. Burkert3, T.M. Dame1, J. Kauffmann2, T. Robitaille4 1Harvard-Smithsonian, CfA, 2Jet Propulsion Laboratory, 3Ludwig-Maximilians Universität München, Germany, 4Max Planck Institute for Astrophysics, Germany, 5University of Hawaii, 6University of Vienna, Austria, 7University of Wisconsin, 8Harvard University School of Engineering and Applied Science. 234.02D The Non-Standard (Rv~2.5) Extinction Toward the Inner Milky Way David M. Nataf1, 2 1Australian National University, Australia, 2The Ohio State University. 234.03D Theory and Observations of Hypervelocity Stars Idan Ginsburg1, A. Loeb2, G.A. Wegner1, W.R. Brown3, H. Perets2 1Dartmouth College, 2Harvard University, 3Smithsonian Astrophysical Observatory. 234.04D Tiny, Dusty, Galactic HI Clouds: The GALFA-HI Compact Cloud Catalog Destry R. Saul1, M.E. Putman1, J.G. Peek1 1Columbia University. 234.05 ROBOSPECT: Automated Equivalent Width Measurement Christopher Z. Waters1, J.A. Krugler2 1Institute for Astronomy, 2University of Texas.

122 Tuesday Sessions and Events

234.06 GALAH Takes Flight Daniel B. Zucker1, 2, G. De Silva2, K.C. Freeman3, J. Bland-Hawthorn4, HERMES Team 1Department of Physics and Astronomy, Macquarie University, Australia, 2Australian Astronomical Observatory, Australia, 3Research School of Astronomy & Astrophysics, Australian National University, Australia, 4Sydney Institute for Astronomy, School of Physics, University of Sydney, Australia.

235 Turbulence: Theory and Observation Tuesday, 2:00 PM - 3:30 PM, Room 102C, Long Beach Convention Center Chair Jonathan Foster1 1Boston Univ. TUE 235.01 The Role of Global Magnetic Fields on Decaying Turbulence Chang-Goo Kim1, S. Basu1 1University of Western Ontario, Canada. 235.02 Basic MHD Turbulence Andrey Beresnyak1 1Los Alamos National Laboratory. 235.03 Turbulence Driving Mechanism: From Shells in the Ophiuchus Cloud How-Huan Chen1, A.A. Goodman1, COordinated Molecular Probe Line Extinction 5IFSNBM
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123 Tuesday Sessions and Events 236 Plenary Session: Newton Lacy Pierce Prize: Hot on the Trail of Warm Planets Orbiting Cool M Dwarfs Tuesday, 3:40 PM - 4:30 PM, Grand Ballroom, Long Beach Convention Center John A. Johnson - Newton Lacy Pierce Prize The Newton Lacy Pierce Prize is awarded to John A. Johnson (Caltech) GPS
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between extrasolar planets and their parent stars, including finding a variety of orientations between planetary orbital planes and the spin axes of their stars, developing a rigorous understanding of planet detection rates in transit and direct imaging experiments, and examining possible correlations between planet frequency and the mass and metallicity of their host stars. Chair 1

TUE David J. Helfand 1AAS, Canada. 236.01 Hot on the Trail of Warm Planets Orbiting Cool M Dwarfs John A. Johnson1, Caltech ExoLab, California Planet Survey 1Caltech.

237 Plenary Session: HEAD Rossi Prize: The Flaring Crab Nebula: Surprises and Challenges Tuesday, 4:30 PM - 5:20 PM, Grand Ballroom, Long Beach Convention Center The 2012 Bruno Rossi Prize is awarded to Marco Tavani and the AGILE Team for the discovery of gamma-ray flares from the Crab Nebula. Chair Joel Bregman1 1Univ. of Michigan. 237.01 The Flaring Crab Nebula: Surprises and Challenges Marco Tavani1, 2, AGILE Team 1INAF-IAPS, Italy, 2University of Rome “Tor Vergata”, Italy.

238 HEAD Business Meeting Tuesday, 5:30 PM - 6:30 PM, Regency Ballroom D, Downtown Hyatt Long Beach Annual business meeting of the High Energy Astrophysics Division. Chair Joel N. Bregman1 1Univ. of Michigan.

Gemini Observatory Open House Tuesday, 6:00 PM - 8:00 PM, Regency Ballroom F, Downtown Hyatt Long Beach Join the Gemini Director and other staff to learn about recent activities and plans and to provide your input to guide future developments. Operations, instrumentation, BOE
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SPS Evening of Undergraduate Science Tuesday, 6:30 PM - 8:00 PM, Regency Ballroom B, Downtown Hyatt Long Beach 5IF
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will give a short talk (15-20 minutes) on astronomy as a personal endeavor, providing a perspective on the field and its future, as well as an introduction to his extensive research interests. Hors d’oeuvres will be served. Undergraduates are encouraged to bring their posters for an hour of informal discussion with each other and with the featured speaker. The evening will provide an opportunity to slow down and savor the field and the accomplishments of one’s colleagues. Organizer Thomas Olsen1 1AIP.

WFIRST Mission and NRO Telescope Tuesday, 7:00 PM - 9:00 PM, Room 101A, Long Beach Convention Center 5IF
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125 TUESDAY POSTER SESSIONS Tuesday Posters

240 Computation, Data Handling, Image Analysis Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 240.01 Using the Astrophysics Source Code Library Alice Allen1, P.J. Teuben2, G.B. Berriman3, K. DuPrie1, R.J. Hanisch4, J.D. Mink5, R.J. Nemiroff6, L. Shamir7, J.F. Wallin8 1Astrophysics Source Code Library, 2University of Maryland, 3NASA Exoplanet Science Institute, California Institute of Technology, 4Space Telescope Science Institute, 5Harvard- Smithsonian Center for Astrophysics, 6Michigan Technological University, 7Lawrence Technological University, 8Middle Tennesee State University. 240.02 Effects of the Earth’s Atmosphere and Human Neural Processing of Light on the Apparent Colors of Stars Michael Savino1, N.F. Comins1 1University of Maine. 240.03 FRELLED : The FITS Realtime Explorer of Low Latency in Every Dimension Rhys Taylor1 1NAIC, Arecibo Observatory, Puerto Rico. POSTERS: TUE POSTERS: 240.04 Polarization Monitoring Using the EVLA Kathryn Weil1, 2, S.T. Myers1 1NRAO, 2Brandeis University. 240.05 Automatic Discovery of Relationships in Astronomy Matthew Graham1
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%KPSHPWTLJ1, A.A. Mahabal1, C. Donalek1, A.J. Drake1 1Caltech. 240.06 Fast Image Subtraction Using Multi-cores and GPUs Steven Hartung1, H. Shukla2 1James Cook University, Australia, 2Lawrence Berkeley National Laboratory. 240.07 Astroplotlib.stsci.edu Leonardo Ubeda1 1Space Telescope Science Institute. 240.08 Proof of Concept for a Simple Smartphone Sky Monitor Abhilash Kantamneni1, R.J. Nemiroff1, C. Brisbois1, 2 1Michigan Technological University, 2Eastern Michigan University. 240.09 The MIS Pipeline Toolkit Peter J. Teuben1, M.W. Pound1, S. Storm1, L.G. Mundy1, D.M. Salter1, K. Lee2, W. Kwon2, M. Fernandez Lopez2, A. Plunkett3 1Univ. of Maryland, 2University of Illinois, 3Yale University. 240.10 Testing and Validating Gadget2 for GPUs Benjamin Wibking1, K. Holley-Bockelmann1, A.A. Berlind1 1Vanderbilt University. 240.11 Easier Phase IIs: Recent Improvements to the Gemini User Tools Bryan Miller1, A. Nuñez1 1Gemini Observatory, Chile. 240.12 Can You Hear Me Now? Software Development at the Allen Telescope Array Aaron Castellanos1, G. Harp2 1California State Polytechnic University, 2SETI Institute. 240.13 Transient Classification: Superior Bayesian Networks using Domain Knowledge Ashish A. Mahabal1, A. Ball1
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%KPSHPWTLJ1, C. Donalek1, A.J. Drake1, M. Graham1, R. Williams1, CRTS team 1Caltech.

126 TUESDAY POSTER SESSIONS

240.14 Exploring the Effects of Large Networks on Evolution in Low Mach Number Flows Ryan Orvedahl1, M. Zingale1, A. Almgren2, J. Bell2, A. Nonaka2 1Department of Physics and Astronomy, Stony Brook University, 2Center for Computational Sciences and Engineering, Lawrence Berkeley National Laboratory. 240.15 Hubble Legacy Archive (HLA) Pipeline Progression Rachel E. Anderson1, S. Casertano1, K. Lindsay1 1STScI. 240.16 CANFAR + Skytree: Mining Massive Datasets as an Essential Part of the Future of Astronomy Nicholas M. Ball1 1National Research Council of Canada, Canada.

240.17 Using SExtractor With the Drizzlepac Tweakreg Software for Aligning and POSTERS: TUE Combining Sources in HST/ACS Images Ray A. Lucas1, W.J. Hack1 1STScI. 240.18 The LCOGT Science Archive and Data Pipeline Tim Lister1, Z. Walker1, D. Ciardi2, C.R. Gelino2, J. Good2, A. Laity2, M. Swain2 1Las Cumbres Observatory, 2IPAC/Caltech. 240.19 New Organizations to Support Astrostatistics and Astroinformatics Joseph Hilbe1, Z. Ivezic2, E. Feigelson3 1Dept. of Statistics, Arizona State University, 2Dept. of Astronomy, University of Washington, 3Center for Astrostatistics, Penn State University. 240.20 Data Visualization Using Immersive Virtual Reality Tools Alexandru Cioc1
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%KPSHPWTLJ1, C. Donalek1, E. Lawler1, F. Sauer1, G. Longo2, 1 1Caltech, 2Univ. Federico II, Italy. 240.21 The Research Tools of the Virtual Astronomical Observatory Robert J. Hanisch1, 4, G.B. Berriman2, 4, T.J.W. Lazio3, 4
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1SPKFDU 1Space Telescope Science Institute, 2NASA Exoplanet Science Institute, California Institute of Technology, 3Jet Propulsion Laboratory, 4Virtual Astronomical Observatory. 240.22 The Virtual Astronomical Observatory Users Forum August A. Muench1, S. Emery Bunn2, Virtual Astronomical Observatory 1Smithsonian Astrophysical Observatory, 2California Institute of Technology. 240.23 Discovering Data in the Virtual Observatory Tom Donaldson1, 3, D. Hinshaw2, 3, A. Rogers1, G. Wallace1 1Space Telescope Science Institute, 2Innovim LLC (NASA/HEASARC), 3Virtual Astronomical Observatory. 240.24 Desktop Tools for the Virtual Observatory Michael J. Fitzpatrick1, D. Tody2 1NOAO, 2NRAO. 240.25 Data Discovery and Exploration with Seleste David Van Stone1, P. Harbo1, M. Tibbetts1, P. Zografou1 1Smithsonian Astrophysical Observatory. 240.26 VOStat: A Virtual Observatory Web Service for Statistical Analysis of Astronomical Data Eric Feigelson1, A. Chakraborty2, G. Babu1 1Center for Astrostatistics, Penn State, 2Indian Statistical Institute, India. 240.27 The Role of the Virtual Astronomical Observatory in the Era of Big Data G. B. Berriman1, 4, R.J. Hanisch3, 4, T.J.W. Lazio2, 4 1NASA Exoplanet Science Institute, California Institute of Technology, 2Jet Propulsion Laboratory, California Institute of Technology, 3Space Telescope Science Institute, 4Virtual Astronomical Observatory.

127 TUESDAY POSTER SESSIONS

240.28 Creation and Maintenance of a Unified Astronomy Thesaurus Norman Gray1, C. Erdmann2, A. Accomazzi2, J. Soles3, G. McCann4, M. Cassar5, C. Biemesderfer6 1University of Glasgow, United Kingdom, 2Harvard-Smithsonian Center for Astrophysics, 3McGill University, Canada, 4Institute of Physics, United Kingdom, 5American Institute of Physics, 6American Astronomical Society. 240.29 Figure Types in the AAS Journals: A Treasure Trove of Unmined Data Greg Schwarz1 1American Astronomical Society (AAS). 240.30 New Features in ADS Labs Alberto Accomazzi1, M.J. Kurtz1, E.A. Henneken1, C.S. Grant1, D. Thompson1, G. Di Milia1, J. Luker1, S.S. Murray1 1Harvard Smithsonian, CfA. 240.31 Enhancing Research Papers in Astronomy Kerry Kroffe1, G. McCann1 1IOP Publishing. 240.32 Astronomy: On the Bleeding Edge of Scholarly Infrastructure Christine Borgman1, A. Sands1, L.A. Wynholds1 1UCLA.

POSTERS: TUE POSTERS: 240.33 Data Behind the Figures in AAS Journals Chris Biemesderfer1 1American Astronomical Society. 240.34 Scripting the Virtual Observatory in Python Douglas Tody1, 2, M.J. Fitzpatrick3, 2, M. Graham4, 2, W. Young1, 2 1NRAO, 2VAO, 3NOAO, 4Caltech. 240.35 VAO Tools Enhance CANDELS Research Productivity Gretchen Greene1, J. Donley4, S. Rodney2, J. LAZIO3, A.M. Koekemoer1, I. Busko1, R.J. Hanisch1, VAO Team, CANDELS Team 1Space Telescope, 2Johns Hopkins Universitey, 3Jet Propulsion Laboratory, 4Los Alamos National Laboratory. 240.36 Data Sharing and Publishing Using the Virtual Astronomical Observatory Raymond Plante1, D.Y. Mishin2, J. LAZIO3, A.A. Muench4
7"0
1SPKFDU 1NCSA, University of Illinois Urbana-Champaign, 2Johns Hopkins University, 3Jet Propulsion Laboratory, 4Harvard-Smithsonican Center for Astrophysics. 240.37 Distributing Variable Star Data to the Virtual Observatory Richard C.S. Kinne1, M.R. Templeton1, A.A. Henden1, P. Zografou2, P. Harbo2, J. Evans2, A.H. Rots2, J. LAZIO3 1AAVSO, 2Harvard Smithsonian Center for Astrophysics, 3Jet Propulsion Laboratory. 240.38 Constructing and Analyzing Spectral Energy Distributions with the Virtual Observatory Omar Laurino1, I. Busko2, M. Cresitello-Dittmar1, R. D’Abrusco1, S. Doe1, J. Evans1, O. Pevunova4, P. Norris3 1Smithsonian Astrophysical Observatory, 2STScI, 3NOAO, 4NASA/IPAC.

241 Dark Matter and Dark Energy Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 241.01 “Local” Dark Energy Outflows Around Galaxy Groups and Rich Clusters Gene G. Byrd1, A.D. Chernin2, P. Teerikorpi3, V.P. Dolgachev2, A.A. Kanter2, L.M. Domozhilova2, M. Valtonen3 1Univ. of Alabama, 2Sternberg Astronomical Institute, Moscow State University, Russian Federation, 3Tuorla Observatory, Turku University, Finland.

128 TUESDAY POSTER SESSIONS

241.02 A Generalized Holographic Model of Cosmic Acceleration Henry Lin1 1Caddo Magnet High School. 241.03 Cosinusoidal Potential Now vs Then David F. Bartlett1 1Univ. of Colorado. 241.04 Type Ia Supernovae Selection and Forecast of Cosmology Constraints for the Dark Energy Survey Eda Gjergo1, 2, J. Duggan3, J. Cunningham3, 1, S. Kuhlmann1, R. Biswas1, E. Kovacs1, J.P. Bernstein1, H. Spinka1 1Argonne National Laboratory, 2Illinois Institute of Technology, 3Loyola University

Chicago. POSTERS: TUE 241.05 Dynamical Models of SAURON and CALIFA Galaxies: 1D and 2D Rotational Curves Veselina Kalinova1, G. van de Ven1, M. Lyubenova1, J. Falcon-Barroso2, R. van den Bosch1 1Max Planck Institute for Astronomy, Germany, 2The Instituto de Astrofísica de Canarias (IAC), Spain.

242 Dwarf and Irregular Galaxies Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 242.01 APOGEE Observations of the Center of the Sagittarius dSph Galaxy Sten Hasselquist1
43
.BKFXTLJ1, E. Lokas2, D. Nidever3, M.D. Shetrone4, R. Beaton1, K.V. Johnston7, J.A. Holtzman10, G. Zasowski1, C. Prieto4, T.C. Beers12, D. Bizyaev11, K.M.L. Cunha12, G. Damke1, P.M. Frinchaboy5, A. Garcia Perez1, J. Johnson6, D.R. Law8, S. Meszaros13, R.P. Schiavon9, V.V. Smith12, J.C. Wilson1 1University of Virginia, 2Nicolaus Copernicus Astronomical Center, Poland, 3University of Michigan, 4University of Texas, 5Texas Christian University, 6The Ohio State University, 7Columbia University, 8University of Toronto, Canada, 9Gemini Observatory, 10New Mexico State University, 11Apache Point Observatory, 12NOAO, 13Instituto de Astrofísica de Canarias, Spain. 242.02 The Distribution of Carbon Abundances in Stars in the Milky Way’s Satellite Galaxies Michelle Guo1, A. Zhang2 1Irvington High School, 2The Harker School. 242.03 The Neutral Gas Dynamics of the Nearby Magellanic Irregular Galaxy UGCA 105 Jacob Moen1, J.M. Cannon1, E. Bernstein-Cooper1, I. Cave1, J. Harris1, M. Marshall1, S. Moody1, E. O’Leary1, S. Pardy1, C. Thomann1 1Macalester College. 242.04 Searching for the Magellanic Star Stream Brianna Smart1, K.A. Olsen2 1University of Arizona, 2NOAO. 242.05 Inside Out: The Stellar Kinematics and HI Map of DDO 46 Sarah Wood1, 2, M.C. Johnson2, D.A. Hunter3, LITTLE THINGS 1University of Tennessee, 2NRAO, 3Lowell Observatory. 242.06 Properties of Dwarf Ellipticals in Low-Density Environments Debnil Sur1, P. Guhathakurta2, E. Toloba2 1Bellarmine College Preparatory, 2UC Santa Cruz.

129 TUESDAY POSTER SESSIONS 243 Galaxy Clusters Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 243.01 A Chandra X-ray Observation of the Galaxy Cluster Abell 3653: The Origin of Rapidly Moving BCG Galaxies Adrian Mead1, C.L. Sarazin1, K. Pimbblet2, I. Roseboom3
:
'VKJUB4 1University of Virginia, 2Monash University, Australia, 3Royal Observatory Edinburgh, United Kingdom, 4Osaka University, Japan. 243.02 Measuring Galaxy Cluster Polarization with Microwave Background Observations Kevin Huffenberger1 1University of Miami. 243.03 Quantitative Morphology and Possible AGN Population in the z=1.62 Proto- Cluster Michael Peth1, 2, H.C. Ferguson2, J.M. Lotz2, C.J. Papovich3, J.R. Trump4 1Johns Hopkins University, 2Space Telescope Science Institute, 3Texas A&M University, 4University of California - Santa Cruz. 243.04 The Merger Dynamics of the Abell 2061 Cluster and the Origin of the Radio Relics and Halos Taylor Hogge1, C.L. Sarazin1, D.R. Wik2 POSTERS: TUE POSTERS: 1University of Virginia, 2NASA/Goddard Space Flight Center. 243.05 Improved Optical + WISE LRG Selection Algorithms for BigBOSS Abhishek Prakash1, J. Newman1, BigBOSS Collaboration 1University of Pittsburgh. 243.06 SZ Follow-up of New Planck-Selected Clusters Carmen Rodriguez Gonzalvez1, 2, Planck Collaboration, AMI Consortium 1Caltech, 2Cavendish Laboratories, United Kingdom. 243.07 GALEX Observations of A1763 and its Filament Dario Fadda1, A. Biviano2, F. Durret3, L.O.V. Edwards4 1Caltech, 2INAF, Italy, 3IAP, France, 4Yale University. 243.08 Luminosity Functions of Dense Superclusters of Galaxies Nicholas Meek1, D.J. Batuski1, M. Batiste1 1University of Maine. 243.09 Investigating Star Formation in Interacting Galaxy Cluster Systems Seth A. Cohen1, G.A. Wegner1 1Dartmouth College. 243.10 Analysis and Reduction of ISPI Images in the Near-IR of Abell 1882 Galaxy Cluster Mayte Alfaro1, P.L. Gomez2 1Universidad de La Serena, Chile, 2Gemini South observatory, Chile. 243.11 Measuring the Red Sequence Slope in a Distant Galaxy Cluster Erin Schultz1, G. Rudnick1 1University of Kansas. 243.12 Dark Hearts in the Perseus Cluster Galaxies: A Study of Dust Absorption Features Eric Jon Hooper1, J.S. Gallagher1
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8PKUBT[FL1 1Univ. of Wisconsin-Madison. 243.13 Sloshing in Clusters of Galaxies Rachel Paterno-Mahler1, E.L. Blanton1, S.W. Randall2, T.E. Clarke3, J.D. Wing1, M.N. Ashby2, M. Brodwin4 1Boston Univ., 2Harvard Smithsonian Center for Astrophysics, 3Naval Research Laboratory, 4University of Missouri.

130 TUESDAY POSTER SESSIONS

243.14 The Mid-infrared Environments of Clusters Around Radio-loud AGN at 1.3 < z < 3.2 Dominika Wylezalek1, 2, D. Stern2, CARLA Team 1ESO, Germany, 2JPL/Caltech. 243.15 Population Analysis of Seyfert Galaxies in the Coma Abell-1367 Supercluster Megan Jones1, E.M. Wilcots1, K.M. Hess2 1University of Wisconsin, 2University of Cape Town, South Africa. 243.16 Heating the Intracluster Medium with Distributed Cluster AGN: Observational Clues? Quyen N. Hart1 1Regis University.

244 HEAD III: First Results from the NuSTAR Mission POSTERS: TUE Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 244.01 NuSTAR Galactic Plane Survey Program Kaya Mori1, N. Barriere4, F.E. Bauer9, S.E. Boggs4, W. Craig4, F. Christensen5, F. Dufour3, E.V. Gotthelf1, J.E. Grindlay10, C.J. Hailey1, F. Harrison2, D.J. Helfand1, J. Hong10, A. Hornstrup5, S. Jakobsen5, V. Kaspi3, R. Krivonos4, K. Madsen2, L. Natalucci11, K. Perez1, D.M. Smith8, D. Stern6, J. Tomsick4, S. Zhang1, W. Zhang7, NuSTAR team 1Columbia University, 2California Institute of Technology, 3McGill University, Canada, 4University of California Berkeley, 5Technical University of Denmark, Denmark, 6Jet Propulsion Laboratory, 7Goddard Space Flight Center, 8University of California, Santa Cruz, 9Space Science Institute, 10Harvard University, 11IASF, Italy. 244.02 Sagittarius A* Observations with NuSTAR Nicolas Barriere1, K. Perez2, F.K. Baganoff9, F. Bauer3, S. Boggs1, F. Christensen4, W.W. Craig5, E.V. Gotthelf2, C.J. Hailey2, F. Harrison6, J. Hong7, K. Madsen6, K. Mori2, M. Nynka2, D. Stern8, 6, J. Tomsick1, S. Zhang2, W. Zhang10, NuSTAR Team 1UC Berkeley - Space Sciences lab, 2Columbia Astrophysics Laboratory, Columbia University, 3Space Science Institute, 4DTU Space, Technical Univ.of Denmark, Denmark, 5Lawrence Livermore National Laboratory, 6California Institute of Technology, 7Harvard- Smithsonian Center for Astrophysics, 8Jet Propulsion Laboratory, 9Center for Space Research, Massachusetts Institute of Technology, 10NASA Goddard Space Flight Ctr. 244.03 The NuSTAR Program for Galactic Binaries John Tomsick1, M. Bachetti2, D. Barret2, E. Bellm3, V. Bhalarao4, S. Boggs1, D. Chakrabarty5, J. Chenevez6, F. Christensen6, S. Corbel7, W. Craig1, F. Dufour8, F. Fuerst3, B. Grefenstette3, C.J. Hailey9, F. Harrison3, A. Hornstrup6, V. Kaspi8, T. Kitaguchi3, R. Krivonos1, L.A. Lopez5, S. Lotti10, T. Lu3, C. Markwardt11, H. Miyasaka3, L. Natalucci10, M. Nowak5, K. Pottschmidt11, 12, V. Rana3, D.M. Smith13, R. Staubert14, D. Stern15, J. Wilms16, W. Zhang11, NuSTAR Team 1UC Berkeley/SSL, 2IRAP, France, 3Caltech, 4IUCAA, India, 5MIT, 6DTU Space, Denmark, 7CEA Saclay, France, 8McGill University, Canada, 9Columbia University, 10INAF/IASF, Italy, 11NASA/GSFC, 12CRESST, 13UC Santa Cruz, 14University of Tuebingen, Germany, 15NASA/ JPL, 16Dr. Karl Remeis-Observatory, Germany. 244.04 Cyclotron Lines with NuSTAR -- First Results Felix Fuerst1, B. Grefenstette1, S.E. Boggs6, F. Christensen3, W. Craig6, 4, C.J. Hailey5, F. Harrison1, K. Pottschmidt7, 8, R. Staubert10, D. Stern2, J. Tomsick6, J. Wilms9, W. Zhang7, NuSTAR team 1SRL Caltech, 2JPL, 3DTU-Space, Denmark, 4LLNL, 5Columia University, 6UC Berkeley, 7NASA-GSFC, 8CSST, UMBC, 9Remeis-Observatory & ECAP, Germany, 10IAAT, Germany.

131 TUESDAY POSTER SESSIONS

244.05 NuSTAR Observations of Magnetars and Rotation-Powered Pulsars Victoria Kaspi1, H. An1, M. Bachetti2, E. Bellm3, A. Beloborodov4, S. Boggs5, W. Craig5, D. Chakrabarty6, F. Christensen7, F. Dufour1, E.V. Gotthelf4, C.J. Hailey4, F. Harrison3, T. Kitaguchi3, C. Kouveliotou8, K. Mori4, M. Pivovaroff9, D. Stern3, J. Vogel9, W. Zhang10, NuSTAR Team 1McGill University, Canada, 2IRAP, France, 3Caltech, 4Columbia University, 5UC Berkeley, 6MIT, 7Denmark Technical U., Denmark, 8MSFC, 9Lawrence Livermore National Labs, 10GSFC. 244.06 A Magnetic White Dwarf Binary, AE Aquarii, in the 3--79 keV Band with NuSTAR Hongjun An1, T. Kitaguchi2, V. Rana3, S.E. Boggs4, F. Christensen5, W.W. Craig6, C.J. Hailey7, F. Harrison3, V. Kaspi1, D. Stern8, W. Zhang9, NuSTAR team 1McGill University, Canada, 2RIKEN, Japan, 3California Institute of Technology, 4University of California Berkeley, 5Technical University of Denmark, Denmark, 6Lawrence Livermore National Laboratory, 7Columbia University, 8Jet Propulsion Laboratory, 9Goddard Space Flight Center. 244.07 NuSTAR Observations of the Geminga Pulsar Francois Dufour1, K. Mori2, A. Beloborodov2, E.V. Gotthelf2, S.E. Boggs3, F. Christensen4, W. Craig3, 5, C.J. Hailey2, F. Harrison6, V. Kaspi1, D. Stern7, 6, W. Zhang8, NuSTAR Team 1McGill University, Canada, 2Columbia University, 3University of California Berkeley, 4Danmarks Tekniske Universitet, Denmark, 5Lawrence Livermore National Laboratory, 6California Institute of Technology, 7Jet Propulsion Laboratory, 8Goddard Space Flight POSTERS: TUE POSTERS: Center. 244.08 The NuSTAR Program for Supernova Remnants Brian Grefenstette1, H. An4, S.E. Boggs2, F. Christensen8, W.W. Craig2, C. Freyer6, C.J. Hailey5, F. Harrison1, B. Humensky5, S. Jakobsen8, V. Kaspi4, T. Kitaguchi12, L.A. Lopez11, K. Madsen1, H. Miyasaka1, K. Mori5, M. Nynka5, M. Pivovaroff9, S.P. Reynolds7, D. Stern10, 1, N.J. Westergaard8, D.R. Wik3, W. Zhang3, A. Zoglauer2, NuSTAR Team 1Caltech, 2Space Sciences Lab, UC Berkeley, 3NASA-Goddard, 4McGill University, Canada, 5Columbia University, 6Los Alamos National Lab, 7North Carolina State University, 8DTU Space, Denmark, 9Lawrence Livermore National Lab, 10NASA - Jet Propulsion Lab, 11MIT, 12RIKEN, Japan. 244.09 The NuSTAR Program for Pulsar-wind Nebulae Kristin Madsen1, H. An7, S.E. Boggs6, W.W. Craig3, C. Freyer9, B. Grefenstette1, C.J. Hailey4, B. Humensky4, S. Jakobsen2, V. Kaspi7, L.A. Lopez11, H. Miyasaka1, K. Mori4, M. Nynka4, M. Pivovaroff4, S.P. Reynolds8, T. Kitaguchi12, N.J. Westergaard2, D.R. Wik5, A. Zoglauer6, F. Christensen2, F. Harrison1, D. Stern10, W. Zhang5, NuSTAR Team 1Caltech, 2DTU Space, Denmark, 3LLNL, 4Columbia, 5Goddard, 6Berkeley, 7McGill, Canada, 8North Carolina State University, 9LANL, 10JPL, 11MIT, 12Riken, Japan. 244.10 NuSTAR’s Preliminary Results of the Pulsar Wind Nebula G21.5-0.9 Melania Nynka1, K. Madsen2, H. An3, S.E. Boggs4, F. Christensen5, W.W. Craig6, 4, C. Freyer11, B. Grefenstette2, C.J. Hailey1, F. Harrison2, B. Humensky1, S. Jakobsen5, V. Kaspi3, T. Kitaguchi2, L.A. Lopez10, H. Miyasaka2, K. Mori1, M. Pivovaroff6 S.P. Reynolds7, D. Stern8, N.J. Westergaard5, D.R. Wik9, W. Zhang9, A. Zoglauer4, NuSTAR Team 1Columbia University, 2California Institute of Technology, 3McGill University, Canada, 4Berkeley University, 5Technical University of Denmark, Denmark, 6Lawrence Livermore National Laboratory, 7North Carolina State University, 8Jet Propulsion Laboratory, 9Goddard Space Flight Center, 10Massachusetts Institute of Technology, 11Los Alamos Nation Laboratory. 244.11 The NuSTAR Supernovae & ToO Program Andreas Zoglauer1, N. Barriere1, E. Bellm2, V. Bhalerao2, S. Boggs1, F. Christensen3, W. Craig1, C. Freyer6, C.J. Hailey4, F. Harrison2, A. Hungerford6, C. Kouveliotou5, S.R. Kulkarni2, E. Ofek2, C.D. Ott2, S.P. Reynolds8, D. Stern9, W. Zhang7, NuSTAR Team 1UC Berkeley, 2Caltech, 3DTU Space, Denmark, 4Columbia University, 5NASA/GSFC, 6LANL, 7NASA/MSFC, 8NCSU, 9JPL.

132 TUESDAY POSTER SESSIONS

244.12 Probing Nature of Ultraluminous X-ray Sources using Broad-band X-ray Data Vikram Rana1, M. Bachetti2, D. Barret2, S.E. Boggs3, F. Christensen4, W.W. Craig5, 3, A. Fabian6, C.J. Hailey7, F. Harrison1, A.E. Hornschemeier8, J.M. Miller9, A. Ptak8, G. Risaliti10, D. Stern11, D. Walton1, N. Webb2, W. Zhang8, NuSTAR Team 1California Insititute of Technology, 2irap, France, 3University of California Berkeley, 4Technical University of Denmark, Denmark, 5Lowrence Livermore National Laboratory, 6Institute of Astronomy, Cambridge University, United Kingdom, 7Columbia University, 8NASA Goddard Space Flight Centre, 9University of Michigan, 10INAF-Arcetri Observatory, Italy, 11Jet Propulsion Laboratory. 244.13 Extragalactic Surveys with NuSTAR Kristen Boydstun1
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"KFMMP2, D. Alexander3, R.J. Assef4, D.R. Ballantyne5, M. Balokovic1, F.E. Bauer6, S.E. Boggs7, W.N. Brandt8, F. Christensen9, F.M. Civano10, 11 7, 12 3 10 13 14 1 A. Comastri , W. Craig , A. Del Moro , M. Elvis , F. Fiore , C.J. Hailey , F. Harrison , POSTERS: TUE D.J. Helfand14, R.C. Hickox15, S.M. LaMassa16, G. Lansbury3, B. Luo8, K. Madsen1, C. Markwardt17, 18, J. Mullaney3, S. Puccetti19, C. Saez6, D. Stern4, G. Tagliaferri20, E. Treister21, C.M. Urry16, D. Walton1, W. Zhang18, NuSTAR Science Team 1Caltech, 2SLAC/KIPAC, 3Durham University, United Kingdom, 4JPL/Caltech, 5Georgia Tech, 6Pontificia Universidad Católica de Chile, Chile, 7UC Berkeley, 8Penn State, 9DTU Space, Denmark, 10Harvard-Smithsonian CfA, 11INAF Osservatorio Astronomico di Bologna, Italy, 12LLNL, 13INAF Osservatorio Astronomico di Roma, Italy, 14Columbia University, 15Dartmouth College, 16Yale University, 17University of Maryland, 18NASA/GSFC, 19ASI SDC, Italy, 20INAF Osservatorio Astronomico di Brera, Italy, 21Universidad de Concepción, Chile. 244.14 An Overview of the NuSTAR Swift-BAT Extragalactic Survey and Preliminary Results Ting-Ni Lu1, 2
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"KFMMP3, D.M. Alexander4, D.R. Ballantyne5, M. Balokovic1, F. Bauer6, S.E. Boggs7, K. Boydstun1, F. Christensen8, W. Craig7, A. Del Moro4, C.J. Hailey9, F. Harrison1, D. Stern10, W. Zhang11, NuSTAR Team 1Caltech, 2National Tsing Hua University, Taiwan, 3SLAC/KIPAC, 4Durham University, United Kingdom, 5Georgia Tech, 6Pontificia Universidad Católica de Chile, Chile, 7UC Berkeley, 8DTU Space, Denmark, 9Columbia University, 10JPL/Caltech, 11NASA/GSFC. 244.15 NuSTAR Observations of Bright AGNs Martin Elvis1, D.R. Ballantyne11, R.D. Blandford4, S. Boggs7, K. Boydstun3, L. Brenneman1, M. Cappi14, F. Christensen8, W. Craig7, A. Fabian5, F. Fuerst3, M. Guainazzi15, C.J. Hailey9, F. Harrison3
(.
.BEFKTLJ4, A. Marinucci2, G. Matt2, K. Nandra13, C.S. Reynolds12, D. Stern6, 3, D. Walton3, 5, W. Zhang10, NuSTAR team 1Harvard-Smithsonian CfA, 2Universita’ degli studi Roma Tre, Italy, 3California Institute of Technology, 4Stanford University, 5Cambridge University, United Kingdom, 6NASA/JPL, 7University of California, Berkeley, 8National Space Institute, Danish Technical University, Denmark, 9Columbia University, 10NASA/GSFC, 11Georgia Institute of Technology, 12University of Maryland, 13Max Planck Instituet fuer Extraterrestriche Physik, Germany, 14INAF-Bologna, Italy, 15ESA-ESAC, Spain. 244.16 Cross-calibration of NuSTAR: A Multi-observatory Snapshot of Blazar 3C273 Mislav Balokovic1, D.R. Ballantyne2, R.D. Blandford3, S.E. Boggs4, K. Boydstun1, L. Brenneman5, M. Cappi6, F. Christensen7, W. Craig4, M. Elvis5, A. Fabian8, F. Fuerst1, M. Guainazzi9, C.J. Hailey10, F. Harrison1
(.
.BEFKTLJ3, A. Marinucci11, 5, G. Matt11, K. Nandra12, C.S. Reynolds13, D. Stern14, 1, D. Walton1, W. Zhang15, NuSTAR Team 1California Institute of Technology, 2Georgia Institute of Technology, 3Stanford University, 4University of California, 5Harvard-Smithsonian Center for Astrophysics, 6Istituto di Astrofisica Spaziale e Fisica Cosmica, Italy, 7Technical University of Denmark, Denmark, 8University of Cambridge, United Kingdom, 9European Space Astronomy Centre, Spain, 10Columbia University, 11Universita degli Studi Roma Tre, Italy, 12Max Planck Institute for Extraterrestrial Physics, Germany, 13University of Maryland, 14Jet Propulsion Laboratory, 15Goddard Space Flight Center.

133 TUESDAY POSTER SESSIONS

244.17 The NuSTAR Obscured AGN Observing Program Dom Walton1, D. Alexander2, R. Assef1, M. Balokovic1, F.E. Bauer3, S.E. Boggs4, K. Boydstun1, W.N. Brandt5, F. Christensen6, A. Comastri7, W. Craig4, D. Farrah8, F. Fiore9, C.J. Hailey10, F. Harrison1, R.C. Hickox11, B. Luo5, K. Madsen1, J.R. Rigby12, G. Risaliti13, D. Stern1, S.H. Teng12, S. Veilleux14, W. Zhang12 1Caltech, 2Durham University, United Kingdom, 3University of Colorado, 4UC Berkeley, 5Pennsylvania State University, 6Technical University of Denmark, Denmark, 7INAF- Osservatorio Astronomico di Bologna, Italy, 8Virginia Tech, 9Osservatorio Astronomico di Roma, Italy, 10Columbia University, 11Dartmouth College, 12Goddard Space Flight Center, 13Harvard CfA, 14University of Maryland. 244.18 The NuSTAR View of the ULIRG Mrk 231 Stacy H. Teng1, D. Walton2, J.R. Rigby1, S. Boggs3, F. Christensen4, W.W. Craig3, 5, C.J. Hailey6, F. Harrison2, A. Ptak1, D. Stern7, 2, S. Veilleux8, W. Zhang1, NuSTAR Team 1NASA/GSFC, 2Caltech, 3UC Berkeley, 4DTU Space, Denmark, 5LLNL, 6Columbia, 7JPL, 8UMD. 244.19 NuSTAR Observations of Blazars and Radio Galaxies: First Results and Plans for the Future Grzegorz M. Madejski1, 2
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"KFMMP8, 2, M. Balokovic3, R.D. Blandford1, 2, S.E. Boggs8, K. Boydstun3, F. Christensen13, W. Craig8, B. Giebels12, P. Giommi14, C.J. Hailey6, F. Harrison3, M. Hayashida1, 2, B. Humensky6, Y. Inoue1, 2, J. Koglin1, H. Krawczynski11, D. Meier9, 3, P.M. Ogle3, D. Paneque15, 1, M. Perri14, S. Puccetti14, A.C.S. Readhead3, C.S. Reynolds5, D. Stern9, 3, G. Tagliaferri10, C.M. Urry7, W. Zhang4, NuSTAR Team POSTERS: TUE POSTERS: 1Stanford Linear Accelerator Ctr., 2Kavli Institute for Particle Astrophysics and Cosmology, 3California Institute of Technology, 4NASA’s Goddard Space Flight Center, 5University of Maryland, 6Columbia University, 7Yale University, 8Univ. of California / Berkeley, 9NASA’s Jet Propulsion Lab, 10Brera Observatory, Italy, 11Washington University, 12Ecole Polytechnique, France, 13DTU, Denmark, 14ASDC / ASI, Italy, 15Max Planck / Physik, Germany. 244.20 NuSTAR’s Hard Look at Clusters and Relics: Bullet Cluster First Results Daniel R. Wik1, S.E. Boggs2, F. Christensen3, W. Craig4, D. Ferreira3, C.J. Hailey5, F. Harrison6, A. Hornstrup3, T. Kitaguchi7
(.
.BEFKTLJ8, S. Molendi9, K. Pedersen3, D. Stern10, W. Zhang1, A. Zoglauer2, NuSTAR team 1NASA Goddard Space Flight Center, 2U.C. Berkeley Space Sciences Laboratory, 3National Space Institute, Technical University of Denmark, Denmark, 4Lawrence Livermore National Laboratory, 5Columbia University, 6Caltech Division of Physics, Mathematics and Astronomy, 7RIKEN, Japan, 8KIPAC, SLAC National Accelerator Laboratory, 9INAF-IASF, Italy, 10Jet Propulsion Laboratory. 244.21 Getting a Good, Hard X-ray Look at Starburst Galaxies with NuSTAR Andrew Ptak1, M. Argo9, K. Bechtol5, S.E. Boggs4, F. Christensen6, W. Craig4, C.J. Hailey3, F. Harrison2, A.E. Hornschemeier1, B. Lehmer1, J. Leyder1, T. Maccarone7, D. Stern10, T.M. Venters1, D.R. Wik1, A. Zezas8, W. Zhang1, NuSTAR Team 1NASA/GSFC, 2CalTech, 3Columbia University, 4UC Berkeley, 5University of Chicago, 6DTU Space, Denmark, 7University of Southampton, United Kingdom, 8University of Crete, Greece, 9ASTRON, Netherlands, 10NASA/JPL. 244.22 NuSTAR, Chandra, and VLBA Monitoring of the X-ray Binary Population in NGC 253 Bret Lehmer1, 2, D.R. Wik2, M. Argo3, K. Bechtol4, S.E. Boggs5, F. Christensen6, W. Craig5, C.J. Hailey7, F. Harrison8, A.E. Hornschemeier2, J. Leyder2, T. Maccarone9, A. Ptak2, D. Stern10, T.M. Venters2, A. Zezas11, W. Zhang2, NuSTAR Team 1Johns Hopkins University, 2NASA GSFC, 3Neatherlands Institute for Radio Astronomy, Netherlands, 4University of Chicago, 5UC Berkeley, 6DTU Space, Denmark, 7Columbia, 8California Institute of Technology, 9University of Southampton, United Kingdom, 10JPL, 11University of Crete, Greece.

134 TUESDAY POSTER SESSIONS

244.23 Opportunities for Solar Science with NuSTAR Lindsay Glesener1, S.E. Boggs1, F. Christensen6, W.W. Craig1, 7, C.J. Hailey8, B. Grefenstette5, F. Harrison5, H.S. Hudson1, G.J. Hurford1, S. Krucker1, 3, A. Marsh2, R.A. Mewaldt5, M. Pivovaroff7, D.M. Smith2, D. Stern10, J. Vogel7, S.M. White4, W. Zhang9, NuSTAR Team 1University of California, Berkeley, 2University of California, Santa Cruz, 3University of Applied Sciences Northwestern Switzerland, Switzerland, 4Air Force Research Laboratory, 5California Institute of Technology, 6Technical University of Denmark, Denmark, 7Lawrence Livermore National Laboratory, 8Columbia University, 9Goddard Space Flight Center, 10Jet Propulsion Laboratory. 244.24 Commissioning and In-flight Calibration of the Nuclear Spectroscopic Telescope Array (NuSTAR)

Hiromasa Miyasaka1, A. HongJun2, M. Bachetti3, E. Bellm1, V. Bhalerao4, S.E. Boggs5, POSTERS: TUE M. Balokovic1, R. Cook1, F. Christensen6, W.W. Craig7, 5, K. Forster1, F. Fuerst1, B. Grefenstette1, F. Harrison1, C.J. Hailey8, T. Kitaguchi9, T. Lu1, K. Madsen1, P.H. Mao1, M. Nynka8, M. Perri10, S. Puccetti10, V. Rana1, D. Stern11, D. Walton1, N.J. Westergaard6, D.R. Wik12, W. Zhang12, A. Zoglauer5, NuSTAR team 1California Institute of Technology, 2McGill University, Canada, 3IRAP, France, 4IUCAA, India, 5U.C. Berkeley Space Sciences Laboratory, 6Technical University of Denmark, Denmark, 7Lawrence Livermore National Laboratory, 8Columbia University, 9RIKEN, Japan, 10ASI Science Data Center, Italy, 11Jet Propulsion Laboratory, 12NASA Goddard Space Flight Center. 244.25 The NuSTAR Education and Public Outreach Program Lynn R. Cominsky1, K.M. McLin1, S. Boggs2, F. Christensen3, W. Craig2, C.J. Hailey4, F. Harrison5, D. Stern6, 5, W. Zhang7, NuSTAR team 1Sonoma State University, 2UC Berkeley, 3DTU Space, Denmark, 4Columbia University, 5Caltech, 6JPL, 7NASA Goddard Space Flight Center.

245 Intergalactic Medium, QSO Absorption Line Systems Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 245.01 The Keck Observatory Database of Ionized Absorbers Toward QSOs (KODIAQ): II. A large Sample of CIV Selected Absorbers in the IGM and the ISM and CGM of Galaxies at z>1.6 Ashley Armstrong1, V. Burns2, J. O’Meara1, N. Lehner2, A. Fox4, J.C. Howk2, J.X. Prochaska3, A.M. Wolfe5 1Saint Michael’s College, 2University of Notre Dame, 3University of California, Santa Cruz, 4Space Telescope Science Institute, 5University of California, San Diego. 245.02 The Keck Observatory Database of Ionized Absorbers Toward QSOs (KODIAQ): I. Hunting for OVI Absorbers in Strong HI Absorbers at z>2 Vincent Burns1, A. Armstrong2, N. Lehner1, J. O’Meara2, A. Fox3, J.C. Howk1, J.X. Prochaska4, A.M. Wolfe5 1University of Notre Dame, 2St. Michael’s College, 3STScI, 4UC, Santa Cruz, 5UC, San Diego. 245.03 Constraints on the IGM Temperature-Density Relationship from BOSS Lyman-α Forest Data Khee-Gan Lee1, 2, J. Hennawi1, D.N. Spergel2, D.W. Hogg7, M. Viel5, M. Pieri6, J. Bolton4, S.J. Bailey3, J. Ge8, D.J. Schlegel3, N. Suzuki3, BOSS Collaboration 1Max Planck Institute for Astronomy, Germany, 2Princeton University, 3Lawrence Berkeley National Laboratory, 4University of Melbourne, Australia, 5Osservatorio Astronomico di Trieste, Italy, 6University of Portsmouth, United Kingdom, 7New York University, 8University of Florida. 245.04 A COS Survey of the Low-Redshift Intergalactic Medium Charles Danforth1, M. Pieri2, J.M. Shull1, B.A. Keeney1, M.L. Stevans1, J.T. Stocke1, B.D. Savage3, J.C. Green1 1Univ. of Colorado, 2University of Portsmouth, United Kingdom, 3University of Wisconsin.

135 TUESDAY POSTER SESSIONS

245.05 Unraveling the Mysteries of the Leo Ring: An Absorption Line Study of an Unusual Gas Cloud Jessica Rosenberg1, K. Haislmaier1, M. Giroux2, B.A. Keeney3, S.E. Schneider4 1George Mason University, 2East Tennessee State University, 3University of Colorado, 4University of Massachusetts. 245.06 Detection of Dark Galaxies and Circum-galactic Filaments Fluorescently Illuminated by the z=2.4 Quasar HE0109-3518 Sebastiano Cantalupo1, 2, S.J. Lilly3, M.G. Haehnelt2 1University of California, Santa Cruz, 2Kavli Institute for Cosmology, Cambridge, United Kingdom, 3Institute for Astronomy, Switzerland. 245.07 Probing Extended Gaseous Disk of M31 using Quasar Absorption Lines Gendith Sardane1, S. Rao1, D.A. Turnshek1, D.A. Thilker2, D. Vanden Berk3, R.A.M. Walterbos4, D.G. York5 1University of Pittsburgh-Physics and Astronomy, 2Johns Hopkins University, 3Saint Vincent College, 4New Mexico State University, 5University of Chicago. 245.08 Testing Observational Probes of the z=2.2 Circumgalactic Medium using Cosmological Scale Hydrodynamic Simulations Sean Fillingham1, M.S. Peeples1, B.D. Oppenheimer2, R. Dave3, A.B. Ford3, J.A. Kollmeier4 1University of California, Los Angeles, 2Leiden University, Netherlands, 3University of 4 POSTERS: TUE POSTERS: Arizona, Observatories of the Carnegie Institute of Washington. 245.09 Seeing Galaxies Through the Forest: Spectral Stacking of Damped Lyman Alpha Systems Steffi Yen1, 2, R. Jorgenson2, M. Murphy3 1University of Maryland, 2Institute for Astronomy, University of Hawai’i, 3Centre for Astrophysics and Supercomputing, Swinburne University of Technology, Australia. 245.10 Dark Matter Physics in the Dark Ages Katherine Mack1 1University of Melbourne, Australia.

246 K-12 Students Learning and Doing Astronomy Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 246.01 Reflections on the IYA 2009 Galileoscope Project Stephen M. Pompea1, R.T. Fienberg2, D.N. Arion3, R.T. Sparks1 1NOAO, 2AAS, 3Carthage College. 246.02 Dark Skies, Bright Kids! Year 4 Kimberly R. Sokal1, K.E. Johnson1, L.D. Barcos-Munoz1, R. Beaton1, J. Borish1, S.B. Crawford1, J. Corby1, G. Damke1, J. Dean1, G. Dorsey1, L. Jackson1, S. Liss1, A. Oza1, S. Peacock1, B. Prager1, C. Romero1, G.R. Sivakoff2, L. Walker1, D.G. Whelan1, C. Zucker1 1University of Virginia, 2University of Alberta, Canada. 246.03 WITHDRAWN: The Development Of Astronomy-themed Interdisciplinary Curriculum Modules For Senior High School Students Ruolan Jin1, Y. Lin1, A. Kong2, P. Wu1, S. Lai2, H. Chang2, Astronomy Curriculum Development Team of Taipei First Girls’ High School 1Taipei First Girls’ High School, Taiwan, 2National Tsing Hua University, Institute of Astronomy and Department of Physics, Taiwan. 246.04 University of Washington Mobile Planetarium: Bringing HST Science to Seattle Public Schools Justin Gailey1, O. Fraiser1, P. Rosenfield1, E. Byler1, J.P. Wisniewski2 1University of Washington, 2University of Oklahoma. 246.05 The Hubble Exoplanet Classroom Laura Stevens1, J. Carson1, D. Ruwadi1, K. Low1, S. Jordan1, G. Schneider2 1College of Charleston, 2University of Arizona. 136 TUESDAY POSTER SESSIONS

246.06 Making Data Mobile: The Hubble Deep Field Academy iPad app Bonnie Eisenhamer1, K. Cordes1, S. Davis1, J. Eisenhamer1 1STScI. 246.07 How Do Astronomers Know That? Educating Teachers, Students & the Public on HOW You Discover Young Stars Robert Bonadurer1, M. Piper2, D. French3, J. Barge4, L.J. Novatne5, L.M. Rebull6, B. Ali7, R. Laher7, J. Armstrong8 1Milwaukee Public Museum, 2Lincoln Way High School, 3New Philadelphia High School, 4Walter Payton College Prep High School, 5Reedley College, 6Spitzer Science Center (SSC), 7Infrared Processing and Analysis Center (IPAC), 8University of Hawaii and LCOGT. 246.08 The Hetu’u Global Network: Using the rare June 5th/6th Transit of Venus to

Bring Astronomy to the Remote Easter Island POSTERS: TUE Jacqueline Faherty2, 1, D. Rodriguez2 1American Museum of Natural History, 2Universidad de Chile, Chile. 246.09 The Hetu’u Global Network: Measuring the Distance to the Sun with the Transit of Venus David Rodriguez1, J. Faherty1, 2 1Universidad de Chile, Chile, 2American Museum of Natural History. 246.10 Thinking Big for 25 Years: Astronomy Camp Research Projects Eric Jon Hooper1, D.W. McCarthy2, S.D. Benecchi3, T.J. Henry4, J.D. Kirkpatrick5, C. Kulesa2, M.S. Oey6, J. Regester7, W.M. Schlingman8, Astronomy Camp Staff 1Univ. of Wisconsin-Madison, 2University of Arizona, 3Carnegie Institution of Washington, 4Georgia State University, 5Infrared Processing and Analysis Center, 6University of Michigan, 7Greensboro Day School, 8University of Colorado Boulder. 246.11 Lighting the Fire for 25 years: The Nature and Legacy of Astronomy Camp Donald W. McCarthy3, E. Hooper6, S.D. Benecchi5, T.J. Henry2, J.D. Kirkpatrick1, C. Kulesa3, M.S. Oey4, J. Regester7, W.M. Schlingman8, Astronomy Camp Staff 1IPAC, 2Georgia State University, 3The University of Arizona, 4University of Michigan, 5DTM Carnegie Institute of Washington, 6University of Wisconsin, 7Greensboro Day School, 8University of Colorado Boulder. 246.12 2012 Summer Research Experiences for Undergraduates at Pisgah Astronomical Research Institute Michael W. Castelaz1, J.D. Cline1, C. Whitworth1, D. Clavier1, L. Owen1 1Pisgah Astronomical Research Inst. 246.13 Meeting Inquiry National Standards with High School Research Projects Sally Seebode1, C. Melton2, M. McCutcheon3, J.M. Childers4, C. Odden5, D. Ciardi6, S.B. Howell7 1San Mateo High School, 2Coral Glades High School, 3Latin School of Chicago, 4Boonshoft Museum of Discovery, 5Phillips Academy, 6Caltech, 7NASA/Ames Research Center. 246.14 The Effects of Authentic Science Research on High School Students Engaged in an Independent Astronomy Program Michael Martinson1, E. Gutierrez1, A. Niedbalec1, H. Sprow1, M. Linahan1 1Carmel Catholic High School. 246.15 Giving High School Students a Research Grade Radio Telescope to Control; Motivational Results from Access to Real Scientific Tools Russell Kohrs1, 2, G. Langston2, S. Heatherly2 1Broadway High School, 2NRAO. 246.16 High School and Middle School Students Experience Authentic Science Research Investigating Active Galactic Nuclei Thomas Doyle1, W. Curtis2, A. Neilson2, C. Laurence2
;
.BKFSDJL2, A. Mohamud2, J. Blackwell4, A. Glidden4, R. Robles1, R. Chanda1, A. Payamps1, M. McGeeney3, P. Thompson3, J. Mauduit5, J. Llamas5, T. Mikel3, A.E. Gruen3, G. Uribe3
7
(PSKJBO6 1Freeport Public Schools, 2Waynflete School, 3Monrovia High School, 4Phillips Exeter Academy, 5Spitzer Science Center/Caltech, 6JPL/Caltech. 137 TUESDAY POSTER SESSIONS

246.17 Remote Research Mentoring of Virginia High School Students Joanna Corby1, W.J. Dirienzo1, R. Beaton1, T. Pennucci1, G. Zasowski2 1University of Virginia, 2Ohio State University. 246.18 The Bok Award Presented for High School Astronomy Research at the Intel Science Fair Catharine D. Garmany1 1NOAO.

247 Large Synoptic Survey Telescope Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 247.01 LSST Data Products: Enabling LSST Science Mario Juric1, J. Kantor1, T.S. Axelrod2, G.P. Dubois-Felsmann3, J. Becla3, K. Lim3, LSST Collaboration, LSST Science Collaborations 1Large Synoptic Survey Telescope, 2University of Arizona, 3SLAC National Accelerator Laboratory. 247.02 Astroinformatics in the Age of LSST: Analyzing the Summer 2012 Data Release Kirk D. Borne1, N.M. De Lee2, K. Stassun2, M. Paegert2, P. Cargile2, D. Burger2, J.S. Bloom3, J. Richards3 1George Mason Univ., 2Vanderbilt University, 3UC Berkeley. POSTERS: TUE POSTERS: 247.03 Advancing the LSST Operations Simulator Abhijit Saha1, S.T. Ridgway1, K.H. Cook3, F. Delgado1, S. Chandrasekharan1, C.E. Petry2, Operations Simulator Group 1NOAO, 2University of Arizona, 3LSST Corp. 247.04 Simulated LSST Mini-Surveys Stephen T. Ridgway1, LSST Operations Simulator Group 1NOAO. 247.05 LSST Image Simulations En-Hsin Peng1, J.R. Peterson1, J.G. Jernigan2, A.J. Connolly3, Z. Ahmad1, J.R. Bankert1, D.J. Bard4, C. Chang5, C.F. Claver6, R.R. Gibson3, D.K. Gilmore4, E. Grace1, M. Hannel1, M.A. Hodge1, R.L. Jones3, S.M. Kahn4, K.S. Krughoff3, S. Lorenz1, S.L. Marshall4, 4
/BHBSBKBO1, A. Rasmussen4, M. Shmakova4, N.M. Silvestri3, N. Todd1, A. Winans1, M.K. Young1 1Purdue University, 2UC Berkeley, 3University of Washington, 4SLAC, 5Stanford University, 6NOAO. 247.06 LSST Astrometry: Simulations and Numerical Studies Zeljko Ivezic1, D.G. Monet2, C.F. Claver3, T.S. Axelrod3, J. Gizis5, R. Lupton4 1University of Washington, 2U.S. Naval Observatory Flagstaff Station, 3LSST Corporation, 4Princeton University, 5University of Delaware. 247.07 The LSST Deep Drilling Program R. L. Jones1, W.N. Brandt2, K.H. Cook3, M. Lacy4, S. Dhital5, LSST Deep Drilling Interest Group 1Univ. of Washington, 2Pennsylvania State University, 3LSST Corp, 4NRAO, 5Boston University. 247.08 LSST as a Large-Scale Structure Telescope: Probing Cosmology and Galaxy Formation Eric J. Gawiser1, H. Zhan2, A. Abate3,V. Acquaviva4, A. Bradshaw5, R.J. Brunner6, S. Ho7, J. Newman8, J.A. Tyson5, LSST Large Scale Structure Science Collaboration 1Rutgers University, 2National Astronomical Observatories of China, 3University of Arizona, 4CUNY NYC College of Technology, 5University of California, Davis, 6University of Illinois, 7Carnegie Mellon University, 8University of Pittsburgh.

138 TUESDAY POSTER SESSIONS

247.09 How to Measure Dark Energy with LSST’s Strong Gravitational Lenses Philip J. Marshall1, T. Treu2, R.J. Brunner3, LSST Strong Lensing and Dark Energy Science Collaborations 1University of Oxford, United Kingdom, 2University of California, 3University of Illinois. 247.10 AGN Science with the LSST Ohad Shemmer1, S.F. Anderson2, D.R. Ballantyne3, A.J. Barth4, W.N. Brandt5, R.J. Brunner6, G. Chartas7, P.S. Coppi8, W.H. de Vries9, M. Eracleous5, X. Fan10, R. Gibson11, A.G. Gray3, R.F. Green12, A.E. Kimball13, M. Lacy13, P. Lira14
(.
.BEFKTLJ15, J. Newman16, G.T. Richards17, D.P. Schneider5, A. Seth18, H.A. Smith19, M.A. Strauss20, E. Treister21, L. Trouille22, 23, C.M. Urry8, D. Vanden Berk24 1University of North Texas, 2University of Washington, 3Georgia Tech, 4UC Irvine, 5Penn State, 6UIUC, 7College of Charleston, 8Yale, 9LLNL, 10University of Arizona, 11Autonomy

Software, 12LBTO, 13NRAO, 14Universidad de Chile, Chile, 15SLAC, 16University of Pittsburgh, POSTERS: TUE 17Drexel University, 18University of Utah, 19CfA, 20Princeton, 21Universidad de Concepcion, Chile, 22Northwestern, 23Adler Planetarium, 24St. Vincent College. 247.11 Connections Between LSST Science and Particle Physics J. A. Tyson1, P. Burchat3, G.P. Dubois-Felsmann2, S.M. Kahn2, I. Shipsey4, J. Thaler5 1UC Davis, 2SLAC, 3Stanford University, 4Purdue, 5U. Illinois. 247.12 NOAO and LSST: Illuminating the Path to LSST for All Users Knut A. Olsen1, T. Matheson1, S.T. Ridgway1, A. Saha1, T.R. Lauer1, NOAO LSST Science Working Group 1NOAO.

248 New Results from Astronomy Education Research Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 248.01 EduBites: Cliffs Notes for E/PO Carolyn Brinkworth1, L. Bartolone2, M. Wenger3, A. Martin4, M. Nichols-Yehling2, R.L. Hurt1, G.K. Squires1 1Caltech, 2Adler Planetarium, 3University of Arizona, 4NASA Langley Research Center. 248.02 Study of Citizen Scientist Motivations and Effectiveness of Social Media Campaigns Nicole E. Gugliucci1, P.L. Gay1, 2, G. Bracey1, C. Lehan1, S. Lewis3, 1, J. Moore1, J. Rhea2 1SIUE, 2AstroSphere New Media, 3Citrus College. 248.03 CosmoQuest: Virtual Star Parties as a Conduit to Citizen Science Research Scott Lewis1, 2, N.E. Gugliucci2, P.L. Gay2, Amateur Astronomer Team, Commentator Team 1Citrus College, 2S.I.U.E. 248.04 Identifying and Addressing Difficulties with Aperture, Wavelength, and Resolution Christopher Border1, K. O’Connor2, D. Rothrock3, C.H. Johnson4, R. Chary5 1Maui Preparatory Academy, 2Lokelani Intermediate School, 3Madisonville High School, 4Breck School, 5U.S. Planck Data Center. 248.05 Using PlayDoh Astronomy for Understanding the Size and Scale of the Earth- Moon System and as a Probe for Spatial Translation Ability Erika Grundstrom1, 2 1Vanderbilt University, 2Fisk University. 248.06 The California-Arizona Minority Partnership for Astronomy Research and Education (CAMPARE): Astronomy Education Research Gabriela E. Serna1, J. Eckenrode2, D.W. McCarthy3, C.S. Wallace2, E.E. Prather2, G. Brissenden2, A.L. Rudolph4, Collaboration of Astronomy Teaching Scholars (CATS) 1California State University - Fullerton, 2Center for Astronomy Education (CAE), Steward Observatory, University of Arizona, 3Steward Observatory, University of Arizona, 4California State Polytechnic University.

139 TUESDAY POSTER SESSIONS 249 Planetary Nebulae, Supernova Remnants Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 249.01 Deep Optical Spectroscopy of Planetary Nebulae: The Search for Neutron-Capture Elements Nicholas C. Sterling1, K. Garofali2, H.L. Dinerstein3, S. Hwang3, S. Redfield4 1Valparaiso University, 2University of Washington, 3University of Texas, 4Wesleyan University. 249.02 Infrared Spectra of Evolved Carbon-rich Objects and the Destruction of Carbon-rich Dust Andrew Weis1, 2, G.C. Sloan2, K.E. Kraemer3, J. Bernard-Salas4 1Department of Physics & Astronomy, University of Pittsburgh, 2Center for Radiophysics and Space Research, Cornell University, 3Institute for Scientific Research, Boston College, 4Institut d’Astrophysique Spatiale, CNRS/Université Paris-Sud 11, France. 249.03 SOFIA Observations of the Planetary Nebula NGC7027 Timothy Spuck1, M.W. Werner2, R. Sahai2, M. Hartley6, T.L. Herter4, J. Horner7, L.D. Keller5, J. Livingston2, M. Morris3 1Oil City High School/NITARP, 2NASA-JPL/Caltech, 3University of California - Los Angeles, 4Cornell University, 5Ithaca College, 6Clarion Area High School/NITARP, 7Keystone Jr/Sr High School/NITARP.

POSTERS: TUE POSTERS: 249.04 Clumpy Molecular Hydrogen in the Dumbbell Nebula Sean Baldridge1, A. Speck1, M. Matsuura2, 3, G. Jacoby4 1University of Missouri, 2National Astronomical Observatory of Japan, Japan, 3University of Manchester, United Kingdom, 4National Optics Astronomy Observatory. 249.05 Surveying Open Clusters for Emission Line Objects: A Progress Report Kelsey M. Braxton1, J.H. Lutz1, H. Forsman2, M. Albright1, B. Bushell1, G. Freischlad1, A. Steger1, J.R.A. Davenport1 1University of Washington, 2Central Washington University. 249.06 Finding Variable Stars in Planetary Nebula using the ISIS Subtraction Software Jacob Long1, K. Nault1, T.C. Hillwig1 1Valparaiso University. 249.07 The Binary Fraction of Planetary Nebula Central Stars in the Kepler Field Joseph Long3, G. Jacoby1, O. De Marco2, T.C. Hillwig6, M. Kronberger4, S.B. Howell5 1Giant Magellan Telescope Organization, 2Macquarie University, Australia, 3Pomona College, 4CERN, Switzerland, 5NASA Ames, 6Valparaiso University. 249.08 A Comparison of Observed Abundances in Five Well-Studied Planetary Nebulae Jolene Tanner1, B. Balick1, K.B. Kwitter2 1University of Washington, 2Williams College. 249.09 Modeling the Binary Central Star of the Planetary Nebula PHR J1510-6754 Todd C. Hillwig1, S.J. Margheim2, O. De Marco3, D. Frew3 1Valparaiso University, 2Gemini Observatory, Chile, 3Macquarie University, Australia. 249.10 Planetary Nebulae with Binary Cores Michael Politano1, J.D. Provance1 1Marquette Univ. 249.11 Expansion Velocity Analysis of the Bow Tie Planetary Nebula NGC 40 Siek Hyung1, S. Lee1 1Chungbuk National University, Republic of Korea. 249.12 The Conical Outflow of NGC 7026, a Multipolar Planetary Nebula David M. Clark1, J. López1, W. Steffen1, M.G. Richer1 1IA-UNAM. 249.13 Asymmetric Circumstellar Matter in Type Ia Supernova Remnants Kazimierz J. Borkowski1, S.P. Reynolds1, J.M. Blondin1 1North Carolina State Univ. 140 TUESDAY POSTER SESSIONS

249.14 The Thin X-ray Rims of SN1006 Sean Ressler1, S.P. Reynolds1, P.F. Winkler2, U. Hwang3, S. Katsuda4, K.S. Long5, R. Petre3, B.J. Williams3 1Physics Department, North Carolina State University, 2Department of Physics, Middlebury College, 3NASA Goddard Space Flight Center, 4RIKEN (The Institute of Physical and Chemical Research), Japan, 5Space Telescope Science Institute. 249.15 Chandra and Spitzer Observations of the NW Filament of SN 1006 Brian J. Williams1, P.F. Winkler3, S. Katsuda8, W.P. Blair4, K.J. Borkowski2, P. Ghavamian5, K.S. Long7, R. Petre1, J.C. Raymond6, S.P. Reynolds2 1NASA Goddard Space Flight Center, 2North Carolina State University, 3Middlebury College, 4Johns Hopkins University, 5Towson University, 6Harvard-Smithsonian Center for Astrophysics, 7Space Telescope Science Institute, 8Satoru Katsuda, Japan. POSTERS: TUE 249.16 A Deep, High-Resoluiton View of SN 1006 from Chandra P. F. Winkler1, U. Hwang2, S. Katsuda3, K.S. Long4, R. Petre2, S.P. Reynolds5, B.J. Williams2 1Middlebury College, 2NASA-GSFC, 3RIKEN, Japan, 4STScI, 5NCSU. 249.17 An Optical Emission-Line Atlas of Galactic Supernova Remnants Edward Smyth1, K.M. Campbell1, L.A. Perez2, P.F. Winkler1 1Middlebury, 2Wellesley. 249.18 Mid-Infrared Panoramic Views of the Cygnus Loop Parviz Ghavamian1, J. Powell1 1Towson University. 249.19 Discovery of High-Velocity Gas in Absorption Associated with the Supernova Remnant W28 Adam M. Ritchey1, G. Wallerstein1 1University of Washington. 249.20 Doppler Boosted Diffusive Shock Acceleration as an Explanation for the Crab Nebula Gamma-Ray Flares Peter A. Becker1, C.D. Dermer2 1George Mason University, 2NRL. 249.21 The Discrete X-ray Source Population of the Nearby Sculptor Group Galaxy NGC 55 as Revealed by the Chandra X-ray Observatory Thomas Pannuti1, J.P. Napier1, E.M. Schlegel2, S.J. Laine3, M.D. Filipovic4, S.A. Griffith1, W.D. Staggs1 1Morehead State University, 2University of Texas-San Antonio, 3Caltech, 4University of Western Sydney, Australia.

250 Star Associations, Star Clusters - Galactic and Extra-galactic Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 250.01 ANGST X: Star Clusters in Nearby Dwarf Galaxies David O. Cook1, A. Seth2, D.A. Dale1, L.C. Johnson4, D.R. Weisz4, M. Fouesneau4, K.A. Olsen5, C.W. Engelbracht3, J. Dalcanton4 1University of Wyoming, 2University of Utah, 3Steward Observatory, University of Arizona, 4University of Washington, 5NOAO. 250.02 Massive Young Stars in the Vicinity of Super Star Cluster NGC 1569-B from Adaptive Optics Imaging John-Paul Crawford1, N. McCrady1, J.R. Graham2, W.D. Vacca3 1University of Montana, 2University of Toronto, Canada, 3SOFIA-USRA. 250.03 Recent Star Formation in NGC 602 Guido De Marchi1, N. Panagia2, G. Beccari3 1ESA, Netherlands, 2STScI, 3ESO, Germany.

141 TUESDAY POSTER SESSIONS

250.04 Long-Slit Spectroscopy of R136 in 30 Doradus K. A. Bostroem1, P. Crowther2, D. Lennon1, N.R. Walborn1 1Space Telescope Science Institute, 2University of Sheffield, United Kingdom. 250.05 Near-IR Integrated-Light Magnitudes of Young LMC Star Clusters: Extending the Sample to Fainter Objects Samuel M. Meyer1, 2, P. Pessev3 1Harvard University, 2REU Program, Cerro Tololo Inter-American Observatory, Chile, 3Gemini Observatory, Chile. 250.06 Population Synthesis in Globular Clusters Claire Dickey1, A. Hedlund1, B.F. Madore2 1Pomona College, 2Observatories of the Carnegie Institute of Washington. 250.07 Mapping the Resolved Stellar Population of the Dwarf Starburst Galaxy NGC 4214 Hwihyun Kim1, B.C. Whitmore2, S.H. Cohen1, R. Chandar3, C.C. Kaleida4, R.A. Windhorst1, WFC3 SOC Team 1Arizona State University, 2STScI, 3University of Toledo, 4CTIO, Chile. 250.08 Simulated Stellar Clusters with MASSCLEAN: Testing a Stellar Grouping Selection Method Kimberly Emig1, C.C. Kaleida2 1University of Hawaii at Hilo, 2Cerro Tololo Inter-American Observatory, Chile.

POSTERS: TUE POSTERS: 250.09 Do All Stars Form in Clusters?: Masses and Ages of Young Supergiants in Andromeda Zareen Choudhury1, C. Debs2, E.N. Kirby4, P. Guhathakurta3 1The Harker School, 2Castilleja School, 3University of California, Santa Cruz, 4University of California, Irvine. 250.10 Color Magnitude Diagrams of Old, Massive GCs in M31 Nelson Caldwell1, B. Williams2, A.E. Dolphin3, L.C. Johnson2, D.R. Weisz2 1Center for Astrophysics, 2U.Washington, 3Raytheon. 250.11 The Andromeda Project and PHAT Stellar Clusters Lent C. Johnson1, A. Seth2, J. Dalcanton1, A. Kapadia3, R. Simpson4, C.J. Lintott4, E.D. Skillman5, B. Holwerda6, W.C. Keel7, M. Fouesneau1, PHAT Team, Andromeda 1SPKFDU
5FBN 1University of Washington, 2University of Utah, 3Adler Planetarium, 4Oxford University, United Kingdom, 5University of Minnesota, 6ESTEC, Netherlands, 7University of Alabama. 250.12 The Connection Between PHAT Clusters and Molecular Clouds in M31 Lori Beerman1, A. Schruba2, A.K. Leroy3, D.R. Weisz1, J. Dalcanton1, PHAT Collaboration 1University of Washington, 2California Institute of Technology, 3National Radio Astronomy Observatory. 250.13 Signatures of Multiple Stellar Populations in Young Unresolved Star Clusters Mark Peacock1, S.E. Zepf1 1Michigan State University. 250.14 Dynamical Mass Segregation Versus Disruption of Binary Stars in Dense Stellar Systems Richard de Grijs1, C. Li2, 1, L. Deng3 1Kavli Institute for Astronomy and Astrophysics, Peking University, China, 2Department of Astronomy, Peking University, China, 3National Astronomical Observatories, Chinese Academy of Sciences, China. 250.15 Baysesian Analysis of Star Cluster Color-Magnitude Diagrams Kenneth Janes1, S. Meibom2, S. Barnes3, 4, S. Hoq1 1Boston Univ., 2Center for Astrophysics, 3Leibnitz Institute for Astrophysics, Germany, 4Space Science Institute.

142 TUESDAY POSTER SESSIONS

250.16 Star Clusters as the Birthsites of High Mass X-Ray Binaries Joseph M. Converse1, K. Garofali2, N. Sen1, R. Chandar1 1University of Toledo, 2University of Washington. 250.17 Ruprecht 147: What’s New with the Oldest Nearby Cluster Jason L. Curtis1, J. Wright1 1The Pennsylvania State University. 250.18 Chemical Abundances of Red Giant Branch Stars in the Globular Cluster NGC 288 Tiffany Hsyu1, C.I. Johnson1, C.A. Pilachowski2, Y. Lee3, R.M. Rich1 1University of California Los Angeles, 2Indiana University, 3Yonsei University, Republic of Korea. 250.19 Chemical Abundances of Red Giant Branch Stars in the Globular Clusters NGC 6333 and NGC 6366 POSTERS: TUE Christian I. Johnson1, R.M. Rich1, C.A. Pilachowski2, A.M. Kunder3 1University of California, Los Angeles, 2Indiana University, 3Cerro Tololo Inter-American Observatory, Chile. 250.20 A Chemical Study of 47 Tucanae (NGC 104) Maria J. Cordero1, C.A. Pilachowski1, C.I. Johnson2, J.A. Simmerer3 1Indiana University, 2University of California at Los Angeles, 3University of Utah. 250.21 Color-Magnitude Diagram for M14 Erik Reinhart1, T. McCombs4, B.W. Murphy2, A. Darragh2, Z. Liu2, K.E. Conroy3 1Willamette University, 2Butler University, 3Villanova University, 4Brigham-Young University-Provo. 250.22 Variable Stars in the Globular Cluster M107: The Discovery of a Probable SX Phoenicis Star Thayne McCombs1, E. Reinhart2, B.W. Murphy3 1Brigham Young University, 2Willamette University, 3Butler University. 250.23 Evolved Stars and Variability in the M5 and M15 Globular Clusters Kathleen E. Kraemer1, 5, G.C. Sloan2, E. Lagadec3, 2, D. Devost4, D.P. Clemens5, L.R. Cashman5, I. McDonald6, M.L. Boyer7
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;JKMTUSB6 1Boston College, 2Cornell University, 3ESO, Germany, 4CFHT, 5Boston University, 6University of Manchester, United Kingdom, 7NASA GSFC. 250.24 Stable Carbon Isotope Ratios for Giant Stars in the Globular Cluster M13 Jaehyon Rhee1, C.A. Pilachowski2 1Gemini Observatory, 2Indiana University. 250.25 Evidence for Past Mass Loss from the Low-Mass Halo Clusters AM-4 and Palomar 13 Katherine Hamren1, G.H. Smith1, P. Guhathakurta1 1University of California Santa Cruz. 250.26 Carbon Abundances from SDSS Globular Clusters: Exploring the Origin in the Large Spread in [C/Fe] Stephanie Fiorenza1, S. Thirupathi2, S. Antony2, Y. Lee3, 4, T.C. Beers4, 5 1CUNY Graduate Center, 2Indian Institute of Astrophysics, India, 3Department of Astronomy, New Mexico State University, 4Dept. of Physics & Astronomy and JINA, Michigan State University, 5NOAO. 250.27 High Dispersion Spectroscopic Analyses of the Open Clusters NGC 6819 and NGC 7789 Evan Rich1, B.J. Anthony-Twarog1, C.P. Deliyannis2, B.A. Twarog1 1University of Kansas, 2Indiana University. 250.28 A Broad-Band Photometric Survey of the Open Cluster NGC 7789 Samantha Brunker1, B.J. Anthony-Twarog1, C.P. Deliyannis2, B.A. Twarog1 1University of Kansas, 2Indiana University.

143 TUESDAY POSTER SESSIONS

250.29 Photometric and Spectroscopic Analysis of Young, Nearby Open Cluster Collinder 70 Clara Thomann1, D.J. James2, O.M. Boberg2, 3, P. Cargile4, A. Aarnio5 1Macalester College, 2Cerro Tololo Inter-American Observatory, Chile, 3University of Indiana, Bloomington, 4Vanderbilt University, 5University of Michigan. 250.30 Using Open Star Clusters to Probe the Small-Scale Characteristics of the Galactic Magnetic Field Sadia Hoq1, L.R. Cashman1, D.P. Clemens1 1Boston Univ. 250.31 A Spectroscopic Study of Open Cluster Candidates Karen Hamm1, R. Beaton1, G. Zasowski1, G. Damke1
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.BKFXTLJ1, P.M. Frinchaboy2, R.P. Schiavon3, J.K. Carlberg4 1University of Virginia, 2Texas Christian University, 3Gemini Observatory, 4Carnegie Institution of Washington, Department of Terrestrial Magnetism. 250.32 A New Look into the Rotation Distribution of Open Cluster Red Giants Joleen K. Carlberg1 1Carnegie Institution of Washington. 250.33 Age Determination of VVV Clusters from 5 Million Monte Carlo Simulations Bogdan Popescu1, M.M. Hanson1, J. Borissova4, R. Kurtev4, V.D. Ivanov2, S.S. Larsen6, M. Catelan3, D. Minniti3, P. Lucas5 POSTERS: TUE POSTERS: 1University of Cincinnati, 2ESO, Chile, 3PUC, Chile, 4Universidad de Valparaiso, Chile, 5University of Hertfordshire, United Kingdom, 6Radboud University Nijmegen, Netherlands. 250.34 SDSS-III/APOGEE: Science and Survey Calibrations and using Open Clusters Peter M. Frinchaboy1, J. O’Connell1, S. Meszaros2, K.M.L. Cunha3, 4, V.V. Smith3, A. Garcia Perez5, M.D. Shetrone6, C. Prieto2, J. Johnson7, G. Zasowski7
43
.BKFXTLJ5, R.P. Schiavon8, J.A. Holtzman9, D. Nidever10, D. Bizyaev9, 11, F.R. Hearty5, K. Jackson1, B.A. Thompson1, J.C. Wilson5, T.C. Beers3 1Texas Christian Univ. (TCU), 2IAC, Spain, 3NOAO, 4Observatório Nacional, Brazil, 5UVa, 6HET/UT, 7OSU, 8Gemini Obs., 9NMSU, 10UMich, 11APO. 250.35 New Photometry and Ages for Ko 1 and Ko 2 Danielle Wilson1, N. Paust1 1Whitman College. 250.36 A Detached Eclipsing Binary near the Turnoff of the Open Cluster NGC 6819 and Determining Age Using Kepler Lauren Brewer1, E.L. Sandquist1, R.D. Mathieu2, K. Milliman2, A.M. Geller3, M. Jeffries1, J.A. Orosz1, K.F. Brogaard4, I. Platais5, H. Bruntt6, F. Grundahl6, D. Stello7, S. Frandsen6 1San Diego State University, 2University of Wisconsin-Madison, 3Northwestern, 4University of Victoria, Canada, 5Johns Hopkins University, 6Aarhus University, Denmark, 7University of Sydney, Australia. 250.37 VI Photometry and LF of NGC 5024 Nathaniel Paust1, B.C. Chaboyer2 1Whitman College, 2Dartmouth College. 250.38 Age of the Kepler Open Cluster NGC 6811 from an Eclipsing Binary Marika Leitner1, E.L. Sandquist2, M.D. Shetrone3, 9, K.F. Brogaard5, J. Jessen-Hansen4, S. Meibom6, I. Platais7, F. Grundahl4, J.A. Orosz2, H. Bruntt4, D. Stello8, S. Frandsen4 1Humboldt State University, 2San Diego State University, 3McDonald Observatory, 4Aarhus University, Denmark, 5University of Victoria, Canada, 6Harvard-Smithsonian Center for Astrophysics, 7Johns Hopkins University, 8University of Sydney, Australia, 9University of Texas. 250.39 Searching for Detached White Dwarf/main-sequence Binary Stars in Globular Clusters Glenna Dunn1, A. Cool1, J. Anderson2 1San Francisco State University, 2Space Telescope Science Institute.

144 TUESDAY POSTER SESSIONS

250.40 White Dwarfs in NGC 188 Elizabeth Jeffery1, I. Platais2, K.A. Williams3 1James Madison University, 2Johns Hopkins University, 3Texas A&M-Commerce. 250.41 Helium-Core White Dwarfs in the Globular Cluster NGC 6752 Carlos Hernandez1, A.M. Cool1, J. Anderson2, R.R. Strickler3, C.O. Heinke4, H.N. Cohn5, P.M. Lugger5, A. Serenelli6 1San Francisco State University, 2Space Telescope Science Institute, 3University of California, Santa Cruz, 4University of Alberta, Canada, 5University of Indiana System, 6Max-Planck-Institut für Astronomie, Germany. 250.42 Centaurus Star-Forming Field Revisited Nadia Kaltcheva1, V. Golev2, K. Moran1 1 2

University of Wisconsin Oshkosh, St Kliment Ohridski University of Sofia, Bulgaria. POSTERS: TUE 250.43 A Multiwavelength Study of Scutum-Serpens-Sagittarius Star-Forming Field Mitchell Matheny1, N. Kaltcheva1, V. Golev2 1University of Wisconsin Oshkosh, 2St Kliment Ohridski University of Sofia, Bulgaria. 250.44 Stellar Chronometry-Collinder 135 Marialis Rosario1, 2
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5JKFSJOB3, 2, P. Cargile2, D. James2 1University of Puerto Rico at Humacao, Puerto Rico, 2Vanderbilt University, 3Rice University. 250.45 A WISE Census of the Perseus OB2 Association Mohaddesseh Azimlu1, A.A. Muench1 1Harvard-Smithsonian Center for Astrophysics. 250.46 Detecting White Dwarf Companions of Blue Straggler Binaries in the Old Open Cluster NGC 188 Natalie M. Gosnell1, R.D. Mathieu1, A.M. Geller2, C. Knigge3, A. Sills4, N. Leigh5 1University of Wisconsin-Madison, 2Northwestern University, 3University of Southampton, United Kingdom, 4McMaster University, Canada, 5European Space Agency, Netherlands.

251 Star Formation Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 251.01 Panchromatic Hubble Andromeda Treasury (PHAT): Tests of UV Flux-Based SFR Estimates Jacob Simones1, D.R. Weisz2, E.D. Skillman1, J. Dalcanton2, A.E. Dolphin3, B.F. Williams2, PHAT Team 1University of Minnesota, 2University of Washington, 3Raytheon. 251.02 High Resolution Brackett α and γ Spectroscopy of Arp 299 John Lewis III1, J. Turner1, S.C. Beck2, L.P. Crosthwaite3, D.S. Meier4 1University of California, Los Angeles, 2Tel Aviv University, Israel, 3Northrop Grumman, 4New Mexico Tech. 251.03 Comparing H-alpha, UV, and Far-IR Star Formation Rates of Galaxies at z~2 Irene Shivaei1, N. Reddy1 1University of California Riverside. 251.04 The Properties and Potential of XUV-Disks Molly Gallagher1, 2, J. Munoz-Mateos2, K. Sheth2, S4G Team 1Grinnell College, 2National Radio Astronomy Observatory. 251.05 The Origin and Evolution of Rich Clusters Joseph L. Hora1 1Harvard-Smithsonian, CfA.

145 TUESDAY POSTER SESSIONS

251.06 The Herschel Orion Protostar Survey: Correcting for Inclination in BLT Diagrams and Reassessing the Class 0 Lifetime William J. Fischer1, S. Megeath1, A.M. Stutz2, 3, J.J. Tobin4, B. Ali5, T. Stanke6, M. Osorio7, E. Furlan5, 8, HOPS Team 1University of Toledo, 2MPIA, Germany, 3Steward Observatory, University of Arizona, 4NRAO, 5NHSC/IPAC/Caltech, 6ESO, Germany, 7IAA, Spain, 8NOAO. 251.07 Bolocam Survey of a Sample of Planck Cold Clumps Veli-Matti I. Pelkonen1, 2, R. Paladini3, P.M. McGehee4, J. Sayers5, M. Juvela2 1Finnish Centre for Astronomy with ESO (FINCA), University of Turku, Finland, 2Department of Physics, University of Helsinki, Finland, 3NASA Herschel Science Center (NHSC), California Institute of Technology, 4Infrared Processing and Analysis Center (IPAC), California Institute of Technology, 5Astronomy Department, California Institute of Technology. 251.08 An SMA Survey of Protocluster Evolution Claudia Cyganowski1, C.L. Brogan2, T.R. Hunter2, Q. Zhang1 1CfA/SAO, 2National Radio Astronomy Observatory. 251.09 Searching for Star Formation in the Smith Cloud Ashley Baker1, D. Stark1, S. Kannappan1 1University of North Carolina at Chapel Hill. 251.10 CARMA Large Area Star-formation Survey: First Look at Barnard 1 POSTERS: TUE POSTERS: Shaye Storm1, L.G. Mundy1, P.J. Teuben1, H.G. Arce5, C. Chen1, R. Crutcher2, M. Fernandez Lopez2, H. Gong1, N. Hakobian2, A. Isella3, J. Kauffmann7, W. Kwon2, K. Lee2, L. Looney2, T.C. Mouschovias2, E.C. Ostriker1, A. Plunkett5, M.W. Pound1, E. Rosolowsky6, D.M. Salter1, Y.L. Shirley9, K. Tassis7, L. Testi10, J.J. Tobin8, N.H. Volgenau4 1University of Maryland, 2University of Illinois, 3California Institute of Technology, 4OVRO, 5Yale, 6University of British Columbia Okanagan, Canada, 7JPL, 8NRAO, 9University of Arizona, 10ESO, Germany. 251.11 CARMA Large Area Star-formation Survey: First Look at Serpens Main Leslie Looney1, K. Lee1, M. Fernandez Lopez1, H.G. Arce5, C. Chen2, R. Crutcher1, H. Gong2, N. Hakobian1, A. Isella3, J. Kauffmann7, W. Kwon1, T.C. Mouschovias1, L.G. Mundy2, E.C. Ostriker2, A. Plunkett5, M.W. Pound2, E. Rosolowsky6, D.M. Salter1, Y.L. Shirley9, S. Storm2, K. Tassis7, L. Testi10, J.J. Tobin8, P.J. Teuben2, N.H. Volgenau4 1University of Illinois, 2University of Maryland, 3California Institute of Technology, 4OVRO, 5Yale, 6University of British Columbia Okanagan, Canada, 7JPL, 8NRAO, 9University of Arizona, 10ESO, Germany. 251.12 CARMA Large-Area Star-formation Survey: First Look at NGC 1333 SVS-13 Region Lee G. Mundy1, S. Storm1, M.W. Pound1, D.M. Salter1, H.G. Arce4, C. Chen1, R. Crutcher2, M. Fernandez Lopez2, H. Gong1, N. Hakobian2, A. Isella3, J. Kauffmann6, W. Kwon2, K. Lee2, L. Looney2, T.C. Mouschovias2, E.C. Ostriker1, A. Plunkett4, E. Rosolowsky5, Y.L. Shirley8, K. Tassis6, L. Testi9, P.J. Teuben1, J.J. Tobin7, N.H. Volgenau3 1Univ. of Maryland, 2University of Illinois, 3Caltech, 4Yale University, 5University of British Columbia, Canada, 6JPL/Caltech, 7NRAO, 8University of Arizona, 9ESO, Germany. 251.13 An X-Ray Census of Young Stars in the Serpens Cloud Joanna Brown1, A. Brown2, G.A. Blake3 1Harvard-Smithsonian Center for Astrophysics, 2University of Colorado - Boulder, 3Caltech. 251.14 An All-Sky Survey of Intermediate-Mass Star-Forming Regions Michael J. Lundquist1, H.A. Kobulnicky1, C.R. Kerton2, K. Arvidsson3, M.J. Alexander1, C. Vargas Alvarez1 1University of Wyoming, 2Iowa State University, 3Adler Planetarium. 251.15 Modelling of c-C2H4O Formation on Grain-Surfaces Angela Occhiogrosso1, S. Viti1, M.D. Ward1, S.D. Price1 1UCL, United Kingdom.

146 TUESDAY POSTER SESSIONS

251.16 Modeling the Infall of Gas onto Class 0 Protostars Arlo Osler1, 2, J.J. Tobin1 1National Radio Astronomy Observatory, 2University of Kansas. 251.17 Understanding Mass Segregation in Star Forming Regions Kayla J. Redmond1, 2, S. Offner2, H. Kirk2 1University of North Carolina-Asheville, 2Harvard-Smithsonian Center for Astrophysics. 251.18 Massive Star Formation, Outflows, and Anomalous H2 Emission in Mol 121 (IRAS 20188+3928) Grace A. Wolf-Chase1, 3, K. Arvidsson1, M. Smutko2, R. Sherman3 1Adler Planetarium, 2Northwestern University, 3University of Chicago. 251.19 NEWFIRM Observations of PDR Boundaries in Massive Star Formation Regions: The Pillars and Walls of Carina POSTERS: TUE Patrick M. Hartigan1 1Rice University. 251.20 The Disk-bearing Population in the Massive Stars Forming Region Cygnus OB2 Mario G. Guarcello1, J.J. Drake1, N.J. Wright1, J. Drew2, D. Garcia-Alvarez3, R.A. Gutermuth1, J.L. Hora1, V. Kashyap1, R. King4, T. Naylor4 1Harvard-Smithsonian Center for Astrophysics, 2CAR/STRI, University of Hertfordshire, United Kingdom, 3Instituto de Astrofisica de Canarias, Spain, 4School of Physics, University of Exeter, United Kingdom. 251.21 [Fe II] Emission Tracing Dense Jets from Intermediate-mass Protostars in Carina Megan Reiter1, N. Smith1 1Steward Observatory, University of Arizona. 251.22 Separation in 5 Msun Binaries Nancy R. Evans1, H.E. Bond2, G. Schaefer3, B.D. Mason4, M. Karovska1, E. Tingle1 1SAO, 2STScI, 3CHARA, Georgia State Univ., 4US Naval Obs. 251.23 Detecting Low-Mass Stellar Companions to B Stars Kevin Gullikson1, S.E. Dodson-Robinson1 1University of Texas Austin. 251.24 The Young Intermediate-mass Protostars in IRAS05345+3157 Randolf Klein1, L. Looney2, T. Henning3 1USRA-SOFIA, 2UIUC, 3MPIA, Germany. 251.25 Challenges in the Identification of Young, Low-Mass Spectroscopic Binaries Lisa A. Prato1 1Lowell Observatory. 252 Stellar Evolution, Stellar Populations Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 252.01 The RECONS 25 Parsec Database: Who Are the Stars? Where Are the Planets? Todd J. Henry1, S. Dieterich1, A.D. Hosey1, P.A. Ianna2, W. Jao1, D.W. Koerner3, A.R. Riedel4, K.J. Slatten1, J. Subasavage5, J.G. Winters1, RECONS 1RECONS / GSU, 2University of Virginia, 3Northern Arizona University, 4AMNH / Hunter College, 5USNO. 252.02 Age Estimation of Nearby A0-F5 Stars Trevor David1 1California Institute of Technology. 252.03 How Old Are the Nearest A-Stars? Jeremy Jones1, R.J. White1
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#PZBKJBO1, G. Schaefer5, E.K. Baines2, M. Ireland3, J. Patience4, H.A. McAlister1, T. Ten Brummelaar5 1Georgia State University, 2Naval Research Laboratory, 3Macquarie University, Australia, 4University of Exeter, United Kingdom, 5The CHARA Array.

147 TUESDAY POSTER SESSIONS

252.04 Gravity Waves In Semi-Convection Ryan Moll1, P. Garaud1 1UC Santa Cruz. 252.05 Chemical Transport and the Possibility of Spontaneous Layer Formation in Fingering Convection Justin Brown1, P. Garaud1, S. Stellmach2 1University of California, Santa Cruz, 2University of Muenster, Germany. 252.06 Angular Momentum and Mass Loss From Magnetized Solar-Like Winds Marc H. Pinsonneault1, S. Matt2, K.B. MacGregor3 1Ohio State Univ., 2Laboratoire AIM Paris-Saclay, France, 3HAO / NCAR. 252.07 Deep Imaging of M37, A Better Hyades Emily C. Bowsher1, M.A. Agueros1, K.R. Covey2, J.D. Hartman3, M. Lopez-Morales6, D.A. Pooley4, 5, S. Saar6, A.A. West7 1Columbia University, 2Lowell Observatory, 3Princeton University, 4Sam Houston State University, 5Eureka Scientific, Inc., 6Harvard-Smithsonian CfA, 7Boston University. 252.08 Isochrone Fittings for the Open Star Clusters NGC 3680 and Melotte 66 Nikolas Guillemaud1, P.M. Frinchaboy2, B.A. Thompson2 1UCSC, 2TCU. 252.09 The Rotation-Mass-Age Relationship in Open Cluster Stars

POSTERS: TUE POSTERS: Courtney Epstein1, M.H. Pinsonneault1, D.M. Terndrup1 1The Ohio State University. 252.10 The PTF Open Cluster Survey: Tracking the Evolution of Rotation and Activity on the Lower Main Sequence Marcel A. Agueros1, J.J. Bochanski2, E.C. Bowsher1, P. Cargile3, K.R. Covey4, A.L. Kraus5, A. Kundert6, N.M. Law7, PTF Collaboration 1Columbia Univ., 2Haverford College, 3Vanderbilt University, 4Lowell Observatory, 5Harvard-Smithsonian CfA, 6University of Wisconsin, 7University of Toronto, Canada. 252.11 Standard Stars for the BYU α Photometric System Michael D. Joner1, E.G. Hintz1 1Brigham Young Univ. 252.12 A Serendipitous Doppler Survey of B-type Stars at Keck with HIRES Juliette Becker1, J.A. Johnson1, T. Morton1 1California Institute of Technology. 252.13 A Census of B[e] Supergiants Robert Castillo1, 2 1Embry Riddle Aeronautical University, 2Rochester Institute of Technology. 252.14 Stellar Evolution Models of Classical Cepheids Require Enhanced Mass Loss Hilding Neilson1, 2, N. Langer2, S.G. Engle3, E.F. Guinan3, R.G. Izzard2 1East Tennessee State University, 2University of Bonn, Germany, 3Villanova University. 252.15 The Contribution of Thermally-Pulsing Asymptotic Giant Branch and Red Supergiant Stars to the 1--24 Micron Flux of the Magellanic Clouds Martha L. Boyer1, 2, J. Melbourne3 1NASA Goddard Space Flight Center, 2Oak Ridge Associated Universities, 3Caltech Optical Observatories, Division of Physics, Mathematics, and Astronomy. 252.16 Core Compactness of Progenitors Tuguldur Sukhbold1, S.E. Woosley1, B. Paxton2, A. Heger3 1UC Santa Cruz, 2UC Santa Barbara, 3Monash University, Australia. 252.17 What is the True Population of R Coronae Borealis Stars in the Galaxy? Geoffrey C. Clayton1, P. Tisserand2, D.L. Welch3, W. Zhang1 1Louisiana State Univ., 2Australian National University, Australia, 3McMaster University, Canada.

148 TUESDAY POSTER SESSIONS

252.18 Out of Eclipse Monitoring of Epsilon Aurigae John C. Martin1, C. Foster1, J.A. O’Brien1 1U of Illinois Springfield. 253 Supernovae Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 253.01 Supernova science at LCOGT Dale A. Howell1, 2, B.E. Dilday1, 2, D. Sand1, 2, J.T. Parrent1, 4, M. Graham1, 2, F. Bianco1, 3, S. Valenti1, 2 1Las Cumbres Global Telescope Network, Inc., 2UCSB, 3NYU, 4Dartmouth. 253.02 Light Curve Model Uncertainties from SDSS and SNLS Data Rahul Biswas1, R. Kessler2, J. Marriner3, S. Kuhlmann1, J. Mosher4, J. Guy5, P. Astier5, POSTERS: TUE N. Regnault5, M. Betoule5, R. Pain5, SDSS, SNLS 1Argonne National Laboratory, 2University Chicago, 3Fermilab, 4University of Pennsylvania, 5LPNHE - IN2P3 , University of Paris 6 & 7, France. 253.03 Observational Bolometric Lightcurves and SED’s of Type Ia SNe Michael T. Smitka1, P.J. Brown1 1Texas A&M University. 253.04 Discovery of the Ultraluminous Type IIn Supernova PS1-11vo Ryan McKinnon1, A.M. Soderberg2, E. Berger2, R. Chornock2, I. Czekala2, %
.JMJTBWMKFWJD2, R. Margutti2, M. Drout2, P. Challis2, S. Gezari3, M. Huber4, W.S. Burgett4, K.C. Chambers4, T. Grav5, J.N. Heasley4, K.W. Hodapp4, R. Jedicke4, N. Kaiser4, R. Kudritzki4, G. Luppino4, R. Lupton6, E.A. Magnier4, D.G. Monet7, J.S. Morgan4, P. Onaka4, P.A. Price4, C. Stubbs8, J.L. Tonry4, R.J. Wainscoat4 1Yale University, 2Harvard-Smithsonian Center for Astrophysics, 3University of Maryland, 4University of Hawaii, 5Johns Hopkins University, 6Princeton University, 7US Naval Observatory, 8Harvard University. 253.05 The BVRIJH Power of 3 Thermonuclear Supernovae Out to 500 Days Ginger L. Bryngelson1, M.D. Leising2, P. Milne3 1Francis Marion University, 2Clemson Univ., 3University of Arizona, Steward Observatory. 253.06 Late-Time Spectral Observations of PTF11kx and Other Type Ia Supernovae Strongly Interacting with Circumstellar Media Jeffrey Silverman1, 2, P.E. Nugent3, A. Gal-Yam4, D.A. Howell5, 6, M. Sullivan7, A.V. Filippenko1, Palomar Transient Factory 1University of California, Berkeley, 2University of Texas at Austin, 3Lawrence Berkeley National Lab, 4Weizmann Institute of Science, Israel, 5Las Cumbres Observatory Global Telescope Network, 6University of California, Santa Barbara, 7University of Oxford, United Kingdom. 253.07 Preliminary NIR Late Light Curve of the Type Ia Supernova SN2009nr Jonathan Heath1, G. Bryngelson1 1Francis Marion University. 253.08 Late Light Curves of the Subluminous SN 2005mz Ethan Kilgore2, 3, M.D. Leising2, 1, G.L. Bryngelson2, 1, P. Milne1, J.C. Lair3, 2 1Steward Observatory, 2Clemson University, 3Eastern Kentucky University. 253.09 Late Light Curves of SN 2002cx-like Type Ia Supernovae Jessica C. Lair1, E.E. Kilgore2, P. Milne3, G.L. Bryngelson4, M.D. Leising2 1Eastern Kentucky Univ., 2Clemson University, 3Steward Observatory, 4Francis Marion University. 253.10 SN 2011fe: Photometrically Determining the Physical Properties and Distance of This Bright Type 1a Supernova William Ambrosino1, E.F. Guinan1
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(PVSBWBKIBMB1, A. Gott2, L. Strolger2 1Villanova University, 2Western Kentucky.

149 TUESDAY POSTER SESSIONS

253.11 A Visible Lightcurve of Supernova 2011fe Alex Storrs1 1Towson Univ. 253.12 Type Ia Supernovae Light Curves and Distances from the Pan-STARRS First Year Sample Dillon Brout1, D. Scolnic1, A. Rest2, M. Huber4, A.G. Riess1, S.A. Rodney1, E. Berger3, R. Chornock3, R.J. Foley3, J.L. Tonry4, Harvard/JHU/UH Transients Team, Pan-STARRSs Collaboration 1Johns Hopkins University, 2Space Telescope Science Institute, 3Harvard University, 4University of Hawaii. 253.13 Systematic Uncertainties from the Pan-STARRs Type Ia Supernova Sample Daniel Scolnic1, A. Rest2, D. Brout1, M. Huber4, A.G. Riess1, S.A. Rodney1, E. Berger3, R. Chornock3, R.J. Foley3, J.L. Tonry4, Harvard/JHU/UH Transients Team, Pan-STARRs Collaboration 1Johns Hopkins University, 2Space Telescope Science Institute, 3Harvard University, 4University of Hawaii. 253.14 Hubble Space Telescope Observations of High Redshift Supernovae from the CLASH Survey Brandon Patel1, C. McCully1, T. Holoien1, S. Jha1, O. Graur2, 3, S.A. Rodney4, A.G. Riess4 1Rutgers University, 2American Museum of Natural History, 3Tel-Aviv Universit, Israel, 4 POSTERS: TUE POSTERS: The Johns Hopkins University. 253.15 HST and Ground-Based Observations of 7 High Redshift Type Ia Supernovae Thomas Holoien1, C. McCully1, S. Jha1, High-Z SN Search Team 1Rutgers University. 253.16 The Evolution of SN 1997eg Through Spectropolarimetric Model Comparisons Leah N. Huk1, C.L. Peters2, J.L. Hoffman1 1University of Denver, 2Vanderbilt University. 253.17 Uncertainties in Core Collapse Supernovae Simulations Jefferson Duggan1, J. Cunningham1, 2, S. Kuhlmann2, R. Biswas2, E. Kovacs2, H. Spinka2 1Loyola University Chicago, 2Argonne National Laboratory. 253.18 Very Low Energy Supernovae From Neutrino Mass Loss Elizabeth Lovegrove1, S.E. Woosley1 1UC-Santa Cruz. 253.19 Self-Consistent Simulations of Accretion-Induced Collapse of White Dwarfs Io Kleiser1, C.D. Ott1 1Caltech. 253.20 Towards Core Collapse Supernova Models for Nucleosynthesis Jordi Casanova1, C. Frohlich1, A. Perego2, M. Hempel2, M. Liebendoerfer2 1North Carolina State University, 2University of Basel, Switzerland. 253.21 Double White Dwarf Mergers with CASTRO Maximilian P. Katz1, M. Zingale1, A. Calder1, F.D. Swesty1 1Stony Brook University. 253.22 Detonation in Sub-Chandrasekhar Mass SN Ia Rainer Moll1, S.E. Woosley1 1UC Santa Cruz. 253.23 OI Signatures in Type Ia Supernovae from the Palomar Transient Factory Survey Chelsea Harris1, 2, D.A. Howell3, 4, P.E. Nugent1, 2, R. Thomas2, Palomar Transient Factory 1UC Berkeley, 2Lawrence Berkeley National Labs, 3UC Santa Barbara, 4LCOGT. 253.24 The Host Galaxies of Hybrid Type Ia/IIn Supernovae David Abarca1, A.M. Soderberg1 1Harvard University.

150 TUESDAY POSTER SESSIONS

253.25 The Helium and Lead Observatory and the Supernova Early Warning System Justin A. Vasel1, HALO Collaboration, SNEWS Collaboration 1University of Minnesota Duluth. 253.26 The Multi-Epoch Nearby Cluster Survey: Supernovae and More Melissa Graham1, 2, D. Sand1, 2, C. Bildfell3, D.F. Zaritsky4, C. Pritchet3 1Las Cumbres Observatory Global Telescope, 2University of California, 3University of Victoria, Canada, 4University of Arizona. 253.27 Non-Zero Impact Parameter White Dwarf Collisions in FLASH Wendy Hawley1, F.X. Timmes1 1Arizona State University. 253.28 On Supernovae John Middleditch1, J. Singleton2, A.C. Schmidt2, 3 POSTERS: TUE 1LANL, 2Los Alamos National Laboratory, 3University of New Mexico. 253.29 Metallicity Gradients of Stripped Core-Collapse Supernovae Host Galaxies David F. Fierroz1
.
.PEKB[1 1New York University. 253.30 Variety of Polarized Line Profiles in Interacting Supernovae Jennifer L. Hoffman1, L.N. Huk1, C.L. Peters2 1University of Denver, 2Fisk University. 253.31 BVR Photometry of SN2012aw Michelle E. Spencer1, M.D. Joner1, D.C. Laney1 1Brigham Young University.

254 The Milky Way, The Galactic Center Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 254.01 SOFIA/FORCAST Imaging of the Circumnuclear Disk at the Galactic Center Ryan M. Lau1, T.L. Herter1, M. Morris2, E.E. Becklin3, 2, J.D. Adams1 1Cornell University, 2University of California Los Angeles, 3SOFIA Science Center. 254.02 SOFIA/FORCAST Observations of the Quintuplet Cluster Matthew Hankins1, R. Lau2, J.D. Adams2, T.L. Herter2 1University of Central Arkansas, 2Cornell University. 254.03 The Kinematic Structure of the Young Stellar Disk in the Galactic Center Sylvana Yelda1, A.M. Ghez1, J.R. Lu2, T. Do3, L. Meyer1, M. Morris1 1UCLA, 2IfA, University of Hawaii, 3Dunlap Institute, University of Toronto, Canada. 254.04 Keck Observations of a Proposed Gas Cloud in the Galactic Center Kim Phifer1, T. Do2, A.M. Ghez1, L. Meyer1, M. Morris1, J.R. Lu3, B. Sitarski1, G. Witzel1, A. Boehle1, S. Yelda1 1UCLA, 2Dunlap Institute for Astronomy and Astrophysics, University of Toronto, Canada, 3Institute for Astronomy, University of Hawaii. 254.05 3D Moving-Mesh Simulations of Galactic Center Cloud G2 Julia Wilson1, P.C. Fragile1, P. Anninos2, S.D. Murray2 1College of Charleston, 2Lawrence Livermore National Laboratory. 254.06 Line Diagnostics Across the Galactic Nucleus from Mid-Infrared Emission Line Mapping Kristen Sellgren1, D. An2, S. Ramirez3 1Ohio State Univ., 2Ewha Womans University, Republic of Korea, 3NExScI/Caltech. 254.07 A Survey of 44GHz Methanol Masers and Star Formation Towards the Galactic Center Amanda Walker-LaFollette1, 3
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4KPVXFSNBO1, Y. Pihlstrom2 1National Radio Astronomy Observatory, 2University of New Mexico, 3University of Arizona. 151 TUESDAY POSTER SESSIONS

254.08 Fueling Starbursts in the Milky Way, Results from The Herschel Inner Galaxy Gas Survey (HIGGS) Christopher L. Martin1, HIGGS Collaboration 1Oberlin College. 254.09 The Galactic Distribution of Massive Star Formation from the Red MSX Source Survey Charles C. Figura1, J.S. Urquhart2 1Wartburg College, 2Max Planck Institute fur Radioastronomie, Germany. 254.10 A Search for Solar-Type Hypervelocity Stars Keith Hawkins1, 3, A.L. Kraus2 1Ohio University, 2Harvard-Smithsonian Center for Astrophysics, 3Institute for Astronomy, University of Hawai’i. 254.11 Improved Constraints on the Total Stellar Mass, Color, and Luminosity of the Milky Way Timothy Licquia1, J. Newman1 1University of Pittsburgh. 254.12 A Photometric Study of Blue Plume Stars in the Canis Major Over-density William L. Powell1, R.J. Wilhelm2, K.W. Carrell3, J.K. White4 1University of Nebraska Kearney, 2University of Kentucky, 3National Astronomical Observatories, China, 4Texas A&M University. POSTERS: TUE POSTERS: 254.13 Optical High Resolution Spectra of APOGEE Stars Diane Feuillet1, J.A. Holtzman1, K.M.L. Cunha4, 10, A. Garcia Perez7, L. Ghezzi2, 3, M.R. Hayden1, S. Meszaros5, 6, C. Prieto5, 6, M.D. Shetrone8, V.V. Smith10, G. Zasowski9 1New Mexico State University, 2Observatorio Nacional, Brazil, 3Laboratorio Interinstitucional de e-Astronomia-LIneA, Brazil, 4Steward Observatory, 5Instituto de Astrofisica de Canarias, Spain, 6Departamento de Astrofisica, Universidad de La Laguna, Spain, 7Department of Astronomy, University of Virginia, 8McDonald Observatory, University of Texas, 9Ohio State University, 10National Optical Astronomy Observatory. 254.14 Milky Way Abundance Gradients from SDSS-III/APOGEE Observations Michael R. Hayden1, J.A. Holtzman1
43
.BKFXTLJ2, F.R. Hearty2, V.V. Smith3, J. Johnson4, P.M. Frinchaboy5, R.P. Schiavon6, C. Prieto7, 8, M.D. Shetrone9, 10, K.M.L. Cunha3, D. Bizyaev11, 1, D. Nidever12, A. Perez2, G. Zasowski4, J.C. Wilson2, M.F. Skrutskie2, K. Sellgren4, J. Bovy13, A. Robin14, T.C. Beers3, 15, S. Meszaros7, 8 1New Mexico State University, 2University of Virginia, 3National Optical Astronomy Observatory, 4Ohio State University, 5Texas Christian University, 6University of Liverpool, United Kingdom, 7Instituto de Astrofísica de Canarias, Spain, 8Departamento de Astrofísica, Universidad de La Laguna, Spain, 9McDonald Observatory, 10University of Texas, 11Apache Point Observatory, 12University of Michigan, 13Princeton University, 14Observatoire des sciences de l’Univers de Besançon, France, 15Michigan State University. 254.15 Update on the LAMOST-PLUS Collaboration Jeffrey L. Carlin1, H.J. Newberg1, L. Deng2, Z. Bai4, T.C. Beers3, J. Chen2, L. Chen4, Y. Chu2, X. Fu2, S. Gao2, C.J. Grillmair5, P. Guhathakurta6, J. Hou4, S. Lepine7, H. Li2, J. Li2,8, C. Liu2, X. Liu9, A. Luo2, E. Peng9, J. Sellwood10, Y. Xu2, X. Xue2, F. Yang2, L. Yang9, B. Yanny11, J. Yu4, H. Zhang2, Y. Zhang2, G. Zhao2, Y. Zhao2, Z. Zheng12, J. Zhong4 1Rensselaer Polytechnic Institute, 2National Astronomical Observatory of China, China, 3National Optical Astronomy Observatory, 4Shanghai Astronomical Observatory, China, 5Spitzer Science Center, 6UCO/Lick Observatory, 7American Museum of Natural History, 8China West Normal University, China, 9Kavli Institute of Astronomy and Astrophysics, Peking University, China, 10Rutgers University, 11Fermi National Accelerator Laboratory, 12University of Utah. 254.16 The LAMOST Pilot Survey: Metallicities, Velocities, and Proper Motions Daniel Gole1, 4, H.J. Newberg1, J.L. Carlin1, J. Delaunay1, L. Deng2, X. Liu3, A. Luo2, H. Zhang2 1Rensselaer Polytechnic Institute, 2National Astronomical Observatory of China, China, 3Kavil Institute of Astronomy and Astrophysics Peking University, China, 4SUNY Geneseo.

152 TUESDAY POSTER SESSIONS

254.17 The LAMOST Pilot Survey: Local Kinematics James DeLaunay1, H.J. Newberg1, J.L. Carlin1, D. Gole1, 4, L. Deng2, X. Liu3, A. Luo2, H. Zhang2 1Rensselaer Polytechnic Institute, 2National Astronomical Observatory of China, China, 3Kavil Institute of Astronomy and Astrophysics Peking University, China, 4SUNY Geneseo. 254.18 Census of Blue Stars in the SDSS Samantha Scibelli3, 1, H.J. Newberg1, B. Yanny2 1Rensselaer Polytechnic Inst., 2Fermilab, 3Burnt Hills - Ballston Lake High School. 254.19 The Density of the Sagittarius Dwarf Galaxy Tidal Tails from Statistical Photometric Parallax Heidi J. Newberg1, M. Newby1, N. Cole3, 1, T. Desell2, M. Magdon-Ismail1, B. 1 1

Szymanski , C. Varela POSTERS: TUE 1Rensselaer Polytechnic Inst., 2U. North Dakota, 3SAIC-Frederick Inc. 254.20 Kinematic Discovery of a new Stellar Stream Located in Pisces Charles Martin1, J.L. Carlin1, H.J. Newberg1, C.J. Grillmair2 1Rensselaer Polytechnic Institute, 2Spitzer Science Cente. 254.21 F-Turnoff Stars in Globular Clusters Palomar 13 and Whiting 1 Kathleen Grabowski1, M. Newby1, H.J. Newberg1 1Rensselaer Polytechnic Institure. 254.22 The Structure of the Milky Way’s Hot Gas Halo Matthew J. Miller1, J.N. Bregman1 1University of Michigan. 254.23 Constraints on the Orbit of High Velocity Cloud Complex A Alexandre Fernandes1
3"
#FOKBNJO1, J.A. Penn2, B.P. Wakker2 1University of Wisconsin-Whitewater, 2University of Wisconsin-Madison. 254.24 Modeling Substructure in the Milky Way Galaxy Claire Grishaw-Jones1, P. Thorman2, T. Iyer3, P. Guhathakurta4, Deep Lens Survey Collaboration 1Santa Cruz High School, 2UC Davis, 3Evergreen Valley High School, 4University of California, Santa Cruz. 254.25 Discovery of Thousands of RR Lyrae by the Catalina Surveys Andrew J. Drake1
4(
%KPSHPWTLJ1, M. Catelan2, G. Torrealba2, M. Graham1, A.A. Mahabal1, C. Donalek1, J. Prieto3, R. McNaught4, S.M. Larson5, E. Christensen5, E.C. Beshore5 1Caltech, 2PUC, Chile, 3Princeton, 4ANU, Australia, 5LPL. 254.26 Mapping the Milky Way’s Halo out to 500 kpc: New M Giants selected from UKIDSS John J. Bochanski1, B. Willman1, A.A. West2 1Haverford College, 2Boston University. 254.27 Dark Matter Masses of Milky Way Dwarf Spheroidal Galaxies Andrew Pace1, M. Kaplinghat1, G. Martinez2 1University of California, Irvine, 2Stockholm Univeristy, Sweden.

255 Undergraduate and Graduate Teaching, Learning and Research Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 255.01 Student Misconceptions About Astronomy and the Best Order of Teaching Astronomical Concepts Andrej Favia1, N.F. Comins1 1University of Maine.

153 TUESDAY POSTER SESSIONS

255.02 Introducing The Newtonian Gravity Concept Inventory Kathryn Williamson1, S. Willoughby1 1Montana State University. 255.03 Teach Astronomy: An Online Resource for Introductory Astronomy Courses and Informal Learners Carmen Austin1, C.D. Impey1, K. Hardegree-Ullman2, A. Patikkal1, N. Ganesan1 1University of Arizona, 2University of Toledo. 255.04 Introductory Astronomy Students Communicating Science: How We Know What We Know Quyen N. Hart1 1Regis University. 255.05 PROJECT CLEA: Two Decades of Astrophysics Research Simulations for Astronomy Education Laurence A. Marschall1, G. Snyder1, P. Cooper1 1Gettysburg College. 255.06 Computer Modeling of Planetary Surface Temperatures in Introductory Astronomy Courses Timothy Barker1, J. Goodman1 1Wheaton College.

POSTERS: TUE POSTERS: 255.07 Combining Research and Teaching in the Undergraduate Classroom John M. Cannon1 1Macalester College. 255.08 Enhancing Astronomy Major Learning Through Group Research Projects Allison M. McGraw1, K. Hardegree-Ullman2, J. Turner1, Y.L. Shirley1, A. Walker-Lafollette1, A. Scott1, B. Guvenen1, B. Raphael1, B. Sanford1, B. Smart1, C. Nguyen1, C. Jones1, C. Smith1, I. Cates1, J. Romine1, K. Cook1, K. Pearson1, L. Biddle1, L. Small1, M. Donnels1, M. Nieberding1, M. Kwon1, R. Thompson1, R. De La Rosa1, R. Hofmann1, R. Tombleson1, T. Smith1, A.P.M. Towner1, S. Wallace1 1The University of Arizona, 2The University of Toledo. 255.09 The Arecibo Remote Command Center: Undergraduates and High School Students Exploring Astrophysics Andy Miller1, F. Jenet1, R.H. Price1, A. Rodriguez-Zermeno1, T.D. Creighton1, M. Benacquista1, A. Guerrero-miller1, J.D. Romano1, V. Quetschke1 1University of Texas-Brownsville. 255.10 Developing a New Generation Small Radio Telescope Dustin Johnson1, A.E.E. Rogers2 1Dalhousie University, Canada, 2MIT Haystack Observatory. 255.11 Astrobites: The Astro-ph Reader’s Digest For Undergraduates Maria Drout1, J.A. Vasel2, C.D. Dressing1, D. Gifford3, C. Morley4, S. Hall5, E.R. Newton1, Astrobites Team 1Harvard University, 2University of Minnesota Duluth, 3University of Michigan, 4University of California Santa Cruz, 5University of Wyoming. 255.12 A Five Year Summary of the NSF PAARE Project at SC State Donald K. Walter1, S.D. Brittain2, J. Cash1, D. Hartmann2, S.B. Howell4, J.R. King2, M.D. Leising2, K.J. Mighell3, D.M. Smith1 1South Carolina State Univ., 2Clemson University, 3National Optical Astronomy Observatory, 4NASA Ames Research Center. 255.13 The Lowell Observatory Predoctoral Scholar Program Lisa A. Prato1 1Lowell Observatory.

154 TUESDAY POSTER SESSIONS 256 Young Stellar Objects, Very Young Stars, T-Tauri Stars, H-H Objects Tuesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 256.01 Astrophysics of Young Star Binaries in the Taurus Star Forming Region Paula Johns1, 2, L.A. Prato1, T.P. Greene3 1Lowell Observatory, 2Northern Arizona University, 3NASA Ames Research Center. 256.02 Large-Scale Distribution of the Young Stellar Population in Perseus Lauren E. Bittle1, T.L. Huard1, L.G. Mundy1 1University of Maryland. 256.03 The MYStIX YSO Catalog: The Dark Art of Finding Young Stellar Objects Via Infrared Excess Emission POSTERS: TUE Matthew S. Povich1, 2, M. Kuhn1, K.V. Getman1, E. Feigelson1, P.S. Broos1, L.K. Townsley1, T. Naylor3 1Penn State University, 2California State Polytechnic University, Pomona, 3University of Exeter, United Kingdom. 256.04 The Open Cluster IC 1805 in the Perseus Arm: Distance, Extinction and YSOs Richard P. Boyle1, V. Straizys2, R. Janusz3, 1, V. Laugalys2, A. Kazlauskas2 1Vatican Observatory, Vatican City State, 2ITPA, Vilnius University, Lithuania, 3Jesuit University Ignatianum, Poland. 256.05 Young, Low-Mass Spectroscopic Binaries with Unusual Properties Dary A. Ruiz1, K. Kellogg2, L.A. Prato1, G. Torres3, L.H. Wasserman1, R. Neuhäeuser4 1Lowell Observatory, 2Stony Brook University, 3Harvard-Smithsonian Center for Astrophysics, 4Astrophysikalisches Institut, Germany. 256.06 Orbital Parameters for Two Young Spectroscopic Binary Systems Nicole Karnath1, 2, L.A. Prato1, L.H. Wasserman1, G. Torres3, R.D. Mathieu4 1Lowell Observatory, 2Northern Arizona University, 3Harvard-Smithsonian Center for Astrophysics, 4University of Wisconsin-Madison. 256.07 YSOVAR: The Ceph C Joint Spitzer/Chandra Monitoring Campaign Kevin R. Covey1, S.J. Wolk2, L.M. Rebull3, J.L. Hora2, P. Plavchan4, J. Forbrich5, YSOVAR Team 1Lowell Observatory, 2Harvard-Smithsonian Center for Astrophysics, 3Spitzer Science Center, California Institute of Technology, 4NEXSCI, California Institute of Technology, 5Department of Astronomy, University of Vienna, Austria. 256.08 The Herschel Orion Protostar Survey: Constraining Protostellar Models with Mid-Infrared Spectroscopy Elise Furlan1, 2, HOPS Team 1NOAO, 2IPAC, Caltech. 256.09 Ten Recent Enhancements To Aperture Photometry Tool Russ Laher1, L.M. Rebull1
7
(PSKJBO2 1Spitzer Science Center, California Institute of Technology, 2Jet Propulsion Laboratory, California Institute of Technology. 256.10 Explaining Multi-wavelength Photometric Variability in Young Stellar Objects Aurora Kesseli1, B. Whitney2, 3, K. Wood4, P. Plavchan5, S. Terebey6, J.R. Stauffer5, M. Morales-Calderon5, YSOVAR 1Colby College, 2University Of Wisconsin - Madison, 3Space Science Institute, 4University of St Andrews, United Kingdom, 5California Institute of Technology, 6California State Los Angeles. 256.11 Periodic Near-infrared Variability in the Star Formation Region Cygnus OB7 Scott J. Wolk1, T.S. Rice1, 2, C. Aspin2 1SAO, 2IfA.

155 TUESDAY POSTER SESSIONS

256.12 Probing the Evolution of Dust Grains Through Detailed Modeling of Nearby YSOs Erica Rodgers1, A. Cotera2, B. Whitney1, 3, T. Robitaille4 1Space Science Institute, 2SETI Institute, 3University of Wisconsin, 4Max Planck Institut für Astronomie, Germany. 256.13 Using HST NICMOS Polarization to Characterize the Magnetic Field Structure of AFGL 2591 Janet P. Simpson1, B. Whitney2, D.C. Hines3, G. Schneider4, A. Cotera1, M.G. Burton5, S.W.J. Colgan6, E.F. Erickson6 1SETI Institute, 2University of Wisconsin, 3Space Telescope Science Institute, 4University of Arizona, 5University of New South Wales, Australia, 6NASA Ames Research Center. 256.14 HARPS Spectropolarimetry of the Classical T Tauri Stars GQ Lup and TW Hya Christopher M. Johns-Krull1, W. Chen1, J.A. Valenti2, S.V. Jeffers3, N.E. Piskunov4, O. Kochukhov4, V. Makaganiuk4, H.C. Stempels4, F. Snik5, C. Keller5, M. Rodenhuis5 1Rice Univ., 2STScI, 3Univ. Utrecht, Netherlands, 4Uppsala Univ., Sweden, 5Leiden Univ., Netherlands. 256.15 Characterization and Evolution of the Synchrotron Emission from Colliding Magnetospheres in the DQ Tau Binary System Demerese M. Salter1, 2, L.G. Mundy1, C.J. Chandler3, M.J. Claussen3, D. Bock4, J.P. McMullin5 1University of Maryland, 2Pontificia Universidad Católica de Chile, Chile, 3National Radio 4 5 POSTERS: TUE POSTERS: Astronomy Observatory, CSIRO Astronomy & Space Sciences, Australia, National Solar Observatory. 256.16 Near-IR Spectral Variability of Be Stars Austin Cole1, J.A. Eisner2, A.L. Rudolph1 1California State Polytechnic University, 2Steward Observatory, University of Arizona. 256.17 Determination of Spectral Types for Candidate Young Stellar Objects in Taurus, L1509, North American Nebula, Ophiuchus North, Perseus, and Orion Jillian Tromp1, S. Terebey1, J. Angione1, L.M. Rebull2, A. Noriega-Crespo2, K.R. Stapelfeldt3, K.R. Covey4 1California State University, Los Angeles, 2California Institute of Technology, IPAC, 3Goddard Space Flight Center, NASA, 4Lowell Observatory. 256.18 Comparing Accretion Rates to Bolometric Temperatures and Luminosities for Young Stellar Objects John Angione1, S. Terebey1, L.M. Rebull2, D. Padgett3, K.R. Stapelfeldt3, A. Noriega-Crespo2 1California State University, Los Angeles, 2California Institute of Technology, 3NASA Goddard Space Flight Center. 256.19 Near Infrared Hydrogen Lines in T Tauri Stars Kimberly Finn1, K. Fedorenko2, S. Edwards2, J. Kwan3, W.J. Fischer4, W. Feng2, L. Hillenbrand5 1Mount Holyoke College, 2Smith College, 3University of Massachusetts, 4University of Toledo, 5California Institute of Technology. 256.20 A Moderate Resolution NIR Spectral Library of Weak-Lined T Tauri Stars Rachel Cooper1, K.R. Covey2 1Clarion University of Pennsylvania, 2Lowell Observatory. 256.21 Unveiling and Dereddening Classical T Tauri Stars Using Simultaneous UV and Optical Spectra Paul W. Cauley1, P.M. Hartigan1, C.M. Johns-Krull1 1Rice University.

156 TUESDAY POSTER SESSIONS

256.22 New Young Star Candidates in BRC 27 Lauren J. Novatne1, G. Mattrocce1, T. Milan1, A. Quinonez1, L.M. Rebull2, J. Barge4, R. Amayo4, H. Bieber4, L. Block4, E. Cheung4, A. Cruz4, D. Elkin4, A. Figueroa4, M. Jakus4, A. Kelo4, O. Larson4, B. Lemma4, Y. Li4, C. Loe4, V. Maciag4, N. Moreno4, M. Nevels4, G. Pezanoski-Cohen4, M. Short4, K. Skatchke4, A. Tur-Kaspa4, D. Zegeye4, J. Armstrong7, R. Bonadurer3, D. French5, B. Free5, C. Miller5, H. Scherich5, T. Willis5, X. Koenig8, R. Laher2, D. Padgett8, M. Piper6, A. Pavlak6, M. Piper6, E. Venezio6, B. Ali2 1Reedley College, 2IPAC, 3Daniel M. Soref Planetarium at the Milwaukee Public Museum, 4Walter Payton College Prep High School, 5New Philadelphia High School, 6Lincoln Way High School, 7University of Hawaii & LCGOST, 8NASA GSFC. 256.23 Variability at the Edge: Rapid Cadence Monitoring of Recent FUor Outburst HBC 722

Joel D. Green1, P. Robertson1, S. Pak2, 1, D.A. Pooley3, J. Lee2, M. Im4, C. Deen5 POSTERS: TUE 1University of Texas at Austin, 2Kyung Hee University, Republic of Korea, 3Eureka Scientific, 4Seoul National University, Republic of Korea, 5MPIA, Germany. 256.24 X-ray and Infrared Observations of the L1228 Dark Cloud and the Exciting Source of HH 200 Steve L. Skinner1, L.M. Rebull2, B. Nagel1, M. Guedel3, M. Audard4, D. Padgett5 1Univ. Of Colorado, 2Spitzer Science Center/Caltech, 3Univ. of Vienna, Austria, 4Univ. of Geneva, Switzerland, 5NASA/GSFC. 256.25 The Spectrum and Abundances of the Herbig Ae Star HD 104267 (DX Cha) Charles R. Cowley1, F. Castelli2, S. Hubrig3 1Univ. of Michigan, 2Istituto Nazionale di Astrofisica, Osservatorio Astronomico di Trieste, Italy, 3Leibniz-Institut für Astrophysik Potsdam (AIP), Germany. 256.26 Variability of Massive Young Stellar Objects in Cygnus-X Nancy H. Thomas1, J.L. Hora2, H.A. Smith2 1University of Washington, 2Harvard-Smithsonian CfA. 256.27 Episodic Accretion in the Propeller Regime Patrick Lii1, G. Ustyugova2, M.M. Romanova1, R.V. Lovelace1 1Cornell University, 2Keldysh Institute for Applied Mathematics, Russian Federation. 256.28 Searching for the Lowest Mass Products of Star-Formation in IC 348 Zoe Ames1, M. Barsony1, 2, K.E. Haisch3, C. McCarthy1, K. Marsh4 1San Francisco State University, 2SETI Institute, 3Utah Valley University, 4Cardiff School of Physics and Astronomy, United Kingdom. 256.29 Dramatic Evolution of the Disk-Shaped Secondary in the Orion Trapezium Star θ1 Ori B1 (BM Ori): MOST Satellite Observations Diana Windemuth1, W. Herbst1, E.D. Tingle1, R. Fuechsl1, R.E. Kilgard1, M. Pinette2, M.R. Templeton3, A.A. Henden3 1Wesleyan University, 2Bowdoin College, 3American Association of Variable Star Observers. 256.30 Uncovering Spectral Signatures of the Hidden Secondary Component of BM Ori Raquel Martinez1, S. Redfield1, W. Herbst1 1Wesleyan University.

157 Wednesday Sessions and Events Wednesday

300 Plenary Session: Heineman Prize: Extreme Transients in the High Energy Universe Wednesday, 8:30 AM - 9:20 AM, Grand Ballroom, Long Beach Convention Center Chryssa Kouveliotou - Dannie Heineman Prize for Astrophysics The Dannie Heineman Prize for Astrophysics is awarded to Chryssa Kouveliotou for her extensive accomplishments and discoveries in the areas of gamma ray bursts and their afterglows, soft gamma repeaters, and magnetars. Particularly notable are Dr. Kouveliotou’s abilities to create collaborations and her effectiveness and insights in using multiwavelength observations. Chair Cathy O’Riordan1 1AIP 300.01 Heineman Prize: Extreme Transients in the High Energy Universe WED Chryssa Kouveliotou1 1NASA/MSFC.

301 Astrophysics with Kepler’s High Precision Photometry I Wednesday, 10:00 AM - 11:30 AM, Room 101A, Long Beach Convention Center Kepler’s precision and time coverage offer a unique opportunity for astrophysical studies of stars, from detailed analyses of individual sources, to ensemble studies at unprecedented precision. Kepler’s Guest Observer program and the Kepler Asteroseismic Science Consortium offer opportunities for observers to both select targets and to collaborate on results from existing targets. Talks in the two sessions will cover asteroseismic results from stars across the HR diagram, Red Giant Oscillations, eclipsing and interacting binary stars, stellar activity and rotation, variable stars, results from non-stellar sources, and extragalactic sources. Chair Steve Bryson1 1NASA Ames Research Center. 301.01 Asteroseismology with NASA’s Kepler Mission Daniel Huber1, W.J. Chaplin2, J. Christensen-Dalsgaard3, R.L. Gilliland4, S.D. Kawaler5, )
,KFMETFO3, Working Groups of Kepler Asteroseismic Science Consortium (KASC) 1NASA Ames Research Center, 2University of Birmingham, United Kingdom, 3Aarhus University, Denmark, 4Pennsylvania State University, 5Iowa State University. 301.02 Precise Asteroseismic Characterization of Kepler Exoplanet Host Stars Travis S. Metcalfe1, Kepler Asteroseismic Science Operations Center 1Space Science Institute. 301.03 Rotation Periods, Variability Properties and Ages for Kepler Exoplanet Candidate Host Stars Lucianne M. Walkowicz1 1Princeton University. 301.04D WITHDRAWN: Measuring the Rotation Period Distribution of Field M-dwarfs with Kepler Amy McQuillan1, S. Aigrain1, T. Mazeh2 1Oxford University, United Kingdom, 2Tel Aviv University, Israel.

158 Wednesday Sessions and Events

301.05 Surface Stellar Rotation and Activity of Solar-type Stars Observed by Kepler: Towards a Calibrated Age-rotation Relationship Savita Mathur1, 2, R.A. Garcia3, T.S. Metcalfe2, M.H. Pinsonneault4, J. van Saders4 1High Altitude Observatory, 2Space Science Institute, 3CEA Saclay, France, 4Ohio State University. 301.06 Stellar Surface Rotation as a Diagnostic of Mass and Evolutionary State Jennifer van Saders1, M.H. Pinsonneault1, R.A. Garcia2, S. Mathur4, T.S. Metcalfe3 1The Ohio State University, 2SAp, CEA, France, 3Space Science Institute, 4High Altitude Observatory.

302 Effective Education and Public Outreach Wednesday, 10:00 AM - 11:30 AM, Room 202A, Long Beach Convention Center Chair Robert D. Mathieu1 1Univ. of Wisconsin.

302.01 Two Eyes, 3D: Stereoscopic Design Principles WED Aaron Price1, M. Subbarao2, R. Wyatt3 1Museum of Science and Industry/AAVSO, 2Adler Planetarium, 3California Academy of Sciences. 302.02 Encouraging A Culture Of Outreach In Astronomy Clubs: Findings From The Astronomical Society Of The Pacific, The Institute For Learning Innovation, And Inverness Research Jim Manning1, E. Jones2, M. St. John3, M. Berendsen1, G.R. Schultz1, S. Gurton1, V. Yocco2, P. Castori3, J. Santascoy1, V. White1, K. FRANK1 1Astronomical Society of the Pacific, 2Institute for Learning Innovation, 3Inverness Research. 302.03 Music and Astronomy Under The Stars after 4 years and 50,000 People Donald A. Lubowich1 1Hofstra Univ. 302.04 A Comprehensive Approach to Dark Skies Research and Education at NOAO Constance E. Walker1, S.M. Pompea1, R.T. Sparks1 1NOAO. 302.05 NASA’s Astrophysics Education and Public Outreach Portfolio Hashima Hasan1, D.A. Smith2 1NASA Headquarters, 2Space Telescope Science Institute.

303 Galaxies III Wednesday, 10:00 AM - 11:30 AM, Room 104A, Long Beach Convention Center Chair Ching-Wa Yip1 1Johns Hopkins Univ. 303.01 Centaurus A: Stellar Metallicity Transition in the Halo Sarah Bird1, C. Flynn2, W.E. Harris3, M. Valtonen1 1Tuorla Observatory, University of Turku, Finland, 2Finnish Centre for Astronomy with ESO (FINCA), University of Turku, Finland, 3McMaster University, Canada. 303.02 Perspectives on Intracluster Enrichment and the Stellar Initial Mass Function in Elliptical Galaxies Michael Loewenstein1 1University of Maryland, College Park and CRESST-NASA/GSFC.

159 Wednesday Sessions and Events

303.03D Line Emission and Star Formation in Brightest Cluster Galaxies in the ACCEPT and CLASH Samples Aaron S. Hoffer1, M. Donahue1, A.K. Hicks1, CLASH Consortium 1Michigan State University. 303.04 Objective Identification of Informative Wavelength Regions in Galaxy Spectra Ching-Wa Yip1, M.W. Mahoney2, A.S. Szalay1, I. Csabai3, T. Budavari1, R.F.G. Wyse1, L. Dobos3 1Johns Hopkins Univ., 2Stanford University, 3Eotvos University, Hungary. 303.05D Constraining the Assembly History of Massive Elliptical Galaxies Andrew Newman1 1California Institute of Technology. 303.06 Newborn Spheroidal Galaxies at High Redshift (1

WED 1Ohio University.

304 Galaxy Evolution in Protogalaxy Clusters Wednesday, 10:00 AM - 11:30 AM, Room 104B, Long Beach Convention Center Chair Susan Kassin1 1NASA/GSFC. 304.01 A Rest-Frame Optical View on Galaxies in the First 2 Billion Years: New Insights from Deep and Ultra-deep Spitzer/IRAC Imaging Pascal Oesch1, I. Labbe2, R. Bouwens2, G.D. Illingworth1, XDF 1UC Santa Cruz, 2Leiden Observatory, Netherlands. 304.02D A Detailed Study of Galaxies in High-Redshift Protoclusters Kristin Kulas1, I.S. McLean1, A.E. Shapley1, C.C. Steidel2 1UC Los Angeles, 2Caltech. 304.03 CLASH: Magnified z>~6 High-Redshift Galaxies Larry D. Bradley1, CLASH Team 1Space Telescope Science Institute. 304.04D Constraining the Evolution of Galaxy Properties in Interacting Systems with UV-FIR Observations and Simulations Lauranne Lanz1, A. Zezas1, 2, N. Brassington3, H.A. Smith1, M.N. Ashby1, E. da Cunha4, C.C. Hayward5, P. Jonsson6, L.E. Hernquist1, G.G. Fazio1 1Harvard Univ., 2University of Crete, Greece, 3University of Hertfordshire, United Kingdom, 4Max Planck Institute for Astronomy, Germany, 5Heidelberger Institut für Theoretische Studien, Germany, 6Space Exploration Technologies. 304.05 Why Schechter Functions Cannot be used to Describe Galaxy SFR Distributions Samir Salim1, J.C. Lee2 1Indiana University, 2STScI. 304.06 The Epoch of Disk Settling: z~1 to Today Susan A. Kassin1, B.J. Weiner2, S.M. Faber3, J.P. Gardner1, DEEP2 Team 1NASA/GSFC, 2Steward Observatory, 3UCO/Lick Observatory.

160 Wednesday Sessions and Events

304.07 Mechanisms for Galaxy Transformation in the Complex Environment of SuperGroup Abell 1882 Aparajita Sengupta1, W.C. Keel1, G.E. Morrison2, R.A. Windhorst3, B. Smith3 1Univ. of Alabama, 2CFHT, 3arizona state university.

305 Instrumentation: Ground, Airborne and Space I Wednesday, 10:00 AM - 11:40 AM, Room 103A, Long Beach Convention Center Chair Reed Riddle1 1California Institute of Technology. 305.01 Rise of the Machines: Automated Laser Guide Star Adaptive Optics Observations of Thousands of Objects with Robo-AO Reed L. Riddle1, C. Baranec1, N.M. Law3, S.P. Tendulkar1, A.N. Ramaprakash2, S.R. Kulkarni1, R. Dekany1, K. Bui1, M. Burse2, H. Das1, S. Punnadi2, P. Chordia2 1California Institute of Technology, 2Inter-University Centre for Astronomy and Astrophysics, India, 3Dunlap Institute for Astronomy and Astrophysics, Canada. WED 305.02 EXCEDE Technology Development: Demonstrations of High Contrast at 1.2 λ/D and Fast Low-order Wavefront Control for an Explorer Space Telescope Mission Ruslan Belikov1, E. Pluzhnik1, J. Lozi2, F.C. Witteborn1, T.P. Greene1, D.H. Lynch1, G. Schneider2, O. Guyon2, D. Tenerelli3 1NASA Ames Research Center, 2The University of Arizona, 3Lockheed Martin SSC. 305.03D Robo-AO: Performance and Characterization at Palomar Observatory Shriharsh P. Tendulkar1, C. Baranec1, R.L. Riddle1, A.N. Ramaprakash3, N.M. Law2, S.R. Kulkarni1, R. Dekany1, K. Bui1, J. Davis1, M. Burse3, H. Das3, S. Punnadi3, P. Chordia3 1California Institute of Technology, 2Dunlap Institute for Astronomy and Astrophysics, Canada, 3Inter-University Centre for Astronomy and Astrophysics, India. 305.04 The Subaru Coronagraphic Extreme AO High Speed and High Sensitivity Wavefront Sensors Christophe Clergeon1, 3, O. Guyon1, F. Martinache1, J. Veran2, C. Correia2, V. Garrel1, 3, N. Jovanovic1 1Subaru Telescope, 2NRC-CNRC, Canada, 3Paris Observatory, France. 305.05 The Subaru Coronagraphic Extreme AO Project: Progress and Upgrades Nemanja Jovanovic1, F. Martinache1, O. Guyon1, C. Clergeon1, V. Garrel1 1Subaru Telescope. 305.06 Gemini South Adaptive Optics Imager (GSAOI) at Gemini South - Commissioning and Fist Science Results Peter Pessev1, R. Carrasco1, C. Winge1, P. McGregor2, M. Edwards3, F. Rigaut2, B. Neichel1, P. Young2, E. Artigau4, F. Mauro5 1Gemini Observatory/AURA, Chile, 2RSAA, ANU, Australia, 3LBT Observatory, 4Universite de Montreal, Canada, 5Universidad de Concepcion, Chile. 305.07 Commissioning of the WIYN One Degree Imager Daniel R. Harbeck1, ODI Team 1WIYN Observatory. 305.08 The ACE Echelle Spectrograph - A Medium Resolution (R19,333) Fiber-fed Instrument for Meter-class and Smaller Telescopes Peter Mack1 1Astronomical Consultants and Equipment, Inc. 305.09 Field Testing of a 1/100th Scale Starshade L. S. Casement1, T.M. Glassman1, A. Lo1, S. Warwick1, O. Armagan1 1Northrop Grumman.

161 Wednesday Sessions and Events 306 Molecular Clouds, HII Regions, Interstellar Medium Wednesday, 10:00 AM - 11:30 AM, Room 103B, Long Beach Convention Center Chair Anthony J. Remijan1 1NRAO. 306.01 A Search for Pulsed Emission from the Compact Steep Spectrum Radio Source in NGC 1977 Using the GBT D. Anish Roshi1, S.M. Ransom1 1National Radio Astronomy Observatory. 306.02 PAH Size, Charge, Composition and Structure Distribution across the Northwest PDR in Reflection Nebula, NGC 7023 Louis J. Allamandola1, L.J. Allamandola1, C. Boersma1, 2, J.M. Bregman1, C. Boersma1, 2 1NASA Ames Research Center, 2San José State University Research Foundation. 306.03D Understanding the SEDS of Massive Stars and Radiative Feedback from Starburst Galaxies Jordan A. Zastrow1, M.S. Oey1, E.W. Pellegrini2, S. Veilleux3, M. McDonald4, C.L. Martin5 1University of Michigan, 2University of Toledo, 3University of Maryland, 4MIT, 5UC Santa

WED Barbara. 306.04D The Formation of Molecular Gas in the Perseus Molecular Cloud: Observations Meet Theory Min-Young Lee1 1University of Wisconsin-Madison.

307 Multi-wavelength Observations of Quasars Wednesday, 10:00 AM - 11:40 AM, Room 102B, Long Beach Convention Center Chair Francesca Civano1 1Harvard Smithsonian, CfA. 307.01 Polarization Properties of 24 Fermi-Detected Blazars Justin Linford1, G.B. Taylor1, F.K. Schinzel1, R.T. Zavala2 1University of New Mexico, 2US Naval Observatory. 307.02 Stripe 82 ACX: Archival Chandra Observations in SDSS Stripe 82 Stephanie M. LaMassa1, C.M. Urry1, E. Glikman1, N. Cappelluti2, A. Comastri2, H. Boehringer3, G.T. Richards4, S.S. Murray5, 6, F.M. Civano6, 7, E. Treister8, Stripe 82 X Collaboration 1Yale University, 2INAF, Italy, 3MPE, Germany, 4Drexel University, 5Johns Hopkins University, 6Harvard-Smithsonian Center for Astrophysics, 7Dartmouth College, 8Universidad de Concepción, Chile. 307.03 Fermi’s Gamma-ray Treasure Hunt Elizabeth C. Ferrara1, F. Acero1, D. Donato1
3
0KIB1, J. Lovell2, J. Blanchard2, J. Stevens3, P. Edwards3, Fermi-LAT Collaboration 1NASA/GSFC, 2University of Tasmania, Australia, 3CASS, Australia. 307.04 Active Galaxy Host Properties from a New H I 21-cm Survey of the Swift BAT-detected AGN Lisa M. Winter1, 2, E.R. George1, B. Zauderer3, J. Darling1 1CASA/University of Colorado-Boulder, 2Atmospheric and Environmental Research, 3Harvard University. 307.05 AGN in Submm Galaxies - Combining the Power of Chandra and ALMA Xuesong Wang1, LESS Team 1Pennsylvania State University.

162 Wednesday Sessions and Events

307.06 Cross Correlation of SDSS DR7 Quasars and DR10 BOSS Galaxies: The Weak Luminosity Dependence of Quasar Clustering at z~0.5 Yue Shen1, 2, C. McBride1, M. White3, Z. Zheng4, A.D. Myers7, J. Kirkpatrick3, N. Padmanabhan5, N. Ross3
+,
1BSFKLP5, M. Swanson1, D.J. Schlegel3, I. Zehavi6, SDSS-III Collaboration 1Harvard-Smithsonian Center for Astrophysics, 2Carnegie Observatories, 3Lawrence Berkeley National Laboratory, 4University of Utah, 5Yale University, 6Case Western Reserve University, 7University of Wyoming. 307.07 The FAST BAL Monitoring Campaign: Probing Outflow Variability with Multi-Epoch Spectroscopy Daryl Haggard1, K.S. Arraki2, P.J. Green3, T. Aldcroft3, S.F. Anderson4 1Northwestern University/CIERA, 2New Mexico State University, 3Harvard-Smithsonian Center for Astrophysics, 4University of Washington. 307.08 Studying Active Galactic Nuclei with NASA’s Wide-field Infrared Survey Explorer (WISE) Roberto J. Assef1, D. Stern1, WISE Extragalactic Team, AGES and MAGES 1Jet Propulsion Laboratory, California Institute of Technology.

307.09 WISE-Selected Red and Obscured Quasars in Stripe 82 WED Eilat Glikman1, M. Lacy2, T. Urrutia3, C.M. Urry1 1Yale University, 2NRAO, 3Leibniz Institut fur Astrophysik Potsdam, Germany.

308 Planetary Systems Orbiting White Dwarfs Wednesday, 10:00 AM - 11:30 AM, Room 103C, Long Beach Convention Center Latest observational and theoretical results will be presented regarding the origin and evolution of planetary systems orbiting degenerate stars including, for example, mechanisms for forming pulsar planets and the use of externally polluted white dwarfs to infer the elemental compositions of extrasolar minor planets. Chair Michael Jura1 1UC, Los Angeles. 308.01 The WIRED View of White Dwarfs with Dust and Substellar Companions John H. Debes1, D.W. Hoard2, S. Wachter3, D. Leisawitz4, M. Cohen5, J. Farihi6, A. Cox7, J.D. Kirkpatrick3, E.M. Sion7 1STScI, 2Spitzer Science Center, 3IPAC, 4NASA-GSFC, 5MIRA, 6Institute of Astronomy, University of Cambridge, United Kingdom, 7Villanova University. 308.02 The Frequency of Debris Disks at White Dwarfs Sara D. Barber1, A.J. Patterson1, M. Kilic1, S.K. Leggett2, P. Dufour3, J.S. Bloom4, D.L. Starr4 1University of Oklahoma, 2Gemini Observatory, 3University of Montreal, Canada, 4University of California. 308.03 Externally Polluted White Dwarfs: A Detailed Analysis of a Large SDSS Sample Patrick Dufour1 1Université de Montréal, Canada. 308.04 Results from Hubble COS Far-UV Spectroscopy of Warm DAZ Stars Jay Farihi1, B. Gänsicke2, D. Koester3 1University of Cambridge, United Kingdom, 2University of Warwick, United Kingdom, 3University of Kiel, Germany. 308.05 Dusty Disks Around Hot White Dwarfs: Rejuvenated Debris Disks or Remnant of Post-AGB Binary Disks? Kate Y.L. Su1, Y. Chu2, J. Bilikova2 1Steward Observatory, 2University of Illinois.

163 Wednesday Sessions and Events

308.06 A WD Planet Search using WISE/Spitzer Alex Gianninas1, M. Kilic1, S.D. Barber1 1University of Oklahoma. 308.07 Keck Telescope Observations of Externally-Polluted White Dwarfs Ben M. Zuckerman1, Research was Supported in Part by NASA 1UCLA. 308.08 Scattering of Planetesimals onto White Dwarfs Steinn Sigurdsson1 1Pennsylvania State Univ. 308.09 Eccentric Planets and Stellar Evolution as a Source of Polluted White Dwarfs Shane Frewen1, B.M. Hansen1 1UCLA.

309 QSO/AGN Engines and the Circumnuclear Region Wednesday, 10:00 AM - 11:30 AM, Room 202B, Long Beach Convention Center Chair Gregory B. Taylor1 1Univ. of New Mexico. WED 309.01D Better Determinations of Quasar Fundamental Parameters Jessie C. Runnoe1, M.S. Brotherton1, Z. Shang2 1University of Wyoming, 2Tianjin Normal University, China. 309.02 SALT Longslit Spectroscopy of Luminous Obscured Quasars Kevin Hainline1, R.C. Hickox1, J.E. Greene2 1Dartmouth College, 2Princeton University. 309.03 Towards an Understanding of the Black Hole Mass Scaling Relations Vardha Nicola Bennert1, T. Treu2, M.W. Auger3, C. Harris2, J. Woo4, M.A. Malkan5 1California Polytechnic State University, 2University of California, 3University of Cambridge, United Kingdom, 4Seoul National University, Republic of Korea, 5University of California. 309.04 Measuring Quasar Variability with Pan-STARRS1 and SDSS Eric Morganson1 1MPIA, Germany. 309.05 Multi-messenger Efforts in the Search for Supermassive Black Hole Pairs Sarah Spolaor1, J. LAZIO1, Parkes Pulsar Timing Array 1Jet Propulsion Laboratory, California Institute of Technology. 309.06 Measuring Black Hole Masses in Quasars at High Redshift Kelly Denney1 1Dark Cosmology Centre, Denmark. 309.07 The Lick AGN Monitoring Project 2011: New Velocity-Resolved Reverberation- Mapping Results Aaron J. Barth1, A. Pancoast2, LAMP2011 Collaboration 1UC Irvine, 2UCSB. 309.08 LAMP 2008 and 2011: Dynamical Modeling of the Broad Line Region Anna Pancoast1, B.J. Brewer2, 1, T. Treu1, LAMP2008 Collaboration, LAMP2011 Collaboration 1University of California Santa Barbara, 2University of Auckland, New Zealand.

164 Wednesday Sessions and Events 310 Reports from NASA’s Program Analysis Groups Wednesday, 10:00 AM - 11:30 AM, Room 102C, Long Beach Convention Center This special session will report on the current activities of NASA’s Astrophysics Program Analysis Groups (PAGs.) These groups serve as forums for soliciting and coordinating input and analysis from the scientific community in support of the Astrophysics %JWJTJPOT
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representatives from NASA Headquarters and theninclude reports on current activities from the Chairs of the Physics of the Cosmos PAG (PhysPAG), the Cosmic Origins PAG (COPAG) and the Exoplanet Exploration PAG (ExoPAG). Chair Alan P. Smale1 1NASA GSFC. 310.01 Overview of NASA’s Astrophysics Program Analysis Groups Douglas M. Hudgins1, M.R. Perez1, R.M. Sambruna1 1NASA Headquarters.

310.02 Summary of PhysPAG Activities WED Steven M. Ritz1 1UC Santa Cruz. 310.03 Report from the Exoplanet Exploration Program Analysis Group (ExoPAG) B. S. Gaudi1 1Ohio State Univ. 310.04 The Cosmic Origins Program Analysis Group (COPAG) Christopher D. Martin1 1Caltech.

311 Results from The Panchromatic Hubble Andromeda Treasury Wednesday, 10:00 AM - 11:30 AM, Room 201B, Long Beach Convention Center PHAT is an HST Multi-Cycle program that is imaging the north east quadrant of M31 to deep limits in the UV, optical, and near-IR. The HST observations resolve the galaxy into more than 100 million stars, all with common distances and foreground extinctions. The resulting 67
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wide range of spectral types, while simultaneously mapping M31’s extinction. As its legacy, the survey adds M31 to the Milky Way and Magellanic Clouds as a fundamental calibrator of stellar evolution and baryonic processes, both of which are crucial for understanding the evolution of galaxies over cosmic time. In this Special Session, we will present a series of talks to introduce the main aspects of the survey, and to highlight key science results affecting a wide range of astrophysical processes, including early results from PHAT collaborations with new ISM and spectroscopic programs. Chair Julianne Dalcanton1 1University of Washington. 311.01 The Panchromatic Hubble Andromeda Treasury: Project Overview Julianne Dalcanton1, B.F. Williams1, PHAT Collaboration 1University of Washington. 311.02 Stellar Clusters in PHAT: Early Science from Integrated Properties and Stellar Content Morgan Fouesneau1, PHAT Collaboration 1University of Washington.

165 Wednesday Sessions and Events

311.03 Characterizing the Content and Spatial Clustering of Hot Massive Stars in M31 from the PHAT Survey Luciana Bianchi1, Y. Kang2, P.W. Hodge3, J. Dalcanton3, B.F. Williams3, D. Lang4, A.E. Dolphin5, D.R. Weisz1, L. Girardi6, D. Gouliermis7, J.S. Kalirai8, S. Larsen9, PHAT Team 1Dept. of Physics and Astronomy, Johns Hopkins Univ., 2Chungnam National University, Republic of Korea, 3Dept. of Astronomy, University of Washington, 4McWilliams Center for Cosmology, Carnegie Mellon University, 5Raytheon Company, 6Osservatorio Astronomico di Padova -- INAF, Italy, 7Max Planck Institute for Astronomy, Germany, 8Space Telescope Science Institute, 9Radboud University Nijmegen, Netherlands. 311.04 M31 Dust Mapping with PHAT: Far-IR/Submm Emissivity Variations Karl D. Gordon1, PHAT Team 1Space Telescope Science Institute. 311.05 Inferring the High Mass Stellar IMF in M31 Daniel R. Weisz1, M. Fouesneau1, D.W. Hogg2, 3, H. Rix3, A.E. Dolphin4, J. Dalcanton1, D. Lang5, L.C. Johnson1, L. Beerman1, E.F. Bell6, K.D. Gordon7, D. Gouliermis3, J.S. Kalirai7, E.D. Skillman8, B.F. Williams1, PHAT Team 1Univ. of Washington, 2NYU, 3MPIA, Germany, 4Raytheon, 5CMU, 6Univ. of Michigan, 7STScI, 8Univ. of Minnesota. 311.06 Keck Spectroscopy of the PHAT Region Claire Dorman1, P. Guhathakurta1, A. Seth2, PHAT Team, SPLASH Team WED 1UC Santa Cruz, 2University of Utah.

312 Star Formation - Dark Clouds and Clumps Wednesday, 10:00 AM - 11:30 AM, Room 101B, Long Beach Convention Center Chair Mordecai-Mark Mac1 1American Museum of Natural History. 312.01 Probing Feedback from Star Formation in Giant Molecular Clouds: The Role of Radiation Mubdi Rahman1, N.W. Murray2 1Johns Hopkins University, 2CITA, Canada. 312.02D New Observations of Molecular Clumps in Perseus Sarah Sadavoy1, Herschel Gould Belt Survey Team, SCUBA-2 Gould Belt Survey Team 1University of Victoria, Canada. 312.03 Multiband IR Study of the Earliest Stages of Star Formation Within Infrared Dark Filaments Andres Guzman1, H.A. Smith1, J.L. Hora1, Q. Zhang1, J.M. Jackson2, P.C. Myers1, V. Tolls1, J. Martinez-Galarza1, I. Jimenez-Serra1 1Harvard Smithsonian Center for Astrophysics, 2Boston University. 312.04D CARMA Mapping of Molecular Cores with CN Zeeman Detections Nicholas Hakobian1, R. Crutcher1 1University of Illinois at Urbana-Champaign. 312.05 Magnetic Field Alignment With The Inner Envelope Of Low-mass Cores Nicholas L. Chapman1, G. Novak1, J. Davidson2, T. Matthews1, B.C. Matthews3, 4, P. Goldsmith5, N.H. Volgenau6, J.E. Vaillancourt7, L. Looney8, W. Kwon8, M. Houde9, R. Peng10, Z. Li11 1Northwestern University, 2University of Western Australia, Australia, 3Herzberg Institute of Astrophysics, Canada, 4University of Victoria, Canada, 5Jet Propulsion Laboratory, 6California Institute of Technology, 7Universities Space Research Association, 8University of Illinois, 9University of Western Ontario, Canada, 10Caltech Submillimeter Observatory, 11University of Virginia.

166 Wednesday Sessions and Events

312.06D Infrared Dark Clouds: Formation and Dynamics Michael Butler1, J. Tan1 1University of Florida.

313 Structure and Evolution of Local Galaxies Wednesday, 10:00 AM - 11:30 AM, Room 104C, Long Beach Convention Center Chair Ivelina Momcheva1 1Carnegie Observatories. 313.01 Toward Identifying First-Generation Elliptical Galaxies in the SDSS Daniel H. McIntosh1, C. Wagner1, A. Cooper1, T. Haines1, J.L. Mann1, D. Keres2, A. Pasquali3, F. van den Bosch4 1University of Missouri-Kansas City, 2UC San Diego, 3U Heidelberg, Germany, 4Yale University. 313.02D Modeling Galactic Chemical Evolution in AMR Cosmological Simulations 1, 4 1, 5 2 3, 1 Carolyn Peruta , B.W. O’Shea , J. Tumlinson , T.C. Beers WED 1Michigan State University, 2Space Telescope Science Institute, 3National Optical Astronomy Observatory, 4Joint Institute for Nuclear Astrophysics, 5Institute for Cyber-Enabled Research. 313.03 Global Radial Gradient Profiles of Stellar Ages in Plausible Post-Merger Galaxies Tim Haines1, D.H. McIntosh1, S. Sanchez3, C.A. Tremonti2 1University of Missouri - Kansas City, 2University of Wisconsin - Madison, 3Instituto de Astrofísica de Andalucía, Spain. 313.04D Hot Gas Halos Around Nearby Late-Type Galaxies Michael Anderson1, J.N. Bregman1, X. Dai2 1Univ. Of Michigan, 2University of Oklahoma. 313.05 Structural Properties of Barred Galaxies in the Spitzer Survey of Stellar Structure in Galaxies (S4G) Taehyun Kim1, 2, D. Gadotti2, K. Sheth3, M. Lee1, S4G Team 1Seoul National University, Republic of Korea, 2ESO, Chile, 3NRAO. 313.06 Testing Galaxy Formation Models: Characterizing Extended Hot X-ray Coronae Around Massive Spiral Galaxies Akos Bogdan1, W.R. Forman1, H. Bourdin2, R.A. Crain3
%
4JKBDLJ1, M. Vogelsberger1, R.P. Kraft1, C. Jones1, L.P. David1, E. Churazov4, M. Gilfanov4, P. Mazzotta1, 2 1Harvard-Smithsonian Center for Astrophysics, 2University of Rome, Italy, 3Leiden University, Netherlands, 4Max Planck Institute for Astrophysics, Germany. 313.07 Secular Evolution in Action: Central Values and Radial Trends in the Stellar Populations of Boxy Bulges Michael J. Williams1, M. Bureau2, H. Kuntschner3 1MPE, Germany, 2University of Oxford, United Kingdom, 3ESO, Germany.

314 The Solar System Wednesday, 10:00 AM - 11:30 AM, Grand Ballroom, Long Beach Convention Center Chair Dariusz C. Lis1 1Caltech. 314.01 Comet Garradd Seen With Deep Impact Michael F. A’Hearn1, L.M. Feaga1, DIXI Team 1University of Maryland.

167 Wednesday Sessions and Events

314.02D Modeling Optically Thick Molecular Emission Spectra of Comets Using Asymmetrical Spherical Coupled Escape Probability Alan Gersch1, M.F. A’Hearn1 1Univ. of Maryland. 314.03 Lightcurves of Large Southern Hemisphere Kuiper Belt Objects Susan D. Benecchi1, S.S. Sheppard1 1Department of Terrestrial Magnetism, Carnegie Institution of Washington. 314.04 High-precision Measurements of Planetary Spin States: Mercury, Venus, Europa, Ganymede Jean-Luc Margot1, D.B. Campbell2, S.J. Peale3, F.D. Ghigo4 1University of California, Los Angeles, 2Cornell University, 3University of California, Santa Barbara, 4National Radio Astronomy Laboratory. 314.05 High-Temperature Mineral Formation by Short Circuits in Protoplanetary Disks Mordecai-Mark Mac Low1, 2, A. Hubbard1, 3, C. McNally1, 4, D. Ebel5, P. D’Alessio6 1Dept. of Astrophysics, American Museum of Natural History, 2Dept. of Astronomy, Columbia University, 3Max-Planck-Institut für Astronomie, Germany, 4Niels Bohr International Academy, Niels Bohr Institute, Denmark, 5Dept. of Earth & Planetary Sciences, American Museum of Natural History, 6Centro de Radioastronomía y Astrofísica, UNAM, Mexico.

WED 315 Transit Detection of Extrasolar Planets Wednesday, 10:00 AM - 11:30 AM, Room 201A, Long Beach Convention Center Chair Stephen R. Kane1 1California Institute of Technology. 315.01 Planet Hunters in the Kepler Extended Mission Megan E. Schwamb1, C.J. Lintott2, D. Fischer1, J.M. Brewer1, M.J. Giguere1, S. Lynn3, M. Parrish3, K. Schawinski4, R. Simpson2, A.M. Smith3, J.A. Orosz5, J.A. Carter6, A. Howard7, G. Torres6, J.R. Crepp8, 9, W.C. Keel10, W.F. Welsh5, N.A. Kaib11, D. Terrell12, R. Gagliano13, K.J. Jek13 1Yale University, 2University of Oxford, United Kingdom, 3Adler Planetarium, 4ETH Zurich, Switzerland, 5San Diego State University, 6Harvard-Smithsonian Center for Astrophysics, 7University of Hawaii, 8University of Notre Dame, 9Caltech, 10University of Alabama, 11Northwestern University, 12Southwest Research Institute, 13Planet Hunters. 315.02D Transiting Super-Earth Exoplanets: Search and Characterization with the MOST Space Telescope Diana Dragomir1, 2 1University of British Columbia, Canada, 2LCOGT/UCSB. 315.03 The Hunt for Exomoons with Kepler (HEK) Project: Results from Initial Surveys David M. Kipping1, G. Bakos2, L. Buchhave3, J.D. Hartman2, D. Nesvorny4, A. Schmitt5 1Harvard-Smithsonian Center for Astrophysics, 2Princeton University, 3University of Copenhagen, Denmark, 4Southwest Research Institute, 5Citizen Scientist. 315.04 KELT-3b: A Hot Jupiter Around a Bright V=9.8 Late-F Star Joshua Pepper1, R. Siverd1, T.G. Beatty2, P.L. Berlind7, A. Bieryla7, L. Buchhave8, M.L. Calkins7, P. Cargile1, K. Collins6, J.R. Crepp11, D.L. Depoy10, J. Eastman4, 5, G. Esquerdo7, B. Fulton16, 4, B.S. Gaudi2, A. Gould2, E.L.N. Jensen9, J.F. Kielkopf6, D.W. Latham7, Q. Mao1, M. Manner14, J.L. Marshall10, K. Penev12, R.W. Pogge2, A. Richert15, K. Stassun1, 3, R.P. Stefanik7, R. Street4, M. Trueblood13, P. Trueblood13 1Vanderbilt University, 2The Ohio State University, 3Fisk University, 4Las Cumbres Observatory Global Telescope Network, 5University of California, Santa Barbara, 6University of Louisville, 7Harvard-Smithsonian Center for Astrophysics, 8Niels Bohr Institute, University of Copenhagen, Denmark, 9Swarthmore College, 10Texas A&M University, 11University of Notre Dame, 12Princeton University, 13Winer Observatory, 14Spot Observatory, 15Pennsylvania State University, 16University of Hawaii, Institute for Astronomy. 168 Wednesday Sessions and Events

315.05D Detecting and Characterizing Exoplanets: The GJ 436 and HD 149026 Systems Kevin B. Stevenson1, 10, J. Harrington1, N. Madhusudhan2, S. Seager2, D. Deming3, E. Rauscher4, J.J. Fortney5, T.J. Loredo6, N. Lewis7, J.I. Moses8, C.W. Visscher9, UCF Exoplanets Group 1University of Central Florida, 2Massachusetts Institute of Technology, 3NASA Goddard Space Flight Center, 4Columbia University, 5University of California Santa Cruz, 6Cornell University, 7University of Arizona, 8Space Science Institute, 9Southwest Research Institute, 10University of Chicago. 315.06 Three 2012 Transits of Venus: From Earth, Jupiter, and Saturn Jay M. Pasachoff1, 3, G. Schneider2, B.A. Babcock1, M. Lu1, E. Edelman1, 18, K. Reardon4, T. Widemann5, P. Tanga6, R. Dantowitz7, M.D. Silverstone8, D. Ehrenreich9, "
7JEBM.BEKBS10, P.D. Nicholson11, R.C. Willson12, G.A. Kopp13, V.B. Yurchyshyn14, A.C. Sterling15, P.H. Scherrer16, J. Schou16, L. Golub17, P. McCauley17, K. Reeves17 1Williams College, 2Steward Obs., U. AZ, 3Caltech, 4National Solar Obs., 5Obs. de Paris à Meudon, France, 6Obs. de la Côte d’Azur, France, 7Clay Center Obs./Dexter-Southfield Schools, 8U. Alabama, 9Obs. de Genève, Switzerland, 10Inst. d’Astrophysique, France, 11Cornell U., 12ACRIM, 13LASP, U. Colorado, 14Big Bear Solar Obs., NJIT, 15NASA’s Marshall SFC, 16Stanford Solar Obs., 17Harvard-Smithsonian CfA, 18Wesleyan U. WED

316 Variable Stars Wednesday, 10:00 AM - 11:30 AM, Room 102A, Long Beach Convention Center Chair Abhijit Saha1 1NOAO. 316.01 Study of Black-Light Flares Haimin Wang1, C. Liu1, Y. Xu1, N. Deng1 1NJIT. 316.02 A new RR Lyrae Star in Segue 2 Erin Boettcher1, 2, B. Willman2, R. Fadely3, 2, J. Strader4 1University of Wisconsin - Madison, 2Haverford College, 3Center for Cosmology and Particle Physics, New York University, 4Michigan State University. 316.03 Finding Galactic Halo Structure: RR Lyrae Stars in Stripe 82 Nathan M. De Lee1, H.A. Smith2, T.C. Beers3, 4, R.J. Wilhelm5, Y.S. Lee6, B. Sesar7, Z. Ivezic8 1Vanderbilt University, 2Michigan State, 3NOAO, 4JINA, 5UK, 6NMSU, 7Caltech, 8Univ. Wash. 316.04D Extragalactic Cepheids and their Application to the Cosmological Distance Scale Samantha L. Hoffmann1 1Texas A and M University. 316.05 PTF Variables in M31 Sumin Tang1, 2, Y. Cao2, P.E. Nugent3, L. Bildsten1, B. Sesar2, S.R. Kulkarni2, PTF Stellar Group 1UC Santa Barbara, 2Caltech, 3LBNL. 316.06D How to Find the Rare Sources All New Surveys Promise: Machine-learning Enabled Classification and Discovery Adam Miller1 1UC Berkeley Astronomy Department.

169 Wednesday Sessions and Events 317 Plenary Session: Warner Prize: A New View on Planetary Orbital Dynamics Wednesday, 11:40 AM - 12:30 PM, Grand Ballroom, Long Beach Convention Center Eric B. Ford - Helen B. Warner Prize The Helen B. Warner Prize is awarded to Eric B. Ford (University of Florida) for his theoretical and computational research in the field of extrasolar planets, including ground-breaking work on the dynamical evolution of planetary systems and planet formation. This work has established the importance of gravitational scattering within exoplanet systems, quantified the uncertainty in exoplanet orbits, led to immediately useful and testable observational predictions, and aided the efficient design of new exoplanet searches. Chair David J. Helfand1 1AAS, Canada. 317.01 Warner Prize Lecture: A New View on Planetary Orbital Dynamics Eric B. Ford1 WED 1Univ. of Florida.

318 Town Hall: The James Webb Space Telescope Town Hall Wednesday, 12:45 PM - 1:45 PM, Room 104A, Long Beach Convention Center The James Webb Space Telescope will be the most powerful telescope that astronomers have ever constructed, and is essential for answering the top science questions outlined in the Astronomy 2010 - 2020 Decadal Survey. The observatory continued to make progress in 2012 by achieving several important milestones, including the delivery of the first science instruments from ESA and CSA to NASA. JWST now enters a detailed integration and testing phase, in preparation for the 2018 launch. The 2013 JWST Town Hall meeting will feature three brief presentations followed by ample time for community discussion. The presentations will be given by 1.) Dr. Eric Smith (NASA/HQ - Program Status), 2.) Dr. Randy Kimble (NASA/GSFC - Integration and Testing), and 3.) Dr. Mike Brown (Caltech - Solar System and Planetary Science with JWST) Chair Jason S. Kalirai1 1Space Telescope Science Institute.

319 The Stratospheric Observatory for Infrared Astronomy Town Hall Wednesday, 12:45 PM - 1:45 PM, Room 104B, Long Beach Convention Center The Stratospheric Observatory for Infrared Astronomy (SOFIA) made its first scientific flights in 2011. At the Town Hall, you will hear about the results and discoveries with SOFIA. We will also give a status of the program and show you how you can get involved in this exciting new observatory to enhance your own science. SOFIA has an expected 20 year life time and an evolving instrument and science program. Recent upgrades to SOFIA’s present instruments and future opportunities for innovative instruments will be discussed. Chair Eric E. Becklin1 1UC, Los Angeles.

170 Wednesday Sessions and Events Trouble in the Blue - Current Light Pollution Threats and How Professional Astronomers Can Respond Wednesday, 12:45 PM -2:00 PM, Regency Ballroom C, Hyatt Despite considerable progress in light pollution control over the last 20 years, in many ways the threat to your optical data is changing and getting worse. A revolution is now taking place in the rapid acceptance of blue-rich LEDs and other light sources touted as being more energy efficient for outdoor lighting. They are also claimed to enhance safety and visibility at bright levels on the assumption that the eye’s faint-light receptors are sensitive in that color range. Such sources emit a substantial fraction of their energy in the 400-500 ON
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common sodium lamps. Blue-rich sources are now being selected for roadways, buildings, and automobiles. In this session we will highlight what the affect on optical data is, and what are the current efforts to control it. Professional astronomers need to play a more active role educating the public and local governments on why light pollution control is important. We will identify resources (such as web sites and prepared presentations) that you can use. WED Speakers: Richard Green, Connie Walker, and Patrick Seitzer. This session is sponsored by the AAS Committee on Light Pollution, Radio Interference, and Space Debris, NOAO, IAU Commission 50 on Light Pollution, and the International Dark Sky Association. Organizer Patrick Seitzer1 1University of Michigan.

Career Hour 3: Leveraging Your Online Presence for Career Advancement Wednesday, 1:00 PM - 2:00 PM, Regency Ballroom E, Downtown Hyatt Long Beach .PSF
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to find and research potential candidates. How can you make sure that you are not only found, but are ahead of the pack? In this session, we will discuss how decision-makers use linkedin and facebook, and how you can use linkedin to establish yourself as a leader in your field, enhance your research reputation, and seek out and take advantage of innovative opportunities. We will demonstrate how to create a winning personal website/portfolio and MJOLFEJO
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commenting in groups) to generate solid leads for your career. Organizer Alaina Levine1 1Quantum Success Solutions.

Astrophysics Code Sharing? Wednesday, 2:00 PM - 3:00 PM, Regency Ballroom D (Hyatt Long Beach) Research in astronomy is increasingly dependent on software methods, yet these methods are treated as the poor stepchildren of research in that they are often not revealed and do not get cited, inhibiting re-use and undermining a basic tenet of scientific research: reproducibility. Furthermore, software authors do not get credit for their contributions to the field. However, change is taking place as various efforts in the community start to have an impact on the development, visibility, and preservation of software and greater recognition for coders.

171 Wednesday Sessions and Events

Panelists will make short presentations on the state of astronomical software, after which the floor will be opened for discussion on issues relating to the discoverability of codes and USBOTQBSFODZ
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covered in the presentations highlight recent developments: Astrophysics Source Code Library (ASCL) Results of recent discussion about code release and discoverability: eScience meeting (Chicago, Oct 2012), ADASS conference (Urbana-Champaign, Nov 2012) Integrity in the publication process Code repositories in other disciplines We invite participants to suggest other short topics to present by contacting the organizers at [email protected]. The session will be moderated by Peter J. Teuben (University of .BSZMBOE 
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Caltech), Robert J. Hanisch (STScI/VAO), and Alice Allen (ASCL). Chair Peter Teuben1 1University of Maryland

WED 320 Advocating for Astronomy Wednesday, 2:00 PM - 3:30 PM, Room 201B, Long Beach Convention Center Scientists and astronomers often do not realize how their ability to do their research depends on the federal government. According to the recent New Worlds, New Horizons in "TUSPOPNZ
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a research university or college (59.2%). Colleges and universities receive federal grants to perform their research. Another significant fraction is from government laboratories or federally funded research centers (34.1%). Astronomy often relies on federal and international support to help build ground and space-based observatories and facilities. Costs for observatories increase, as we require larger collecting area or technology investments for detectors at every wavelength of the electromagnetic spectrum. Policy makers need to know that astronomy is important to the nation. Only you, an astronomer and a constituent, can advocate for astronomy to your members of Congress. This session will go over why it is important as an astronomer to communicate with policy makers and give you the tricks of the trade to effectively advocate for astronomy. Chair Bethany R. Johns1 1American Astronomical Society (AAS).

321 Astrophysics with Kepler’s High Precision Photometry II Wednesday, 2:00 PM - 3:30 PM, Room 101A, Long Beach Convention Center Kepler’s precision and time coverage offer a unique opportunity for astrophysical studies of stars, from detailed analyses of individual sources, to ensemble studies at unprecedented precision. Kepler’s Guest Observer program and the Kepler Asteroseismic Science Consortium offer opportunities for observers to both select targets and to collaborate on results from existing targets. Talks in the two sessions will cover asteroseismic results from stars across the HR diagram, Red Giant Oscillations, eclipsing and interacting binary stars, stellar activity and rotation, variable stars, results from non-stellar sources, and extragalactic sources. Chair Steve B. Howell1 1NASA ARC.

172 Wednesday Sessions and Events

321.01 New Insights into Stellar Astrophysics from High-Precision Photometry David R. Soderblom1 1STScI. 321.02 Opportunities for Exoplanet Science within the Kepler Guest Observer Program Thomas Barclay1, M.D. Still1, Kepler Science Office/Science Operations Center 1NASA Ames Research Center. 321.03 Precision Age Determination for Kepler Open Clusters Using Eclipsing Binaries Eric L. Sandquist1 1San Diego State Univ. 321.04 Measuring the Rotation Direction of Active Primary Stars in Kepler Eclipsing Binary Systems Avi Shporer1, T. Mazeh2, T. Holczer2, G. Nachmani2, J.A. Orosz3
3
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0KFEB4, Kepler Team 1CIT, 2TAU, Israel, 3SDSU, 4MIT. 321.05 Ultraviolet and Extreme Ultraviolet Emission of Host Stars and Effects on Exoplanet Atmospheres 1 1 1

Jeffrey Linsky , K. France , T.R. Ayres WED 1Univ. of Colorado. 321.06 Are the Photometrically Quietest Stars the Best Radial-Velocity Planet Search Candidates? Fabienne A. Bastien1, K. Stassun1, J. Pepper1, J. Wright2, 3 1Department of Physics and Astronomy, Vanderbilt University, 2Department of Physics and Astronomy, The Pennsylvania State University, 3Center for Exoplanets and Habitable Worlds, The Pennsylvania State University. 321.07 An Empirical Correction for Activity Effects on the Temperatures, Radii, and Estimated Masses of Low-Mass Stars and Brown Dwarfs Keivan Stassun1, 2, K.M. Kratter3, A. Scholz4, T.J. Dupuy3 1Vanderbilt University, 2Fisk University, 3Harvard-Smithsonian Center for Astrophysics, 4Dublin Institute for Advanced Studies, Ireland.

322 Circumgalactic Matter of Galaxies at z=2-3 Wednesday, 2:00 PM - 3:30 PM, Room 104C, Long Beach Convention Center Chair Sheila Kannappan1 1Univ. of North Carolina. 322.01 HBootes02: A Gravitationally Lensed Starburst and AGN Discovered by Herschel HerMES Julie L. Wardlow1, A.R. Cooray1, H. Fu1, R.S. Bussmann2, D.A. Riechers3, HerMES Collaboration 1University of California, Irvine, 2Harvard-Smithsonian Center for Astrophysics, 3Cornell University. 322.02D The Circumgalactic Medium surrounding =2.3 Star-Forming Galaxies in the Keck Baryonic Structure Survey Gwen C. Rudie1 1Caltech. 322.03 The Circumgalactic Medium of Low-Mass Galaxies at z~2 Kate Rubin1, R.A. Simcoe2, J. Hennawi1, J.X. Prochaska3, 1 1Max-Planck-Institut fuer Astronomie, Germany, 2Massachusetts Institute of Technology, 3UCO/Lick Observatory. 322.04D Structure, Activity, and Assembly History of Massive Galaxies Out to z~3 and Across Diverse Environments Tim Weinzirl1 1University of Texas at Austin.

173 Wednesday Sessions and Events

322.05 What Are the Progenitors of Compact, Massive, Quiescent Galaxies at z=2.3? The Population of Massive Galaxies at z>3 from NMBS and CANDELS Mauro Stefanon1, 3, D. Marchesini2, G. Rudnick3, G. Brammer4, K.E. Whitaker5 1University of Missouri, 2Tufts University, 3University of Kansas, 4European Southern Observatory, Chile, 5Goddard Space Flight Center. 322.06 High-Resolution Near-Infrared Imaging of Submillimeter Galaxies Andrew J. Baker1, P. Aguirre2, 3, F. Menanteau1, D. Lutz4, L.J. Tacconi4 1Rutgers, the State University of NJ, 2Pontificia Universidad Catolica de Chile, Chile, 3Universidad Andres Bello, Chile, 4Max-Planck-Institut fuer extraterr. Physik, Germany. 322.07 HerMES: Redshift Evolution of the Cosmic Infrared Background from Herschel/ SPIRE Joaquin Vieira1, HerMES 1California Institute of Technology.

323 Cosmology II Wednesday, 2:00 PM - 3:30 PM, Room 101B, Long Beach Convention Center Chair Michael Schneider1 1Lawrence Livermore Natl Lab. WED 323.01 Testing ΛCDM Using Galaxy Dynamics Doron Lemze1, M. Postman2, H. Ford1, S. Genel3, CLASH team 1Johns Hopkins University, 2Space Telescope Science Institute, 3Harvard-Smithsonian Center for Astrophysics. 323.02D Systematic Uncertainties on Cosmological Parameters from the Training of the SALT2 SN Ia Model Jennifer Mosher1, J. Guy2, R. Kessler3, J. Marriner4, P. Astier2, M. Betoule2, R. Biswas5, P. El-Hage2, S. Kuhlmann5, R. Pain2, N. Regnault2 1University of Pennsylvania, 2LPNHE, CNRS-IN2P3, UP 6 & 7, France, 3University of Chicago, 4FNAL, 5ANL. 323.03 WITHDRAWN: Investigating the Growth Rate of Large Scale Structure Using Exact Inhomogeneous Cosmological Models Mustapha B. Ishak-Boushaki1, A. Peel1, M.A. Troxel1 1Univ. Of Texas at Dallas. 323.04 Neutrino Masses, Cosmological Parameters and Dark Energy from the Transmitted Flux in the Lyman-alpha Forest Graziano Rossi1, N. Palanque-Delabrouille1, C. Yeche1, A. Borde1, J. Rich1, M. Viel2, 3, J. Lesgourgues4, 5 1CEA, Centre de Saclay, Irfu/SPP, France, 2INAF - Osservatorio Astronomico di Trieste, Italy, 3INFN/National Institute for Nuclear Physics, Italy, 4Institut de Théorie des Phénomènes Physiques, École Polytechnique Fédérale de Lausanne, Switzerland, 5CERN, Theory Division, Switzerland. 323.05 Baryon Impact on Weak Lensing Peaks and Power Spectrum: Low-bias Statistics and Self-calibration in Future Surveys Jan M. Kratochvil2, X. Yang1, K. Huffenberger2, Z. Haiman1, M. May3 1Columbia University, 2University of Miami, 3Brookhaven National Laboratory. 323.06 Key to the Mystery of Dark Energy: Corrected Relationship Between Luminosity Distance and Redshift Tianxi Zhang1 1Alabama A and M University. 323.07 Is there a Population of Weak Radio Sources that Contributes to the Excess Sky Temperature Observed by Arcade 2? Kenneth I. Kellermann1, J.J. Condon1, W.D. Cotton1, E.B. Fomalont1, R.A. Perley1, N.A. Miller2, D. Scott3, T. Vernstrom3, J. Wall3 1NRAO, 2Univ. of MD, 3UBC, Canada. 174 Wednesday Sessions and Events 324 Direct Detection of Exoplanets, Faint Companions, and Protoplanetary Disks Wednesday, 2:00 PM - 3:30 PM, Grand Ballroom, Long Beach Convention Center Chair Bradley M. Hansen1 1UC, Los Angeles. 324.01 An Adaptive Optics Imaging Survey Spanning Two Hemispheres of Spitzer’s Last Significant Sample of Debris Disk Stars Sasha Hinkley1, F.Y. Morales2, K.R. Stapelfeldt3, D. Mawet4, D. Padgett3, E. Serabyn2 1California Institute of Technology, 2JPL, 3NASA/GSFC, 4ESO, Chile. 324.02 New HST/STIS Coronagraphic Optical Images of Fomalhaut b and the Dust Belt Paul Kalas1, J.R. Graham1, M.P. Fitzgerald2, M. Clampin3 1UC, Berkeley, 2UCLA, 3NASA/GSFC. 324.03 Orbital Constraints for Fomalhaut b from ACS and STIS Astrometry James R. Graham1, M.P. Fitzgerald3, P. Kalas2, M. Clampin4

1University of California, 2University of California, 3University of California, 4NASA/ WED Goddard Space Flight Center. 324.04 Disk Emission Across the Stellar/Substellar Boundary in Taurus Jenny Patience1, 2, J. Bulger2, H. Bouy3, J. Monin4, C. Pinte4, F. Menard4, J. Koda5, C.D. Dowell6 1ASU, 2University of Exeter, United Kingdom, 3LAEFF, Spain, 4IPAG, France, 5Stony Brook University, 6Caltech. 324.05 Direct Imaging Confirmation and Characterization of a Dust-Enshrouded Exoplanet Orbiting Fomalhaut Thayne M. Currie1, 8, J.H. Debes2, T. Rodigas3, A.S. Burrows4, Y. Itoh5, M. Fukagawa6, S. Kenyon7, M.J. Kuchner8 1University of Toronto, Canada, 2STSCI, 3U. Arizona, 4Princeton, 5Kobe University, Japan, 6Osaka University, Japan, 7CfA, 8GSFC. 324.06 Direct Imaging Discovery of a `Super-Jupiter’ Around a Late B-Type Star Joseph Carson1, 2, J. Carson1, 2, C. Thalmann3, 2, M. Janson4, T. Kozakis1, M. Bonnefoy2, B.A. Biller2, J. Schlieder2, T.M. Currie5, M.W. McElwain5, M. Goto6, T. Henning2, W. Brandner2, M. Feldt2, R. Kandori7, M. Kuzuhara7, L. Stevens1, P. Wong1, K. Gainey1, T. Brandt4 1College of Charleston, 2Max Planck Institute of Astronomy, Germany, 3Astronomical Institute “Anton Pannekoek”, Netherlands, 4Princeton University, 5Goddard Space Flight Center, 6Universitats-Sternwarte Munchen, Germany, 7National Astronomical Observatory of Japan, Japan.

325 Dusty Debris in the Terrestrial Planet Zone I Wednesday, 2:00 PM - 3:30 PM, Room 103C, Long Beach Convention Center 3PDLZ
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microscopic or catastrophic scale. These collisions necessarily produce dusty material, the likes of which readily yields itself to direct observation either through absorbing and re-radiating or scattering their host star’s light. Dusty material orbiting our Sun has been known since ancient times while disks of dust grains orbiting other main sequence stars were discovered in the 1980’s. Until recently, only a few main sequence stars were known to have any quantity of dust orbiting in their terrestrial planet zone (the corresponding UFNQFSBUVSF
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system orbit). Now there are dozens known, and many more on the horizon thanks to the recent WISE mission. Thus, it seems timely to convene to discuss observations, theories, and the implications of dusty material orbiting in a main sequence star’s terrestrial planet

175 Wednesday Sessions and Events

zone. In this special session we seek to hear about new searches for dusty material in the terrestrial planet zone, theoretical works that describe its origin and evolution, and the implications of these results for the formation and evolution of rocky bodies while their host star is on the main sequence. Chair Carl Melis1 1UC San Diego. 325.01 Brightening the Infrared Sky: Debris Disks and the Formation of Terrestrial Planets Benjamin C. Bromley1, S. Kenyon2 1University of Utah, 2Smithsonian Astrophysical Observatory. 325.02 The Dustiest Main-Sequence Stars and their Connection to Earth-Like Planet Formation Carl Melis1, B.M. Zuckerman2, J. Rhee3, I. Song4, S.J. Murphy5, M.S. Bessell5 1UC San Diego, 2University of California, Los Angeles, 3California State Polytechnic University, Pomona, 4University of Georgia, 5The Australian National University, Australia. 325.03 Debris Disk Variability: A Connection with Terrestrial Planet Formation? Huan Meng1, G. Rieke1, K.Y.L. Su1 1University of Arizona. WED 325.04 First Results From an IRTF Near-Infrared SPeX Debris Disk Spectral Survey Carey M. Lisse1, M.L. Sitko2, D.J. Christian3, C. Melis4, C. Chen5 1Johns Hopkins Univ. - APL, 2University of Cincinnati, 3California State University Northridge, 4University of California San Diego, 5STSci. 325.05 Constraining Oligarchic Growth in the Nearest OB Association Christine Chen1, H. Jang-Condell2, T. Mittal3, M. Pecaut4
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.BNBKFL4, M. Puravankara4, D.M. Watson4, K.Y.L. Su5, A.J. Weinberger6, C.M. Lisse7 1STScI, 2University of Wyoming, 3Johns Hopkins University, 4University of Rochester, 5University of Arizona, 6Carnegie Institute of Washington, 7Johns Hopkins Applied Physics Laboratory. 325.06 A Study of WISE Detected Debris Disks Around FGK Stars in UCL/LCC Adam Schneider1, I. Song1, C. Melis2, T. Hufford1, B.M. Zuckerman3, M.S. Bessell4 1The University of Georgia, 2University of California, 3University of California, 4The Australian National University, Australia.

326 Evolution of Structure in Local Galaxies (z~0) Wednesday, 2:00 PM - 3:30 PM, Room 104B, Long Beach Convention Center Chair Aleksandar M. Diamond-Stanic1 1University of California, San Diego. 326.01 Non-parametrically Measuring Dark Matter Profiles in the Milky Way’s Dwarf Spheroidals John Jardel1, K. Gebhardt1 1The University of Texas. 326.02D WITHDRAWN: The Kinematic Record of Hierarchical Galaxy Halo Assembly Jacob Arnold1 1UCO/Lick Observatory - UCSC Astro. 326.03 Identifying Nearby Galaxy Outliers Using Neutral Hydrogen Scaling Relations Steven Mohammed1, D. Schiminovich1 1Columbia University. 326.04D Mapping the Stellar Mass within Virgo Cluster Galaxies Joel Roediger1, S. Courteau1 1Queen’s University, Canada. 176 Wednesday Sessions and Events

326.05 Testing Galaxy Formation Models with the GHOSTS Survey: The Stellar Halo of M81 Antonela Monachesi1, E.F. Bell1, D.J. Radburn-Smith2
.
7MBKJD3, R. de Jong3, J. Bailin1, J. Dalcanton2, B. Holwerda4, D. Streich3 1University of Michigan, 2University of Washington, 3AIP, Germany, 4ESTEC, Netherlands. 326.06 A Budget and Accounting of Metals at z~0: Comparisons to Results from the COS-Halos Survey Molly S. Peeples1, J. Werk2, J. Tumlinson3, B.D. Oppenheimer4, J.X. Prochaska2, COS-Halos Team 1University of California, Los Angeles, 2UCO/Lick Observatory, University of California, 3Space Telescope Science Institute, 4Leiden Observatory, Leiden University, Netherlands. 326.07 Bulgeless Galaxies Hosting 107 M AGN in Galaxy Zoo: The Growth of Black Holes via Secular Processes Brooke Simmons1, 2, C.J. Lintott1, K. Schawinski3, 2, E.C. Moran4, A. Han2
4
,BWJSBK1, 5, K.L. Masters6, C.M. Urry2, K. Willett7, S.P. Bamford8, R. Nichol6 1University of Oxford, United Kingdom, 2Yale Univ., 3ETH Zurich, Switzerland, 4Wesleyan University, 5Imperial College London, United Kingdom, 6University of Portsmouth, United Kingdom, 7University of Minnesota, 8University of Nottingham, United Kingdom. WED 327 Galaxies IV Wednesday, 2:00 PM - 3:30 PM, Room 104A, Long Beach Convention Center Chair Bret Lehmer1 1Johns Hopkins University. 327.01 The Supermassive Black Hole Mass - Pitch Angle Relation in Spiral Galaxies Daniel Kennefick1, J.C. Berrier1, J.D. Kennefick1, M. Seigar2, B.L. Davis1, R.S. Barrows1, D. Shields1, C.H. Lacy1 1University of Arkansas/Fayetteville, 2University of Arkansas. 327.02D Evolutionary Processes in Nearby Spiral Galaxies: Characterizing the Metallicities, Star Formation, and Accretion in Galaxy Outskirts Maria T. Patterson1, R.A.M. Walterbos1 1New Mexico State University. 327.03D A Golden Standard of Star Formation Rates Yiming Li1, KINGFISH Team 1Univ. of Massachusetts, Amherst. 327.04D Gas-rich Galaxies in the Arecibo Legacy Fast ALFA Survey (ALFALFA) -- From HI Dwarfs to Giants Shan Huang1 1Cornell University. 327.05D Observations and Kinematic Modeling of Extra-Planar HI in Several Nearby Spiral Galaxies Laura Zschaechner1, R.J. Rand1, G. Heald2, G. Gentile3, P. Kamphuis4, G. Jozsa2, HALOGAS Collaboration 1University of New Mexico, 2ASTRON, Netherlands, 3Universiteit Gent, Belgium, 4CSIRO, Australia.

328 Instrumentation: Ground, Airborne and Space II Wednesday, 2:00 PM - 3:30 PM, Room 103A, Long Beach Convention Center Chair Stephen Kent1 1Fermi Nat’l. Accelerator Lab.

177 Wednesday Sessions and Events

328.01 The Cherenkov Telescope Array Grube Jeffrey2, 1, CTA Consortium 1Adler Planetarium, 2University of Chicago. 328.02 Status and Performance of the Hard X-Ray Polarimeter X-Calibur Fabian Kislat1, M. Beilicke1, Q. Guo1, H. Krawczynski1 1Washington University in St. Louis. 328.03D Characterization of the Stabilized Test Bench of Nulling Interferometry PERSÉE Julien Lozi1, M. Ollivier4, F. Cassaing3, J. Le Duigou2, CNES, Onera/Dota/HRA, IAS, LESIA, OCA, TAS 1Steward Observatory, 2CNES, France, 3Onera, France, 4IAS, France. 328.04 The VLA Low Band Project: Early Commissioning Results and Vision for a Primary Focus-based Commensal Observing system Namir E. Kassim1, T.E. Clarke1, B. Hicks1, W.M. Peters1, T.L. Wilson1, S. Cutchin2, 1, F.N. Owen3, R.A. Perley3, S. Durand3, C. Kutz3, P. Harden3, H. Intema3, W. Brisken3, R. Subrahmanyan4, 3, G.B. Taylor5, T.J.W. Lazio6, 7 1NRL, 2NRC, 3NRAO, 4RRI, India, 5UNM, 6JPL, 7CIT. 328.05D Obtaining Sub-uas Astrometry on a Wide-field, Coronagraph Equipped, Space Telescope Using a Diffractive Pupil Eduardo Bendek1, R. Belikov1, O. Guyon2, 3

WED 1NASA Ames Research Center, 2Subaru Telescope, 3University of Arizona. 328.06 The Design of the Low Frequency All Sky Monitor (LoFASM) for the Study of Radio Transients and Student Training Fredrick Jenet1, S. Cohen1, L.P. Dartez1, A. Ford1, A. Garcia1
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329 Joining the Electromagnetic and Gravitational Wave Skies Wednesday, 2:00 PM - 3:30 PM, Room 103B, Long Beach Convention Center This special session features presentations and a panel-led discussion on the challenges and opportunities presented by high-frequency gravitational wave (GW) astronomy, with the aim of stimulating collaborative research between GW and electromagnetic (EM) observers and theorists. Following decades of experimental and theoretical efforts, the first direct detection of GWs within the next several years will probe regions of the Universe’s unexplored GW spectrum. At the high-frequency end of the GW spectrum, the most eagerly anticipated detections are expected to come from compact binary mergers, observable by networks of advanced ground-based GW interferometers including LIGO, Virgo, and KAGRA, and others. A subset of these events could be associated with a transient EM counterpart, and EM follow-up using radio, optical and high-energy facilities of these events are critical for improving our understanding of the physics underlying strong-field gravity astrophysics, BOE
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329.01 Seeing the Sound: A Strategic Search for the Electromagnetic Counterpart Mansi M. Kasliwal1, 2, S. Nissanke3, A. Georgieva3 1Carnegie Institution for Science, 2Princeton University, 3Caltech. 329.02 Questions and Answers for Astrophysics from Electromagnetic+Gravitational Wave Events E. S. Phinney1 1Caltech. 329.03 Opening the Gravitational Wave Window Gabriela Gonzalez1, LIGO Scientific Collaboration, Virgo Collaboration 1Louisiana State University.

330 SNRs and PNe: Theory and Observation Wednesday, 2:00 PM - 3:30 PM, Room 102C, Long Beach Convention Center Chair Knox Long1 1 STScI. WED 330.01D Supernova Remnants in the Multi-wavelength Era William Robbins1, B.M. Gaensler1, T. Murphy1, 2, S. Reeves1, V. Moss1, A.J. Green1 1Sydney Institute for Astronomy, Australia, 2School of IT, The University of Sydney, Australia. 330.02 Typing Supernova Remnants Using Symmetry Analysis of Warm Dust Emission Observed with Spitzer Charee L. Peters1, L.A. Lopez2, E. Figueroa-Feliciano2, E. Ramirez3, K. Stassun4 1Fisk University, 2Massachusetts Institute of Technology, 3University of California, Santa Cruz, 4Vanderbilt University. 330.03 On the Excitation and Formation of Circumstellar Fullerenes Jeronimo Bernard-Salas1, J. Cami2, 3, E. Peeters2, 3, A.P. Jones1, E. Micelotta2, M.A. Groenewegen4 1Institut d’Astrophysique Spatiale, France, 2Department of Physics and Astronomy, The University of Western Ontario, Canada, 3SETI Institute, 4Royal Observatory of Belgium, Belgium. 330.04 The Herschel Planetary Nebula Survey (HerPlaNS) Djazia Ladjal1, HerPlaNS Consortium 1University of Denver. 330.05 Shocks, Dense Media and Gamma-rays: Fermi-LAT Observations of SNRs Interacting with Molecular Clouds Daniel Castro1, P.O. Slane2 1MIT Kavli Institute, 2Harvard-Smithsonian Center for Astrophysics. 330.06D Plasma Simulations of the H2 Emitting Gas in the Crab Nebula Chris T. Richardson1, J.A. Baldwin1, G.J. Ferland2, E.D. Loh1, C.A. Kuehn1, A. Fabian3, P. Salome4 1Michigan State University, 2University of Kentucky, 3University of Cambridge, United Kingdom, 4Observatoire de Paris, France. 330.07 Dynamo Effect of Small-scale Turbulent Magnetic Field Downstream of Supernova Remnant Shocks: Secular Evolution Federico Fraschetti1, 2 1University of Arizona, 2Observatory of Paris, Laboratory of Universe and Theory, France.

179 Wednesday Sessions and Events 331 Star Associations, Star Clusters - Galactic and Theory Wednesday, 2:00 PM - 3:30 PM, Room 202B, Long Beach Convention Center Chair Kenneth Janes1 1Boston Univ. 331.01 Strömgren-Hβ Photometry of the Galactic Open Cluster M11 John Beaver1, M.M. Briley3, N. Kaltcheva2, C. Conger4, D. Piehl2 1University of Wisconsin - Fox Valley, 2University of Wisconsin - Oshkosh, 3Appalachian State University, 4University of Wisconsin - Platteville. 331.02 The Globular Cluster System of M87 in the Next Generation Virgo Survey Eric Peng1, 2, C. Liu3, H. Zhang1, B. Li1, R. Munoz4, NGVS Team 1Peking University, China, 2Kavli Institute for Astronomy and Astrophysics, China, 3Shanghai Jiaotong University, China, 4Pontificia Universidad Católica de Chile, Chile. 331.03D The Effects of Internal Rotation, Pressure Anisotropy, and Tides on the Dynamics of Globular Clusters Anna Lisa Varri1 1Indiana University. 331.04 How Stellar Encounter Shape the Binary Populations of Open Clusters WED Aaron M. Geller1, 2, R.D. Mathieu2, J.R. Hurley3 1Northwestern University, 2University of Wisconsin - Madison, 3Swinburne University, Australia. 331.05D Modeling and Observations of Massive Star Cluster Formation David G. Whelan1 1University of Virginia. 331.06 New Results on the Nearest OB Association: Sco-Cen (Sco OB2) Eric E. Mamajek1 1University of Rochester.

332 Star Formation - Cores, Clouds and the IMF Wednesday, 2:00 PM - 3:30 PM, Room 102A, Long Beach Convention Center Chair Tyler Bourke1 1Harvard-Smithsonian, CfA. 332.01 The Emissivity Spectral Index of Dust in Starless Cores Scott Schnee1, J. Di Francesco2, R. Friesen1, M. van der Wiel3, D.A. Naylor3, G. Makiwa3, S. Chitsazzadeh2 1NRAO, 2NRC-HIA, Canada, 3University of Lethbridge, Canada. 332.02D Structure and Kinematics of the Starless Cores in Orion Katherine Lee1, L. Looney1 1University of Illinois at Urbana Champaign. 332.03 Structure of Galactic Center Clouds seen at High Resolution Jens Kauffmann1, T. Pillai1, Q. Zhang2 1California Institute of Technology, 2Harvard-Smithsonian Center for Astrophysics. 332.04D A Survey Of [CII] And Oxygen At z~1-2 Drew Brisbin1, C. Ferkinhoff1, G.J. Stacey1, T. Nikola1, S. Hailey-Dunsheath2, 4, S. Parshley1, A. Verma3 1Cornell University, 2California Institute of Technology, 3Oxford University, United Kingdom, 4Max-Planck-Institut fur extraterrestrische Physik, Germany.

180 Wednesday Sessions and Events

332.05 A Significant New Substellar Population at the Center of IC348 Mary Barsony1, 2, K.E. Haisch3, K. Marsh4 1SETI Institute, 2San Francisco State University, 3Utah Valley University, 4Cardiff University, United Kingdom. 332.06D A New View of Molecular Gas in the Galactic Center Elisabeth A. Mills1, M. Morris1, R. Güsten2, M. Requena Torres2, C.C. Lang3, N. Butterfield3, J. Ott4 1UCLA, 2Max-Planck Institut für Radioastronomie, Germany, 3University of Iowa, 4NRAO.

333 Super-Earths, M Dwarfs, and Habitability Wednesday, 2:00 PM - 3:30 PM, Room 201A, Long Beach Convention Center Chair Travis Barman1 1Lowell Observatory. 333.01D Super-Earths Transiting M Dwarfs as Laboratories for Exoplanetary Science 1 Zachory K. Berta WED 1Harvard-Smithsonian Center for Astrophysics. 333.02 Future Interstellar Travel Destinations: Assessing the Suitability of Nearby Red Dwarf Stars as Hosts to Habitable Life-bearing Planets Edward F. Guinan1, 2, S.G. Engle1 1Villanova Univ., 2Star Voyager Interstellar. 333.03 Calculating the Habitable Zone of Binary Star Systems Lisa Kaltenegger1, 2, N. Haghighipour3 1MPIA, Germany, 2CfA, 3Institute for Astronomy and NASA Astrobiology Institute. 333.04 How Thermal Evolution and Mass Loss Sculpt Populations of Super-Earths and Sub-Neptunes Eric Lopez1, J.J. Fortney1 1UC Santa Cruz. 333.05 Characterizing Low-Mass Companions with Integral Field Spectroscopy from Project 1640 Emily L. Rice1, 2, B.R. Oppenheimer2, N. Zimmerman3, L.C. Roberts4, S. Hinkley5, 1SPKFDU
 1College of Staten Island, 2American Museum of Natural History, 3Max Planck Institute for Astronomy, Germany, 4Jet Propulsion Laboratory, California Institute of Technology, 5California Institute of Technology. 333.06 Identifying Surfaces on the Pale Blue Dot Nicolas B. Cowan1, T.E. Strait1 1Northwestern University. 333.07 The Effect of Host Star Spectral Energy Distribution and Ice-Albedo Feedback on the Climate of Extrasolar Planets Aomawa Shields1, 2, V. Meadows1, 2, C.M. Bitz3, R.T. Pierrehumbert4, M.M. Joshi5, T.D. Robinson1, 2 1Department of Astronomy and Astrobiology Program, University of Washington, 2NASA Astrobiology Institute, 3Department of Atmospheric Sciences, University of Washington, 4Department of Geological Sciences, University of Chicago, 5School of Environmental Sciences, University of East Anglia, United Kingdom. 333.08 Hosts of Multiplanet Systems are Preferentially Metal-Rich Kevin Schlaufman1 1Massachusetts Institute of Technology.

181 Wednesday Sessions and Events 334 Surveys and Catalogs of Extrasolar Planet Hosts Wednesday, 2:00 PM - 3:30 PM, Room 102B, Long Beach Convention Center Chair Lewis Roberts1 1Jet Propulsion Laboratory. 334.01 The NASA Exoplanet Archive Solange Ramirez1, R.L. Akeson1, D. Ciardi1, S.R. Kane1, P. Plavchan1, K. von Braun1, NASA Exoplanet Archive Team 1Caltech. 334.02D Enabling the Kepler Exoplanet Census Tim Morton1 1Caltech. 334.03 Estimating the Probability that a Kepler Transit is on a Star vs. Background Steve Bryson1, T. Morton2, Kepler Team 1NASA Ames Research Center, 2California Institute of Technology. 334.04 Characterizing the Cool KOIs: Sub-Earth-Sized Planet Candidates Around Mid M Dwarfs Philip Muirhead1, J. Becker1, A. Vanderburg1, J.A. Johnson1
#
3PKBT"ZBMB1, WED K.R. Covey1, K. Hamren1, E. Schlawin1, J.P. Lloyd1 1California Institute of Technology. 334.05D Getting a Handle on Cool Dwarfs: Metallicities, Temperatures, Radii, and Their Orbiting Planets Andrew Mann1, E. Gaidos1, J.M. Brewer2, S. Lepine3 1University of Hawaii, 2Yale University, 3American Museum of Natural History. 334.06 Robotic Transit Follow-up: Adaptive Optics Imaging of Thousands of Stars Nicholas M. Law1, T. Morton2, C. Baranec2, R.L. Riddle2, S.P. Tendulkar2, J.A. Johnson2, K. Bui2, M. Burse3, P. Chordia3, H. Das3, R. Dekany2, S.R. Kulkarni2, S. Punnadi3, A.N. Ramaprakash3, Robo-AO Collaboration 1University of Toronto, Canada, 2Caltech, 3IUCAA, India. 334.07 Elemental Abundances for Nearby Exosolar Planet Host Stars: A Look at Planetary Composition Assumptions Michael D. Pagano1, P.A. Young1, S. Shim1, P. Challa1, J. Gonzales1 1Arizona State University.

335 The Dark Energy Survey Wednesday, 2:00 PM - 3:30 PM, Room 202A, Long Beach Convention Center The Dark Energy Survey collaboration has constructed a 570-Megapixel, wide-field imager and associated data management system for the Blanco 4-m telescope at CTIO. In early-mid 2012, the instrument is being installed on the telescope and in late 2012 the collaboration will start to carry out a grizY survey to ~24th mag over ~5000 sq. deg. and a time-domain survey over 30 sq. deg. using 525 nights spread over 6 observing seasons. The survey will provide significant advances in constraining dark energy and cosmic acceleration via galaxy clusters, weak lensing, large-scale structure, and supernovae and a legacy data set for a broad range of studies. The Dark Energy Camera is currently (as of mid-May) scheduled for first light in Sept. 2012 and will be a forefront facility instrument for the astronomical DPNNVOJUZ
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335.01 The Dark Energy Survey: Overview Joshua Frieman1, 2, Dark Energy Survey Collaboration 1Fermi Nat’l. Accelerator Lab., 2University of Chicago. 335.02 The Dark Energy Camera Brenna Flaugher1, DES Collaboration 1Fermilab. 335.03 Installation and Commissioning of DECam Alistair R. Walker1 1CTIO. 335.04 DES Science Verification Klaus Honscheid1 1Ohio State University. 335.05 DES Survey Strategy and Expectations for Early Science James T. Annis1 1Fermi Nat’l. Accelerator Lab. 335.06 Community Pipeline & DECam as a Facility Instrument WED Robert A. Gruendl1, DES Collaboration 1University of Illinois.

Processing ALMA and VLA data with CASA Wednesday, 2:00 PM - 3:30 PM, Room 203A, Long Beach Convention Center The National Radio Astronomy Observatory will present a Splinter Session on the analysis of Atacama Large Millimeter/submillimeter Array (ALMA) data and Very Large Array (VLA) data with the Common Astronomy Software Applications (CASA) package. No prior knowledge of CASA or radio interferometric data analysis is needed. The presentations will provide an overview of the following topics suitable for novice VLA and ALMA users: t
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336 The Elemental Compositions of Extrasolar Planetesimals from Spectroscopy of Polluted White Dwarfs Wednesday, 3:40 PM - 4:30 PM, Grand Ballroom, Long Beach Convention Center Chair Angela Speck1 1University of Missouri 336.01 The Elemental Compositions of Extrasolar Planetesimals from Spectroscopy of Polluted White Dwarfs Michael Jura1 1UC, Los Angeles.

183 Wednesday Sessions and Events 337 Plenary Session: Computational Cosmology Wednesday, 4:30 PM - 5:20 PM, Grand Ballroom, Long Beach Convention Center Chair Bruce Balick1 1University of Washington 337.01 Computational Cosmology Tom Abel1 1Kavli Institute for Particle Astrophysics and Cosmology, Stanford University.

Graduate Student Networking Reception Wednesday, 6:30 PM - 7:30 PM, Beacon A, Downtown Hyatt Long Beach Graduate students and those hoping to recruit them for employment in research, academia or industry are welcome to attend this evening networking event. The chair of the Employment Committee will be present to discuss the activities of the employment committee and how graduate students can benefit from them as well as briefly introducing the recruiters present. Registration is required, and is free of charge to graduate students and recruiters through the meeting registration form. Refreshments will be provided. WED Chair Kelle L. Cruz1 1Hunter College/CUNY and AMNH.

338 Plenary Session: Arecibo Observatory: 50 Years of Science at the World’s Largest Radio and Radar Telescope Wednesday, 6:30 PM - 8:00 PM, Room 104C, Long Beach Convention Center This Town Hall meeting will kick off a year-long celebration of 50 years of science at the National Science Foundation’s Arecibo Observatory in Puerto Rico. Following an opening reception, invited speakers will describe scientific and technical breakthroughs achieved at Arecibo over the last five decades, and will look ahead to future capabilities and the research that they will enable. Chair Fernando M. Camilo1 1Arecibo Observatory.

TMT - Community Engagement Wednesday, 6:30 PM - 8:00 PM, Regency Ballroom ABC (Hyatt Long Beach) 8JUI
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develop a public-private partnership in TMT, with opportunities for all members (individuals and institutions) of the US astronomy community to become engaged and involved in TMT. Opportunities for the US community include continued development of the TMT science case, the organization of the national and international scientific programs, planning for the first-light and next-generation instrumentation programs, planning for observatory operations, data access and archiving, and long-term international development of the Mauna Kea site. Complimentary beer, wine and hors ‘d oeuvres will be provided. TMT is an observatory with a telescope with a 30-meter, filled aperture primary mirror composed of 492 x 1.46-meter segments. Instruments and an adaptive optics (AO) system will be housed on two large, stable Nasmyth platforms. TMT will have a broad

184 Wednesday Sessions and Events

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India. It represents a unique combination of technical, industrial, and scientific collaboration that benefits all partners. Sited near existing, complementary facilities on Mauna Kea in Hawaii, TMT will unite the Pacific Rim astronomical community about its vantage point, and will exclusively provide extremely-large telescope access to the northern sky. Organizer Gordon Squires1 1Caltech WED Public Talk: Space Science and Public Policy Wednesday, 8:00 PM - 9:00 PM , Room 103B, Long Beach Convention Center Hear from your members of Congress on their perspective of space science policy and the upcoming NASA Authorization Bill. Dr. John Logsdon will provide a historical perspective of space science policy. Rep. Adam Schiff serves on the House Committee on Appropriations BOE
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185 WEDNESDAY POSTER SESSIONS Wednesday Posters

339 AGN, QSO, Blazars Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 339.01 Photometric Monitoring of Quasars with Kepler Stephen C. Unwin1, A.E. Wehrle2, P.J. Wiita3, M. Revalski3, D. Silano3, D. Sprague3, P. Di Lorenzo3 1JPL, 2Space Science Institute, 3The College of New Jersey. 339.02 Exploiting Kepler to Study Quasar Variability Mitchell Revalski1, P.J. Wiita1, P. Di Lorenzo1, D. Sprague1, A.E. Wehrle2, S.C. Unwin3 1The College of New Jersey, 2Space Science Institute, 3NASA JPL. 339.03 Identifying QSOs/AGNs by Variability Seen in Difference Images Yumi Choi1, R. Gibson1, A.C. Becker1, Z. Ivezic1, A.J. Connolly1, C. MacLeod1, 2, S.F. Anderson1 1University of Washington, 2United States Naval Academy. 339.04 Quasar FeLoBAL Variability Constraints from Multi-Year Monitoring Sean McGraw1, J.C. Shields1, F.W. Hamann2, D.M. Capellupo3, S. Gallagher4, W.N. Brandt5 1Ohio University, 2University of Florida, 3Tel Aviv University, Israel, 4University of Western Ontario, Canada, 5Pennsylvania State University. 339.05 A New Method to Deconvolve Blazar Light Curves into Individual Flares Talvikki Hovatta1, E.M. Leitch2, 1, W. Max-Moerbeck1, J. Richards3, T.J. Pearson1, A.C.S. Readhead1 1California Institute of Technology, 2University of Chicago, 3Purdue University. 339.06 Optical Monitoring of II ZW 229.015 with the Robotically Controlled Telescope Joshua Williams1, M.T. Carini1 1Western Kentucky University.

POSTERS: WED POSTERS: 339.07 Coordinated Fermi+Swoft+WISE Observations of Blazars Ann E. Wehrle1, N. Gehrels2, D. Grupe3, A. Falcone3, R. Starling4, P. Curran8, S.C. Unwin7, A. Tramacere5, T. Hovatta6 1Space Science Institute, 2NASA GSFC, 3Penn State University, 4University of Leicester, United Kingdom, 5Integral Science Data Center, Switzerland, 6Caltech, 7JPL/Caltech, 8Curtin University, Australia. 339.08 Multi-Color Microvariability Observations of BL Lac in a High Brightness State with the Robotically Controlled Telescope Rebecca Brown1, M.T. Carini1 1Western Kentucky University. 339.09 Bayesian Quasar Selection Using Variability and Astrometry Christina M. Peters1, G.T. Richards1 1Drexel University. 339.10 WITHDRAWN: Time Dependent Photoionization of Gaseous Nebulae Manuel Bautista1, E.E. Elhoussieny1, J. Garcia2, T.R. Kallman3 1Western Michigan University, 2University of Maryland, 3NASA/GSFC. 339.11 A Blind Survey for AGN in the Kepler Field through Optical Variability Robert Olling1, E.J. Shaya1, R. Mushotzky1 1Univ. Of Maryland. 339.12 Analysis of Multi-band Photometry of Violently Variable Gamma-Ray Sources Jennifer Kadowaki1, M.A. Malkan1 1UCLA.

186 WEDNESDAY POSTER SESSIONS

339.13 Reverberation Mapping of the Kepler target KA1858+48 Liuyi Pei1, A.J. Barth1, M.A. Malkan2, S.B. Cenko3, K.I. Clubb3, A.V. Filippenko3 E.L. Gates4, J. Horst5, M.D. Joner6, D.C. Leonard5, D.J. Sand7, 8 1University of California, Irvine, 2University of California, Los Angeles, 3University of California, Berkeley, 4UCO/Lick Observatory, 5San Diego State University, 6Brigham Young Univeresity, 7University of California, Santa Barbara, 8Las Cumbres Observatory Global Telescope. 339.14 Reverberation Mapping of AGN Dusty Tori in the Infrared Kyle Twadelle2, 1, M. Berg1, D. Batcheldor1, Spitzer Program 80120 1Florida Institute of Technology, 2University of Michigan. 339.15 Seeing the Invisible: Finding the Smallest Nuclear Black Holes in Dusty, Late- Type Galaxies Nathan Secrest1, S. Satyapal1, S. Moran2, M. Gliozzi1, C.C. Cheung3, M. Giroletti4 1George Mason University, 2John Hopkins University, 3NASA/GSFC, 4IRA/INAF, Italy. 339.16 Kinematics of the Central Kiloparsec in Cygnus A from AO Integral Field Spectroscopy Kevin Aylor1, G. Rude1, A. Medling2, G. Canalizo1, C.E. Max2, R.R.J. Antonucci3 1University of California - Riverside, 2University of California - Santa Cruz, 3University of California - Santa Barbara. 339.17 The Temperature Profile of Quasar Accretion Disks Measured By Microlensing Variability Chelsea MacLeod1, C.W. Morgan1, H.C. Harris2 POSTERS: WED 1US Naval Academy, 2US Naval Observatory. 339.18 Determining Nearby AGN Inclinations via Gemini/NIFS IFU Spectroscopy Travis C. Fischer1, D.M. Crenshaw1, S.B. Kraemer2, H.R. Schmitt3, T. Storchi-Bergmann4, R. Riffel5 1Georgia State University, 2The Catholic University of America, 3Naval Research Laboratory, 4Universidade Federal do Rio Grande do Sul, Brazil, 5Universidade Federal Santa Maria, Brazil. 339.19 WITHDRAWN: How the Central Kiloparsec of Seyferts Differ From Quiescent Galaxies and What it Tells Us About Fueling of AGN Erin K. Hicks1, R. Davies2
8
.BDJFKFXTLJ3, E. Emsellem4, M.A. Malkan5, G. Dumas6, F. Mueller Sanchez5 1University of Washington, 2Max Planck Institut für extraterrestrische Physik, Germany, 3Astrophysics Research Institute, Liverpool John Moores Universit, United Kingdom, 4European Southern Observatory, Germany, 5University of California, 6Institut de Radio Astronomie Millimetrique, France. 339.20 The Morphology of Double-peaked Active Galactic Nuclei James A. Diekmann1 1UT Austin. 339.21 Reverberation Mapping of Radio-Loud Active Galactic Nuclei Michelle Mason1, N. Erickson3, C.A. Roberts5, M. Johnson-Groh4, D. Starcevich6, S. Niles Nissim2
"
#IBUUBDIBSKFF2, M.S. Brotherton2, D.A. Dale2, H.A. Kobulnicky2 1University of California, Berkeley, 2University of Wyoming, 3The College of New Jersey, 4Gustavus Adolphus College, 5Sewanee: The University of the South, 6Northwest College. 339.22 Broadband Photometric Reverberation Mapping of Markarian 926 Carla Carroll1, M.D. Joner1, D.C. Laney1 1Brigham Young University. 339.23 The Hunt for Recoiling Black Holes: Sifting Through COSMOS Data Becky Nevin1, 2, F.M. Civano2, A.D. Goulding2 1Whitman College, 2Smithsonian Astrophysical Observatory. 339.24 Determining Cell Sizes in the TurbulentJjet of Blazar 0716+714 Hannah Rafle1, J.R. Webb2, G. Bhatta2 1Metropolitan State University of Denver, 2Florida International University. 187 WEDNESDAY POSTER SESSIONS

339.25 Active Galaxy Evolution at High Redshift from CANDELS Anton M. Koekemoer1, J. Donley1, N.A. Grogin1, N.P. Hathi1, D. Kocevski1, R.A. Lucas1, M. Salvato1, F.M. Civano1, S.M. Faber1, H.C. Ferguson1, J.R. Trump1, CANDELS Team 1STScI. 339.26 Quantifying Radio Outbursts in Distant Galaxy Clusters Margot Stevenard1, P. Nulsen1, C. Ma1 1SAO. 339.27 AGN Feedback in Overdense Environments at z=2.23 Adrian B. Lucy1, 2, B. Lehmer1, 3, D.M. Alexander4, P. Best5, J. Geach6, C.M. Harrison4, A.E. Hornschemeier1, Y. Matsuda7, J. Mullaney4, I. Smail4, D. Sobral8 1NASA-GSFC, 2The University of Oklahoma, 3Johns Hopkins University, 4Durham University, United Kingdom, 5IfA, Edinburgh, United Kingdom, 6McGill University, Canada, 7Chile Observatory, NAOJ, Japan, 8Leiden Observatory, Netherlands. 339.28 Properties of High-Redshift Quasars Lia Medeiros1, 2, A. Siemiginowska2, M. Sobolewska2 1University of California Berkeley, 2Harvard Smithsonian Center for Astrophysics. 339.29 Microlensing Analysis of Quasars FBQ0951+2635 and SDSS1650+4251 Shane Martin1, R. Klimchuk1, C. MacLeod1, C.W. Morgan1, H.C. Harris2 1US Naval Academy, 2US Naval Observatory. 339.30 Resolving Host Galaxies of z=2 Quasars Using Adaptive Optics and Integral Field Spectroscopy Andrey Vayner1, S. Wright1, 2, T. Do1, 2, J.E. Larkin3 1Department of Astronomy & Astrophysics, University of Toronto, Canada, 2Dunlap Institute for Astronomy & Astrophysics, University of Toronto, Canada, 3Physics and Astronomy Department, University of California. 339.31 Quasar Host Galaxies at z=2 and z=6: Point Source Subtraction With MCMC Matt Mechtley1, A.M. Koekemoer2, K. Jahnke3, B.M. Smith1, R.A. Windhorst1, S.H. Cohen1, X. Fan4, N.P. Hathi5, R. Jansen1, L. Jiang1, W.C. Keel6, H. Röttgering7, R.E. Ryan2, E. Scannapieco1, D.P. Schneider8, G. Schneider4, M.A. Strauss9, H. Yan10 1Arizona State University, 2Space Telescope Science Institute, 3Max-Planck-Institut für

POSTERS: WED POSTERS: Astronomie, Germany, 4University of Arizona, 5Carnegie Observatories, 6University of Alabama, 7Leiden Observatory, Netherlands, 8The Pennsylvania State University, 9Princeton University Observatory, 10University of Missouri. 339.32 Associated Absorption in Low Redshift Quasar Environments Christopher Thibodeau1, A. Rafiee1, J.E. Scott1, M. Richmond1, G. Benigno1, A. Kubli1, J. Bechtold2, E. Ellingson3 1Towson University, 2University of Arizona, 3University of Colorado. 339.33 Growing Black Holes and Host Galaxy Properties at z=1 Allison T. Merritt1, C.M. Urry1, B. Simmons1, 4, K. Schawinski1, 2, C.N. Cardamone1, 3, S.M. LaMassa1 1Yale University, 2ETH, Switzerland, 3MIT, 4University of Oxford, United Kingdom. 339.34 VLA Discovery of a Flat-Spectrum Radio Nucleus in NGC 3115 J. M. Wrobel1, K. Nyland2 1NRAO, 2New Mexico Tech. 339.35 ALMA and Jansky VLA Observations of Highly Luminous Obscured Quasars: Synchrotron Ages of Young Radio Jets Robyn Smith1, 2, C.J. Lonsdale1, M. Lacy1, J.J. Condon1, A.E. Kimball1 1National Radio Astronomy Observatory, 2Drexel University. 339.36 An Investigation of the Radio Properties of GPS Radio Sources at Meter Wavelengths Paul J. Wiita1, A. Goyal2, Gopal-Krishna2 1The College of New Jersey, 2National Centre for Radio Astrophysics/TIFR, India.

188 WEDNESDAY POSTER SESSIONS

339.37 HI Emission in Nearby X-ray Detected Active Galaxies Erin George1, L.M. Winter1, B. Zauderer2, J. Darling1, M. Koss3 1University of Colorado at Boulder, 2Harvard University, 3University of Hawaii. 339.38 Piercing The Continuum of WISE Selected Blazars Philip Cowperthwaite1, 2, H.A. Smith2, R. D’Abrusco2, F. Massaro2, 3, A. Paggi2 1University of Maryland, 2Harvard-Smithsonian Astrophysical Observatory, 3SLAC National Laboratory and Kavli Institute for Particle Astrophysics and Cosmology. 339.39 Color Magnitude Diagrams for Quasars Using SDSS, GALEX, and WISE Data Wendy Curtis2
7
(PSKJBO1, P. Thompson3, T. Doyle5, J. Blackwell4, J. Llamas6, J. Mauduit6, R. Chanda5, A. Glidden1, A.E. Gruen4, C. Laurence2, M. McGeeney3, ;
.BKFSDJL2, T. Mikel3, A. Mohamud2, A. Neilson2, A. Payamps5, R. Robles5, G. Uribe3 1JPL/California Institute of Technology, 2Waynflete School, 3Monrovia High School, 4Phillips Exeter Academy, 5Dodd Middle School, 6Spitzer Science Center/California Institute of Technology. 339.40 Analysis of Spectral Energy Distributions of Gamma-Ray Emitting Blazars Karen E. Williamson1, S.G. Jorstad1, A.P. Marscher1 1Boston Univ. 339.41 Simple Stellar Population Modeling of Quasar Host Galaxies with Diffusion K-Means Test Results Gregory Mosby1, E.A. Moravec2, C.A. Tremonti1, M.J. Wolf1 1University of Wisconsin, Madison, 2St. Olaf College.

339.42 Imaging Polarimetry of Scattered Light from the Buried QSO in IRAS POSTERS: WED F15307+3252 Jeffrey Gerber1, D.C. Hines2 1Appalachian State University, 2Space Telescope Science Institute. 339.43 XBONGs: An Optical and Near-IR Analysis Krista Smith1, R. Mushotzky1, M. Koss2 1University of Maryland, 2Institute for Astronomy. 339.44 Structure of Broad Emission-Line Region in AGN and Obscuring Gas and Dust Margaret Lazzarini1, C.M. Urry1, E. Glikman1, M. Elitzur4, S.M. LaMassa1, K. Schawinski6, R. Vasudevan3, L.M. Winter2, M. Koss5 1Yale University, 2Center for Astrophysics and Space Astronomy, University of Colorado, 3University of Maryland, 4University of Kentucky, 5University of Hawaii, Institute of Astronomy, 6ETH Zurich, Switzerland. 339.45 Mid-IR Through UV SEDs and Dust Reddening in SDSS Quasars Coleman M. Krawczyk1, G.T. Richards1 1Drexel University. 339.46 AGN Extreme-Ultraviolet Spectral Properties and Composite Spectra from COS Matthew L. Stevans1, J.M. Shull1, C. Danforth1 1University of Colorado - Boulder. 339.47 HST Imaging of Giant Ionized Clouds Around Fading AGN William C. Keel1, W.P. Maksym1, V. Bennert3, K. Schawinski4, C.J. Lintott2, %
$IPKOPXTLJ5 1Univ. of Alabama, 2University of Oxford, United Kingdom, 3Cal Poly Stat Univ., 4ETH Zurich, Switzerland, 5Univ. of Virginia. 339.48 Mid-Infrared Spectra of Broad Absorption Line Quasars Jack Gabel1, B. Medvar1, 2 1Creighton University, 2The Catholic University of America. 339.49 Millimeter-to-Far-Infrared Photometry of Cyguns A Dominic J. Benford1, J. Staguhn1, 2, A. Kovacs3, E. Sharp1, S. Maher1 1NASA / GSFC, 2JHU, 3Caltech.

189 WEDNESDAY POSTER SESSIONS

339.50 Comparison of Optical and Multi-Waveband Variations of Selected Gamma-ray Bright Blazars in 2012 Benjamin Schultz1, 3, S.G. Jorstad2, A.P. Marscher2, K.E. Williamson2, G.E. Walker3 1SUNY Plattsburgh, 2Boston University, 3Maria Mitchell Observatory. 339.51 A Connection Between Shocks in Jets and GeV Gamma-Ray Flares From Blazars Margo F. Aller1, P.A. Hughes1, H.D. Aller1, T. Hovatta2 1Univ. of Michigan, 2California Institute of Technology. 339.52 Constraining BALQSO Kinematic Luminosity with 4m Mayall/Echelle Spectrograph CIII* Measurements Daniel McGinnis1, J. Gabel1, D. Austerberry1, B. Schmachtenberger1 1Creighton University. 339.53 Modeling Millimeter-wave to Gamma-ray Variations of Blazars as Turbulent Plasma Crossing a Standing Shock Alan P. Marscher1 1Boston Univ. 339.54 Blowing Bubbles in the Intracluster Medium: The Growth and Evolution of Radio Lobes from Active Galactic Nuclei Bryan Terrazas1, 2, P. Nulsen1 1Harvard-Smithsonian Center for Astrophysics, 2Columbia University. 339.55 Determining Stellar Velocity Dispersion in Active Galaxies: Is the [OIII] Width a Valid Surrogate? Kelsi Flatland1, V. Bennert1, M.W. Auger2, T. Treu3, S. Komossa4 1California Polytechnic State University, 2Institute of Astronomy, University of Cambridge, United Kingdom, 3University of California, 4Max-Planck Institute for Radio Astronomy, Germany. 339.56 Teasing out the Subtleties Between Radio-Loud and Radio-Quiet AGN Rachael Kratzer1, G.T. Richards1 1Drexel University. 339.57 Characterizing the Iron Kalpha Line Equivalent Width 1 2 3

POSTERS: WED POSTERS: Laura Trouille , R.C. Hickox , D. Alexander 1Northwestern University CIERA Postdoctoral Fellow, 2Dartmouth College, 3Durham University, United Kingdom.

340 Catalogs Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 340.01 A Catalog of Bright Stars Observed by FIMS Young-soo Jo1, K. Min1, Y. Choi1, T. Lim1, Y. Lim1, J. Edelstein2, W. Han3 1Korea Advanced Institute of Science and Technology (KAIST), Republic of Korea, 2Space Sciences Laboratory, University of California, 3Korea Astronomy and Space Science Institute (KASI), Republic of Korea. 340.02 Meeting Archival Standards in the Astronomical Photographic Data Archive at PARI J. D. Cline1, M.W. Castelaz1, T. Barker1, L. Rottler1 1Pisgah Astronomical Research Institute. 340.03 New Features of the Exoplanet Orbit Database at Exoplanets.org Ying Feng1, 2, E. Han1, 2, J. Wright1, 2, O. Fakhouri3, E.B. Ford4, California Planet Survey 1The Pennsylvania State University, 2Center for Exoplanets and Habitable Worlds, 3Pivotal Labs, 4University of Florida. 340.04 Assigning Star-galaxy Probabilities to SDSS Stripe 82 Point Sources Annie Preston1, B. Willman1, R. Fadely2, J.J. Bochanski1, D.W. Hogg2 1Haverford College, 2NYU.

190 WEDNESDAY POSTER SESSIONS

340.05 Galaxy Zoo 2: A Detailed Morphological Catalog of 295,000 Galaxies from SDSS Kyle Willett1, C.J. Lintott2, 3, S.P. Bamford4, K.L. Masters5, B. Simmons2, 6, L. Fortson1, K. Schawinski7, 6, R. Simpson2 1University of Minnesota, 2Oxford University, United Kingdom, 3Adler Planetarium, 4University of Nottingham, United Kingdom, 5University of Portsmouth, United Kingdom, 6Yale University, 7ETH Zurich, Switzerland. 340.06 Science Quality Mosaics and Source List for the Spitzer Heritage Archive Peter L. Capak2, 1, H.I. Teplitz1, T.Y. Brooke1, R. Laher1, Spitzer Science Center 1Caltech, 2IPAC.

341 Cosmology Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 341.01 Non-Equilibrium Populations of Hydrogen in High-Redshift Galaxies Brian Pomerantz1, 2, V. Strelnitski2 1Cornell U., 2Maria Mitchell Obs. 341.02 WISH, the Wide-field Imaging Surveyor for High-redshifts Giovanni G. Fazio1, T. Yamada2, G.J. Melnick1, H.A. Smith1, I. Iwata3, M.N. Ashby1, J.L. Hora1, J. Huang1, Z. Wang1, S.P. Willner1, WISH Team 1Harvard-Smithsonian, CfA, 2Tohoku Univ., Japan, 3NAOJ, Japan. 341.03 SUNGLASS: A Weak-lensing Simulation Pipeline

Alina Kiessling1, A. Taylor2, A. Heavens2, 3, J. Rhodes1, J. Bartlett1, 4 POSTERS: WED 1JPL, 2University of Edinburgh, United Kingdom, 3Imperial College, United Kingdom, 4Universite Paris Diderot, France. 341.04 High-n Hydrogen Recombination Lines from the First Galaxies Evan Rule1, 2, V. Strelnitski1, A. Loeb3 1Maria Mitchell Observatory, 2Johns Hopkins University, 3Harvard University. 341.05 GREAT3: The Third Gravitational Lensing Accuracy Testing Challenge Rachel Mandelbaum1, B. Rowe2, GREAT3 Collaboration 1Carnegie Mellon University, 2University College London, United Kingdom. 341.06 Toward a Direct Measurement of the Cosmic Acceleration Jeremiah K. Darling1 1Univ. of Colorado, Boulder. 341.07 Catalog Production for the DES Blind Cosmology Challenge Michael T. Busha1, R.H. Wechsler2, 3, M.R. Becker4, B. Erickson5, A.E. Evrard5 1University of Zurich, Switzerland, 2Stanford University, 3SLAC National Accelerator Laboratory, 4University of Chicago, 5University of Michigan. 341.08 Spitzer and DIRBE Studies of the Infrared Background Varoujan Gorjian1, M.W. Werner1, J. Livingston1, M. Marengo2, R. Park2, R.G. Arendt3, R. Chary4, M.G. Hauser5, E.L. Wright6 1JPL/Caltech, 2Iowa State University, 3NASA-Goddard/U. of Maryland, 4US Planck Data Center/Caltech, 5STScI, 6UCLA. 341.09 Updates to the High-Redshift Supernovae in the SCP Union Compilation David Rubin1, 2, G.S. Aldering2, R. Amanullah3, K.H. Barbary4, A. Bruce1, K.S. Dawson5, M. Doi6, H. Fakhouri1, A.S. Fruchter7, A. Goobar3, X. Huang8, Y. Ihara6, A.G. Kim2, M. Kowalski9, E. Krechmer1, C. Lidman10, E. Linder2, J. Meyers1, T. Morokuma6, J. Nordin2, S. Perlmutter2, E.S. Rykoff11, C. Saunders1, A.L. Spadafora2, N. Suzuki2, N. Takanashi6, N. Yasuda6
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1SPKFDU 1UC, Berkeley, 2LBNL, 3Stockholm University, Sweden, 4Argonne National Laboratory, 5University of Utah, 6University of Tokyo, Japan, 7Space Telescope Science Institute, 8University of San Francisco, 9Humboldt University, Germany, 10Australian Astronomical Observatory, Australia, 11SLAC.

191 WEDNESDAY POSTER SESSIONS

341.10 Observing Cosmic Dawn with the Long Wavelength Array: Custom Beamforming Techniques Jacqueline A. Monkiewicz1, J.D. Bowman1, J. Hartman2, G.B. Taylor3, J.A. Monkiewicz1 1Arizona State University, 2Jet Propulsion Laboratory, 3University of New Mexico. 341.11 Efficient Cosmological Simulation Frameworks for Parameter Estimation Michael Schneider1, 2, S. Cole3, C.S. Frenk3, C. Morrison1 1University of California, Davis, 2Lawrence Livermore Natl Lab, 3Durham University, United Kingdom. 341.12 Power Spectrum of Cosmic Far-Infrared Background Anisotropies with Herschel-ATLAS Cameron Thacker1, J. Smidt1, F. De Bernardis1, A.R. Cooray1, ATLAS 1UC Irvine. 341.13 Modifications to CosmoEJS Keenan M. Stone1, E. Shuler1, J. Moldenhauer1, L. Engelhardt1 1Francis Marion University. 341.14 Intensity Mapping of Infrared Molecular Hydrogen Lines from Gas Cooling During Reionization Yan Gong1 1UCI. 341.15 Dynamics of the Dark-Matter Sheet and Improved Cosmological Constraints from It Mark C. Neyrinck1, N. McCullagh1, A.S. Szalay1 1Johns Hopkins Univ. 341.16 The Effect of K-corrections on Supernova Ia Systematics Clare Saunders1, 2, G.S. Aldering1, P. Antilogus4, C. Aragon1, 5, S.J. Bailey1, B. Charles6, S. Bongard4, C. Buton7, A. Canto4, F. Cellier-Holzem4, M. Childress1, 2, N. Chotard8, Y. Copin8, H. Fakhouri1, 2, E. Gangler8, J. Guy4, E. Hsiao1, M. Kerschhaggl7, M. Kowalski7, P.E. Nugent1, K. Paech7, R. Pain4, E. Pecontal8, R. Pereira8, S. Perlmutter1, 2, D.L. Rabinowitz6, M. Rigault8, K. Runge1, R. Scalzo3
(
4NBEKB8, C. Tao9, 10, R. Thomas1, B. Weaver11, C. Wu4, 12, Nearby Supernova Factory POSTERS: WED POSTERS: 1Lawrence Berkeley National Laboratory, 2UC Berkeley, 3Research School of Astronomy and Astrophysics, The Australian National University, Australia, 4Universite Pierre et Marie Curie, France, 5University of Washington, 6Yale University, 7Universitat Bonn, Germany, 8Universite de Lyon, France, 9Centre de Physique des Particules de Marseille, France, 10Tsinghua University, China, 11New York University, 12Chinese Academy of Sciences, China. 341.17 Halos and Galaxies in the Warm and Cold Cosmic Web Darren Reed1 1ITP - Zurich, Switzerland. 341.18 Constraints on Spatial Variation of the Fine-structure Constant Using the Cosmic Microwave Background Jon Michael O’bryan1, J. Smidt1, F. De Bernardis1, A.R. Cooray1 1UC Irvine. 341.19 Measurements of the Fluctuations of the Cosmic Infrared Background Using HST CANDELS and SpUDS Data Colleen Nelson1, J. Smidt2, A.R. Cooray1, T. Dolch4, H.C. Ferguson5, C.C. Frazer3, A.M. Koekemoer5 1University of California, Irvine, 2Theoretical Division, Los Alamos National Laboratory, 3University of North Carolina, 4Oberlin College, 5Space Telescope Science Institute.

192 WEDNESDAY POSTER SESSIONS 342 Education and Professional Development Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 342.01 Mapping the Orion Molecular Cloud Complex in Radio Frequencies Michael W. Castelaz1, Cameron Lemly2, 1Pisgah Astronomical Research Inst., 2Columbia University. 342.02 Michelson-type Radio Interferometer for University Education Jin Koda1, J.W. Barrett1, T. Hasegawa2, M. Hayashi3, G. Shafto1, J. Slechta1 1Stony Brook University, 2NAO-Japan Chile Observatory, Chile, 3NAO-Japan, Japan. 342.03 Photometric and Spectroscopic Analysis for the Determination of Physical Parameters of an Eclipsing Binary Star System Piper Reid1 1Dripping Springs High School- Priscilla and Bart Bok Award. 342.04 Changes in Latitude, Changes in Attitude: U. S. Naval Observatory Observations of the Transit of Venus 1874-2012 Jennifer L. Bartlett1, G. Chester1, S. Bosken1, E.G. Barron1 1US Naval Observatory. 342.05 Get Involved in Planetary Discoveries through New Worlds, New Discoveries Christine Shupla1, S.S. Shipp1, E. Halligan1, H. Dalton1, D. Boonstra2, S. Buxner3, NASA SMD Planetary Forum 1Lunar and Planetary Institute, 2Sustainability Schools Consulting, LLC, 3Planetary

Science Institute. POSTERS: WED 342.06 NASA Astrophysics Education and Public Outreach Forum: Product and Activity Analysis Holly Ryer1, B. Eisenhamer1, L. Knisely1, D. McCallister1, D.A. Smith1 1STScI. 342.07 Fertilizing ROSES through the STEM: Interdisciplinary Modules as Pre-service Research Experiences for Secondary STEM Educators (IMPRESS-Ed) Michael Kavic1, P.J. Wiita2, M. Benoit2, N. Magee2 1Long Island University, 2The College of New Jersey. 342.08 Design, Delivery, and Results of the Earth and Space Science Partnership Teacher Professional Development Program Christopher Palma1, A. Flarend2, 1, J. Petula3, 1, M.T. Richards1, H. Spotts4, S. McDonald1, T. Furman1 1Penn State Univ., 2Bellwood-Antis School District, 3Millersville Univ., 4Bellefonte Area School District. 342.09 LGBT Workplace Climate in Astronomy B. S. Gaudi1, R. Danner2, W.V.D. Dixon3, C.B. Henderson1, L.E. Kay4 1Ohio State Univ., 2Northrop Grumman Aerospace Systems, 3STScI, 4Columbia University.

343 Extrasolar Planets: Characterization, Theory and Detection Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 343.01 The University of Arizona Astronomy Club Follow-up Observations of Known Exoplanets Christen Jones1, J. Turner1, I. Cates1, K. Cook1, B. Crawford1, B. Guvenen1, K. Hardegree-Ullman1, A.M. McGraw1, C. Nguyen1, K. Pearson1, A. Robertson1, B. Sanford1, L. Small1, C. Smith1, J. Teske1, R. Tombleson1, A.P.M. Towner1, A. Walker-LaFollette1, L. Richardson1 1The University of Arizona. 343.02 Planetary System Disruption by Galactic Perturbations to Wide Binary Stars Nathan A. Kaib1, 2, S.N. Raymond3, 4, M.J. Duncan1 1Queen’s University, 2Northwestern University, 3Universite de Bordeaux, France, 4CNRS, France. 193 WEDNESDAY POSTER SESSIONS

343.03 Direct Detection of Exoplanets with Polarimetry Sloane Wiktorowicz1 1University of California, Santa Cruz. 343.04 A Test of Stellar Cohabitation in Multiple Transiting Planet Systems Robert C. Morehead1, E.B. Ford1 1University of Florida. 343.05 TERMS and Conditions of Transiting Exoplanets Natalie R. Hinkel1, D. Ciardi1, D. Dragomir2, D. Fischer3, G.W. Henry4, A. Howard5, E.L.N. Jensen6, S.R. Kane1, G. Laughlin7, S. Mahadevan8, G. Pilyavsky8, K. von Braun9, X. Wang8, J. Wright8 1NASA Exoplanet Science Institute, Caltech, 2University of British Columbia, Canada, 3Yale University, 4Tennessee State University, 5University of California, Berkeley, 6Swarthmore College, 7University of California, Santa Cruz, 8Pennsylvania State University, 9”Max Planck Institute for Astronomy, Germany, Germany. 343.06 A Modern Take on the RV Classics: N-body Analysis of GJ 876 and 55 Cnc Benjamin E. Nelson1, E.B. Ford1, J. Wright2 1University of Florida, 2Pennsylvania State University. 343.07 Doppler Tomographic Observations of Exoplanet Transits Marshall C. Johnson1, W.D. Cochran2 1University of Texas at Austin, 2McDonald Observatory. 343.08 Habitable Niches In Single and Binary Star Systems Joni Clark1, P.A. Mason1, 2 1NMSU, 2UTEP. 343.09 Detecting Exoplanet Atmospheres from 2-m Ground-Based Telescopes Shannon Hall1, H. Jang-Condell1, M. Lopez-Morales2, H.A. Kobulnicky1, J.C. Runnoe1 1University of Wyoming, 2Harvard-Smithsonian Center for Astrophysics. 343.10 Modeling and Fitting Exoplanet Transit Light Curves Sarah Millholland1, G.T. Ruch1 1Unversity of St. Thomas.

POSTERS: WED POSTERS: 343.11 Detecting The Magnetic Field of the Transiting Exoplanet WASP-26b Through Near-UV and Optical Observations Lauren Biddle1, J. Turner1, C. Smith1, A.P.M. Towner1, A. Walker-LaFollette1, J. Teske1 1The University of Arizona. 343.12 Transit of Exoplanet WASP 24-b Robert Thompson1, J. Turner1, K. Hardegree-Ullman1, B. Raphael1, C. Smith1, A.P.M. Towner1, A. Walker-LaFollette1, S. Wallace1, E. Berkson1, N. Greenwood1 1University of Arizona. 343.13 N-body Stability Analysis of Gliese 581 Monika Kress1, D.A. Joiner2, J.C. Armstrong3, C. Sul1 1San Jose State Univ., 2Kean University, 3Weber State University. 343.14 The Effect of an Azimuthal Magnetic Field on Planetary Migration: 2D Magnetohydrodynamic Simulations Megan L. Comins1, M.M. Romanova1, A.V. Koldoba2, G. Ustyugova2, R.V. Lovelace1 1Cornell University, 2Keldysh Institute for Applied Mathematics, Russian Federation. 343.15 The Radius of the Super-Earth Kepler-9d Justin Stevick1, W.F. Welsh1, J.A. Orosz1, D.C. Fabrycky2 1San Diego State University, 2University of Chicago. 343.16 HD 209458b and HD 189733b Spitzer Emission Spectra Revisited Kamen 0. Todorov1, 2, D. Deming2, C.J. Grillmair3 1The Pennsylvania State University, 2University of Maryland, 3California Institute of Technology.

194 WEDNESDAY POSTER SESSIONS

343.17 Optical and Near-UV Observations of the Transiting Extrasolar Planet TrES-4b Carter-Thaxton Smith1, J. Turner1, T. Carleton1, B. Crawford1, B. Guvenen1, K. Hardegree-Ullman1, L. Small1, A.P.M. Towner1, A. Walker-LaFollette1, T. Henz1 1University of Arizona. 343.18 Retired A Stars and Their Companions: The Latest Discoveries Marta Bryan1, J.A. Johnson1, A. Howard2 1Caltech, 2University of Hawaii. 343.19 Extracting Planetary Phase Signatures from Kepler Multi-Planet Systems Dawn M. Gelino1, S.R. Kane1 1NASA Exoplanet Science Institute, Caltech. 343.20 Constraining the Population of Long Period Planets using Kepler Single Transit Events Brian Claus1, M.J. Payne1 1Harvard-Smithsonian Center for Astrophysics. 343.21 Assessment of Hill Stability Versus the Known Chaos Indicators Suman Satyal1, B.L. Quarles1, T. Hinse2 1University of Texas at Arlington, 2Korea Astronomy and Space Science Institute, Republic of Korea. 343.22 Wavelength-Diversity Derived Low Resolution Spectra of HR8799b Dmitry Savransky1, B. Macintosh1, Q.M. Konopacky2, T.S. Barman3, C. Marois4 1Lawrence Livermore National Laboratory, 2Dunlap Institute for Astronomy and Astrophysics, Canada, 3Lowell Observatory, 4National Research Council Canada, POSTERS: WED Herzberg Institute of Astrophysics, Canada. 343.23 Model-Independent Stellar and Planetary Masses From Multi-Transiting Exoplanetary Systems Benjamin Montet1, J.A. Johnson1 1California Institute of Technology. 343.24 The Wesleyan Hobby-Eberly High-Resolution Exoplanetary Atmospheric Transmission Spectroscopy Survey: Latest Results Adam G. Jensen1, S. Redfield1, W.D. Cochran2, M. Endl2, L. Koesterke2, 3, T.S. Barman4 1Wesleyan University, 2University of Texas-Austin, 3Texas Advanced Computing Center, 4Lowell Observatory. 343.25 The Effect of Temperature Evolution on the Interior Structure of Solid Planets Li Zeng1, 2, D.D. Sasselov1, 2 1Harvard University, 2Harvard-Smithsonian CfA. 343.26 Roche Lobes and the Evolution of Hot Jupiters Rachel Salmon1, J.F. Sepinsky1 1University of Scranton. 343.27 Flow of Planets, Not Weak Tidal Evolution, Produces the Short-Period Planet Distribution with More Planets than Expected Stuart F. Taylor1, 2 1Unemployed, 2Participation Worldscope. 343.28 Constraining The Magnetic Fields Of Transiting Exoplanets Through Ground- based Near-UV And Optical Observations Jake Turner1, B. Smart1, K. Hardegree-Ullman1, C.A. Griffith1, L. Biddle1, T. Carleton1, B. Crawford1, R. De La Rosa1, M. Donnels1, B. Guvenen1, B. Guvenen1, R. Hofmann1, A.M. McGraw1, M. Nieberding1, A. Robertson1, A. Scott1, L. Small1, C. Smith1, J. Teske1, A.P.M. Towner1, A. Walker-LaFollette1, R. Zellem1 1University of Arizona. 343.29 The Habitable Zones of Circumbinary Planetary Systems Stephen R. Kane1, N.R. Hinkel1 1NASA Exoplanet Science Institute, Caltech.

195 WEDNESDAY POSTER SESSIONS 344 Hubble Space Telescope Instruments and Calibration Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 344.01 Status and Calibration of the HST Wide Field Camera 3 John W. MacKenty1, WFC3 1STScI. 344.02 Updating the WFC3 G102 and G141 Grism Calibration Norbert Pirzkal1, J.C. Lee1, B. Hilbert1 1STScI. 344.03 Results from the HST/COS FUV Detector “Lifetime Move” Rachel Osten1, A. Aloisi1, K.A. Bostroem1, J.H. Debes1, E. Elliott1, J. Ely1, G.A. Kriss1, D. Massa1, C.M. Oliveira1, S. Osterman2, S.V. Penton1, C.R. Proffitt3, J. Roman-Duval1, D.J. Sahnow1, P. Sonnentrucker1 1Space Telescope Science Institute, 2University of Colorado/CASA, 3STScI/CSC. 344.04 Sensing the “LUV” with HST+COS in Cycle 20 and Beyond Steven V. Penton1, A. Aloisi1, K.A. Bostroem1, E. Elliott1, K. France2, S.A. Lockwood1, C.M. Oliveira1, S. Osterman2, C.R. Proffitt1, J. Roman-Duval1, D.J. Sahnow1 1STScI, 2Univ. of Colorado. 344.05 Mitigation of CTE Losses in ACS/WFC: Overview of Methods Linda J. Smith1, J. Anderson1, R.J. Avila1, R. Bohlin1, M. Chiaberge1, D.A. Golimowski1, S. Gonzaga1, N.A. Grogin1, R.A. Lucas1, A. Maybhate1, M. McMaster1, S. Ogaz1, J. Sokol1, L. Ubeda1 1Space Telescope Science Institute. 344.06 HST/WFC3 UVIS Detectors: Radiation Damage Effects & Mitigation Sylvia M. Baggett1, J. Anderson1, J.W. MacKenty1, J.A. Biretta1, K. Noeske1, WFC3 Team 1STScI. 344.07 Mitigation of CTE Losses in ACS/WFC: Observed Sky Backgrounds Josh Sokol1, J. Anderson1, L.J. Smith1, ACS Team 1STScI.

POSTERS: WED POSTERS: 344.08 Mitigation of CTE Losses in ACS/WFC: Optimal Parameters From Simulated Images Roberto J. Avila1, J. Anderson1, ACS Team 1Space Telescope Science Institute. 344.09 Mitigation of CTE losses in ACS/WFC: Post-Flash Capabilities Sara Ogaz1, J. Anderson1, M. Chiaberge1, L.J. Smith1, ACS Team 1Space Telescope Science Institute. 344.10 Towards a Pixel-Based CTE Correction of the STIS CCD Sean A. Lockwood1, J.H. Debes2, J. Anderson1, A. Aloisi1, C.R. Proffitt3 1AURA/STScI, 2ESA-AURA/STScI, 3CSC/STScI. 344.11 Removing the Pattern Noise from all HST/STIS Side-2 CCD Data Rolf Jansen1 1Arizona State University.

345 Instrumentation: Ground and Airborne Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 345.01 First Light from the 4.3-meter Discovery Channel Telescope At Lowell Observatory Jeffrey C. Hall1, S. Levine1 1Lowell Obs.

196 WEDNESDAY POSTER SESSIONS

345.02 As Big and As Good As It Gets: The Large Monolithic Imager for Lowell Observatory’s 4.3-m Discovery Channel Telescope Philip Massey1, E.W. Dunham1, T.A. Bida1, P. Collins1, J.C. Hall1, D.A. Hunter1, S. Lauman1, S. Levine1, K. Neugent1, R. Nye1, R. Oliver1, D. Schleicher1, S. Zoonematkermani1 1Lowell Obs. 345.03 Preliminary Evaluation of the Optical Performance of the Dark Energy Camera Stephen M. Kent1, Dark Energy Survey Collaboration 1Fermi Nat’l. Accelerator Lab. 345.04 MOSFIRE: First Light and Early Performance on the Keck I Telescope Ian S. McLean1, C.C. Steidel2, H.W. Epps3, K. Matthews2, N. Konidaris2, K. Kulas1, G.N. Mace1, G.C. Rudie2, R. Trainor2 1UCLA, 2Caltech, 3UCSC. 345.05 The Keck Cosmic Web Imager (KCWI): A Powerful New Integral Field Spectrograph for the Keck Observatory Patrick Morrissey1, KCWI Team 1Caltech. 345.06 HexPak and GradPak: Variable-Scale Dual-Head IFUs for the WIYN 3.5m Telescope Bench Spectrograph Corey Wood1, M.A. Bershady1, A. Eigenbrot1, S.A. Buckley1, J.S. Gallagher1, E. Hooper1, A. Sheinis2, 1, M.P. Smith1, M.J. Wolf1 1 2

University of Wisconsin -- Madison, Australian Astronomical Observatory, Australia. POSTERS: WED 345.07 Magellan Adaptive Optics First Light Results Katherine B. Follette1, L.M. Close1, J. Males1, D. Kopon1, K.M. Morzinski1, P. Hinz1, Magellan Adaptive Optics Team 1University of Arizona. 345.08 Guide, Focus and Alignment System for BigBOSS Kevin Reil1, M. Lampton2, 3, M. Sholl2, C. Bebek2, R. Besuner3, A. Roodman1, BigBOSS Collaboration 1SLAC National Accelerator Lab, 2Lawrence Berkeley National Lab, 3Space Science Lab, University of California, Berkeley. 345.09 Completion of the Design of the Top End Optical Assembly for ATST Blaise Canzian1, J. Barentine2 1L-3 Communications IOS, 2L-3 Communications IOS. 345.10 Preliminary Design of the Coronagraphic High Angular Resolution Imaging Spectrograph (CHARIS) Tyler D. Groff1, M. Peters1, N.J. Kasdin1, M.W. McElwain3, M. Galvin1, M. Carr1, G.R. Knapp1, M. Janson1, T. Brandt1, R. Lupton1, J.E. Gunn1, O. Guyon2, F. Martinache2, M. Hayashi2, N. Takato2 1Princeton University, 2Subaru Telescope, NAOJ, 3Goddard Space Flight Center. 345.11 Apodized Phase Mask Coronagraphs Alexis Carlotti1 1Princeton University. 345.12 LAN MAP: An Innovative Airborne Light at Night Mapping Project Eric R. Craine1, 2, B.L. Craine1, 2, E.M. Craine2, P.R. Craine2 1Western Res. Co. Inc., 2STEM Laboratory, Inc.

197 WEDNESDAY POSTER SESSIONS

345.13 GNOSIS: The First Fiber Bragg Grating-based OH Suppression Unit Christopher Trinh1, S.C. Ellis2, 1, J. Bland-Hawthorn1, J.S. Lawrence2, 8, A.J. Horton2, S.G. Leon-Saval1, K. Shortridge2, J. Bryant1, S. Case2, M. Colless2, W. Couch3, K.C. Freeman4, H. Löhmannsröben5, L. Gers2, K. Glazebrook3, R. Haynes6, S. Lee2, J. O’Byrne1, S. Miziarski2, M.M. Roth6, B. Schmidt4, C.G. Tinney7, J. Zheng2 1University of Sydney, Australia, 2Australian Astronomical Observatory, Australia, 3Swinburne University of Technology, Australia, 4Australian National University, Australia, 5innoFSPEC - Institut für Chemie/Physikalische Chemie, Germany, 6innoFSPEC - Leibniz-Institut für Astrophysik, Germany, 7University of New South Wales, Australia, 8Macquarie University, Australia. 345.14 HAWC+: A Detector, Polarimetry, and Narrow-Band Imaging Upgrade to SOFIA’s Far-Infrared Facility Camera C. D. Dowell1, 2, J. Staguhn3, 4, D.A. Harper5, T.J. Ames4, D.J. Benford4, M. Berthoud5, N.L. Chapman6, D.T. Chuss4, J.L. Dotson7, K.D. Irwin8, C.A. Jhabvala4, A. Kovacs2, L. Looney9, G. Novak6, G.J. Stacey10, J.E. Vaillancourt11, HAWC+ Science Collaboration 1Jet Propulsion Laboratory, 2California Institute of Technology, 3Johns Hopkins University, 4NASA Goddard Space Flight Center, 5University of Chicago, 6Northwestern University, 7NASA Ames Research Center, 8National Institute of Standards and Technology, 9University of Illinois, 10Cornell University, 11SOFIA / USRA. 345.15 Developments in Coherent Amplifiers and Miniaturized Receivers for Radio Astronomy Kieran Cleary1, A.C.S. Readhead1, R. Reeves1, R. Gawande1, J. Kooi1, T. Gaier2, C.R. Lawrence2, P. Kangaslahti2, L. Samoska2, M. Varonen2, R. Lai3, S. Sarkozy3, S.E. Church4, M. Sieth4
,
%FWBSBK4, P. Voll4 1California Institute of Technology, 2Jet Propulsion Laboratory, 3Stanford University, 4Northrop Grumman Aerospace Systems. 345.16 The GBT 4mm Receiver David T. Frayer1, S. White1, G. Watts1, M. Stennes1, R.J. Maddalena1, R. Simon1, M. Pospieszalski2, E. Bryerton2 1NRAO, 2NRAO. 345.17 Progress on the Low Frequency All Sky Monitor 1 1 2 1 1 3 1

POSTERS: WED POSTERS: Anthony Ford , F. Jenet , J. Craig , T.D. Creighton , L.P. Dartez , B. Hicks
+
)JOPKPTB , R. Jaramillo1, N.E. Kassim3, G. Lunsford1, R.B. Miller1, J. Murray1, P.S. Ray3, J. Rivera1, G.B. Taylor2 1University of Texas at Brownsville, 2University of New Mexico, 3Naval Research Laboratory. 345.18 A ROACH Based Data Acquisition System for the Low Frequency All Sky Monitor (LoFASM) Louis P. Dartez1, F. Jenet1, S. Cohen1, T.D. Creighton1, A. Ford1, A. Garcia1, B. Hicks4, +
)JOPKPTB1, N.E. Kassim4, C. Longoria1, G. Lunsford1, A. Mata1, R.B. Miller2, 1, R.H. Price1, L. Quintero6, P.S. Ray4, J. Reser1, J. Rivera3, 1, K. Stovall1, G.B. Taylor5 1University of Texas Brownsville, 2West Virginia University, 3Rutgers University, 4U.S. Naval Research Lab, 5University of New Mexico, 6Arecibo Observatory, Puerto Rico. 345.19 Creating an Infrastructure for LSST All-Sky Camera Site Data Amelia Shirtz1, T. Axelrod2, C.F. Claver3 1Northern Michigan University, 2University of Arizona, 3NOAO. 345.20 Measuring the Effect of Limited Point Spread Function Halo Knowledge on Astrometry Measurements Carina Cheng1, G. Witzel1, B. Sitarski1, L. Meyer1, A.M. Ghez1 1UCLA. 345.21 Observations of Anomalous Refraction with Co-housed Telescopes Malinda S. Taylor1, J.T. McGraw2, P.C. Zimmer2 1Western State College of Colorado, 2University of New Mexico.

198 WEDNESDAY POSTER SESSIONS

345.22 Calibrating the Astronomical Extinction Spectrophotometer for NIST Stars John T. McGraw1, P.C. Zimmer1, J. Karle1, D.C. Zirzow1, C. Cramer2, K. Lykke2, J.T. Woodward2 1Univ. of New Mexico, 2NIST. 345.23 LCOGT’s New Telescopes and Instruments Timothy M. Brown1, 2, M. Becker1, B. Burleson1, J. De Vera1, D. Dragomir1, 2, M. Dubberley1, J. Eastman1, 2, M. Graham1, 2, B. Haldeman1, E. Hawkins1, R. Haynes1, "
)KFMTUSPN1, D.A. Howell1, 2, J. Hygelund1, T. Lister1, R. Lobdill1, M. Norbury1, D. Petry1, A. Pickles1, V. Posner1, W. Rosing1, D. Sand1, 2, R. Street1, Y. Tsapras1, J. Tufts1, S. Valenti1 1Las Cumbres Global Telescope Network, Inc., 2UCSB. 345.24 Radio and Optical Telescopes for School Students and Professional Astronomers Laura Hosmer1, 2, G. Langston2, S. Heatherly2, A.P.M. Towner4, 2, J. Ford2, R.S. Simon2, S. White2, K.L. O’Neil2, J. Haipslip3, D. Reichart3 1University of Missouri-Columbia, 2NRAO, 3University of North Carolina, 4University of Arizona. 345.25 KAPAO Prime: Design and Simulation Lorcan McGonigle1, P.I. Choi1, S.A. Severson2
&
4QKVU3 1Pomona College, 2Sonoma State University, 3Harvey Mudd College. 345.26 On-sky Characterization of KAPAO-Alpha, A Prototype Adaptive Optics Instrument Daniel Contreras1 2 1 3 1 1

, E. Littleton , P.I. Choi , S.A. Severson , W. Morrison , J.R. Wong POSTERS: WED 1Pomona College, 2Harvey Mudd College, 3Sonoma State University. 345.27 Performance of the Savart-plate polarimeter on the Pomona College 1-meter telescope at Table Mountain Alma C. Zook1, E.K. Carlson1, M.J. Durbin1, R.T. Goldman1 1Pomona College. 345.28 Repurposing the Caltech Robinson Hall Coelostat Richard R. Treffers1, G. Loisos2, M. Ubbelohde2, S. Douglas2, M. Martinez2 1Starman Systems, LLC, 2Loisos + Ubbelohde.

346 Joining the Electromagnetic and Gravitational Wave Skies Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 346.01 Resonant Shattering of Neutron Star Crusts David Tsang1, 2, J. Read1, 2, T. Hinderer1, 2, A. Piro1 1McGill University, Canada, 2California Institute of Technology. 346.02 Rapid Bayesian Triangulation of Gravitational-Wave Inspiral Events Leo Singer1, L. Price1 1LIGO Laboratory, California Institute of Technology. 346.03 Identifying Elusive Electromagnetic Counterparts to Gravitational Wave Mergers: The First Full End-to-End Simulation Alexandra Georgieva1, S. Nissanke1, M.M. Kasliwal2 1California Institute of Technology, 2Carnegie Institution for Science. 346.04 Effect of a High Opacity on the Light Curves of Radioactively Powered Transients from Compact Object Mergers Jennifer Barnes1, 2, D. Kasen1, 2 1University of California, Berkeley, 2Lawrence Berkeley National Laboratory. 346.05 X-ray Counterparts to Advanced LIGO/Virgo Transients Jonah Kanner1, J.G. Baker1, J. Camp1 1NASA Goddard.

199 WEDNESDAY POSTER SESSIONS

346.06 Parameter Estimation in Practice for Advanced LIGO/Virgo Vivien Raymond1, LVC 1California Institute of Technology.

347 JWST Mission and Instrumentation Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 347.01 Status of the James Webb Space Telescope Observatory Charles W. Bowers1, M. Clampin1 1NASA’s GSFC. 347.02 Status of the JWST Integrated Science Instrument Module Matthew A. Greenhouse1, J. Dunn1, R.A. Kimble1, S. Lambros1, R. Lundquist1, B.J. Rauscher1, M. Voyton1 1NASA’s GSFC. 347.03 The James Webb Space Telescope: Extending the Science Jonathan P. Gardner1, JWST Science Working Group 1NASA’s GSFC. 347.04 New Near-Infrared H2RG Detectors for the James Webb Space Telescope (JWST) Bernard J. Rauscher1 1NASA’s GSFC. 347.05 Wide-Field Slitless Spectroscopy with JWST/NIRISS William V.D. Dixon1 1Space Telescope Science Institute. 347.06 Simulations of Target Acquisition with MIRI Four-Quadrant Phase Mask Coronagraph Charles-Philippe Lajoie1, R. Soummer1, D.C. Hines1 1Space Telescope Science Institute.

348 Laboratory Astrophysics POSTERS: WED POSTERS: Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 348.01 Radiative Lifetimes for High Levels of Neutral Fe James E. Lawler1, E. Den Hartog1, A. Guzman1 University of Wisconsin. 348.02 A MgH Isotopic Line List Kenneth H. Hinkle1, L.V. Wallace1, R. Ram2, P. Bernath3, C. Sneden4, S. Lucatello5 1NOAO, 2Univ. of Arizona, 3Old Dominion Univ., 4Univ. of Texas, 5Oss. Astro. Padova, Italy. 348.03 Improved Ti I log(gf) Values and New Titanium Abundances in the Sun and the Metal-Poor Star HD 84937 Christopher Sneden1, A. Guzman2, 3, J.E. Lawler2, M.P. Wood2, J.J. Cowan4 1University of Texas, 2University of Wisconsin, 3Northwestern University, 4University of Oklahoma. 348.04 Improved log(gf) Values for Lines of Ti II and New Titanium Abundances in the Sun and the Metal-Poor Star HD 84937 Michael P. Wood1, J.E. Lawler1, C. Sneden2, J.J. Cowan3 1University of Wisconsin, 2University of Texas, 3University of Oklahoma.

200 WEDNESDAY POSTER SESSIONS 349 Molecular Clouds, HII Regions, Interstellar Medium Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 349.01 Wavelength Variations of Polarmetry due to Extinction, Magnetic Turbulence and Grain Alignment Changes Richard Fineman1, 3, B. Andersson2, 3, J.E. Vaillancourt2, 3, SOFIA 1Columbia University, 2USRA, 3NASA Ames Research Center. 349.02 Statistical Studies of Magnetohydrodynamic Turbulence in Two Phase Simulations Emy M. Rivera1, B.K. Burkhart2, A. Lazarian2 1University of Puerto Rico at Mayaguez, Puerto Rico, 2University of Wisconsin - Madison. 349.03 Topology in Synthetic Column Density Maps for Interstellar Turbulence Joseph Putko1, 2, B.K. Burkhart1, A. Lazarian1 1University of Wisconsin-Madison, 2Middlebury College. 349.04 Carbon Isotope Chemistry in Molecular Clouds Amy Robertson1, 2, K. Willacy1, S. Yamamoto3, N. Sakai3 1Jet Propulsion Laboratory, 2Arizona Radio Observatory, 3The University of Tokyo, Japan. 349.05 Physical Temperature Measurements of L1551 from NH3 Observations Allison P.M. Towner1, 2, L. Hosmer1, 3, G. Langston1 1National Radio Astronomy Observatory, 2The University of Arizona, 3University of Missouri. POSTERS: WED 349.06 Pulling the Trigger on Star Formation: Expanded CO (J = 2 1) Maps of M17 and Vicinity Natalie Sanchez1, J.H. Bieging2, M.S. Povich1, A.L. Rudolph1 1Cal Poly Pomona, 2University of Arizona. 349.07 Investigating the Faraday Rotation Morphologies of Interstellar Bubbles Nickolas Pingel1, R. Ignace2 1University of Wisconsin-Madison, 2East Tennessee State University. 349.08 Dynamic UC HII regions in Sgr B2: Flickering and Ionized Flows Christopher G. De Pree1, D.J. Wilner2, M. Goss4, M. Mac Low6, T. Peters7, R. Klessen5, E.R. Keto2, R. Galvan-Madrid3
3
#BOFSKFF8 1Agnes Scott College, 2CfA, 3ESO, Germany, 4NRAO, 5ITA-University of Heidelberg, Germany, 6American Museum of Natural History, 7ITP-University of Zurich, Switzerland, 8University of Hamburg, Germany. 349.09 The Dense Gas Fraction of Molecular Clouds in the Milky Way Andrew Battisti1, M.H. Heyer1 1University of Massachusetts at Amherst. 349.10 Neutrino Production in Infrared Dark Clouds Erin Middlemas1, 2, N. Kurahashi Neilson2, M. Santander2, A. Karle2 1East Tennessee State University, 2University of Wisconsin-Madison. 349.11 Determining the X-Factor of M82 Zachary Edwards1, J. Ott2, D.S. Meier3, Juergen Ott & David Meier 1Columbus State University, 2National Radio Astronomy Observatory, 3New Mexico Institute of Mining and Technology. 349.12 Cold Atomic Hydrogen in the Perseus Molecular Cloud Jesse Miller1, 2, M. Lee2, C. Murray2, S. Stanimirovic2, C.E. Heiles3 1Washington State University, 2University of Wisconsin, 3University of California. 349.13 A 4-mm Spectral Line Survey of Orion-KL with the Green Bank Telescope Michelle Meijer1, 2, R.J. Maddalena1, D.T. Frayer1, L. Hough1, 3 1National Radio Astronomy Observatory, 2Eleanor Roosevelt High School, 3Department of Physics, West Virginia University.

201 WEDNESDAY POSTER SESSIONS

349.14 The Star Formation in Radio Survey (SFRS): Initial Results From 33GHz Imaging with the Jansky Very Large Array Dillon Dong1, E.J. Murphy2
&
.PNKJBO3, J.J. Condon4, G. Helou5, D.S. Meier6, J. Ott3, E. Schinnerer7, J. Turner8 1Pomona College, 2Carnegie Observatories, 3NRAO, 4NRAO, 5Caltech, 6NMT, 7MPIA, Germany, 8UCLA. 349.15 The PdBI Arcsecond Whirlpool Survey (PAWS) I. Molecular Gas, Dust and Star Formation Eva Schinnerer1, S.E. Meidt1, J. Pety2, A. Hughes1, A.K. Leroy3, D. Colombo1, G. Dumas2, C.L. Dobbs4, S. Garcia Burillo5, T.A. Thompson6, K.F. Schuster2, C. Kramer7 1MPIA, Germany, 2IRAM, France, 3NRAO, 4University of Exeter, United Kingdom, 5OAN, Spain, 6OSU, 7IRAM, Spain. 349.16 The PdBI Arcsecond Whirlpool Survey (PAWS) II. Resolved properties of Giant Molecular Clouds in M51 and Local Group galaxies Dario Colombo1, E. Schinnerer1, A. Hughes1, S.E. Meidt1, A.K. Leroy3, J. Pety2, C. Dobbs4, S. Garcia Burillo5, G. Dumas2, T.A. Thompson6, K.F. Schuster2, C. Kramer7 1MPIA, Germany, 2IRAM, France, 3NRAO, 4University of Exeter, United Kingdom, 5OAN, Spain, 6OSU, 7IRAM, Spain. 349.17 The PdBI Arcsecond Whirlpool Survey (PAWS) III. How Dynamical Environments Regulate the Structure of the Molecular Gas and Star Formation in M51 Sharon Meidt1, E. Schinnerer1, A. Hughes1, S. Garcia Burillo2, D. Colombo1, J. Pety3, A.K. Leroy4, C. Dobbs5, G. Dumas3, K.F. Schuster3, T.A. Thompson6, C. Kramer7 1MPIA, Germany, 2OAN, Spain, 3IRAM, France, 4NRAO, 5University of Exeter, United Kingdom, 6OSU, 7IRAM, Spain. 349.18 A CARMA Search for Hydroxylamine (NH2OH) in L1157-B1 Cameron Charness1, 2, B. McGuire3
"+
3FNJKBO2 1University of Virginia, 2National Radio Astronomy Observatory, 3California Institute of Technology. 349.19 Coincident Maser Emission in NGC 7538 IRS 1 from the (J,K) = (10,8) and (9,8) States of Para-Ammonia Ian M. Hoffman1 POSTERS: WED POSTERS: 1Wittenberg University. 349.20 From Gas to Stars in Energetic Environments: Dense Gas Clumps and PDRs in the 30 Doradus Region Crystal N. Anderson1, D.S. Meier1, J. Ott2, 1, T.H. Wong3, A. Hughes4 1New Mexico Tech, 2National Radio Astronomy Observatory, 3University of Illinois, 4Max Planck Institute for Astronomy, Germany. 349.21 Correlating Physical and Chemical Evolution in Starless Cores Nathan Brunetti1, S. Schnee2, R. Friesen2, 3 1University of Massachusetts, 2National Radio Astronomy Observatory, 3Dunlap Institute for Astronomy and Astrophysics, Canada. 349.22 Extended Red Objects and Stellar Wind Bow Shocks in the Carina Nebula Remington Sexton1, M.S. Povich1, N. Smith2, A.L. Rudolph1 1California Polytechnic State University, Pomona, 2University of Arizona. 349.23 Ice, Dust, and Extinction in the Perseus Molecular Cloud Sarah Peacock1, J.E. Chiar2, A.C.A. Boogert3, C. Knez4, L.G. Mundy5, Y.J. Pendleton6, X. Tielens7, E. van Dishoeck8 1University of Virginia, 2SETI Institute, 3Caltech/IPAC, 4Applied Physics Lab, 5University of Maryland, 6NASA Ames Research Center, 7Leiden University, Netherlands, 8MPE, Germany. 349.24 Multi-Wavelength Study of W40 HII Region Sachindev S. Shenoy1, R. Shuping2, 1, W.D. Vacca1 1Sofia Science Center - USRA, 2Space Science Institute.

202 WEDNESDAY POSTER SESSIONS

349.25 The Interstellar Media of the Luminous Infra-Red Galaxies, IC860 and Zw049.057 Yamil Nieves1, 2, C.J. Salter2, R.F. Minchin2, T. Ghosh2 1University of Puerto Rico in Humacao, Puerto Rico, 2Arecibo Observatory, Puerto Rico. 349.26 Unveiling the Excitation Source of the ISM in Nearby Galaxies Kathryn Kreckel1, B. Groves1, Eric Pellegrini2, E. Schinnerer1, KINGFISH 1MPIA, Germany. 2University of Toledo. 349.27 Entangled in Cirrus Peregrine M. McGehee1 1Caltech. 349.28 Silicon Abundance in the ISM Sarah Sofia1, A.G. Jensen2, U.J. Sofia3 1Haverford College, 2Wesleyan University, 3American University. 349.29 Getting to Know the Massive Stars within NGC 3603, the Nearest Giant HII Region Monica Herzog1, P. Massey2, N. Morrell3, K. Neugent2 1Bucknell University, 2Lowell Observatory, 3Carnegie Observatories, Chile. 349.30 The Kinematics of Warm Ionized Gas in the Fourth Galactic Quadrant Martin Gostisha1
3"
#FOKBNJO1, L.M. Haffner2, A.S. Hill4, K.A. Barger3 1University of Wisconsin-Whitewater, 2University of Wisconsin-Madison, 3University of Notre Dame, 4CSIRO, Australia. POSTERS: WED 349.31 The Milky Way Project: A Census of Small Bubbles Kim Arvidsson1, G.A. Wolf-Chase1, 2
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1SPKFDU 1Adler Planetarium, 2University of Chicago. 349.32 WITHDRAWN: Ultra-Violet Line Intensities of High Ions Predicted from Simulations of Turbulent Mixing Layers and High Velocity Clouds Kyujin Kwak1, 2, R.L. Shelton2 1Korea Astronomy and Space Science Institute, Republic of Korea, 2University of Georgia. 349.33 Far-ultraviolet Observations of the Taurus-Perseus-Auriga Complex Taeho Lim1, K. Min1, K. Seon2 1KAIST, Republic of Korea, 2KASI, Republic of Korea. 349.34 Far Ultraviolet Observations of the Spica Nebula and the Interaction Zone Yeon-Ju Choi1, K. Min1, J. Park3, T. Lim1, K. Seon2, Y. Jo1 1KAIST, Republic of Korea, 2KASI, Republic of Korea, 3KIPO, Republic of Korea. 349.35 Mapping the Local Interstellar Medium Using High-Resolution UV Absorption Spectroscopy Craig Malamut1, S. Redfield1, J. Linsky2 1Wesleyan University, 2JILA, University of Colorado. 349.36 The Survey of Lines in M31: Investigating the Origin of Far-Infrared [CII] and [OI] Emission from Star-Forming Disk Galaxies Karin Sandstrom1, M. Kapala1, K.V. Croxall2, J. Dalcanton3, K.D. Gordon4, B. Groves1, O. Krause1, A.K. Leroy5, H. Rix1, E. Schinnerer1, A. Schruba6, F. Walter1, D.R. Weisz3 1Max Planck Institute for Astronomy, Germany, 2The Ohio State University, 3University of Washington, 4Space Telescope Science Institute, 5National Radio Astronomy Observatory, 6California Institute of Technology. 349.37 Probing ISM and Dust Abundances with X-rays Lia Corrales1, F.B. Paerels1 1Columbia University.

203 WEDNESDAY POSTER SESSIONS

349.38 OVII and Temperature Limits on the Local Hot Bubble Robert Pirtle1, 2, N. Petre1, D. McCammon1, K. Morgan1, P. Sauter1, K. Clavadetscher1, 3, 3
'VKJNPUP4, T. Hagihara5, K. Masui5, K. Mitsuda5, Y. Takei5, Q.D. Wang6, N.Y. Yamasaki5, Y. Yao7, T. Yoshino5 1University of Wisconsin - Madison, 2Lewis & Clark College, 3Yale University, 4Kanazawa University, Japan, 5Inst. of Space and Astronautical Science, Japan, 6University of Massachusetts, 7University of Colorado. 349.39 Interstellar Abundances Toward X Per Lynne A. Valencic1, 2, R.K. Smith3 1Johns Hopkins Univ., 2NASA/GSFC, 3SAO. 349.40 Dark Gas in the Translucent Cloud MBM 12 Ryan Abrahams1, 2, T. Paglione1, 3 1York College, City University of New York, 2Graduate Center, City University of New York, 3American Museum of Natural History.

350 Space-Based Missions, Instruments and Technology Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 350.01 Cubesat Missions for Low Frequency Radio Astronomy Dayton L. Jones1 1JPL. 350.02 Preliminary studies for the ORganics Exposure in Orbit (OREOcube) Experiment on the International Space Station Jason Alonzo1, A. Fresneau2, A. Elsaesser2, J. Chan3, A. Breitenbach3, P. Ehrenfreund2, A. Ricco4, F. Salama4, A. Mattioda4, O. Santos4, H. Cottin5, E. Dartois6, L. d’Hendecourt6, R. Demets7, B. Foing7, Z. Martins8, M. Sephton8, M. Spaans9, R. Quinn4, 10 1California State Polytechnic University, 2Leiden University, Netherlands, 3San Jose State University, 4NASA Ames Research Center, 5LISA,Universite de Paris, France, 6ISA, France, 7ESTEC, Netherlands, 8Imperial College, United Kingdom, 9University of Groningen, Netherlands, 10Carl Sagan Center, SETI Institute.

POSTERS: WED POSTERS: 350.03 Caustic Echoes as X-ray follow-ups from Sagittarius A* Chad Galley1, D. Tsang2, A. Zenginoglu1 1California Institute of Technology, 2McGill University, Canada. 350.04 Development of Passively Cooled Long Wave Infrared Detector Arrays for NEOCam Craig W. McMurtry1, D. Lee2, J. Beletic2, C. Chen2, R. Demers2, M. Dorn1, D. Edwall2, C. Bacon Fazar1, 3, W.J. Forrest1, F. Liu4, A.K. Mainzer4, J. Pipher1, A. Yulius2 1Univ. of Rochester, 2Teledyne Imaging Sensors, 3Roberts Wesleyan College, 4NASA Jet Propulsion Laboratory. 350.05 Titan Landing Interactions on Spacecraft by Application of Outgassing and Contamination Effects Cyrus Nejat1 1University of Southern California. 350.06 Performance and Scientific Capabilities of an Active Coronagraph on the 2.4-m NRO Telescopes Bruce Macintosh1, N.J. Kasdin2, S. Shaklan3, D. Savransky1, A. Carlotti2, R.J. Vanderbei2, T.D. Groff2, L. Marchen3, J.E. Krist3, M.P. Fitzgerald4 1LLNL, 2Princeton University, 3Jet Propulsion Laboratory, 4UCLA. 350.07 ACCESS: Detector Performance Matthew J. Morris1, M. Kaiser1, B.J. Rauscher2, R.A. Kimble2, J.W. Kruk2, D.B. Mott2, Y. Wen1, R. Foltz2, S.R. McCandliss1, R.S. Pelton2, E.L. Wright3, P.D. Feldman1, H.W. Moos1, A.G. Riess1, 4, D.J. Benford2, J.P. Gardner2, B.E. Woodgate2, R. Bohlin4, S.E. Deustua4, W.V.D. Dixon4, D.J. Sahnow4, R.L. Kurucz5, M. Lampton6, S. Perlmutter7 1Johns Hopkins University, 2NASA/GSFC, 3UCLA, 4StSci, 5SAO/CfA, 6SSL/UCB, 7UCB.

204 WEDNESDAY POSTER SESSIONS

350.08 ACCESS: Design, Strategy, and Test Performance Mary Elizabeth Kaiser1, M.J. Morris1, S.R. McCandliss1, B.J. Rauscher2, R.A. Kimble2, J.W. Kruk2, E.L. Wright3, R.S. Pelton1, P.D. Feldman1, H.W. Moos1, A.G. Riess1, 4, D.J. Benford2, R. Foltz2, J.P. Gardner2, D.B. Mott2, Y. Wen2, B.E. Woodgate2, R. Bohlin4, S.E. Deustua4, W.V.D. Dixon4, D.J. Sahnow4, R.L. Kurucz5, M. Lampton6, S. Perlmutter7 1Johns Hopkins University, 2NASA/GSFC, 3UCLA, 4STScI, 5SAO/CfA, 6SSL/UCB, 7UCB. 350.09 The Fermi Science Support Center Donald J. Horner1, Fermi Science Support Center Team 1NASA’s GSFC. 350.10 Survey and Pointed Observations with the Fermi Gamma-Ray Space Telescope Julie E. McEnery1, E.A. Hays1, S.W. Digel2 1NASA’s GSFC, 2SLAC National Accelerator Laboratory. 350.11 LIMSAT: An Ultra-violet Time Domain Explorer E. S. Phinney1, S.R. Kulkarni1, A. Gal-Yam2, E. Ofek2, E. Waxman2, J. Scargle3, S. Worden3, J. Murthy4 1Caltech, 2Weizmann Institute, Israel, 3NASA Ames, USA Minor Outlying Islands, 4Indian Insitute of Astrophysics, India. 350.12 Worldwide Status of EUV Astronomy Michael P. Kowalski1, K.S. Wood1, M.A. Barstow2 1NRL, 2University of Leicester, United Kingdom. 350.13 A Narrow Band Imaging System for far Ultraviolet Astronomy Timothy Cook1, B. Hicks1, S. Chakrabarti1 POSTERS: WED 1UMass Lowell. 350.14 Metrology of X-ray Optics for Astrophysical Applications Andrew Dahir1, 2, M. Gubarev2 1Texas A&M University-Commerce, 2NASA Marshall Space Flight Center. 350.15 The MIRAX Hard X-Ray Transient Mission Barbara Rodrigues2, 1, J. Braga2, J.E. Grindlay1, B. Allen1, J. Hong1, S.D. Barthelmy4, R.E. Rothschild3, J. Wilms5 1CfA, 2INPE, Brazil, 3UCSD, 4NASA-GSFC, 5University of Erlangen-Nuremberg, Germany. 350.16 Lightweight ZERODUR® Now for Intermediate and Large Spaceborne Missions Anthony B. Hull1, T. Jaeger2, T. Westerhoff3, R. Jedanzik3, J. Pepi4, F. Piche4, J. Barentine4 1University of New Mexico Physics and Astronomy, 2SCHOTT North America, Inc., 3SCHOTT AG, Germany, 4L-3 Integrated Optial Systems. 350.17 Achieving Sub-Design Level Contrast for Coronagraphs with Deformable Mirrors A J Eldorado Riggs1, T.D. Groff1, A. Carlotti1, N.J. Kasdin1 1Princeton University.

351 Stellar Atmospheres, Winds Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 351.01 Mining the Advanced Spectral Library (ASTRAL): Fluorescence in Evolved M-Stars Kenneth G. Carpenter1, K.E. Nielsen2, G.V. Kober2, 1, K. Cheng3, T.R. Ayres4, G.M. Wahlgren5, 2, G. Harper6 1NASA’s GSFC, 2Catholic Universithy of America, 3Cal State University Fullerton, 4University of Colorado, 5NASA HQ, 6Trinity College, Ireland. 351.02 Mining the Advanced Spectral Library (ASTRAL): Characterizing Winds of Evolved M-Stars Krister E. Nielsen1, K.G. Carpenter2, G.V. Kober1, 2, K. Cheng3, T.R. Ayres4, G. Harper5 1Catholic Univ. of America, 2NASA’s GSFC, 3Cal State University Fullerton, 4University of Colorado, 5Trinity College, Ireland. 205 WEDNESDAY POSTER SESSIONS

351.03 Creating a Stellar Thermometer Using the Spectral Characteristics of M Giants in Andromeda Teresa Krause1, P. Guhathakurta2, K. Hamren2, E. Toloba2, C. Dorman2, L. Woloshyn3, PHAT Collaboration 1Castilleja School, 2University of California Santa Cruz, 3The Latymer School, United Kingdom. 351.04 Polarization of Light Emitted From Mira-Type Stars Alyssa M. Adams1, Neilson Hilding1, R. Ignace1 1East Tennessee State University. 351.05 The Defining Characteristics of the Lambda Bootis Stars Kwang-Ping Cheng1, R.O. Gray2, J.E. Neff3 1Cal. State Univ., Fullerton, 2Appalachian State, 3College of Charleston.

352 Surveys and Large Programs Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 352.01 Undergraduate ALFALFA Team: Star Formation in the NGC 5846 Group of Galaxies Lucas Viani1, R.A. Koopmann1, H. Darling1, ALFALFA Team 1Union College. 352.02 SHIELD: Program Status and New VLA High Resolution HI Imaging Elise Larson1, J.M. Cannon1, I. Cave1, M. Marshall1, S. Moody1, E.A. Adams2, A.E. Dolphin3, E.C. Elson4, R. Giovanelli2, M.P. Haynes2, K.B. McQuinn5, J. Ott6, A. Saintonge7, J.J. Salzer8, E.D. Skillman5 1Macalester College, 2Cornell University, 3Raytheon, 4ICRAR/UWA, Australia, 5University of Minnesota, 6National Radio Astronomy Observatory, 7Max-Planck-Institute for Extraterrestrial Physics, Germany, 8Indiana University. 352.03 SHIELD: Distance Estimates from Hubble Space Telescope Imaging Ian Cave1, J.M. Cannon1, E. Larson1, M. Marshall1, S. Moody1, E.A. Adams2, A.E. Dolphin3, E.C. Elson4, R. Giovanelli2, M.P. Haynes2, K.B. McQuinn5, J. Ott6,

POSTERS: WED POSTERS: A. Saintonge7, J.J. Salzer8, E.D. Skillman5 1Macalester College, 2Cornell University, 3Raytheon, 4ICRAR/UWA, Australia, 5University of Minnesota, 6NRAO, 7Max-Planck-Institute for Extraterretrial Physics, Germany, 8Indiana University. 352.04 SHIELD: Stellar Mass Estimates from Spitzer Imaging John M. Cannon1, M. Marshall1, I. Cave1, E. Larson1, S. Moody1, E.A. Adams2, A.E. Dolphin3, E.C. Elson4, R. Giovanelli2, M.P. Haynes2, K.B. McQuinn5, J. Ott6, A. Saintonge7, J.J. Salzer8, E.D. Skillman5 1Macalester College, 2Cornell University, 3Raytheon, 4ICRAR/UWA, Australia, 5University of Minnesota, 6NRAO, 7Max-Planck-Institute for Extraterretrial Physics, Germany, 8Indiana University. 352.05 SHIELD: FITGALAXY -- A Software Package for Automatic Aperture Photometry of Extended Sources Melissa Marshall1 1Macalester College. 352.06 SHIELD: Star Formation from WIYN and GALEX Imaging Samilee Moody1, J.M. Cannon1, I. Cave1, E. Larson1, M. Marshall1, E.A. Adams2, A.E. Dolphin3, E.C. Elson4, R. Giovanelli2, M.P. Haynes2, K.B. McQuinn5, J. Ott6, A. Saintonge7, J.J. Salzer8, E.D. Skillman5 1Macalester College, 2Cornell University, 3Raytheon, 4ICRAR/UWA, Australia, 5University of Minnesota, 6NRAO, 7Max-Planck-Institute for Extraterrestrial Physics, Germany, 8Indiana University.

206 WEDNESDAY POSTER SESSIONS

352.07 VLA HI Imaging of the Extreme Star-Forming Dwarf Galaxy Leo P Elijah Bernstein-Cooper1, J.M. Cannon1, E.A. Adams2, R. Giovanelli2, M.P. Haynes2, K.B. McQuinn3, K.L. Rhode4, J.J. Salzer4, E.D. Skillman3 1Macalester College, 2Cornell University, 3University of Minnesota, 4Indiana University. 352.08 The GBT PRIMOS Project - A Broadband Spectral Line Survey of SgrB2N from 300 MHz to 46 GHz Anthony J. Remijan1, J.M. Hollis2, P.R. Jewell1, F. Lovas3, J. Corby4 1NRAO, 2NASA, 3NIST, 4University of Virginia. 352.09 Interstellar Carbodiimide (HNCNH): A New Astronomical Detection from the GBT PRIMOS Survey Via Maser Emission Features Brett McGuire1, R.A. Loomis2, C. Charness2, J.F. Corby2, G.A. Blake1, J.M. Hollis3, F. Lovas4, P.R. Jewell5
"+
3FNJKBO5 1California Institute of Technology, 2University of Virginia, 3NASA Goddard Space Flight Center, 4National Institute of Standards and Technology, 5National Radio Astronomy Observatory. 352.10 Broadband Screening for Interstellar Species: Additional Laboratory Measurements and Interstellar Detection of Ethanimine (CH3CHNH) in Sgr B2(N) Using GBT PRIMOS Survey Data Ryan Loomis1, D. Zaleski1, A. Steber1, J. Neill1, M.T. Muckle1, B.J. Harris1, N. Seifert1, B. Pate1, V. Lattanzi2, O. Martinez2, M.C. McCarthy2
"+
3FNJKBO3 1Department of Chemistry, University of Virginia, 2Harvard-Smithsonian Center for Astrophysics, 3National Radio Astronomy Observatory. POSTERS: WED 352.11 Exposing the Molecular Complexity of Sgr B2(N): The Interstellar Detection of Methyl Isocyanate (CH3NCO) from the GBT PRIMOS Survey Robin Pulliam1
"+
3FNJKBO1, R.A. Loomis1, 2 1National Radio Astronomy Observatory, 2University of Virginia. 352.12 A Nitrile Chemistry Experiment using the Combined Power of the GBT and VLA Joanna Corby1, D. Zaleski2
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3FNJKBO2, 1, J. Neill3, B. Pate2, A. Steber2, R. Pulliam2, N. Seifert2 1University of Virginia, 2National Radio Astronomy Observatory, 3University of Michigan. 352.13 Extracting Galaxy Rotation Curves for a Dark Matter Census and Exploring Kinematic Anomalies Kirsten Hall1, S. Kannappan1, K. Eckert1, D. Stark1, A. Baker1, E.A. Hoversten1, A.J. Moffett1, M.A. Norris1, RESOLVE Team 1University of North Carolina at Chapel Hill. 352.14 Stripe 82 X: An X-ray/Multiwavelength Survey in the SDSS Stripe 82 Equatorial Field C. M. Urry1, S.M. LaMassa1, E. Glikman1, N. Cappelluti2, F.M. Civano7, A. Comastri2, E. Treister6, H. Boehringer3, S.S. Murray5, G.T. Richards4, Stripe 82 X Collaboration 1Yale University, 2INAF, Italy, 3MPE, Germany, 4Drexel University, 5Johns Hopkins University, 6U. de Concepcion, Chile, 7Harvard/Smithsonian Center for Astrophysics. 352.15 The Galactic Plane Infrared Polarization Survey (GPIPS): The Full Poster Dan P. Clemens1, L.R. Cashman1, S. Hoq1, J. Montgomery1, M.D. Pavel1, 2 1Boston Univ., 2McDonald Observatory. 352.16 The Galactic Plane Infrared Polarization Survey (GPIPS): Data Release 1 Lauren R. Cashman1, D.P. Clemens1, M.D. Pavel2 1Boston Univ., 2McDonald Observatory. 352.17 Rapid Cadence Collections with the Space Surveillance Telescope David G. Monet1, T. Axelrod2, T. Blake3, C.F. Claver2, R. Lupton4, E. Pearce5, R. Shah5, D. Woods5 1U.S. Naval Obs., 2LSST Corporation, 3DARPA TTO, 4Princeton University, 5MIT Lincoln Laboratory.

207 WEDNESDAY POSTER SESSIONS

352.18 Classification of Compact Submillimeter Sources in the Planck Archive Chelen H. Johnson1, C. Border2, K. O’Connor3, D. Rothrock4, R. Chary5, M. Bingham6, M. Clark1, M. Ernst1, S. Gilbert2, S. Koop1, M. Maddaus1, I. Miller1, A. O’Bryan1, T. Ravelomanantsoa1, D. SanMiguel2, L. Schmidt4, E. Searls1, W. Tong7, O. Torres4, A. Zeidner1, NITARP 1Breck School, 2Maui Preparatory Academy, 3Lokelani Intermediate School, 4Madisonville High School, 5California Institute of Technology, 6Kihei Charter High School, 7Maui High School. 352.19 Searching for Astroids: Modifying the LSST MOPS Pipeline to Find NEOs in DECam/Blanco Data Alissa M. Earle1, 2, D.E. Trilling2, C. Fuentes2, L. Allen3, T.S. Axelrod4, S.M. Larson4, E. Christensen4, DECam NEO Survey Team 1Siena College, 2Northern Arizona University, 3National Optical Astronomy Observatory, 4University of Arizona. 352.20 Automated Classification of Transient and Variable Sources Ciro Donalek1, M. Graham1, A.A. Mahabal1
4(
%KPSHPWTLJ1, A.J. Drake1, M. Yang1, 2, A. Maker1, V. Duan1 1Caltech, 2Graduate Institute of Astronomy, National Central University, Taiwan. 352.21 A High Throughput Workflow Environment for Cosmological Simulations Erickson Brandon1, A.E. Evrard1, R. Singh2, S. Marru2, M. Pierce2, M.R. Becker3, A. Kravtsov3, M.T. Busha5, 7, R.H. Wechsler4, 8, P.M. Ricker6, DES Simulations Working Group 1University of Michigan, 2Indiana University, 3University of Chicago, 4Stanford University, 5University of Zurich, Switzerland, 6University of Illinois, 7University of California, 8SLAC. 352.22 Spitzer/IRAC Near-Infrared Features in the Outer Parts of S4G Galaxies Seppo J. Laine1, S4G Team 1SSC/Caltech. 352.23 Difference Image Analysis of 2009 CSTAR Observations from Dome A in Antarctica Ryan J. Oelkers1, L. Wang1, 2, J. Zhou3, L.M. Macri1, CSTAR, PLATO 1Texas A and M University, 2Purple Mountain Observatory, China, 3Nanjing University, China. POSTERS: WED POSTERS: 352.24 Exploration of the Time Domain with the Catalina Real-Time Transient Survey (CRTS) Stanislav G. Djorgovski1, A.J. Drake1, A.A. Mahabal1, C. Donalek1, M. Graham1, E. Christensen2, S.M. Larson2, E.C. Beshore2, J. Prieto3, M. Catelan4, S. Howerton1, R. McNaught5, V. Mohan6, S. Barway7, M. Yang1, 8, CRTS Survey Team 1Caltech, 2LPL, 3OSU, 4PUC, Chile, 5ANU, Australia, 6IUCAA, India, 7SAAO, South Africa, 8NCU, Taiwan. 352.25 The Chandra COSMOS Legacy Survey: A New Window to the Obscured and Distant Universe Francesca M. Civano1, 2, M. Elvis2, G. Hasinger3, A. Comastri4, F. Harrison5, C.M. Urry6, M. Brusa12, G. Zamorani4, N. Cappelluti4, N. Scoville5, E. Schinnerer7, J. Donley11, V. Allevato8, J. Silverman9, E. Treister10, P.L. Capak5, T.L. Aldcroft2, D. Alexander13, R. D’Abrusco2, A. Finoguenov14, A. Fruscione2, E. Glikman6, H. Hao15, K. Jahnke7, A. Karim13, J.S. Kartaltepe18, A. Leauthaud9, G. Lanzuisi14
5
.JZBKJ19, C. Vignali12, F. Fiore22, S. Puccetti17, P. Ranalli4, V. Smolcic20, L. Riguccini9, M. Sargent16, K. Schawinski21, D. Stern5, R. Gilli4 1Dartmouth College, 2Harvard Smithsonian, CfA, 3University of Hawaii, 4INAF OABO, Italy, 5CALIFORNIA INST OF TECHNOLOGY, 6YALE UNIVERSITY, 7MAX-PLANCK INST ASTRONOMIE, Germany, 8MAX-PLANCK INST FUER PLASMAPHYSIK, Germany, 9Institute for the Physcs and Mathematics of the Universe, Japan, 10UNIVERSIDAD de Concepcion, Chile, 11SPACE TELESCOPE SCIENCE INST, 12Bologna University, Italy, 13Durham University, United Kingdom, 14MAX-PLANCK INST FUER EXTRATERR PHYS, Germany, 15SISSA, Italy, 16CEA Saclay, France, 17ASI Science Data Center, Italy, 18NOAO, 19University of California San Diego, 20Argelander Institut for Astronomy, Germany, 21ETH Zurich, Switzerland, 22INAF OA Roma, Italy.

208 WEDNESDAY POSTER SESSIONS

352.26 Galaxy Photometry Science Verification Tests for the Dark Energy Survey Huan Lin1, M. Soares-Santos1, H. Diehl1, Dark Energy Survey Collaboration 1Fermi Nat’l Accelerator Lab. 352.27 Identifying Microlensing Events in Large, Non-Uniformly Sampled Surveys: The Case of the Palomar Transient Factory Adrian M. Price-Whelan1, M.A. Agueros1, A. Fournier2, R. Street3, E. Ofek4, D.B. Levitan5, PTF Collaboration 1Columbia University, 2University of California, Santa Barbara, 3Las Cumbres Observatory Global Telescope Network, 4Weizmann Institute of Science, Israel, 5California Institute of Technology. 352.28 AGN Variability, Tidal Disruptions, and Transients from Next Generation Radio Telescopes Steve Croft1, 2, G.C. Bower1, Allen Telescope Array Team 1UC Berkeley, 2UW-Milwaukee.

353 The Solar System and Astrobiology Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 353.01 Replicating the Conditions on Mars: the Possibility of Sustaining Life Michael Abdul-Masih1, E.F. Guinan1 1Villanova University.

353.02 Simulating Snowfall: Modeling Water Deposition on the Martian Northern POSTERS: WED Polar Ice Cap Allyn J. Durbin1, A. Brown2, J.L. Hollingsworth3, M.A. Kahre3 1Villanova University, 2SETI Institute, 3NASA Ames Research Center. 353.03 Hydrodynamical Modeling of Hydrogen Escape from Rocky Planets Daniel Barringer1, M. Zugger1, J. Kasting1 1Penn State University. 353.04 The 2012 Transit of Venus: A Closer Look at the Cytherean Aureole Eric Edelman7, 8, J.M. Pasachoff1, G. Schneider2, B.A. Babcock1, M. Lu8, K. Reardon3, T. Widemann4, P. Tanga5, R. Dantowitz6 1Williams College—Hopkins Obs., 2Steward Obs., U. Arizona, 3National Solar Obs., 4Observatoire de Paris à Meudon, France, 5Observatoire de la Côte d’Azur, France, 6Clay Center Obs., Dexter-Southfield Schools, 7Wesleyan University, 8Astronomy Dept., Williams College. 353.05 Temporal Contrast Changes in Dark Slope Streaks on Mars Heather Chilton1, 2, C.B. Phillips2, A. Brown2, L. Fenton2 1California State University Fullerton, 2SETI Institute. 353.06 Preliminary Analysis of WISE/NEOWISE 3-band Cryogenic and Post-Cryogenic Observations of Main Belt Asteroids Mario Cabrera1, 2, J.R. Masiero2, A.K. Mainzer2, T. Grav3, J.M. Bauer2, 4, R.M. Cutri4, C. Nugent5 1California State Polytechnic University, 2Jet Propulsion Laboratory, 3Planetary Science Institute, 4Infrared Processing and Analysis Center (IPAC), 5University of California, Los Angeles. 353.07 Observations of Near Earth Object 2002 AM31 Emma Taylor1, 2, J.D. Cline2, M.W. Castelaz2 1Guilford College, 2Pisgah Astronomical Research Institute. 353.08 Precision Astrometry of Near Earth Objects at McDonald Observatory Andrew Riddle1, J.G. Ries1 1University of Texas at Austin.

209 WEDNESDAY POSTER SESSIONS

353.09 Photometry and Lightcurve Analysis of 7 Main-Belt Asteroids Renata Violante1, M.A. Leake2 1University of Texas at Austin, 2Valdosta State University. 353.10 Human Missions to Asteroids: Scaling Near-Earth Asteroid Discovery and Characterization from Earth Charlie Beeson1, 2, J. Galache3, M. Elvis1 1Harvard-Smithsonian Astrophysical Observatory, 2University of Southampton, United Kingdom, 3Minor Planet Centre. 353.11 Discovery of the February Epsilon Virginids (FEV, IAU#506) Kathryn Steakley1, 2, P.M.M. Jenniskens2 1University of Washington, 2SETI Institute. 353.12 Using Nanotechnology to Study Planet Formation Sophia Dimas1, S. Tyler1, J. Johnston1, A. Dall’Asén1, I.I. Ivans1, J. Gerton1, B.C. Bromley1 1University of Utah, Department of Physics & Astronomy. 353.13 The James Webb Space Telescope: Solar System Science Dean C. Hines1, H.B. Hammel2, J.I. Lunine3, S.N. Milam4, J.S. Kalirai1, G. Sonneborn4 1Space Telescope Science Institute, 2AURA, 3Cornell University, 4Goddard Space Flight Center. 353.14 Operations Concept for Moving Target Observations with the James Webb Space Telescope George Sonneborn1, S.N. Milam1, D.C. Hines2, J. Isaacs2, V. Balzano2, H.B. Hammel3, J.I. Lunine4 1NASA’s GSFC, 2STScI, 3AURA, 4Cornell Univ. 353.15 Comparing Clumps in Saturn’s F Ring from Voyager to Cassini Shannon Hicks1, R.S. French1, M.R. Showalter1, A. Antonsen1, D. Packard1 1SETI Institute. 353.16 Variability in the Particle Plume of Saturn’s Moon Enceladus Catherine Gosmeyer1, M.M. Hedman2, J.A. Burns2, P.D. Nicholson2 1 2

POSTERS: WED POSTERS: Indiana University, Cornell University. 353.17 Formation Mechanisms for Dunes Observed on Titan Alec Vinson1, C.C. Hays2, R.M. Lopes-Gautier2, K.L. Mitchell2, S. Diniega2, T.G. Farr2 1California State Polytechnic University, 2Jet Propulsion Laboratory.

354 Variable Stars & White Dwarfs Wednesday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 354.01 Constraining the First Eclipsing Double White Dwarf Binary (NLTT 11748) Using Multi-Band, High-Time Resolution Photometry from ULTRACAM Arielle Walker1, D.L.A. Kaplan1 1University of Wisconsin - Milwaukee. 354.02 Classification of Ultra Blue Sources in the Kepler Field Caroline Odden1, S. Seebode2, J.M. Childers3, C. Melton4, M. McCutcheon5, D. Ciardi6, S.B. Howell7 1Phillips Academy, 2San Mateo High School, 3Boonshoft Museum of Discovery, 4Coral Glades High School, 5Latin School of Chicago, 6NExScI, Caltech, 7NASA/Ames Research Center. 354.03 Mass-Radius Relation for Low Mass White Dwarf Stars with Kepler Fergal Mullally1, Y. Shah3, 1, S.E. Thompson1, T. Barclay2 1Kepler Science Office, 2NASA/Ames, 3Lynbrook High School.

210 WEDNESDAY POSTER SESSIONS

354.04 A Spectroscopic Study of the RV Tauri Stars TT Oph and UZ Oph Guillermo Hernandez1, D.K. Walter2, J. Cash2, S.B. Howell3, M. McKay2 1Montclair State University, 2South Carolina State University, 3NASA Ames Research Center. 354.05 Emission-Line Variability in the Iron Star XX Orphiuchus Over the Past Decade Bryan Pugh1, D.K. Walter1, S.B. Howell2, J. Cash1 1South Carolina State University, 2NASA Ames Research Center. 354.06 A Study of the Spectroscopic Variability of Select RV Tauri and Semiregular Stars Charles Kurgatt1, D.K. Walter1, S.B. Howell2, J. Cash1, J.S. Eleby1 1South Carolina State University, 2NASA Ames Research Center. 354.07 RR Lyrae in the Large Magellanic Cloud: New Insights Into Oosterhoff Intermediate Globular Clusters Charles A. Kuehn1, H.A. Smith2, M. Catelan3, 7, B.J. Pritzl4, N.M. De Lee5, J. Borissova6, 7 1University of Sydney, Australia, 2Michigan State University, 3Pontificia Universidad Catolica de Chile, Chile, 4Wisconsin Oshkosh, 5Vanderbilt University, 6Universidad de Vaparaiso, Chile, 7The Milky Way Millenium Nucleus, Chile. 354.08 An In-Depth Analysis of the Kepler Low-Amplitude Blazhko RR Lyrae Stars Josh Speagle1, K. Kolenberg2, 3, KASC RR Lyrae WG 1Harvard University, 2Harvard-Smithsonian Center for Astrophysics, 3Institute of Astronomy, University of Leuven, Belgium.

354.09 The Chemical Compositions of RR Lyrae Type c Variable Stars POSTERS: WED Jose Govea1, T.A. Gomez1, G.W. Preston2, C. Sneden1 1University of Texas, 2Carnegie Observatories. 354.10 Searching for RR Lyrae in M15 Khalid Kayal1, M. Benacquista1 1University of Texas at Brownsville. 354.11 WITHDRAWN: A Mid-infrared Study of RR Lyrae Stars with the WISE Full-Sky Data Release Tatyana Gavrilchenko1, C.R. Klein1, J.S. Bloom1, J. Richards1, N.R. Butler2 1University of California, Berkeley, 2Arizona State University. 354.12 A Study of the Short Term Variability of OMC-2 IRS-1 Gray Putnam1, M.W. Werner2, 3, J.R. Stauffer4 1Mamaroneck High School, 2Jet Propulsion Laboratory, 3Caltech, 4Spitzer Science Center. 354.13 Starspot Modulation of BVRI Light Curves of LO Pegasi from 2012 June-October Robert O. Harmon1, R. Avril2, E. Rossi De La Fuente3, C.E. Brechtel1 1Ohio Wesleyan Univ., 2Westminster College, 3University of Michigan-Dearborn. 354.14 Young Star Populations in the Kepler Field Alexander Brown1, J.E. Neff2, M. Wells2, S. Saar3, G. Furesz3, L.M. Walkowicz4, T.R. Ayres1, G.S. Basri5, S. Berdyugina6, G. Harper7, S.L. Hawley8, H. Korhonen9, A. Kowalski10, G. Micela11, N.E. Piskunov12, L.W. Ramsey13 1Univ. of Colorado, 2College of Charleston, 3Center for Astrophysics, 4Princeton Univ., 5UC Berkeley, 6Freiburg Univ., Germany, 7Trinity College, Ireland, 8Univ. of Washington, 9Copenhagen Univ., Denmark, 10NASA GSFC, 11Palermo Observatory, Italy, 12Uppsala Univ., Sweden, 13Pennsylvania State Univ. 354.15 A Large Sample of Magnetically-Active Stars Observed With Kepler Mark Wells1, J.E. Neff1, A. Brown2, T.R. Ayres2, G.S. Basri3, S. Berdyugina4, G. Harper5, S.L. Hawley6, H. Korhonen7, A. Kowalski8, G. Micela9, N.E. Piskunov10, L.W. Ramsey11, S.H. Saar12, L.M. Walkowicz13 1College of Charleston, 2U. Colorado, 3U. California, 4Kiepenheuer Institute, Germany, 5U. Dublin, Ireland, 6U. Washington, 7U. Copenhagen, Denmark, 8NASA/GSFC, 9Palermo Observatory, Italy, 10U. Uppsala, Sweden, 11Penn State U., 12SAO/CfA, 13Princeton U.

211 WEDNESDAY POSTER SESSIONS

354.16 A Search for Stellar Activity in Eclipsing Binaries in the Kepler Field Paige Romero2, 1, K.J. Mighell1 1NOAO, 2UNM. 354.17 The Pulsation Mode of the Cepheid Polaris David G. Turner1, V.V. Kovtyukh2, I.A. Usenko2, N. Gorlova3 1Saint Mary’s Univ., Canada, 2Astronomical Observatory, Odessa National University, Ukraine, 3Institute of Astronomy, Celestijnenlaan 200D, Belgium. 354.18 Results of the Secret Lives of Cepheids Program Scott G. Engle1, E.F. Guinan1 1Villanova Univ. 354.19 The Cepheid Period-Luminosity Relation in M31 Based on the PHAT Survey Rachel Wagner-Kaiser1
"
4BSBKFEJOJ1, K.Z. Stanek2, J. Dalcanton3, B.F. Williams3, A.E. Dolphin4, PHAT Team 1University of Florida, 2Ohio State University, 3University of Washington, 4Raytheon Company. 354.20 Hα Emission and Continuum of MWC349A: Long-Term Monitoring Caroline Bartlett1, 2, G.E. Walker2, V. Strelnitski2 1Massachusetts College of Liberal Arts, 2Maria Mitchell Obs. 354.21 WITHDRAWN: [Fe II] Line Intensities From the Weigelt Blobs of Eta Carinae Sarah Towers1, M. Bautista1, A. Urech1, V. Fiven1, A. Henry1, J.P. Dunn2, H. Hartman3, T.R. Gull4 1Western Michigan University, 2Georgia Perimeter College, 3Lund Observatory, Sweden, 4NASA/GSFC. 354.22 Variability in Be Stars in NGC659 and NGC663 Steven P. Souza1, A.B. Davis1, Y. Teich2 1Williams College, 2Vassar College. 354.23 Noise Characteristics of Long-term Visual Light Curves Matthew R. Templeton1 1AAVSO.

POSTERS: WED POSTERS: 354.24 Interactions of Pressure and Gravity Modes in A/F Pulsators Arina Rostopchina1, M. Breger1, G. Hansen1 1University of Texas at Austin. 354.25 Photometric Stellar Variability at the Galactic Center Michelle Kelley1, 2, A.M. Ghez1, L. Meyer1, K.A. Phifer1, UCLA REU Program 1University of California, 2University of Illinois. 354.26 WITHDRAWN: Variable Star Search Using ROTSE3 Data Farley V. Ferrante1, R.L. Kehoe1 1Southern Methodist University. 354.27 Searching for Pulsating Stars in Eclipsing Binary Star Systems Lauren Taylor1, C.A. Everhart1, M.M. Beaky1 1Juniata College. 354.28 Cross Matching MACC and ROSAT: Characterization of Matching and Resulting Class Trends Pedro Rodriguez1, J.S. Bloom1, J. Richards1 1University of California at Berkeley.

212 Thursday Sessions and Events Thursday

400 Plenary Session: New Insights of Comets from the EPOXI Mission Thursday, 8:30 AM - 9:20 AM, Grand Ballroom, Long Beach Convention Center Chair Edward Churchwell1 1University of Wisconsin 400.01 New Insights of Comets from the EPOXI Mission Karen J. Meech1, M.F. A’Hearn2 1University of Hawaii, 2University of Maryland.

The Path to Affordable Large UVOIR Space Telescopes Thursday, 9:30 AM - 11:30 AM, Room 202A, Long Beach Convention Center Recent advances in telescope and robotic technologies have opened up the possibility of not only deploying, but actually assembling large-aperture telescopes in space. The Optical 5FTUCFE
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to demonstrate the critical technologies behind this sophisticated approach and provide a THU facility for future instrument demonstrations. We intend this experiment to be deployed on the ISS and operational in time to impact the 2020 Decadal Survey. Organizer Joe Green1 1JPL.

401 Cataclysmic Variables and Compact Binaries Thursday, 10:00 AM - 11:30 AM, Room 102A, Long Beach Convention Center Chair Kathleen Kraemer1 1Boston College. 401.01D The Search for AM CVn Systems with the Palomar Transient Factory David B. Levitan1, S.R. Kulkarni1, T.A. Prince1, P. Groot2, T. Kupfer2, B.H. Margon3 1California Institute of Technology, 2Radboud University, Netherlands, 3University of California. 401.02 High Speed Optical Observations of Cataclysmic Variables: FL Ceti, BY Cam, and DQ Her Paul A. Mason1, S. Gomez1, E.L. Robinson2, I.L. Andronov3, R.I. Gonzalez1 1Univ. Of Texas at El Paso, 2University of Texas at Austin, 3Odessa National Maritime University, Ukraine. 401.03 2.5 Years of Kepler Short Cadence Observations of the Cataclysmic Variable V1504 Cyg Matthew A. Wood1, M.D. Still2, 3, S.B. Howell2, J.K. Cannizzo4, 5, A.P. Smale6, G. Ramsay7, T. Barclay2, 3 1Florida Inst. of Tech., 2NASA Ames Research Center, 3Bay Area Environmental Research Institute, 4CRESST and Astroparticle Physics Laboratory, 5University of Maryland, 6NASA/ Goddard SFC, 7Armagh Observatory, United Kingdom. 401.04D Constraining Photospheric Abundances of Donor Stars in Cataclysmic Variables Ryan T. Hamilton1, T.E. Harrison1 1New Mexico State University.

213 Thursday Sessions and Events

401.05 Preliminary Results from the Array Camera for Optical to Near-IR Spectrophotometry (ARCONS) Benjamin A. Mazin1, K. O’Brien3, B. Bumble2, M. Strader1, S. Meeker1, C. Stoughton4, D. Marsden1, A. Walter1, P. Szypyrt1, G. Ulbricht1 1University of California, Santa Barbara, 2Jet Propulsion Lab, 3Oxford, United Kingdom, 4Fermilab. 401.06 Using Energy-Resolved Waveforms of X-ray Burst Oscillations to Determine Neutron Star Masses and Radii Frederick K. Lamb1, K. Lo1, M.C. Miller2, S. Bhattacharyya3 1Univ. of Illinois, 2Univ. of Maryland, 3Tata Institute, India.

402 Cosmology, the Lyman-alpha Forest, and Intergalactic Medium from BOSS Thursday, 10:00 AM - 11:30 AM, Room 102C, Long Beach Convention Center The SDSS-III’s Baryon Oscillation Spectroscopic Survey (BOSS) is a 5-year effort to map the spatial distribution of luminous galaxies and of intergalactic gas through hydrogen (mainly Lyman-alpha forest) and metal line absorption of high redshift quasars. Using a preliminary galaxy catalog, BOSS has already published a high significance detection of baryon acoustic oscillations (BAO) at a redshift of z=0.6. By January 2013 we expect to have a BAO detection at a redshift of z=2.5 from the Lyman-alpha absorption sample. This measurement of BAO will be the first ever in the unexplored range between the low redshift galaxy determinations and the Cosmic Microwave Background, and as such a powerful tool

THU for constraining cosmological parameters and ruling out models. The 150000 quasars of the full dataset (approaching two orders of magnitude larger than previous published catalogs) will also be used to perform high statistic studies of the intergalactic medium, high-column density absorbers and metal lines. Chair Shirley Ho1 1Carnegie Mellon University. 402.01 The BOSS DR9 Lyman-alpha Forest Sample and Constraints on the IGM Temperature-Density Relation Khee-Gan Lee1 1Max Planck Institute for Astronomy, Germany. 402.02 Measurement of the 1D Lyman-alpha Power Spectrum with the DR9 BOSS Quasar Data Arnaud Borde1, C. Yeche1, N. Palanque-Delabrouille1, R.A. Croft2, A. Font3, J. LeGoff1, P. McDonald3, J. Miralda4, A.D. Myers5
1
1FUJUKFBO6, M. Pieri7, A. Slosar11, M. Viel8, D.H. Weinberg9, D.G. York10, G. Rossi1 1CEA Saclay IRFU/SPP, France, 2Carnegie Mellon University, 3Lawrence Berkeley National Laboratory, 4Universitat de Barcelona/IEEC, Spain, 5University of Wyoming, 6Institut d’Astrophysique de Paris, France, 7University of Portsmouth, 8INFN/National Institute for Nuclear Physics, Italy, 9Ohio State University, 10University of Chicago, 11Brookhaven National Laboratory. 402.03 Baryon Acoustic Oscillations in the Lyman-alpha Forest of BOSS Quasars David Kirkby1, BOSS Collaboration 1Department of Physics and Astronomy, University of California, Irvine.

214 Thursday Sessions and Events

402.04 The Large-scale Cross-correlation of Damped Lyman α Systems with the Lyman α Forest: First Measurements from BOSS Andreu Font1, 2, J. Miralda3, 4, E. Arnau4, W. Carithers2, K. Lee11, P. Noterdaeme5, I. Paris5, 6
1
1FUJUKFBO5, J. Rich7, E. Rollinde5, N. Ross2, D.P. Schneider8, M. White2, 9, D.G. York10, P. McDonald2
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4FMKBL12, A. Slosar13, BOSS Lyman Alpha Forest Working Group 1University of Zurich, Switzerland, 2Lawrence Berkeley Laboratory, 3Institució Catalana de Recerca i Estudis Avanc ats, Spain, 4Institut de Ciencies del Cosmos (IEEC/UB), Spain, 5Universite Paris, France, 6Universidad de Chile, Chile, 7CEA, Centre de Saclay, IRFU, France, 8Pennsylvania State University, 9University of California Berkeley, 10University of Chicago, 11Max-Planck-Institut fur Astronomie, Germany, 12Princeton University, 13Brookhaven National Laboratory. 402.05 The Clustering and Evolution of Mg II and C IV Absorption Systems in the BOSS Quasar Spectra Britt Lundgren1, Y. AlSayyad2, J. Ge3, F.W. Hamann3, B. Ménard4, J. Miralda5, A.D. Myers6, I. Paris7, I. Perez i Rafols5
1
1FUJUKFBO8, M. Pieri9, N. Ross10, D.P. Schneider11, J. Tinker12, S.K. Vikas13, D. Wake1, W.M. Wood-Vasey13, D.G. York14, G. Zhu4, SDSS-III BOSS Collaboration 1University of Wisconsin, 2University of Washington, 3University of Florida, 4Johns Hopkins University, 5Universitat de Barcelona, Spain, 6University of Wyoming, 7Universidad de Chile, Chile, 8Insitut d’Astrophysique de Paris, France, 9University of Portsmouth, United Kingdom, 10Lawrence Berkeley National Laboratory, 11Penn State University, 12New York University, 13University of Pittsburgh, 14University of Chicago.

402.06 Stacking Lyman-alpha Forest Absorbers in the SDSS-III/BOSS DR9 Quasar THU Survey Matthew Pieri1, M.J. Mortonson2, D.H. Weinberg5, B. Lundgren6, K. Lee7, E. Aubourg3, S.J. Bailey4, R.A. Croft8, S. Mathur5 1University of Portsmouth, United Kingdom, 2UC Berkeley, 3APC University of Paris, France, 4Lawrence Berkeley National Laboratory, 5Ohio State University, 6Yale University, 7Max Planck Institute for Astronomy, Germany, 8Carnegie Mellon University.

403 Dusty Debris in the Terrestrial Planet Zone II Thursday, 10:00 AM - 11:30 AM, Room 103C, Long Beach Convention Center 3PDLZ
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microscopic or catastrophic scale. These collisions necessarily produce dusty material, the likes of which readily yields itself to direct observation either through absorbing and re-radiating or scattering their host star’s light. Dusty material orbiting our Sun has been known since ancient times while disks of dust grains orbiting other main sequence stars were discovered in the 1980’s. Until recently, only a few main sequence stars were known to have any quantity of dust orbiting in their terrestrial planet zone (the corresponding UFNQFSBUVSF
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system orbit). Now there are dozens known, and many more on the horizon thanks to the recent WISE mission. Thus, it seems timely to convene to discuss observations, theories, and the implications of dusty material orbiting in a main sequence star’s terrestrial planet zone. In this special session we seek to hear about new searches for dusty material in the terrestrial planet zone, theoretical works that describe its origin and evolution, and the implications of these results for the formation and evolution of rocky bodies while their host star is on the main sequence. Chair Carl Melis1 1UC San Diego. 403.01 Debris Disk Time Evolution - Connecting Observations with Theory Andras Gaspar1, G. Rieke1, D. Psaltis1, F. Ozel1 1University of Arizona.

215 Thursday Sessions and Events

403.02 WISE Detections of Dust in the Habitable Zones of Planet-bearing Stars Farisa Y. Morales1, D. Padgett2, G. Bryden1, M.W. Werner1, E. Furlan3, 4 1Jet Propulsion Laboratory, 2Goddard Space Flight Center, 3National Optical Astronomy Observatory, 4Visitor, Infrared Processing and Analysis Center, Caltech. 403.03 Warm Debris Disks from WISE Deborah Padgett1, K.R. Stapelfeldt1, W.M. Liu2, D. Leisawitz1, J.E. Krist4, J.H. Debes3, 4
'BKBSEP"DPTUB2, WISE Science Team 1NASA/Goddard Space Flight Center, 2Infrared Processing and Analysis Center, 3Space Telescope Science Institute, 4Jet Propulsion Laboratory. 403.04 Asteroid Belts in Debris Disk Twins: Vega and Fomalhaut Kate Y.L. Su1, G. Rieke1 1Steward Observatory. 403.05 Exozodi Dust Emission Measured with the Keck Interferometer Nuller Rafael Millan-Gabet1, B. Mennesson2, P. Hinz3, M. Kuchner4, G. Serabyn2 1California Institute of Technology, 2Jet Propulsion Laboratory, 3University of Arizona, 4Goddard Space Flight Center. 403.06 The Hunt for Observable Signatures of Terrestrial Planetary Systems (HOSTS): LBTI’s Zodiacal Dust Survey Philip Hinz1 1Univ. of Arizona.

404 Dwarf and Irregular Galaxies II: ISM/IGM and the

THU Magellanic Clouds Thursday, 10:00 AM - 11:30 AM, Room 104A, Long Beach Convention Center Chair Evan Skillman1 1Univ. of Minnesota. 404.01D Ultra-compact High Velocity Clouds in the ALFALFA Survey: Galactic or Extragalactic? Elizabeth A. Adams1 1Cornell University. 404.02D Warm, Ionized Gas Revealed in the Magellanic Bridge Tidal Remnant: Constraining the Baryon Content and the Escaping Ionizing Photons around Dwarf Galaxies Kat A. Barger1, 2, L.M. Haffner2, J. Bland-Hawthorn3 1University of Notre Dame, 2University of Wisconsin-Madison, 3University of Sydney, Australia. 404.03 Comparing SFHs of the Magellanic Clouds Daniel R. Weisz1, A.E. Dolphin2, E.D. Skillman3, J.A. Holtzman4, J. Dalcanton1, A.A. Cole5, K. Neary3 1Univ. of Washington, 2Raytheon, 3Univ. of Minnesota, 4NMSU, 5Univ. of Tasmania, Australia. 404.04 Mapping the Extended Tail of the Magellanic Stream David L. Nidever1
43
.BKFXTLJ2, W. Burton3, L. Nigra8, G. Besla4, J. Ott6, S. Stanimirovic5, M.E. Putman4, O. Agertz7 1University of Michigan, 2University of Virginia, 3National Radio Astronomy Observatory, 4Columbia University, 5University of Wisconsin, 6National Radio Astronomy Observatory, 7Kavli Institute for Cosmological Physics, 8Adler Planetarium. 404.05 Bridges and Tails of Interacting Dwarf Galaxies Gurtina Besla1 1Columbia University.

216 Thursday Sessions and Events

404.06 Mapping the HI Neighborhood Around Starburst Dwarf Galaxies NGC 1569, NGC 4214 and NGC 4163 Megan C. Johnson1, LITTLE THINGS Team 1NRAO - Green Bank. 404.07 The Extremely Low Dust Mass of I Zw 18 David B. Fisher1, A.D. Bolatto1, R. Herrera-Camus1, B.T. Draine3, J. Donaldson1, F. Walter2, K. Sandstrom2, A.K. Leroy4, J.M. Cannon6, K.D. Gordon5 1University of Maryland, 2MPIA, Germany, 3Princeton University Observatory, 4National Radio Astronomy Observtory, 5Space Telescope Science Institute, 6Macalester College.

405 Evolution of Galaxy Mergers, Black Hole Formation, and Satellite Galaxies Thursday, 10:00 AM - 11:30 AM, Room 104C, Long Beach Convention Center Chair Sara Petty1 1Virginia Tech. 405.01 Dynamical Modeling of Galaxy Mergers Using Identikit George C. Privon1, J.E. Barnes2, A.S. Evans1, 3, J.E. Hibbard3, J.M. Mazzarella4 1University of Virginia, 2Institute for Astronomy, 3National Radio Astronomy Observatory, 4Infrared Processing & Analysis Center. THU 405.02D The Evolution of Velocity Dispersion During Galaxy Mergers Nathaniel R. Stickley1 1The University of California, Riverside. 405.03D Unveiling the Hearts of Major Mergers with Laser Guide Star Adaptive Optics Anne Medling1, V. U2, 3, J. Guedes4, C.E. Max1, L. Mayer4 1UC Santa Cruz, 2UC Riverside, 3University of Hawaii / Institute for Astronomy, 4ETH - Zurich, Switzerland. 405.04 Isolating L* Galaxies and Their Bright Satellites Coral Wheeler1, J.I. Phillips1, E.J. Tollerud2, M. Boylan-Kolchin1, J. Bullock1 1UC Irvine, 2Yale University.

406 First Nation Astronomers and Educators Thursday, 10:00 AM - 11:30 AM, Room 201B, Long Beach Convention Center The number of Native American students entering graduate school in astronomy programs is insignificant, to such an extent that every individual counts. For this panel we have gathered together Native American educators to discuss successful efforts to recruit and retain Native American students and several of our Native American astronomers and graduate students to speak of their experiences and make suggestions. We expect to learn new ways of supporting our Native American students as well as identifying what we have been doing SJHIU
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Tohono O’odham Community College and University of Arizona, graduate student Charee Peters of Fisk University, and Astrophysicist Paul Coleman of the Institute for Astronomy at the University of Hawai’i. The panel will be moderated by Jarita Holbrook (UCLA). Chair Jarita Holbrook1 1University of Arizona.

217 Thursday Sessions and Events 407 Kepler Exoplanets Thursday, 10:00 AM - 11:30 AM, Grand Ballroom, Long Beach Convention Center Chair Leslie Rogers1 1Massachusetts Institute of Technology. 407.01D Architecture of Planetary Systems Based on Kepler Data: Number of Planets, Coplanarity, and Packing Julia Fang1, J. Margot1 1UCLA. 407.02D Constraining Planetary Migration Mechanisms with Highly Eccentric Hot Jupiter Progenitors Rebekah I. Dawson1, J.A. Johnson2, R. Murray-Clay1, T. Morton2, J.R. Crepp3, D.C. Fabrycky4, A. Howard5 1Harvard-Smithsonian Center for Astrophysics, 2California Institute of Technology, 3University of Notre Dame, 4University of Chicago, 5University of Hawaii. 407.03 Mapping the Surface of a Rocky Extrasolar Planet: Kepler-10b Jason Rowe1, 2, T. Barclay1, N.M. Batalha1, E.V. Quintana1, 2, J. Roberts1, Kepler Mission 1NASA Ames Research Center, 2SETI Institute. 407.04 Kepler-32 and the Formation of Planets Around Kepler’s M Dwarfs Jonathan Swift1, J.A. Johnson1, 2, T. Morton1, 2, J.R. Crepp3, B. Montet1, D.C. Fabrycky4, P. Muirhead1 1California Institute of Technology, 2NASA Exoplanet Science Institute, 3University of

THU Notre Dame, 4University of California. 407.05 The Relation Between Radius, Mass, and Incident Flux of Exoplanets Lauren M. Weiss1, G.W. Marcy1, J. Rowe2, H.T. Isaacson1, A. Howard1, 10, J.J. Fortney3, N. Miller3, B. Demory4, D. Fischer5, E.A. Adams6, A.K. Dupree6, S.B. Howell2, E. Horch7, M.E. Everett8, S. Seager4, D.C. Fabrycky9 1UC Berkeley, 2NASA Ames Research Center, 3UC Santa Cruz, 4Massachusetts Institute of Technology, 5Yale University, 6Harvard-Smithsonian Center for Astrophysics, 7Southern Connecticut State University, 8National Optical Astronomy Observatory, 9University of Chicago, 10University of Hawaii Institute for Astronomy. 407.06 Prospect for Kepler Detecting Planets in Open Clusters Sourav Chatterjee1, E.B. Ford1, A.M. Geller2, F.A. Rasio2 1University of Florida, 2Northwestern University. 407.07 Exoplanet Characterization by Proxy for Kepler-61b: How a Nearby Star Bumped a Planet Out of the Habitable Zone Sarah Ballard1, 2, D. Charbonneau3, F. Fressin3, G. Torres3, J. Irwin3, J. Desert4, D. Ciardi4, J.R. Crepp5, C. Henze6, S. Bryson6, S.B. Howell6, E. Horch7, M.E. Everett8, A. Shporer4 1University of Washington, 2NASA Sagan Fellow, 3Harvard-Smithsonian Center for Astrophysics, 4California Institute of Technology, 5University of Notre Dame, 6NASA Ames Research Center, 7Southern Connecticut State University, 8National Optical Astronomy Observatory.

408 Laboratory Astrophysics and Pulsar Potpourri Thursday, 10:00 AM - 11:30 AM, Room 102B, Long Beach Convention Center Chair James E. Lawler1 1University of Wisconsin.

218 Thursday Sessions and Events

408.01 The Reliability of Reduced-Mass Scaling of Molecular Collisional Excitation Data Kyle M. Walker1, B.H. Yang1, P.C. Stancil1, B. Naduvalath2, R.C. Forrey3 1University of Georgia, 2UNLV, 3Penn State. 408.02 Charge Exchange of Ne and Mg Ions for X-ray Emission Phillip Stancil1, D. Lyons1 1University of Georgia. 408.03 Modeling the Role of Charge Exchange in X-ray Emission Spectra Renata Cumbee1, D. Lyons1, P.C. Stancil1, M.J. Rakovic2, D.R. Schultz3 1University of Georgia, 2Grand Valley State Univ, 3Univ. of North Texas. 408.04 Towards a Calibration of the Cryogenic Underground Observatory for Rare Events Natania Wolansky1, CUORE Collaboration 1Harvard University. 408.05 WITHDRAWN: NICER: An Explorer Mission of Opportunity for Soft X-ray Timing Astrophysics of Neutron Stars Zaven Arzoumanian1, K. Gendreau2, NICER 1NASA GSFC/CRESST, 2NASA GSFC. 408.06 Multi-wavelength Studies of Black Widow-Type Millisecond Pulsars Albert Kong1, 2, T. Yen1, Fermi Asian Network 1National Tsing Hua University, Taiwan, 2Caltech. 408.07 Modeling Analysis of the 13 keV Feature in AXP XTE J1810-197 THU Denis A. Leahy1, N. Koning2, R. Ouyed3 1Univ. of Calgary, Canada, 2University of Calgary, Canada, 3University of Calgary, Canada.

409 Large Scale Structure, Cosmic Distance Scale and GRBs II Thursday, 10:00 AM - 11:30 AM, Room 202B, Long Beach Convention Center Chair Tamara Davis1 1The University of Queensland, Australia. 409.01 The Carnegie Hubble Program Victoria Scowcroft1 1Carnegie Institution for Science. 409.02 Patrolling the Sky at Long Wavelengths Gregory B. Taylor1, K. Obenberger1, J. Hartman2, LWA Collaboration 1Univ. of New Mexico, 2JPL. 409.03D Locating Bound Structures in the Accelerating Universe David Pearson1, D.J. Batuski1 1University of Maine. 409.04 The Transition to Large-scale Cosmic Homogeneity in the WiggleZ Dark Energy Survey Morag Scrimgeour1, 2, T. Davis3, C. Blake4, B. James5, 6, G.B. Poole4, L. Staveley-Smith1, 2, WiggleZ Dark Energy Survey 1International Centre for Radio Astronomy Research, University of Western Australia, Australia, 2Arc Centre of Excellence for All-sky Astrophysics (CAASTRO), Australia, 3University of Queensland, Australia, 4Swinburne University of Technology, Australia, 5Dark Cosmology Centre, Denmark, 6University of California, Berkeley.

219 Thursday Sessions and Events

409.05D The Universe Under A Magnifying Glass Christopher Morrison1, R. Scranton1, B. Ménard2, S. Schmidt1, J.A. Tyson1, R.E. Ryan3, A. Choi4, D.M. Wittman1, Deep Lens Survey Team 1UC Davis, 2Johns Hopkins University, 3Space Telescope Science Institue, 4Institute for Astronomy, University of Edinburgh, United Kingdom. 409.06 Cosmic-Flows-1: First Constrained Simulations Jenny Sorce1, H. Courtois1 1Institut de Physique Nucleaire de Lyon, France. 409.07 Gamma-ray Burst Afterglow Model Fitting Based Directly on Blast Wave Simulations Hendrik Van Eerten1, A. MacFadyen1 1New York University.

410 Massive Star Formation and Supernovae IV Thursday, 10:00 AM - 11:30 AM, Room 201A, Long Beach Convention Center Chair Joanna Brown1 1Harvard-Smithsonian Center for Astrophysics. 410.01 The Dusty Red Supergiant Progenitor of Supernova 2012aw in M95 Schuyler D. Van Dyk1, S.B. Cenko2, D. Poznanski3, I. Arcavi4, A. Gal-Yam4, A.V. Filippenko2, et al. 1Caltech, 2UC Berkeley, 3Tel-Aviv University, Israel, 4Weizmann Institute, Israel.

THU 410.02 Early Observations of Supernovae in the Radio Assaf Horesh1, S.R. Kulkarni1, C. Stockdale2, D.B. Fox3, D.A. Frail4, J.M. Carpenter1, PTF 1Caltech, 2Marquette University, 3The Pennsylvania State University, 4National Radio Astronomy Observatory. 410.03 25 GHz Methanol Masers in Regions of High Mass Star Formation Tui Britton1, 2, M. Voronkov2 1Macquarie University, Australia, 2CSIRO Astronomy & Space Science, Australia. 410.04 The Properties of Dense, Star-forming Clusters from Multi-wavelength SED Fitting: the Case of W43 Juan Rafael Martinez-Galarza1, H.A. Smith1, J.L. Hora1, T. Robitaille2, V. Tolls1, A.A. Muench1, P.C. Myers1 1Harvard-Smithsonian CfA, 2Max-Planck-Institut für Astronomie, Germany. 410.05D A Comparison of Two Star Forming Regions: Probing the Energy Threshold of Triggered Star Formation Michael J. Alexander1, H.A. Kobulnicky1, C.R. Kerton2 1University of Wyoming, 2Iowa State University. 410.06D Massive Star Formation: Theory Meets Observation Yichen Zhang1, J. Tan1, 2 1Department of Astronomy, University of Florida, 2Department of Physics, University of Florida. 410.07 Uncovering the X-ray Emitting OB Population of Massive Star Forming Regions with Infrared Spectral Energy Distributions Heather Busk1 1Pennsylvania State University.

411 Nearby Star Forming Galaxies Thursday, 10:00 AM - 11:30 AM, Room 104B, Long Beach Convention Center Chair Amber Straughn1 1Goddard Space Flight Center. 220 Thursday Sessions and Events

411.01 Ionized Gas Kinematics at the Center of the Strongly Star Forming Galaxy IRAS23365+3604 Kurt Soto1, 2, C.L. Martin2 1ETH Zurich, Switzerland, 2UC Santa Barabara. 411.02 GAMA: A Deeper View of the Mass, Metallicity, and SFR Relationships Maritza A. Lara-Lopez1 1Australian Astronomical Observatory, Australia. 411.03D E/S0 Disk Growth as a Function of Mass and Environment Amanda J. Moffett1 1University of North Carolina, Chapel Hill. 411.04 Galaxy Spectra from the Ultraviolet to the Mid-Infrared Michael J.I. Brown1 1Monash Univ., Australia. 411.05 Intensity Mapping of Atomic Fine Structure Line Emission from Dusty Star- Forming Galaxies Bade Uzgil1, J.E. Aguirre1, M. Bradford2, 3 1University of Pennsylvania, 2California Institute of Technology, 3Jet Propulsion Laboratory. 411.06 Discovery of a Bimodal Metallicity Distribution for the Circumgalactic Medium about z<1 Galaxies 1 1 2 3 4 5 Nicolas Lehner , J.C. Howk , T.M. Tripp , J. Tumlinson , J.X. Prochaska , J. O’Meara , THU C. Thom3, J. Werk4, A. Fox3, J. Ribaudo6 1Univ. Of Notre Dame, 2Univ. of Massachusetts Amherst, 3STScI, 4UCO/Lick, 5Saint Michael’s College, 6Utica College.

412 Pulsars, Neutron Stars Thursday, 10:00 AM - 11:30 AM, Room 101A, Long Beach Convention Center Chair Zhongxiang Wang,1 1Shanghai Astronomical Observatory, Shanghai, China. 412.01 Measurement of the Radius of Neutron Stars Sebastien Guillot1, R.E. Rutledge1, M. Servillat2, 3, N. Webb4 1McGill University, Canada, 2CEA Saclay, France, 3Harvard CfA, 4IRAP, France. 412.02D Resolving Pulsar Magnetospheres with Ultra-High-Resolution Techniques in Radio Astronomy Michael D. Johnson1, C.R. Gwinn1, P. Demorest2 1Univ. California, Santa Barbara, 2National Radio Astronomy Observatory. 412.03 Chasing Famous Millisecond Pulsars with the Fermi Large Area Telescope Tyrel J. Johnson1, L. Guillemot2, M. Kerr3, P.S. Ray4, Fermi LAT Collaboration, Pulsar Timing Consortium 1NRC Fellow at NRL, 2Max-Planck-Institut für Radioastronomie, Germany, 3KIPAC/ Stanford, 4Naval Research Laboratory. 412.04 A Survey for Millisecond Pulsars and Fast Transients in the Large Magellanic Cloud Fronefield Crawford1, D. Lorimer2, J. Ridley3, J. Madden1 1Franklin and Marshall College, 2West Virginia University, 3Murray State University. 412.05 The Strange Metal-Rich Companion to the Eclipsing Millisecond Pulsar PSR J1816+4510 David L.A. Kaplan1
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221 Thursday Sessions and Events

412.06D Constraints on Emission and Field Geometry of Gamma-ray Pulsars from Phase Resolved Spectroscopy and Light Curve Modeling Megan E. DeCesar1, A.K. Harding3, M.C. Miller2, C. Kalapotharakos1, I. Contopoulos4, Fermi Large Area Telescope Collaboration 1University of Maryland (CRESST), 2University of Maryland, 3NASA Goddard Space Flight Center, 4Academy of Athens, Greece. 412.07 XMM-Newton Observation of the Very Old Pulsar J0108-1431 Prakash Arumguasamy1, B. Posselt1, G.G. Pavlov1, 2, R.N. Manchester3, R. Shannon3, O. Kargaltsev4 1The Pennsylvania State University, 2St.-Petersburg State Polytechnic University, Russian Federation, 3CSIRO Astronomy and Space Science, Australia Telescope National Facility, Australia, 4The George Washington University.

413 Radio Surveys of Galactic Clouds Thursday, 10:00 AM - 11:30 AM, Room 103A, Long Beach Convention Center Chair Peregrine McGehee1 1Caltech. 413.01 A WISE Extension of the GBT HRDS Loren D. Anderson1, D.S. Balser2, T.M. Bania3, T. Wenger3 1West Virginia University, 2NRAO, 3Boston University. 413.02 The Green Bank Telescope H II Region Discovery Survey IV. Helium and Carbon Recombination Lines THU Trey Wenger1, 2, T.M. Bania1, D.S. Balser2, L.D. Anderson3 1Boston University, 2National Radio Astronomy Observatory, 3West Virginia University. 413.03 Probing Metallicity Across the Galactic Disk with the GBT Dana S. Balser1, L.D. Anderson3, T.M. Bania2, T. Wenger2, 1 1NRAO, 2Boston University, 3West Virginia University. 413.04 The Arecibo H II Region Discovery Survey Thomas M. Bania1, L.D. Anderson2, D.S. Balser3 1Boston Univ., 2West Virginia University, 3National Radio Astronomy Observatory. 413.05 The 30 Doradus Nebula: An Imaging Study of Molecular and Ionized Hydrogen Sherry Yeh1, E.R. Seaquist1, C.D. Matzner1 1University of Toronto, Canada. 413.06 A Search for Variability and Weak Lines in Gum 43, the Ultracompact HII Region MALT90 Calibration Source Jonathan B. Foster1 1Yale University. 413.07D Surveying Galactic Massive Star Formation and the Initial Conditions for Cluster Formation Adam Ginsburg1 1University of Colorado.

414 Starburst Galaxies Thursday, 10:00 AM - 11:30 AM, Room 103B, Long Beach Convention Center Chair Anna Sajina1 1Tufts University. 414.01 Stellar Rotation and its Impact on the Ionizing Spectra of Galaxies Emily M. Levesque1, C. Leitherer2, S. Ekstrom3, G. Meynet3, D. Schaerer3, 4 1University Of Colorado Boulder, 2Space Telescope Science Institute, 3Geneva Observatory, Switzerland, 4CNRS, France. 222 Thursday Sessions and Events

414.02D Development of the 2nd Generation Redshift(z) and Early Universe Spectrometer and the Detailed Study of Far-IR Fine-Structure Lines in High-z Galaxies Carl Ferkinhoff1, D. Brisbin1, T. Nikola1, S. Parshley1, G.J. Stacey1, S.J. Hailey-Dunsheath2, K.D. Irwin7, H. Cho7, M. Niemack7, 1, D.J. Benford5, J. Staguhn6, 5, T.G. Phillips3, E. Falgarone4 1Cornell University, 2JPL, 3Caltech, 4LERMA/LRA - ENS Paris, France, 5Goddard Space Flight Center, 6Johns Hopkins University, 7NIST Boulder. 414.03D Star Formation Across Galactic Environments Jason Young1 1Pennsylvania State Univ. 414.04 WITHDRAWN: Exploring the Relationship Between X-ray Luminosity and Star Formation in UV-selected Galaxies Antara Basu-Zych1, B. Lehmer2, A.E. Hornschemeier1, A. Ptak1 1Goddard Space Flight Center, 2Johns Hopkins University. 414.05 Anisotropic Lyman-alpha Emission Zheng Zheng1, J. Wallace1 1University of Utah. 414.06 On the Contribution to the Cosmic Infrared Background from Mass-selected Samples of Galaxies Lorenzo Moncelsi1, M. Viero1, R. Quadri2, J.J. Bock1, HerMES Consortium 1CalTech, 2Carnagie Observatories. THU

415 The Sun Thursday, 10:00 AM - 11:30 AM, Room 101B, Long Beach Convention Center Chair Robert F. Stein1 1Michigan State Univ. 415.01D Magnetic Cycles and Buoyant Loops in Convective Dynamos Nicholas J. Nelson1 1University of Colorado-Boulder. 415.02 Ab Initio Active Region Formation Robert F. Stein1, A. Nordlund2 1Michigan State Univ., 2Niels Bohr Institute, Denmark. 415.03 The Breakdown of Flux Freezing in High-Conductivity Magnetohydrodynamic Turbulence Ethan T. Vishniac1, H. Aluie3, R. Burns2, G. Eyink2, K. Kanov2, C. Lalescu2, C. Meneveau2, A.S. Szalay2 1University of Saskatchewan, Canada, 2Johns Hopkins University, 3Los Alamos National Laboratory. 415.04 On the Realization of Synthesis of Anisotropic Magnetic Field: Data-driven Method Peng Sun1, J.R. Jokipii1 1University of Arizona. 415.05 The 2011 Northern Hemisphere Solar Maximum Richard C. Altrock1 1Air Force Research Lab.

223 Thursday Sessions and Events Hack Day Thursday, 10:00 AM - 5:30 PM, Downtown Hyatt Long Beach "
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416 Plenary Session: The Hubble Constant in the Era of Precision Cosmology Thursday, 11:40 AM - 12:30 PM, Grand Ballroom, Long Beach Convention Center Chair Patricia Knezek1 1NOAO/WIYN Observatory 416.01 The Hubble Constant in the Era of Precision Cosmology Lucas M. Macri1 1Texas A and M University.

417 Town Hall Organized by U.S. National Research Council’s THU Committee on Astronomy and Astrophysics Thursday, 12:45 PM - 1:45 PM, Room 104A, Long Beach Convention Center "
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224 Thursday Sessions and Events 418 CO, Dust, Outflows, etc. in Galaxies Thursday, 2:00 PM - 3:30 PM, Room 201B, Long Beach Convention Center Chair Emily M. Levesque1 1University Of Colorado Boulder. 418.01 Modeling the Emission from CO Molecules and Dust Through Cosmic Time Qirong Zhu1, Y. Li1 1Penn State University. 418.02D Variation of CO Excitation Within High-z Galaxies Chelsea E. Sharon1 1Rutgers, The State University of New Jersey. 418.03 Test of Significant Size Evolution in Quiescent Galaxies: A Novel Approach Mohammad Akhlaghi1, T. Ichikawa1 1Tohoku University, Japan. 418.04 High-Velocity Outflows from Eddington-Limited Starbursts Aleksandar M. Diamond-Stanic1, J. Moustakas2, C.A. Tremonti3, A.L. Coil1, R.C. Hickox4, P. Sell3, A. Robaina5, G. Rudnick6, J. Geach7, G. Canalizo8 1University of California, San Diego, 2Siena College, 3University of Wisconsin, 4Dartmouth College, 5University of Barcelona, Spain, 6University of Kansas, 7McGill University, 8

Canada, University of California, Riverside. THU 418.05 A Time Dependent Leptonic Model for Blazars Chris Diltz1, M. Boettcher1, 2 1Ohio University, 2North-West University, South Africa. 418.06 Buried Engines: Extreme Silicate Absorbers James W. Colbert1, H.I. Teplitz1, L. Armus1, V. Charmandaris3, J.A. Marshall1, T. Diaz Santos1, G. Magdis2 1Caltech, 2Oxford University, United Kingdom, 3University of Crete, Greece. 418.07 2-Year Monitoring of Hα and Continuum Emission in PDS 456 Vladimir Strelnitski1, B. Schultz2, 1, S. Sallum3, 1, S. Consiglio4, 1, G.E. Walker1 1Maria Mitchell Obs., 2State U. of NY, Plattsburgh, 3MIT, 4U. Notre Dame. 418.08 A “WISE BOSS”: Finding The Cosmic Monsters in the Mid-Infrared Lochs Nicholas Ross1, F.W. Hamann2, R. Alexandroff3, W.N. Brandt4, M.A. Strauss3, A. Dey5, G.T. Richards6, G. Worseck7, N.L. Zakamska8, D. Eisenstein9, J. Ge1, E. Glikman10, J.E. Greene3, D. Haggard11, J.H. Krolik8, A.D. Myers13
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1FUJUKFBO14, A. Streblyanska15, K. Schawinski10, Y. Shen9, C. Villforth2, R. McMahon12 1Lawrence Berkeley National Lab, 2University of Florida, 3Princeton University, 4Penn State University, 5NOAO, 6Drexel University, 7MPIA, Germany, 8Johns Hopkins University, 9Harvad University, 10Yale University, 11Northwestern University, 12Cambridge University, United Kingdom, 13University of Wyoming, 14IAP, France, 15IFCA, Spain.

419 Direct Imaging Methods for Extrasolar Planet Detection Thursday, 2:00 PM - 3:30 PM, Room 101A, Long Beach Convention Center Chair Peter Plavchan1 1Caltech. 419.01 First Light Adaptive Optics LBT Images of the HR 8799 Planetary System and the Highly Asymmetric Debris Disk around HD 15115 Timothy Rodigas1, P. Hinz1, A. Skemer1 1Steward Observatory, University of Arizona.

225 Thursday Sessions and Events

419.02 On-sky Tests of High-Precision Astrometry Using a Diffractive Mask Stephen Ammons1, E. Bendek2, B. Macintosh1, O. Guyon3 1Lawrence Livermore National Laboratory, 2NASA Ames, 3University of Arizona. 419.03D A Bayesian Planet-detection Algorithm Using Multiple Speckle-limited Images Elizabeth J. Young1 1Princeton University. 419.04 Super-resolution from Diffraction Limited Images with Kernel-phases Frantz Martinache1 1Subaru Telescope. 419.05 How Extremely Large Telescopes (ELTs) will Acquire the First Spectra of Rocky Habitable Planets Olivier Guyon1, 2, F. Martinache2 1University of Arizona, 2Subaru Telescope.

420 Evolution in Compact Galaxy Clusters Thursday, 2:00 PM - 3:30 PM, Room 201A, Long Beach Convention Center Chair Russell Ryan1 1STScI. 420.01 Measures of Galaxy Environment: Rank-ordered Mark Correlations Ramin A. Skibba1, 2, R. Sheth3, 4, D. Croton5, S. Muldrew6, U. Abbas7, F. Pearce6, 5

THU G. Shattow 1University of Arizona, 2University of California, San Diego, 3The Abdus Salam International Center for Theoretical Physics, Italy, 4University of Pennsylvania, 5Swinburne University of Technology, Australia, 6University of Nottingham, United Kingdom, 7Osservatorio Astrofisico di Torino, Italy. 420.02D Galaxy Evolution in Compact Groups Lisa May Walker1, K.E. Johnson1 1University of Virginia. 420.03D Galaxy Evolution in Compact Groups from the UV to the Infrared Theodoros Bitsakis1 1Department of Physics, University of Crete, Greece. 420.04 WITHDRAWN: Tracing Pre-processing and Mass Assembly of Galaxy Groups with ALFALFA Kelley M. Hess1, E.M. Wilcots2 1University of Cape Town, South Africa, 2University of Wisconsin-Madison. 420.05D Radio Polarization and the Origin of Galactic and Intergalactic Magnetism Christopher A. Hales1, 2, B.M. Gaensler1, R. Norris2, E. Middelberg3 1The University of Sydney, Australia, 2CSIRO ATNF, Australia, 3Ruhr-Universitat, Germany. 420.06 The Role of Clusters and Groups in Stopping Gas Accretion onto Galaxies Gregory Rudnick1, P. Jablonka2, J. Moustakas3 1University of Kansas, 2EPFL, Switzerland, 3Siena College.

421 High Energy Binaries Thursday, 2:00 PM - 3:30 PM, Room 102C, Long Beach Convention Center Chair Frederick K. Lamb1 1Univ. of Illinois.

226 Thursday Sessions and Events

421.01D Variability of Optical Counterparts in the Galactic Bulge Survey Christopher Britt1, R.I. Hynes1, C.C. Johnson1, P. Jonker2, 3, M. Torres2, 3, D. Steeghs5, T. Maccarone6, G. Nelemans4, S. Greiss6, A.C. Collazzi7, V. Villar8, L. Gossen1, M. Gabb9, A. Baldwin1, Galactic Bulge Survey Collaboration 1Dept. of Physics and Astronomy, Lousiana State University, 2SRON, Netherlands Institute for Space Research, Netherlands, 3Harvard-Smithsonian Center for Astrophysics, 4Department of Astrophysics/IMAPP, Radboud University Nijmegen, Netherlands, 5Dept. of Physics, University of Warwick, United Kingdom, 6School of Physics and Astronomy, University of Southampton, United Kingdom, 7Gamma-Ray Burst Monitor Team, NASA Marshall Space Flight Center, 8Dept. of Physics, Massachussetts Institute of Technology, 9Dept. of Physics, Florida Atlantic University. 421.02 Deep Chandra Observations of NGC 3115: Properties of Point Sources Dacheng Lin1, J. Irwin1, K. Wong1, A.J. Romanowsky2, 3, J. Strader4, G.R. Sivakoff5 1University of Alabama, 2University of California Observatories, 3San José State University, 4Michigan State University, 5University of Alberta, Canada. 421.03D Optical Counterparts to Black Widow Pulsars Discovered with Fermi LAT Space Telescope Joshua Schroeder1, 2, J.P. Halpern1, F.M. Camilo1, S.M. Ransom3, M. Roberts4 1Columbia University, 2Smithsonian Astrophysical Observatory, 3National Radio Observatory, 4Eureka Scientific. 421.04 Observations of Accreting Black Holes in X-ray binaries with the X-Calibur Hard

X-ray Polarimeter THU Qingzhen Guo1, M. Beilicke1, F. Kislat1, H. Krawczynski1 1Washington University in Saint Louis. 421.05 These Machines Find Black Holes: Update on the Swift/MAXI Transient Follow- up Program Jamie A. Kennea1, P. Romano2, V. Mangano2, H.A. Krimm3, P. Curran4, P.A. Evans5, A.P. Beardmore5, K. Yamaoka6, H. Negoro7 1Penn State Univ., 2ISTITUTO DI ASTROFISICA SPAZIALE E FISICA COSMICA, Italy, 3NASA/ GSFC & CRESST, 4CURTIN UNIVERSITY OF TECHNOLOGY, Australia, 5University of Leicester, United Kingdom, 6ISAS/JAXA, Japan, 7Nihon University, Japan. 421.06D Gamma-ray Emission from X-ray Binaries Angelo Varlotta1, 2, VERITAS, AGILE 1Purdue University, 2SAO.

422 Multi-wavelength Spectroscopy of AGN Thursday, 2:00 PM - 3:30 PM, Room 103A, Long Beach Convention Center Chair Laura Blecha1 1Harvard Univ. 422.01 Impact of Ionized Gas Outflows in the Evolution of Seyfert Galaxies Francisco Mueller Sanchez1, M.A. Malkan1, E.K. Hicks2, R. Davies3, D.A. Evans4 1UCLA, 2University of Washington, 3MPE, Germany, 4CfA Harvard. 422.02 Spatially Resolved Spectroscopy to Confirm or Disprove Dual Active Galactic Nuclei Rosalie C. McGurk1, C.E. Max1, G.A. Shields2 1University of California Santa Cruz, 2University of Texas Austin. 422.03D The Broad Line Region in AGNs: Velocity-Delay Maps from Reverberation Mapping Catherine Grier1 1The Ohio State University.

227 Thursday Sessions and Events

422.04D Reverberation Mapping of Radio-Loud Active Galatic Nuclei Anirban Bhattacharjee1, Michael Brotherton, Michael DiPompeo, Jessie Runnoe, Sabrina Cales, Dave Cook, Sam Nissim, Shawn Staudaher, Rachel Smullen, Garrett -POH
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Eftekerzadeh, Earl Woods 1University of Wyoming. 422.05 Identification of Outflows and Candidate Dual Active Galactic Nuclei in SDSS Quasars at z=0.8-1.6 Robert S. Barrows1, C.H. Lacy1, J.D. Kennefick1, J.M. Comerford2, D. Kennefick1, J.C. Berrier1 1University of Arkansas, 2University of Texas at Austin. 422.06 SDSS 0956+5128: A Broad-line Quasar with Extreme Velocity Offsets Charles Steinhardt1, M. Schramm1, J. Silverman1, R. Alexandroff2, P.L. Capak3, F.M. Civano4, M. Elvis4, D. Masters5, B. Mobasher5
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1BUUBSBLJKXBOJDI2, M.A. Strauss2 1IPMU, University of Tokyo, Japan, 2Princeton University, 3Caltech, 4Harvard-Smithsonian Center for Astrophysics, 5UC Riverside.

423 Nearby Stars and Wide Binaries Thursday, 2:00 PM - 3:30 PM, Room 102A, Long Beach Convention Center Chair Jennifer Bartlett1 1US Naval Observatory.

THU 423.01 The All-sky SUPERBLINK Census of 150,000 M Dwarfs Within 100 Parsecs of the Sun Sebastien Lepine1, 2, E. Gaidos3 1American Museum of Natural History, 2City University of New York, 3University of Hawaii. 423.02 Our Southern Neighbors - 2000 Nearby Red Dwarf Systems Jennifer G. Winters1, 2, A.D. Hosey1, 2, J.C. Lurie1, 2, N. Hambly5, T.J. Henry1, 2, W. Jao1, 2, A.R. Riedel4, 1, J. Subasavage3, 1 1RECONS, 2Georgia State University, 3USNO, 4American Museum of Natural History, 5Royal Observatory, United Kingdom. 423.03D Distinguishing the Least Massive Stars from the Most Massive Brown Dwarfs -- Parallaxes, Photometry, and Luminosities for Objects Near the Stellar/ Substellar Boundary Sergio Dieterich1, T.J. Henry1, W. Jao1, J.G. Winters1, RECONS 1Georgia State University. 423.04 Investigating Young Stars Near Earth with GALEX, WISE & 2MASS Ben M. Zuckerman1, D. Rodriguez2, J.H. Kastner3, S. Darling3, D. Principe3, R. Montez3, M. Diaz4, L. Vican1 1UCLA, 2University of Chile, Chile, 3RIT, 4University of Puerto Rico. 423.05 Hα Activity of Old M Dwarfs: Stellar Cycles and Mean Activity Levels For 93 Low- Mass Stars in the Solar Neighborhood Paul Robertson1, 2, M. Endl2, 1, W.D. Cochran2, 1, S.E. Dodson-Robinson1 1University of Texas at Austin, 2McDonald Observatory. 423.06D The VAST Survey - On the Multiplicity of A-type Stars Robert J. De Rosa1, 2, J. Patience1, 2, P.A. Wilson2, A. Schneider3, N.J. McConnell4, S. Wiktorowicz4, 5, C. Marois6, I. Song3, B. Macintosh7, J.R. Graham4, 8, M.S. Bessell9, R. Doyon10, O. Lai11, S. Thomas12 1Arizona State University, 2University of Exeter, United Kingdom, 3University of Georgia, 4University of California, 5University of California, 6NRC Herzberg Institute of Astrophysics, Canada, 7Lawrence Livermore National Laboratory, 8University of Toronto, Canada, 9Australian National University, Australia, 10Universite de Montreal, Canada, 11Canda- France-Hawaii Telescope, 12University of California/Lick Observatory.

228 Thursday Sessions and Events

423.07 SLoWPoKES-II: Identifying Ultra-wide Binaries to the Late-M and L Spectral Types Saurav Dhital1, 2, A.A. West1, K. Stassun2, K. Schluns1, A.P. Massey1 1Boston University, 2Vanderbilt University.

424 Planetary Systems Orbiting White Dwarfs and Neutron Stars Thursday, 2:00 PM - 3:30 PM, Room 103C, Long Beach Convention Center Latest observational and theoretical results will be presented regarding the origin and evolution of planetary systems orbiting degenerate stars including, for example, mechanisms for forming pulsar planets and the use of externally polluted white dwarfs to infer the elemental compositions of extrasolar minor planets. Chair Jay Farihi1 1University of Leicester, United Kingdom. 424.01 Pulsar Planets: Status of Observations and Understanding Aleksander Wolszczan1 1Penn State Univ. 424.02 Planets Around Neutron Stars M. C. Miller1

1Univ. of Maryland. THU 424.03 Searching for Debris Disks Around Isolated Neutron Stars Zhongxiang Wang1 1Shanghai Astronomical Observatory, China. 424.04 Complications to the Planetary Hypothesis for GD 66 James J. Hermes1 1University of Texas. 424.05 Red-Giant Hot Jupiters and Their Fates David S. Spiegel1, N. Madhusudhan2, J. Nordhaus3 1Princeton University, 2Yale University, 3Rochester Institute of Technology. 424.06 Discovery of Molecular Hydrogen in 12,000 K White Dwarfs Siyi Xu1, M. Jura1, D. Koester2 1UCLA, 2University of Kiel, Germany. 424.07 Planets in Evolved Binary Systems Kaitlin M. Kratter1, H. Perets2 1JILA, CU Boulder, 2Technion University, Israel. 424.08 Inner Edges of Compact Particle Debris Disks Around Metal-rich White Dwarfs Roman R. Rafikov1, J. Garmilla1 1Princeton University. 424.09 Extrasolar-Refractory Dominated Planetesimals: An Assessment Michael Jura1, S. Xu1 1UC, Los Angeles.

425 Star Associations, Star Clusters - Extra-galactic Thursday, 2:00 PM - 3:30 PM, Room 102B, Long Beach Convention Center Chair Aaron Geller1 1Northwestern University.

229 Thursday Sessions and Events

425.01D The Metallicity Distributions of Globular Cluster Systems in Other Galaxies Christopher Usher1 1Centre for Astrophysics and Supercomputing Swinburne University of Technology, Australia. 425.02D New Results from a Wide-Field Imaging Survey of Giant Galaxy Globular Cluster Systems Jonathan R. Hargis1 1Indiana University. 425.03D Selecting Sagittarius: A Study Of Sagittarius Dwarf Members Throughout The Milky Way Galactic Halo Elaina A. Hyde1, D.B. Zucker1, 3, S. Keller2, A. Siebert4, R. Ibata4, J. Peñarrubia5, S.L. Martell3, G. Lewis6, M. Irwin7, A. Koch8 1Macquarie University, Australia, 2Research School of Astronomy and Astrophysics, Australia, 3Australian Astronomical Observatory, Australia, 4Observatoire de Strasbourg, France, 5IAA, Glorieta de la Astronomia, Spain, 6Sydney Institute for Astronomy, University of Sydney, Australia, 7Institute for Astronomy, University of Cambridge, United Kingdom, 8ZAH, Landessternwarte, Germany. 425.04 Sub-galactic Scale Structures around Milky Way-sized Halos in Cosmological Hydrodynamic Simulations Jihye Shin1, J. Kim1, S.S. Kim1, S. Yoon1, C. Park1 1Kyung Hee University. 425.05D Fundamental Structural Parameters of Star Clusters Juan P. Madrid1 1Swinburne University, Australia. THU

426 Star Formation - Clusters and Cores Thursday, 2:00 PM - 3:30 PM, Room 103B, Long Beach Convention Center Chair Joseph Hora1 1Harvard-Smithsonian, CfA. 426.01 Herschel Observations of B1-bS and B1-bN: Two First Hydrostatic Core Candidates in the Perseus Star-forming Cloud James Di Francesco1, S. Pezzuto2, Herschel Gould Belt Survey Team 1National Research Council of Canada, Canada, 2Institute for Space Astrophysics and Planetology, Italy. 426.02D The Structure, Kinematics, and Evolution of Massive Star and Cluster Forming Regions Cara Battersby1 1University of Colorado Boulder. 426.03D Resolved Star Forming Region Populations in Nearby Galaxies Maciej Hermanowicz1 1Institute of Astronomy, University of Cambridge, United Kingdom. 426.04 The Distribution of Angles Between Outflows and Magnetic Fields in Low-mass Protostellar Cores Charles Hull1, R.L. Plambeck1, A.D. Bolatto4, G.C. Bower1, J.M. Carpenter2, R. Crutcher3, J.D. Fiege9, E. Franzmann9, N.S. Hakobian3, C.E. Heiles1, M. Houde10, 2, A.M. Hughes1, K. Jameson4, W. Kwon13, 3, J.W. Lamb2, L. Looney3, 7, D.P. Marrone5, B.C. Matthews11, 12, L.G. Mundy4, T. Pillai2, M.W. Pound4, I.W. Stephens3, J.E. Vaillancourt8, N.H. Volgenau6, M. Wright1 1UC Berkeley, 2Caltech, 3University of Illinois at Urbana-Champaign, 4University of Maryland, 5University of Arizona, 6CARMA, 7NRAO, 8SOFIA / USRA, 9University of Manitoba, Canada, 10University of Western Ontario, Canada, 11University of Victoria, Canada, 12NRC-CNRC, Canada, 13SRON, Netherlands.

230 Thursday Sessions and Events 427 The Role of Calibration in Modern Optical and Infrared Astronomy Thursday, 2:00 PM - 3:30 PM, Room 101B, Long Beach Convention Center With recent advances in hardware and computing technology we can now make astronomical measurements with such exquisite precision and high accuracy that we are no longer limited by statistical (random) errors but by systematic uncertainties. This is true in cosmology, where obtaining a detailed understanding of the expansion history of the universe will require an unprecedented level of precision and accuracy from radiometric measurements. It is also true in stellar astrophysics, where color magnitude diagrams of star clusters show more than one main sequence. The next-generation optical and infrared facilities will enable this high precision astronomy and astrophysics, but only if they are properly calibrated and characterized. The goal of this session is provide an overview of modern calibration techniques and highlight the remaining challenges in obtaining measurements with high precision and high accuracy at optical and infrared wavelengths. The session will consist of three invited talks followed by a series of up to six DPOUSJCVUFE
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the fundamentals of modern measurement science as applied to astronomy, atmospheric characterization at ground-based observatories, and instrument calibration for precision measurements.

Chair THU Claire Cramer1 1NIST. 427.01 Ground-based Measurements of Next Generation Spectroradiometric Standard Stars John T. McGraw1 1Univ. of New Mexico. 427.02 JWST Absolute Flux Calibration Plan Karl D. Gordon1, R. Bohlin1 1Space Telescope Science Institute. 427.03 Calibrating Atmospheric Transmission with a Multiwavelength LIDAR Peter C. Zimmer1, J.T. McGraw1, D.C. Zirzow1, J. Karle1, C. Cramer2, K. Lykke2, J.T. Woodward2 1Univ. of New Mexico, 2NIST.

428 Plenary Session: Gas Flows and Galaxy Evolution Thursday, 3:40 PM - 4:30 PM, Grand Ballroom, Long Beach Convention Center Chair Paula Szkody1 1University of Washington 428.01 Gas Flows and Galaxy Evolution Dawn Erb1 1University of Wisconsin Milwaukee.

231 Thursday Sessions and Events 429 Plenary Session: Lancelot M. Berkeley Prize: Results from the Wilkinson Microwave Anisotropy Probe (WMAP) Thursday, 4:30 PM - 5:20 PM, Grand Ballroom, Long Beach Convention Center Eiichiro Komatsu - Lancelot M. Berkeley - New York Community Trust Prize for Meritorious Work in Astronomy 2013 To Eiichiro Komatsu for advancing the field of cosmology by using a combination of 7 years of WMAP data together with distances from baryon acoustic oscillations and H0 to place new constraints on the Standard LambdaCDM model. This work was published in 2011, ApJS, 192, 18 with 20 co-authors and was the most highly cited astronomy paper in 2012. photo credit: UT-Austin Chair David J. Helfand1 1AAS, Canada. 429.01 Results from the Wilkinson Microwave Anisotropy Probe (WMAP) Eiichiro Komatsu1, 2, Wilkinson Microwave Anisotropy Probe Science Team 1Max Planck Institute for Astrophysics, Germany, 2University of Texas at Austin.

THU AAS Closing Reception Thursday, 5:30 PM - 7:00 PM, Room 104, Long Beach Convention Center 1MFBTF
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Invitation Only: AAS Donor Reception Wednesday, 6:00pm-7:00pm, VIP Lounge A, Long Beach Convention Center Reception hosted by the AAS thanking 2011 sponsors for their continued support. Attendance by Invitation Only.

Public Lecture: Science and the New Space Race: Opportunities and Obstacles Thursday, 8:00 PM - 9:30 PM, Beckman Auditorium, CIT, JPL NASA’s Herculean feats of engineering, science, and exploration have been celebrated for over half a century, but a paradigm shift is underway. Private corporations have ambitious agendas for orbital payload delivery, space tourism, and even interplanetary travel. SpaceX’s Dragon spacecraft has successfully docked with the International Space 4UBUJPO
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developed and built in the private sphere continues to increase as both old and new companies ramp up their space efforts. Space agencies around the world, including in the United States, are increasing their reliance on these services to reduce costs and avoid long development cycles. What is the impact on the space, planetary, and earth sciences? Will these developments affect our ability to implement a broad, coherent space program that successfully tackles a wide array of ambitious scientific goals? How does this new landscape change the dynamics of international collaboration, public-private partnerships, intellectual property, and how will we strike a balance between scientific inquiry and the bottom line?

232 Thursday Sessions and Events

Join us for a discussion of these issues with an internationally renowned panel of scientists, industry executives, and policy experts.

The Public Lecture will be held at: California Institute of Technology Beckman Auditorium 332 S. Michigan Ave. Pasadena, CA 91125 No registration is required for this free lecture. Seating is available on a first come, first served basis.

More information is available at http://kiss.caltech.edu/lectures/space-race2013.html Chair Fiona Harrison1 1Caltech. THU

233 THURSDAY POSTER SESSIONS Thursday Posters

430 AGN and Friends Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 430.01 Multi-Wavelength Observation of PKS 2142-758 Michael Dutka1
3
0KIB2, 1, K. Pottschmidt2, 3, J. Finke4, J. Stevens5, J. Blanchard6, R. Nesci7, P. Edwards5, J. Lovell6, M. Kadler8, J. Wilms9, G. Tosti10, T. Pursimo11 1Catholic University, 2NASA/GSFC, 3UMBC, 4NRL, 5CSIRO, Australia, 6University of Tasmania, Australia, 7University la Sapienza, Italy, 8Universitat Wurzburg, Germany, 9Remeis Observatory, Germany, 10Uniersity of Perugi, Italy, 11Nordic Optical Telescope, Spain. 430.02 A Cold Channel for Black Hole Accretion in Cosmological Simulations Amit Kashi1 1University of Nevada, Las Vegas. 430.03 Compton and Synchrotron Emissions from Pair Cascades in AGN Environments Parisa Roustazadeh1, M. Boettcher2 1Rice University, 2Ohio University. 430.04 An IR Excess Identified in Radio-Loud BAL Quasars Michael A. DiPompeo1, M.S. Brotherton1, A.D. Myers1 1University of Wyoming. 430.05 The Gamma-ray Activity of the high-Z Quasar 0836+710 Svetlana G. Jorstad1, A.P. Marscher1 1IAR, Boston University. 430.06 A Direct Measurement of the Quasar Mean Occupation Function My L. Nguyen1
4
$IBUUFSKFF1, A.D. Myers1 1University of Wyoming. 430.07 Time-Dependent Photoionization of Gas Outflows in AGN Ehab E. Elhoussieny1, M. Bautista1, J. Garcia2, 3, T.R. Kallman2 1Western Michigan University, 2NASA Goddard Space Flight Center, 3University of Maryland. 430.08 WISE Discovers Hyperluminous Hot DOGs Peter R. Eisenhardt1, J. Wu1, WISE Team 1JPL. 430.09 Formation and Observational Signatures of the First Quasars Yuexing Li1
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:BKJNB1, Q. Zhu1, X. Zhao1 1Penn State University. 430.10 Microvariability Case: Seyfert 2 Galaxies Jana Polednikova1, A. Ederoclite2, J. Cepa1, J. de Diego Onsurbe3, J. Gonzalez Serrano4 1Instituto de Astrofisica de Canaris, C/ Via Lactea s/n, Spain, 2Centro de Estudios de Física del Cosmos de Aragón, Plaza. San juan, 1 Planta-2, Spain, 3Universidad Nacional

POSTERS: THUR POSTERS: Autonoma de Mexico, Instituto de Astronomia, Mexico, 4Instituto de Física de Cantabria, CSIS-Universidad de Cantabria, Avda. de los Castros s/n, Spain.

431 Computation and Other Topics Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 431.01 SkyNet: An Efficient and Robust Algorithm for Training Artificial Neural Networks for Astrophysics and More Philip Graff1, F. Feroz2, M.P. Hobson2, A.N. Lasenby2 1NASA Goddard Space Flight Center, 2University of Cambridge, United Kingdom. 431.02 Iron Mining Eta Carinae’s Archived Spectra and Benchmarking Atomic Data Alexander Urech1, M. Bautista1, T.R. Gull3, H. Hartman2, V. Fivet1 1Western Michigan University, 2Lund Observatory, Sweden, 3NASA/GSFC. 234 THURSDAY POSTER SESSIONS

431.03 SATMC: A Monte Carlo Markov Chain Approach to SED Fitting Seth Johnson1, G. Wilson1, Y. Tang1, AzTEC Team 1University of Massachusetts. 431.04 Using Machine Learning to Populate Halos with Galaxies Xiaoying Xu1, S. Ho1, M. Ntampaka1, B. Poczos1, J. Schneider1, H. Trac1 1Carnegie Mellon University. 431.05 Automated Variability Selection in Time-domain Imaging Surveys Using Sparse Representations with Learned Dictionaries Przemyslaw R. Wozniak1, D.I. Moody1, Z. Ji1, S.P. Brumby1, H. Brink2, J. Richards2, J.S. Bloom2 1LANL, 2UC Berkeley. 431.06 The Fermilab Holometer: Probing the Planck Scale Brittany Kamai5, 3, A. Chou1, M. Evans4, H. Glass1, R. Gustafson6, C.J. Hogan1, 2, R. Lanza2, 3, L. McCuller2, 3, S. Meyer2, 3, J. Richardson2, 3, A. Sippel1, J. Steffen1, C. Stoughton1, R. Tomlin1, J. Volk1, S. Waldman4, R. Weiss4, W. Wester1, Fermilab Holometer 1Fermi National Laboratory, 2University of Chicago, 3Kavli Institute of Cosmological Physics, 4Massachusetts Institute of Technology, 5Vanderbilt University, 6University of Michigan, LIGO.

432 Cosmology and Other Topics Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 432.01 New Evidence for a Large Local Void From the UKIDSS LAS + SDSS Ryan Keenan1, A.J. Barger2 1Academia Sinica Institute for Astronomy and Astrophysics, Taipei, Taiwan, Taiwan, 2University of Wisconsin, Madison. 432.02 The Luminosity Calibration of Type Ia Supernovae using the TRGB Method In Sung Jang1, M. Lee1 1Astronomy Program, Department of Physics and Astronomy, Seoul National University, Republic of Korea. 432.03 Improving Standard Reconstruction 1 1 1 Mariana Vargas-Magana , S. Ho , X. Xu POSTERS: THUR 1Carnegie Mellon University. 432.04 Direct Numerical Simulation of Reionization in Large Cosmological Volumes II: Clumping Factor Evolution and the Photon Budget for Reionization Geoffrey So1, M.L. Norman1, 2, D. Reynolds3, R. Harkness2 1University of California, San Diego, 2San Diego Supercomputer Center, 3Southern Methodist University. 432.05 Withdrawn: Cosmic Voids in the SDSS: from Demography to Cosmology Paul M. Sutter1, 2, B. Wandelt2, G. Lavaux2, D.H. Weinberg3 1University of Illinois at Urbana-Champaign, 2Paris Institute of Astrophysics, France, 3Ohio State University. 432.06 Revisiting the Cosmological Mass Function Seunghwan Lim1, J. Lee1 1Seoul National Univsersity, Republic of Korea. 432.07 Massive Neutrinos Promote the Size Growth of Early-Type Galaxies Hyunmi Song1, J. Lee1 1Seoul National University, Republic of Korea. 432.08 Visual Inspection of SDSS-III Quasar Continuum Fits Leslie Bartsch1, 2, K. Lee3, S. Ho1, 2 1Bruce and Astrid McWilliams Center for Cosmology, Carnegie Mellon University, 2Department of Physics, Carnegie Mellon University, 3Max Planck Institute fo Astronomy, Germany. 235 THURSDAY POSTER SESSIONS

432.09 Cosmic Magnification: Probing Cosmology with Weakly Lensed Quasars Ashley Disbrow1, S. Ho1 1Carnegie Mellon University. 432.10 The POLARBEAR CMB Polarization Experiment Darcy Barron1, B. Keating1, POLARBEAR Collaboration 1University of California San Diego. 432.11 Self-Calibration of CMB Polarimeters Brian Keating1 1UCSD. 432.12 CMB Non-Gaussianity from Primordial Magnetic Fields Pranjal Trivedi1 1Johns Hopkins University. 432.13 ALTAIR: Precision Calibration via Low-Cost Artificial Light Sources Above the Atmosphere Justin Albert1, Y.J. Brown2, 3, M.H. Fagin2, 3, C. Stubbs2, K. Vanderlinde5, 4, M. Dobbs4, S.E. Deustua6, C. Cramer7, ALTAIR 1Univ. of Victoria, Canada, 2Harvard University, 3Dartmouth College, 4McGill University, Canada, 5University of Toronto, Canada, 6Space Telescope Science Institute, 7NIST. 432.14 Application of the Maximum Entropy Method to Hardware Injections in the LIGO Gravitational Wave Detectors Christopher Greenley1, T.Z. Summerscales1, L.S. Finn2 1Andrews University, 2The Pennsylvania State University. 432.15 The Astrophysical Multimessenger Observatory Network (AMON) Miles Smith1, D.B. Fox1, D. Cowen1 1Pennsylvania State University.

433 Education and Public Outreach Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 433.01 The StarDate Black Hole Encyclopedia Website blackholes.stardate.org Karl Gebhardt1, D. Benningfield2, S. Preston1 1The University of Texas at Austin, 2StarDate. 433.02 A Simple and Robust True Scale Model Solar System Edward Rosenthal1 1Chandler-Gilbert Community College. 433.03 Columbus State University Global Observation and Outreach for the 2012 Transit of Venus Matthew Perry1, C. McCarty1, M. Bartow1, J.C. Hood1, K. Lodder1, M. Johnson1, S.T. Cruzen1, R.N.M. Williams1 1Columbus State University. POSTERS: THUR POSTERS: 433.04 The Digital Planetarium: A New Frontier of Public Outreach David Buick1, T. Pailevanian1, S. Harootonian1, A. Garibyan1, J. Krestow1 1Glendale Community College. 433.05 Unique Collaboration Between Research Scientists and Educators to Prepare New Earth Science Teachers Ashley Pagnotta1, J. Grcevich1, M. Shara1, M. Mac Low1, S. Lepine1, P. Nadeau1, K. Flores1, J. Sessa1, N. Zirakparvar1, G. Ustunisik1, R. Kinzler1, M. Macdonald1, J. Contino1, N. Cooke-Nieves1, M. Zachowski1 1American Museum of Natural History.

236 THURSDAY POSTER SESSIONS 434 Evolution of Galaxies Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 434.01 The DEEP2 Galaxy Redshift Survey: Clustering Dependence on Galaxy Stellar Mass and Star Formation Rate at z~1 Nick J. Mostek1, A.L. Coil2, M.C. Cooper3, M. Davis4, J. Newman5, B.J. Weiner6 1Space Sciences Laboratory, University of California - Berkeley, 2Center for Astrophysics and Space Sciences, University of California - San Diego, 3Center for Galaxy Evolution, Department of Physics and Astronomy, University of California - Irvine, 4Department of Astronomy, University of California - Berkeley, 5Department of Physics and Astronomy and PITT-PACC, University of Pittsburgh, 6Steward Observatory, Department of Astronomy, University of Arizona. 434.02 Nature of the Nuclear Ionizing Sources in Four Representative Optically Selected Kiloparsec-scale Binary Active Galactic Nuclei Xin Liu1, F.M. Civano1, Y. Shen1, P.J. Green1, J.E. Greene2, M.A. Strauss2 1Harvard-Smithsonian Center for Astrophysics, 2Princeton University. 434.03 Variations in Metallicity and Gas Content in Spiral Galaxies: Accidents of Infall Gregory A. Shields1, P. Robertson1, R. Dave2, G.A. Blanc3, A. Wright1 1Univ. of Texas, 2Univ. of Arizona, 3Carnegie Oservatories. 434.04 The Role of Group Dynamics in the Evolution of Galaxies out to z ~ 1 Annie Hou1, L.C. Parker1, W.E. Harris1, Group Environment and Evolution Collaboration (GEEC) 1McMaster University, Canada. 434.05 Origin of the Correlations Between Supermassive Black Holes and Their Host Galaxies Sydney Sherman1, Y. Li1, Q. Zhu1 1Pennsylvania State University. 434.06 Nuclear Activity of Compact Group Galaxies Sohn Jubee1, H. Hwang2, M. Lee1, G. Lee1, J. Lee3 1Seoul National University, Republic of Korea, 2Smithsonian Astrophysical Observatory, 3Korea Astronomy and Space Science Institute, Republic of Korea. 434.07 Resolving the Cooling Line Deficit with KINGFISH POSTERS: THUR John-David T. Smith1, K.V. Croxall2, 1, KINGFISH Team 1University of Toledo, 2Ohio State University. 434.08 Multiwavelength Diagnostics of a Late-stage Galaxy Merger Sequence Michael N. Fanelli1, P. Temi1, A. Amblard1, L. Riguccini1 1NASA-Ames Research Center. 434.09 The Stellar Halo of NGC 247 Samantha Chappell1, J. Bailin2, E.F. Bell1, D.J. Radburn-Smith3, R. de Jong4 1University of Michigan, 2University of Alabama, 3University of Washington, 4Leibniz Institute for Astrophysics, Germany.

435 Extrasolar Planets Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 435.01 A Gas Giant Circumbinary Planet Transiting an Evolved F Star Primary of the Eclipsing Binary Star KIC 4862625 and the Independent Discovery and Characterization of the Two Transiting Planets in the Kepler-47 System Veselin Kostov1, 2, P.R. McCullough2, T. Hinse3, 4, Z.I. Tsvetanov1, G. Hebrard5, 6, R. Diaz7, M. DELEUIL7, J.A. Valenti2 1Johns Hopkins University, 2Space Telescope Science Insitute, 3Armagh Observatory, Ireland, 4Korea Astronomy and Space Science Institute, Republic of Korea, 5Institut dAstrophysique de Paris, France, 6Observatoire de Haute-Provence, France, 7Laboratoire d’Astrophysique de Marseille, France. 237 THURSDAY POSTER SESSIONS

435.02 Detecting and Observing Extrasolar Planet Dynamics Brian Brooks1 1Old Dominion University. 435.03 Simulations of Exoplanet Microlensing Observations by WFIRST Matthew Penny1, B.S. Gaudi1, A. Robin2 1Ohio State University, 2Observatoire de Besançon, France. 435.04 The ASTREA Collaboration: Assembling the Scientific Tools for Research on Exo-earths and Astrobiology Margaret C. Turnbull1, ASTREA Team 1Global Science Institute. 435.05 HST Observations of the Planet Hosting Binary GJ 86 Jay Farihi1, H.E. Bond2, P. Dufour3, G. Schaefer4, N. Haghighipour5, J.B. Holberg6, M.A. Barstow7, M. Burleigh7 1University of Cambridge, United Kingdom, 2Space Telescope Science Institute, 3University of Montreal, Canada, 4Center for High Angular Resolution Astronomy, 5University of Hawaii, 6Univeristy of Arizona, 7University of Leicester, United Kingdom. 435.06 Statistical Analysis of Multiplanetary Systems Richard Lyons1, S. Ho1, E.L. Turner2, E. Kokubo3 1Carnegie Mellon University, 2Princeton University, 3National Astronomical Observatory of Japan, Japan.

436 Galaxies Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 436.01 A New, Smaller Size For The Low-Surface Brightness Galaxy VCC 1661 In The Virgo Cluster Christine Black1, 2, A. Koch3, R.M. Rich1, 4, F. Longstaff4, 5, M. Collins6, T. Lisker7, J. Janz7 1University of California, Los Angeles, 2Dartmouth College, 3Landessternwarte, Zentrum fur Astronomie der Universitat Heidelberg, Germany, 4Polaris Observatory Association, 5UCLA Anderson School of Management, 6Max-Planck-Institut fur Astronomie, Germany, 7Astronomisches Rechen-Institut, Zentrum fur Astronomie der Universitat Heidelberg, Germany. 436.02 A Census of Orbital Properties of the M31 Satellites Laura Watkins1 1MPIA, Germany. 436.03 Stellar Mass Radial Profiles of Pan-STARRS MDS Galaxies Zheng Zheng1, D.A. Thilker1, T.M. Heckman1 1Johns Hopkins University. 436.04 Molecular Gas in Local Mergers: Understanding Mergers using High Density Gas Tracers Swarnima Manohar1, N. Scoville1, K. Sheth2

POSTERS: THUR POSTERS: 1California Institute of Technology, 2National Radio Astronomy Observatory. 436.05 The Intrinsic Ly-alpha EQWs of Stellar Populations Maria Peña-Guerrero1, C. Leitherer1 1Space Telescope Science Institute.

437 Galaxy Clusters Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 437.01 Characterization of ICM Temperature Distributions of 62 Galaxy Clusters with XMM-Newton Kari A. Frank1, J.R. Peterson1, K. Andersson2, A. Fabian3, J. Sanders3 1Purdue Univ., 2Ludwig-Maximilians-Universität, Germany, 3Institute of Astronomy, United Kingdom. 238 THURSDAY POSTER SESSIONS

437.02 The NGVS High-z Galaxy Clusters Simona Mei1, 2, R. Licitra2, L. Van Waerbeke3, A. Raichoor2, M. Huertas-Company2, M. Balogh4, P. Duc5, T. Erben6, L. Ferrarese7, H. Hildebrandt6, H. Hoekstra9, O. Ilbert8, A. Lancon10, R. Munoz11, T.H. Puzia11, J. Taylor4 1IPAC Caltech, 2GEPI - Observatory of Paris, University of Paris D. Diderot, France, 3University of British Columbia, Canada, 4University of Waterloo, Canada, 5AIM/CEA/ IRFU, France, 6University of Bonn, Germany, 7Herzberg Institute for Astrophysics, Canada, 8LAM - Observatory of Marseille, France, 9Leiden Observatory, Netherlands, 10Observatory of Strasbourg, France, 11Pontificia Universidad Catolica de Chile, Chile.

438 GRBs Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 438.01 Magnetic Fields In Relativistic Collisionless Shocks Rodolfo Santana1, R. Barniol Duran2, P. Kumar1 1University of Texas at Austin, 2Racah Institute of Physics, Edmund J. Safra Campus, Hebrew University of Jerusalem, Israel.

439 Instrumentation, Missions and Surveys Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 439.01 The OGRESS Sounding Rocket Payload Thomas Rogers1, B. Zeiger1, R.L. McEntaffer2, T. Schultz2, P. Oakley3, W.C. Cash1 1University of Colorado, 2University of Iowa, 3Massachusetts Institute of Technology. 439.02 Technology Development for Exoplanet Missions: 2012-13 Status Update Peter R. Lawson1, M. Levine1 1Jet Propulsion Laboratory, Caltech. 439.03 The AGILE Data Center at ASDC Carlotta Pittori1, 2, AGILE Collaboration 1INAF-OAR, Italy, 2ASDC, Italy. 439.04 The HORUS Observatory - A Next Generation 2.4m UV-Optical Mission To Study Planetary, Stellar And Galactic Formation POSTERS: THUR Paul A. Scowen1, HORUS SDT 1Arizona State Univ. 439.05 Quadrature Formulae for the WISE Passbands Edward L. Wright1 1UC, Los Angeles. 439.06 First On-sky Results with GeMS, the Gemini Multi-conjugate AO System Benoit Neichel1, F. Rigaut2, G. Arriagada1, A. Serio1
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"SBVKP1, M. Boccas1, R. Carrasco1, F. Collao1, S. Diggs1, C. d’Orgeville2, V. Fesquet1, R. Galvez1, G. Gausachs1, J. Luhrs1, C. Marchant1, V. Montes1, C. Moreno1, P. Pessev1, W. Rambold1
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5SVKJMMP1, C. Urrutia1, F. Vidal1, T. Vucina1 1Gemini Observatory, Chile, 2Australian National University Research, Australia. 439.07 The Dark Energy Spectrometer (DESpec): A Multi-Fiber Spectroscopic Upgrade of the Dark Energy Camera and Survey for the Blanco Telescope H. Thomas Diehl1, DESpec Collaboration 1Fermi National Accelerator Laboratory. 439.08 Thirty-Meter Telescope: A Technical Study of the InfraRed Multiobject Spectrograph Vivian U1, R. Dekany2, B. Mobasher1 1University of California, Riverside, 2California Institute of Technology.

239 THURSDAY POSTER SESSIONS

439.09 Fabrication of the Prototype of the GMT Fast Steering Mirror Young-Soo Kim1, J. Koh1, H. Jung1, H. Jung1, P.V. Biswas1, M.K. Cho2, W. Park3, H. Yang4, H. Kim5, K. Lee5, H. Ahn6, Y. Yoon1, B. Park1 1KASI, Republic of Korea, 2NOAO, 3The University of Arizona, 4KRISS, Republic of Korea, 5IAE, Republic of Korea, 6GIST, Republic of Korea. 439.10 ‘Blue Transients’ with the La Silla-QUEST Variability Survey Ellie I. Hadjiyska1, B. Cenko2, B.P. Miller4, R.C. Reis4, P.E. Nugent3, 2, J.S. Bloom2, U. Feindt5, LSQ, CSP, PESSTO 1Yale University, 2UC Berkeley, 3LBNL, 4University of Michigan, 5University of Bonn, Germany. 439.11 Linear Sizes from the Palomar Testbed Interferometer Giant Star Survey Benjamin Dirgo1, G. van Belle2 1Northern Arizona University, 2Lowell Observatory. 439.12 The VERITAS Sky Survey Results and Future Plans Alexis Popkow1, R.A. Ong1, VERITAS Collaboration 1UCLA. 439.13 Understanding and Using the Fermi Science Tools Alexander Reustle1, Fermi Science Support Center 1Goddard Space Flight Center. 439.14 DSN Transient Observatory T. B.H. Kuiper1, T.J.W. Lazio1
8"
.BKJE1, R. Navarro1, L.P. Teitelbaum1, J.T. Trinh1 1Caltech. 439.15 Fermi Science Support Center Data Servers And Archive Thomas E. Stephens1, 2 1Fermi Science Support Center, 2Wyle ST&E. 439.16 Developments in Off-Plane X-ray Reflection Grating Spectrometers Randall L. McEntaffer1 1University of Iowa. 439.17 BOSS Demonstration of BigBOSS Spectrograph Calibration Evan D. Losh1, J. Hunacek2, G. Tarle2, M. Schubnell2 1SUNY Geneseo, 2University of Michigan.

440 Interstellar Medium Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 440.01 AMI Observations of the Anomalous Microwave Emission in the Perseus Molecular Cloud Christopher Tibbs1, A. Scaife3, C. Dickinson2, R. Paladini5, R. Davies2, R. Davis2, K. Grainge4, 6, R. Watson2 1IPAC/Caltech, 2The University of Manchester, United Kingdom, 3University of 4 5 POSTERS: THUR POSTERS: Southampton, United Kingdom, Cavendish Laboratory, United Kingdom, NHSC/ Caltech, 6Kavli Institute for Cosmology, United Kingdom. 440.02 Magnetic Fields in the Smith Cloud Alex S. Hill1
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#FOKBNJO2, S. Mao3, 4, N.M. McClure-Griffiths1, F.J. Lockman5, B.M. Gaensler6 1CSIRO Astronomy and Space Science/ATNF, Australia, 2University of Wisconsin- Whitewater, 3University of Wisconsin-Madison, 4Jansky Fellow, NRAO, 5NRAO, 6The University of Sydney, Australia. 440.03 Near Infrared Data Cubes of Massive Star Forming Regions W51 A and Orion OMC 1 Allison Youngblood1, J. Bally1, A. Ginsburg1 1CASA University of Colorado.

240 THURSDAY POSTER SESSIONS

440.04 Silicate Composition Toward The Coalsack Dark Cloud Complex Emily E. Hardegree-Ullman1, C. Poteet1, D.C.B. Whittet1, J.E. Chiar2 1New York Center for Astrobiology and Department of Physics, Applied Physics, & Astronomy, Rensselaer Polytechnic Institute, 2SETI Institute, Carl Sagan Center. 440.05 Molecular Cloud-Scale Star Formation in External Galaxies: NGC 300 Christopher Faesi1, C.J. Lada1, J. Forbrich2, K. Menten3 1Harvard-Smithsonian CfA, 2University of Vienna, Austria, 3MPIfR, Germany. 440.06 Extended Red Emission in the Pleiades Reflection Nebulae Matthew Kurth1, A.N. Witt2
61
7JKI2, F.S. Barns3 1University of Texas at Dallas, 2University of Toledo, 3Twin Oaks Observatory. 440.07 Anomalous Microwave Emission in NGC 6946 Brandon Hensley1, E.J. Murphy2 1Princeton University, 2Observatories of the Carnegie Institution for Science. 440.08 Dust Thermal Emission in a Suspected H2-Forming, Perseus-Arm Cloud via AKARI, IRAS, and SST Aaron C. Bell1, S.J. Gibson2, T. Onaka1, I. Sakon1, R. Ohsawa1, A. Noriega-Crespo3, W.T. Reach3, S.J. Carey3, M. Miville-Deschenes7, F. Boulanger4, C. Brunt5, A.R. Taylor6, P.G. Martin7, K.A. Douglas8 1University of Tokyo, Japan, 2Western Kentucky University, 3Infrared Processing and Analysis Center, Caltech, 4Institut d’Astrophysique Spatiale, Universite Paris-Sud, France, 5Exeter University, United Kingdom, 6University of Calgary, Canada, 7Canadian Institute for Theoretical Astrophysics, University of Toronto, Canada, 8Dominion Radio Astrophysical Observatory, Canada. 440.09 The NASA Ames PAH IR Spectroscopic Database V 2.0 - Spectroscopic Fitting Tools and More Christiaan Boersma1, 2, L.J. Allamandola1, C. Bauschlicher1, A. Ricca3, 1, A. Mattioda1, J. Cami4, 1, E. Peeters4, 1, F. Sanchez3, 1, G. Puerta3, 1, D.M. Hudgins5 1NASA Ames Research Center, 2San José State University Research Foundation, 3SETI Institute, 4University of Western Ontario, Canada, 5NASA Headquarters.

441 Star Clusters

Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center POSTERS: THUR 441.01 WIYN Open Cluster Study: UBVRI Photometry of NGC 2420 Cody Minns1, C.P. Deliyannis1, J. Cummings3
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4BSBKFEJOJ2 1Indiana University, 2University of Florida, 3University of Conception, Chile. 441.02 Tidal Tales of Minor Mergers II: Comparing Star Formation in the Tidal Tails of NGC 2782 Karen A. Knierman1, P.A. Scowen1, T. Veach1, C.E. Groppi1, B.L. Mullan2, P. Knezek4, I. Konstantopoulos3, J.C. Charlton2 1ASU, 2Penn State, 3AAO, Australia, 4WIYN.

442 Star Formation Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 442.01 Hydroxyl (OH) Emission from the Intermediate-mass Protostar LDN 1641N MM1 Andrew Burkhardt1, E.A. Bergin1, R. Visser1, M. Puravankara2, W.J. Fischer3, J.J. Tobin4, HOPS Team 1University of Michigan, 2University of Rochester, 3University of Toledo, 4National Radio Astronomy Observatory. 442.02 Constraining the Statistics of Population III Binaries Athena Stacy1 1Goddard Space Flight Center.

241 THURSDAY POSTER SESSIONS

442.03 Age-Dating Optically-Visible Star Clusters in Galaxy Merger NGC 5257/5258 Sinclaire Manning1, A.S. Evans4, 2, G.C. Privon2, H. Inami3 1Howard University, 2University of Virginia, 3Steward Observatory, 4NRAO. 442.04 HiRes Deconvolution of Spitzer Images of Binary Protostars Thangasamy Velusamy1, W. Langer1, T.J. Thompson1 442.05Near-Infrared Variability Among YSOs in the Star Forming Region Cygnus OB7 Thomas Rice1, S.J. Wolk1, C. Aspin2 1Harvard-Smithsonian Center for Astrophysics, 2University of Hawaii Institute for Astronomy.

443 Stellar Topics Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 443.01 A Survey of Substellar Atmospheric Properties in L/T-transition and Peculiar Brown Dwarfs from a SDSS/2MASS Cross-match Kendra Kellogg1 1SUNY Stony Brook University. 443.02 Discovery of Abundance Evolution in Magnetic Ap Stars Jeffrey Bailey1, J.D. Landstreet1 1The University of Western Ontario, Canada. 443.03 The PTI Carbon Star Angular Size Survey: Effective Temperatures, Linear Radii, and Oblateness Gerard van Belle1, C. Paladini2, B. Aringer3, J. Hron2, T. Lebzelter2, D. Ciardi4, PTI Collaboration 1Lowell Observatory, 2University of Vienna, Austria, 3INAF Astronomical Observatory of Padova, Italy, 4California Institute of Technology. 443.04 Supergiant Properties Arlyn Palmer2, 1, G. van Belle1, PTI Collaboration 1Lowell Observatory, 2Northern Arizona University. 443.05 The Production of Hot Subdwarf Stars in Globular Clusters and in the Galactic Field David Brown1 1Specola Vaticana, Vatican City State. 443.06 The Distribution of Wolf-Rayet Stars in NGC 6744 Emily Sandford1, J.L. Bibby2, D. Zurek2, P. Crowther3 1Yale University, 2American Museum of Natural History, 3University of Sheffield, United Kingdom. 443.07 Calibration of the Kepler Public Data for Asteroseismology Savita Mathur1, R.A. Garcia2, T.S. Metcalfe1 1Space Science Institute, 2CEA Saclay, France.

POSTERS: THUR POSTERS: 443.08 HD 140283: A Star in the Solar Neighborhood that Formed Shortly After the Big Bang Howard E. Bond1, 2, E.P. Nelan2, D.A. VandenBerg3, G. Schaefer4, D. Harmer5 1Penn State University, 2STScI, 3University of Victoria, Canada, 4CHARA Array, Georgia State University, 5NOAO. 443.09 Modeling Stars to Improve the Faint Flux Calibration of WISE Sean E. Lake1, E.L. Wright1, R.M. Cutri2, P.R. Eisenhardt3 1UCLA, 2Infrared Processing and Analysis Center, California Institute of Technology, 3Jet Propulsion Laboratory, California Institute of Technology. 443.10 High Spatial-Resolution Mid-Infrared Study of the Inner Debris Disk of β Pictoris Dan Li1, C.M. Telesco1, C.M. Wright2 1Department of Astronomy, University of Florida, 2School of Physical, Environmental and Mathematical Sciences, The University of New South Wales, Australia. 242 THURSDAY POSTER SESSIONS

443.11 Stability and Evolution of Tidally Disrupted Accretion Disks in AGB Star Interiors Ivan Di Lernia1, J. Nordhaus1 1Center for Computational Relativity and Gravitation. 443.12 The Periodic Spectroscopic Variability of FU Orionis Stacie Powell1, M. Irwin1, J. Bouvier2, C.J. Clarke1 1Institute of Astronomy, University of Cambridge, United Kingdom, 2IPAG, France. 443.13 First Results from a Radio Emission Line Survey of the Molecular Disk Orbiting LkCa 15 Kristina M. Punzi1, J.H. Kastner1, P. Hily-Blant2, T. Forveille2, G. Sacco3 1Rochester Institute of Technology, 2IPAG, France, 3Arcetri Observatory, Italy. 443.14 The Mass Evolution and Observability of Wide Orbit Circumplanetary Disks Megan Shabram1, A.C. Boley1, E.B. Ford1 1University of Florida. 443.15 An Investigation into the Parameters of Photospheric Radius Expansion X-ray Bursts Marina Von Steinkirch1, J.M. Lattimer1, A. Calder1 1Stony Brook University. 443.16 UV Spectroscopy of SK160, the Companion of the High Mass X-ray Binary SMC X-1 Rosina Iping1, 2, G. Sonneborn1 1NASA’s GSFC, 2University Of Maryland. 443.17 A New Method to Search for Quiescent Low-Mass X-ray Binary Ping Zhao1, J.E. Grindlay1, J. Hong1, M. Servillat1, M. Van Den Berg1 1Harvard-Smithsonian, CfA. 443.18 The Nonlinearity Of The First Overtone Cepheid PL Relation Jeffrey VanKerkhove1, S. Kanbur2, C. Ngeow3, L.M. Macri4 1University of Rochester, 2State University of New York at Oswego, 3National Central University, Taiwan, 4Texas A&M University. 443.19 Another Look at the Origin of the Narrow Metal Lines in the Ultraviolet Spectrum of the White Dwarf CD-38 10980 Jean Dupuis1, P. Chayer2 1Canadian Space Agency, Canada, 2Space Telescope Science Institute. POSTERS: THUR 443.20 Model Independent Determination of Electron Fraction for Individual SNIa Soma De1, F. Timmes1, 2, W. Hawley1, D. Chamulak2, 3, T. Athanassiadou1, D. Jack4, A. Calder6, E. Brown5, D. Townsley7 1Arizona State University, 2JINA, 3Argon National Lab, 4Universidad de Guanajuato, Mexico, 5Michigan State University, 6Stony Brook University, 7University of Alabama. 443.21 The Rotating Spiral Structure of the Vela Pulsar Jet Oleg Kargaltsev1, 2, M. Durant2, G.G. Pavlov3, 4, A.M. Bykov6, 5, J. Kropotina6, 5, K. Levenfish6, 5 1George Washington University, 2University of Florida, 3Pennsylvania State University, 4St.-Petersburg State Polytechnical University, Russian Federation, 5St.-Petersburg State Polytechnical University, Russian Federation, 6Ioffe Physical-Technical Institute, Russian Federation.

444 Supernovae Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 444.01 Photometric and Spectroscopic Observations of SN 2012dn, a Super-Chandra Candidate Type-Ia Supernova Jerod T. Parrent2, 1, Palomar Transient Factory, Las Cumbres Observatory Global Telescope Network 1LCOGT, 2Dartmouth College.

243 THURSDAY POSTER SESSIONS

444.02 From Convection to Ignition and Beyond: A (Computational) Story of MCh SNIa Christopher M. Malone1, A. Nonaka2, A. Almgren2, J. Bell2, S. Dong1, H. Ma1, S.E. Woosley1, M. Zingale3 1UC Santa Cruz, 2LBNL/CCSE, 3Stony Brook University. 444.03 A Study of the Supernova Remnant G272.2-3.2 Nolan Grieves1, R.L. McEntaffer1 1The University of Iowa. 444.04 Systematic Effects of Progenitor Composition on Type Ia Supernovae Alexei Y. Poludnenko1, V.N. Gamezo1, E. Oran1 1Naval Research Lab. 444.05 The Rest Frame UV Properties of Type IIn Supernovae Peter Roming1, 2, T.A. Pritchard2, P.J. Brown3, S. Immler4 1Southwest Research Institute, 2Penn State University, 3Texas A&M, 4Goddard Space Flight Center. 444.06 UV Bolometric Flux Contribution and Template Light Curves of CCSNe Observed with Swift UVOT Tyler A. Pritchard1, P. Roming2, 1, A.J. Bayless2 1Pennsylvania State University, 2Southwest Research Institute.

445 The Sun and Solar System Thursday, 9:00 AM - 6:30 PM, Exhibit Hall A, Long Beach Convention Center 445.01 Solar Spectra Fe 1564.8 nm Line and a Least Squares Analysis Amy Gottlieb2, 1, M. Penn1 1Nation Solar Observatory, 2University of Maryland Baltimore County. 445.02 Asteroid Shape and Spin Axis Modeling Via Light Curve Inversion Paul Friz1, V. Gokhale1 1Truman State University. 445.03 Photometry Studies of Asteroids and Variable Stars Xianming Han1, B. Li2, H. Zhao2, W. Liu3, 4, L. Sun3, 4, S. Gao3, 4, J. Shi3, 4, S. Wang3, 4, X. Pan3, P. Jiang3, H. Zhou3, 4 1Butler University, 2Purple Mountain Observatory, China, 3University of Science and Technology of China, China, 4Polar Research Institute of China, China. 445.04 Origin of the Earth’s Moon Fred M. Johnson1 1California State Univ. POSTERS: THUR POSTERS:

244 Author Index Author Index

A’Hearn, M. F. 314.01, Akiyama, K. 143.10 Amado, P. 149.05 314.02D, 400.01 Alatalo, K. A. 147.11 Amanullah, R. 106.07D, Aarnio, A. 250.29 Alavi, A. 129.06, 210.03, 341.09 Abarca, D. 253.24 228.05 Amayo, R. 256.22 Abate, A. 247.08 Albert, J. 432.13 Amblard, A. 434.08 Abbas, U. 420.01 Alberts, S. 129.07 Ambrosino, W. 253.10 Abbott, T. 142.20 Albrecht, S. 149.03 Ameglio, S. 226.08 Abdul-Masih, M. 353.01 Albright, M. 148.01, Ames, T. J. 345.14 Abel, T. 337.01 249.05 Ames, Z. 256.28 Abrahams, P. 151.01 Aldcroft, T. L. 352.25 Ammons, S. 111.05D, Abrahams, R. 349.40 Aldcroft, T. 307.07 419.02 Accomazzi, A. 240.28, Aldering, G. S. 106.07D, An, D. 254.06 240.30 136.03, 341.09, 341.16 An, H. 244.05, 244.06, Acero, F. 307.03 Alexander, D. 244.13, 244.08, 244.09, 244.10 244.17, 339.57, 352.25 Acquaviva, V. 112.07, Andersen, D. R. 146.15 112.08, 147.32, 247.08 Alexander, D. M. 204.03, Anderson, C. N. 349.20 244.14, 339.27 Adams, A. M. 351.04 Anderson, J. 122.08, Alexander, M. J. 142.02, 213.02, 250.39, 250.41, Adams, E. A. 122.01, 251.14, 410.05D 352.02, 352.03, 352.04, 344.05, 344.06, 344.07, 352.06, 352.07, 404.01D, Alexander, R. 117.04 344.08, 344.09, 344.10 407.05 Alexandroff, R. 418.08, Anderson, K. 141.04 Adams, J. D. 150.07, 422.06 Anderson, L. D. 413.01, 254.01, 254.02 Alfaro, M. 243.10 413.02, 413.03, 413.04 Adams, J. S. 153.16 Ali, B. 246.07, 251.06, Anderson, M. 313.04D Adams, J. J. 107.03, 146.02 256.22 Anderson, R. E. 240.15 Ade, P. 229.04 Allamandola, L. J. 306.02, Anderson, S. F. 142.39, 306.02, 440.09 Agertz, O. 404.04 247.10, 307.07, 339.03 Allen, A. 240.01 Agol, E. 104.06 Andersson, B. 223.03, Allen, B. 350.15 349.01 Agueros, M. A. 115.04, 252.07, 252.10, 352.27 Allen, L. 352.19 Andersson, K. 437.01 Aguirre, J. E. 108.03, Allen, R. J. 127.05 Andrews, J. E. 135.03, 108.07, 108.08, 411.05 Aller, H. D. 339.51 145.09 Aguirre, P. 322.06 Aller, K. M. 149.21, 158.27 Andrews, S. M. 144.17, 220.02 Agustsson, I. 152.05 Aller, M. F. 339.51 Andronov, I. L. 401.02 Ahmad, Z. 247.05 Aller, M. C. 212.05 Angione, J. 256.17, 256.18 Ahn, H. 439.09 Allevato, V. 352.25 Anglada-Escud?, G. 109.06, Ahn, S. 147.06 Almgren, A. 240.14, 444.02 137.03 Aigrain, S. 229.02, 301.04D Aloisi, A. 344.03, 344.04, Anninos, P. 254.05 344.10 "KFMMP
.


Annis, J. T. 335.05 244.19 Alonzo, J. 350.02 Anthony-Twarog, B. J. "KIBS
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"
127.04 AlSayyad, Y. 152.02, 250.27, 250.28 402.05 Akeson, R. L. 334.01 Antilogus, P. 136.03, 341.16 Altrock, R. C. 415.05 Akhlaghi, M. 418.03 Antonsen, A. 353.15 Aluie, H. 415.03 Akhlite Al-Baidhany, I. Antonucci, R. R. 339.16 146.10 Alves, J. F. 234.01 245 Author Index Antony, S. 250.26 Athanassiadou, T. 443.20 Baldwin, J. A. 330.06D Apai, D. 158.28 Atlee, D. W. 129.07 Balick, B. 249.08 Appleton, P. N. 157.09, Aubourg, E. 402.06 Ball, A. 240.13 157.12 Audard, M. 256.24 Ball, N. M. 240.16 Aragon, C. 136.03, 341.16 Auger, M. W. 309.03, Ballantyne, D. R. 244.13, Aragon Calvo, M. 132.04 339.55 244.14, 244.15, 244.16, Aragona, C. 144.25 Augereau, J. 205.01 247.10 "SBVKP
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 Austerberry, D. 339.52 Ballard, S. 407.07 Arcavi, I. 214.03D, 410.01 Austin, C. 255.03 Bally, J. 220.05, 440.03 Arce, H. G. 251.10, 251.11, Aver, E. 122.01 Balog, Z. 144.19 251.12 Avila, R. J. 344.05, 344.08 Balogh, M. 437.02 Ardila, D. R. 117.04, 144.24 Avril, R. 354.13 Balokovic, M. 244.13, Arendt, R. G. 341.08 244.14, 244.16, 244.17, Axelrod, T. 345.19, 352.17 244.19, 244.24 Aretxaga, I. 204.05D Axelrod, T. S. 247.01, Balser, D. S. 146.13, 413.01, Argo, M. 244.21, 244.22 247.06, 352.19 413.02, 413.03, 413.04 Aringer, B. 443.03 Aylor, K. 339.16 Balzano, V. 353.14 Arion, D. N. 141.04, 246.01 Ayres, T. R. 321.05, 351.01, Bamford, S. P. 326.07, Armagan, O. 305.09 351.02, 354.14, 354.15 340.05 Armitage, P. J. 104.01 Azimlu, M. 250.45 Banales, G. 150.09 Armstrong, A. 134.02, Babcock, B. A. 315.06, Banaszak, S. 154.05 353.04 245.01, 245.02 Bandler, S. 153.16 Babu, G. 240.26 Armstrong, J. 246.07, #BOFSKFF
3
 256.22 Bachetti, M. 244.03, 244.05, 244.12, 244.24 Bania, T. M. 413.01, 413.02, Armstrong, J. C. 343.13 413.03, 413.04 Bacon Fazar, C. 350.04 Armus, L. 146.23, 150.02, Bankert, J. R. 247.05 157.04, 157.09, 157.12, Badenes, C. 142.06 418.06 Baranec, C. 305.01, Baganoff, F. K. 203.05, 305.03D, 334.06 Arnau, E. 402.04 244.02 Barbary, K. H. 106.07D, Arnett, D. 138.01 Baggett, S. M. 344.06 341.09 Arnold, J. 326.02D Bai, X. 104.01 Barber, S. D. 308.02, Arraki, K. S. 307.07 Bai, Z. 254.15 308.06 Arrant, D. J. 145.02 Bailey, J. 443.02 Barclay, T. 142.05, 321.02, Arriagada, G. 439.06 Bailey, J. I. 149.15 354.03, 401.03, 407.03 Artigau, E. 305.06 Bailey, S. J. 136.03, 245.03, Barcos-Munoz, L. D. 246.02 Arumguasamy, P. 412.07 341.16, 402.06 Bard, D. J. 247.05 Arvidsson, K. 251.14, Bailey, V. P. 149.28, 158.17 Barentine, J. 345.09, 350.16 251.18, 349.31 Bailin, J. 326.05, 434.09 Barge, J. 246.07, 256.22 Arzoumanian, Z. 408.05 Bailyn, C. D. 156.02 Barger, A. J. 432.01 Ashburn, A. 146.05 Baines, E. K. 252.03 Barger, K. A. 349.30, Ashby, M. N. 147.05, Baker, A. J. 322.06 404.02D 147.43, 243.13, 304.04D, Baker, A. 251.09, 352.13 Barker, T. 340.02, 255.06 341.02 Baker, J. G. 153.12, 153.13, Barlow, B. 142.17 Aspin, C. 256.11, 442.05 346.05 Barlow, T. A. 215.10 Assef, R. 244.17 Bakos, G. 315.03 Barman, T. S. 126.03, Assef, R. J. 244.13, 307.08 Baldridge, S. 249.04 158.23, 224.01D, 343.22, 343.24 Astier, P. 253.02, 323.02D Baldwin, A. 421.01D Atek, H. 223.08, 228.01 Barnes, E. 222.05 246 Author Index Barnes, J. 346.04 407.03 Becla, J. 247.01 Barnes, J. E. 405.01 Batcheldor, D. 339.14 Bedin, L. 213.04 Barnes, K. L. 146.14, Batiste, M. 132.06D, Bedregal, A. 223.08, 225.04D 243.08 227.03 Barnes, R. 109.05 Battaglia, N. 124.02 Beerman, L. 250.12, Barnes, S. 250.15 Battersby, C. 426.02D 311.05 Barniol Duran, R. 438.01 Battisti, A. 349.09 Beers, T. C. 142.06, 232.01, 242.01, 250.26, 250.34, Barns, F. S. 440.06 Batuski, D. J. 132.06D, 254.14, 254.15, 313.02D, Baron, D. 145.10 243.08, 409.03D 316.03 Baron, F. 137.02D, 143.10 Bauer, A. E. 215.01 Beeson, C. 353.10 Baronchelli, I. 145.08 Bauer, F. 204.03, 244.02, Beheshti, E. 201.09 244.14 Barranco, J. A. 104.04, Beichman, C. A. 109.06, 144.13 Bauer, F. E. 233.01, 244.01, 126.02, 127.05, 144.24, 244.13, 244.17 Barret, D. 244.03, 244.12 149.02 Bauer, J. M. 353.06 Barrett, J. W. 342.02 Beilicke, M. 328.02, 421.04 Bauschlicher, C. 440.09 Barriere, N. 244.01, 244.02, Belczynski, C. 142.23, 244.11 Bautista, M. 339.10, 155.09 354.21, 430.07, 431.02 Barringer, D. 353.03 Beletic, J. 350.04 Bautz, M. W. 118.01, Belicki, J. 156.05 Barro, G. 112.01, 133.07 153.18 Barron, D. 432.10 Belikov, R. 149.31, 305.02, Bayless, A. J. 444.06 328.05D Barron, E. G. 342.04 Bayliss, M. 155.01 Bell, A. C. 440.08 Barrows, R. S. 146.27, Beaky, M. M. 354.27 327.01, 422.05 Bell, E. F. 122.06, 311.05, Bean, J. 126.08, 224.03 326.05, 434.09 Barsony, M. 256.28, 332.05 Bean, R. 110.01 Bell, J. 240.14, 444.02 Barstow, M. A. 350.12, 435.05 Bear, B. 114.01 Bell, S. 141.12 Barth, A. J. 103.02, 103.08, Beardmore, A. P. 421.05 Bellehumeur, B. 235.06 143.07, 146.08, 247.10, Beaton, R. 122.04, 144.08, Bellm, E. 148.11, 154.10, 309.07, 339.13 146.16, 242.01, 246.02, 244.03, 244.05, 244.11, Barthelmy, S. D. 350.15 246.17, 250.31 244.24 Bartlett, C. 144.10, 354.20 Beatty, T. G. 315.04 Beloborodov, A. 244.05, 244.07 Bartlett, D. F. 241.03 Beaudoin, C. 123.07 Beaumont, C. 234.01 Benacquista, M. 153.10, Bartlett, J. L. 141.12, 153.11, 255.09, 354.10 151.02, 158.19, 342.04 Beaver, J. 331.01 Bendek, E. 328.05D, Bartlett, J. 341.03 Bebek, C. 345.08 419.02 Bartolone, L. 141.09, Beccari, G. 250.03 Bender, C. F. 149.09, 149.11 248.01, 141.10 Bechtol, K. 244.21, 244.22 Benecchi, S. D. 246.10, Barton, E. J. 143.07 Bechtold, J. 339.32 246.11, 314.03 Bartow, M. 433.03 Beck, S. C. 251.02 Benford, D. J. 229.04, Bartsch, L. 432.08 Becker, A. C. 152.02, 339.03 339.49, 345.14, 350.07, 350.08, 414.02D Barway, S. 148.13, 352.24 Becker, J. 252.12, 334.04 Benigno, G. 339.32 Basri, G. S. 354.14, 354.15 Becker, M. R. 341.07, Bassett, B. 106.06D 352.21 Benitez, N. 207.07 Bastien, F. A. 321.06 Becker, M. 345.23 #FOKBNJO
3
"

254.23, 349.30, 440.02 Basu, S. 235.01 Becker, P. A. 249.20 Benkevitch, L. 143.10 Basu-Zych, A. 414.04 Becklin, E. E. 254.01 Benneke, B. 224.03, Batalha, N. M. 200.01, Beckwith, K. 104.01 247 Author Index 224.04D 325.02, 325.06, 423.06D Bish, H. 112.08, 147.32 Bennert, V. 309.03, 339.47, Best, P. 339.27 Biswas, P. V. 439.09 339.55 Best, W. M. 158.27 Biswas, R. 241.04, 253.02, Bennett, C. L. 229.04 Besuner, R. 345.08 253.17, 323.02D Bennett, D. P. 109.01 Bethell, T. 117.04 Bitsakis, T. 420.03D Benningfield, D. 433.01 Betoule, M. 253.02, Bittle, L. E. 256.02 Benoit, M. 342.07 323.02D Bitz, C. M. 333.07 Benson, A. 146.01 Beutler, F. 106.02 Biviano, A. 243.07 Bent, J. 149.22 Bezanson, R. 147.39, Biwer, C. 154.05 Berdyugina, S. 354.14, 227.05D Bizyaev, D. 242.01, 250.34, 354.15 Bhalarao, V. 244.03 254.14 Berendsen, M. 302.02 Bhalerao, V. 244.11, 244.24, Black, C. 146.01, 436.01 Beresnyak, A. 235.02 412.05 Blackwell, J. 246.16, 339.39 Berg, D. 122.01, 146.26 Bhatta, G. 339.24 Blain, A. 147.34 Berg, M. 339.14 #IBUUBDIBSKFF
"

Blair, W. P. 116.04, 141.09, 339.21, 422.04D Berger, E. 158.25, 253.04, 146.11, 146.17, 146.18, 253.12, 253.13 Bhattacharya, S. 211.08 146.19, 146.21, 249.15 Bergeron, J. 133.01D Bhattacharyya, S. 401.06 Blake, C. 106.02, 409.04, 109.05, 149.07 Bergin, E. A. 117.04, 442.01 Bhavsar, S. P. 211.02 Bian, F. 207.03D Blake, G. A. 221.01, 251.13, Berkson, E. 343.12 352.09 Bianchi, L. 311.03 Berlanga Medina, J. Blake, T. 352.17 146.24 Bianco, F. 253.01 Blakeslee, J. P. 147.16 Berlind, A. A. 115.05, Bibby, J. L. 443.06 Blanc, G. A. 434.03 147.09, 240.10 Bickerton, S. J. 142.06 Berlind, P. L. 109.04, 315.04 Blanchard, J. 307.03, Bida, T. A. 345.02 430.01 Bernard-Salas, J. 249.02, Biddle, L. 255.08, 343.11, Blanchard, P. 155.01 330.03 343.28 Bernath, P. 348.02 Bland-Hawthorn, J. 234.06, Bieber, H. 256.22 345.13, 215.01, 232.04, Bernstein, J. P. 241.04 Bieging, J. H. 115.03, 404.02D Bernstein-Cooper, E. 349.06 Blandford, R. D. 244.15, 242.03, 352.07 Biemesderfer, C. 240.28, 244.16, 244.19 Berrier, J. C. 143.08, 143.09, 240.33 Blanton, E. L. 243.13 146.24, 146.27, 327.01, Bieryla, A. 109.04, 315.04 422.05 Blecha, L. 123.02 Biggs, A. 221.06 Berriman, G. B. 240.01, Block, L. 256.22 240.21, 240.27 Bildfell, C. 253.26 Blondin, J. M. 249.13 Bershady, M. A. 146.15, Bildsten, L. 316.05 Bloom, J. S. 145.10, 152.10, 146.22, 345.06 Bilikova, J. 308.05 247.02, 308.02, 354.11, Berta, Z. K. 158.10, 224.03, Biller, B. A. 149.24, 149.25, 354.28, 431.05, 439.10 333.01D 149.26, 149.27, 324.06 Blumenthal, K. 155.02 Berthoud, M. 345.14 Bin Kamruddin, A. 143.01 Blundell, R. 123.07 Berti, E. 153.02 Binder, B. A. 142.39 Boberg, O. M. 250.29 Bertoldi, F. 150.01, 150.02, Bingham, M. 352.18 Boccas, M. 439.06 150.07, 221.04 Birchall, A. 142.29 Bochanski, J. J. 158.04, Beshore, E. C. 254.25, Birchall, M. N. 215.01 158.06, 158.09, 158.21, 352.24 252.10, 254.26, 340.04 Bird, S. 303.01 Besla, G. 404.04, 404.05 Bock, D. 256.15 Biretta, J. A. 344.06 Bessell, M. S. 158.12, Bock, J. J. 414.06

248 Author Index Bockelee-Morvan, D. Borkowski, K. J. 249.13, Bradley, R. F. 108.07 150.05 249.15 Bradshaw, A. 247.08 Bode, P. W. 128.06 Borne, K. D. 247.02 Bradstreet, D. H. 142.15 Boehle, A. 254.04 Borucki, W. J. 216.01 Bradt, H. 113.01 Boehringer, H. 307.02, Borys, C. 157.08 Braga, J. 350.15 352.14 Boselli, A. 107.01D Brainerd, T. G. 152.05 Boersma, C. 306.02, Bosken, S. 342.04 440.09 Brammer, G. 147.39, Boss, A. P. 104.06, 137.03 215.02, 215.03, 322.05 Boettcher, E. 316.02 Bostroem, K. A. 250.04, Brandner, W. 149.22, Boettcher, M. 418.05, 344.03, 344.04 149.24, 324.06 430.03 Bottom, M. 109.06, 149.06, Brandon, E. 352.21 Bogdan, A. 313.06 149.07 Brandt, J. C. 130.01, 208.01 Boggs, S. 244.02, 244.03, Boulanger, F. 440.08 244.05, 244.11, 244.15, Brandt, T. 324.06, 345.10 244.18, 244.25 Bourdin, H. 313.06 Brandt, W. N. 244.13, Boggs, S. E. 209.03, Bourke, S. 215.06 244.17, 247.07, 247.10, 244.01, 244.04, 244.06, Bourke, T. L. 117.06 339.04, 418.08 244.07, 244.08, 244.09, Bouvier, J. 443.12 Brassington, N. 304.04D 244.10, 244.12, 244.13, Braun, D. 150.09 244.14, 244.16, 244.17, Bouwens, R. 147.44, 244.19, 244.20, 244.21, 207.07, 304.01 Braxmaier, C. 153.07 244.22, 244.23, 244.24 Bouy, H. 324.04 Braxton, K. M. 249.05 Bohlin, R. 344.05, 350.07, Bovy, J. 254.14 Brecher, K. 208.02, 211.05 350.08, 427.02 Bower, G. C. 123.07, Brechtel, C. E. 354.13 Bolatto, A. D. 150.02, 143.05, 352.28, 426.04 Breger, M. 354.24 221.05, 404.07, 426.04 Bowers, C. W. 347.01 Bregman, J. M. 306.02 Boley, A. C. 443.14 Bowler, B. P. 149.21, Bregman, J. N. 153.15, Bolton, J. 245.03 149.23 254.22, 313.04D Bonadurer, R. 246.07, Bowman, J. D. 108.08, Breitenbach, A. 350.02 256.22 341.10 Brenneman, L. 209.05, Bond, H. E. 148.12, 251.22, Bowsher, E. C. 252.07, 244.15, 244.16 435.05, 443.08 252.10 Brenner, D. 126.02 Bond, N. A. 147.26, 210.05, #PZBKJBO
5
4
 Bressan, A. 213.06 228.01, 228.02 Boyd, P. T. 142.33, 142.34 Bretones, P. S. 211.04 Bongard, S. 136.03, 341.16 Boydstun, K. 244.13, Bonnefoy, M. 149.24, 244.14, 244.15, 244.16, Brewer, B. J. 309.08 324.06 244.17, 244.19 Brewer, J. M. 315.01, Bonnell, J. 141.02 Boyer, M. L. 122.05, 250.23, 334.05D Boogert, A. C. 349.23 252.15 Brewer, L. 250.36 Bookbinder, J. A. 153.14, Boyette, T. 141.06 Bricker, H. 130.04 153.15 Boylan-Kolchin, M. 122.02, Bridge, C. 147.34 Boonstra, D. 342.05 405.04 Briggs, J. W. 90.03 Borde, A. 323.04, 402.02 Boyle, R. P. 256.04 Briley, M. M. 331.01 Border, C. 248.04, 352.18 Boyles, J. 154.07 Brink, H. 431.05 Borgman, C. 240.32 Bracey, G. 248.02 Brinks, E. 146.06 Borish, H. 147.23 Bradac, M. 125.04D Brinkworth, C. 109.06, Borish, J. 246.02 Bradford, C. 150.09 141.01, 248.01 Borissova, J. 250.33, 354.07 Bradford, M. 411.05 Brisbin, D. 332.04D, 414.02D Borkin, M. A. 234.01 Bradley, L. D. 207.07, 207.08, 304.03 Brisbois, C. 240.08 249 Author Index Brisken, W. 328.04 247.09, 247.10 Burns, J. O. 128.01 Brissenden, G. 248.06 Brunt, C. 440.08 Burns, J. A. 353.16 Britt, C. 142.41, 421.01D Bruntt, H. 250.36, 250.38 Burns, R. 415.03 Brittain, S. D. 255.12 Brusa, M. 352.25 Burns, V. 245.01, 134.02, Britton, T. 410.03 Bryan, G. 107.05D 245.02 Broadhurst, T. 207.07 Bryan, M. 343.18 Burrows, A. S. 158.28, 214.04, 324.05 Broderick, A. E. 123.07, Bryant, J. 215.01, 345.13 Burruss, R. 126.02 143.10 Bryden, G. 144.19, 150.04, Brodwin, M. 128.06, 144.01, 144.05, 144.14, Burse, M. 305.01, 305.03D, 226.05, 243.13 144.24, 220.07, 403.02 334.06 Brogaard, K. F. 250.36, Bryerton, E. 345.16 Burt, J. 149.17 250.38 Bryngelson, G. 253.07 Burton, A. 144.08, 144.09 Brogan, C. L. 251.08 Bryngelson, G. L. 253.05, Burton, M. G. 256.13 Bromley, B. C. 325.01, 253.08, 253.09 Burton, W. 404.04 353.12 Bryson, S. 216.02, 334.03, Busch, S. E. 153.16 Brooke, T. Y. 340.06 407.07 Busha, M. T. 341.07, 352.21 Brooks, A. 232.03D Buchan, S. 142.28 Bushell, B. 249.05 Brooks, B. 435.02 Buchhave, L. 109.04, Busk, H. 410.07 315.03, 315.04 Broos, P. S. 256.03 Busko, I. 240.35, 240.38 Buckley, S. A. 345.06 Brotherton, M. S. 309.01D, Bussmann, R. S. 322.01 339.21, 430.04 Budavari, T. 303.04 Butler, L. 142.04 Brough, S. 215.01 Budynkiewicz, J. 157.02 Butler, M. 312.06D Brout, D. 253.12, 253.13 Buenzli, E. 158.28 Butler, N. R. 354.11 Brown, A. 353.02, 353.05, Buffard, A. S. 223.04 Buton, C. 136.03, 341.16 117.04, 205.06, 251.13, Bui, K. 305.01, 305.03D, 354.14, 354.15 334.06 Butsky, I. 142.42 Brown, B. 143.06, 158.01 Buick, D. 433.04 Butterfield, N. 332.06D Brown, D. 443.05 Bulger, J. 324.04 Buxner, S. 342.05 Brown, E. 443.20 Bullock, J. 122.02, 125.04D, Bykov, A. M. 443.21 Brown, J. 117.04, 251.13, 146.14, 146.16, 405.04 Byler, E. 246.04 144.15, 203.01, 252.05 Bumble, B. 401.05 Byrd, G. G. 241.01 Brown, M. J. 129.07, Bunker, A. J. 223.08 Caballero, J. A. 149.05 411.04 Burchat, P. 247.11 Cabrera, M. 353.06 Brown, P. J. 106.07D, 253.03, 444.05 Bureau, M. 313.07 Cady, E. 126.02, 149.33 Brown, R. 339.08 Burgasser, A. J. 158.09, Calanog, J. 147.22, 147.38 158.25 Brown, T. M. 228.01, Calder, A. 253.21, 443.15, 345.23 Burger, D. 247.02 443.20 Brown, W. R. 234.03D Burgett, W. S. 211.03, Caldwell, C. 104.06 253.04 Brown, Y. J. 432.13 Caldwell, N. 250.10 Burke, C. J. 126.06, 142.05, Bruccoleri, A. 153.18 Calkins, M. L. 109.04, 216.02, 216.04 315.04 Bruce, A. 341.09 Burkert, A. 234.01 Calura, F. 212.06 Bruhweiler, F. C. 148.13 Burkhardt, A. 442.01 Calvet, N. 117.04 Brumby, S. P. 431.05 Burkhart, B. K. 349.02, Calzetti, D. 135.03, 145.09, Brunetti, N. 349.21 349.03 146.14, 235.05 Brunker, S. 250.28 Burleigh, M. 435.05 Cami, J. 330.03, 440.09 Brunner, R. J. 247.08, Burleson, B. 345.23 Camilo, F. M. 421.03D

250 Author Index Camp, J. 346.05 Carr, M. 345.10 Ceverino, D. 112.03D, Campbell, D. B. 314.04 Carrasco, M. 207.07 227.07 Campbell, K. M. 249.17 Carrasco, R. 305.06, 439.06 Chaboyer, B. C. 213.03D, 250.37 Canalizo, G. 133.04, 339.16, Carrell, K. W. 254.12 418.04 Chakrabarti, S. 145.11, Carroll, C. 339.22 350.13 Cannizzo, J. K. 148.04, Carson, D. 146.08 401.03 Chakrabarty, D. 244.03, Carson, J. 149.24, 144.07, 244.05 Cannon, J. M. 122.01, 149.22, 246.05, 324.06, Chakraborty, A. 240.26 242.03, 255.07, 352.02, 324.06 352.03, 352.04, 352.06, Challa, P. 334.07 Carter, J. A. 315.01 352.07, 404.07 Challis, P. 253.04 Casanova, J. 253.20 Cantalupo, S. 245.06 Chamberlin, R. 123.07 Case, S. 345.13 Canto, A. 136.03, 341.16 Chamberlin, S. J. 114.02 Casement, L. S. 305.09 Cantrell, J. R. 109.04, Chambers, K. C. 215.08, 149.15 Casertano, S. 240.15 253.04 Canzian, B. 345.09 Casey, C. M. 157.02 Chamulak, D. 443.20 Cao, Y. 148.08, 316.05 Cash, J. 255.12, 354.04, Chan, J. 350.02 354.05, 354.06 Capak, P. L. 145.08, 147.41, Chanda, R. 246.16, 339.39 150.01, 340.06, 352.25, Cash, W. C. 439.01 422.06 Chandar, R. 142.04, 146.14, Cashman, L. R. 146.12, 146.18, 250.07, 250.16 Capellupo, D. M. 339.04 250.23, 250.30, 352.15, Chandler, C. J. 256.15 Cappellari, M. 146.08 352.16 Cassaing, F. 328.03D Chandrasekharan, S. Cappelluti, N. 307.02, 247.03 352.14, 352.25 Cassar, M. 240.28 Chang, C. 247.05 Cappi, M. 244.15, 244.16 Castelaz, M. W. 246.12, Chang, H. 246.03 Cardamone, C. N. 225.06, 340.02, 342.01, 353.07 339.33 Castellanos, A. 240.12 Chang, L. 109.05 Carey, S. J. 440.08 Castelli, F. 256.25 Chang, T. 108.04 Cargile, P. 116.01, 247.02, Castillo, R. 252.13 Chaplin, W. J. 301.01 250.29, 250.44, 252.10, Castori, P. 302.02 Chapman, N. L. 312.05, 315.04 345.14 Castro, D. 330.05 Carilli, C. L. 108.07, 150.01, Chapman, S. 150.03, 221.04 Catelan, M. 250.33, 254.25, 150.07, 150.09 352.24, 354.07 Carini, M. T. 339.06, 339.08 Chapman, S. C. 122.03 Cates, I. 255.08, 343.01 Carithers, W. 402.04 Chappell, S. 434.09 Caton, D. B. 141.05 Carlberg, J. K. 250.31, Charbonneau, D. 127.01, 250.32 Cauley, P. W. 256.21 158.10, 216.03, 216.06, Carleton, T. 343.17, 343.28 Cave, I. 242.03, 352.02, 407.07 352.03, 352.04, 352.06 Carlin, J. L. 254.15, 254.16, Charles, B. 136.03, 341.16 254.17, 254.20 Ceballos, F. 154.05 Charlton, J. C. 441.02 Carlotti, A. 345.11, 350.06, Ceccarelli, L. 132.02 Charmandaris, V. 157.04, 350.17 Cellier-Holzem, F. 136.03, 157.09, 157.12, 418.06 Carlson, E. K. 345.27 341.16 Charness, C. 349.18, Carlson, L. R. 117.02 Cen, R. 124.02 352.09 Carpenter, J. M. 110.04, Cenko, B. 233.03, 439.10 Chartas, G. 247.10 144.17, 144.21, 150.04, Cenko, S. B. 152.10, 339.13, Chary, R. 248.04, 341.08, 410.02, 426.04 410.01 352.18 Carpenter, K. G. 351.01, Cepa, J. 430.10 $IBUUFSKFF
4

351.02 Cersosimo, J. C. 142.01 407.06, 430.06

251 Author Index Chattopadhyay, I. 143.03 Chornock, R. 253.04, Claus, B. 343.20 Chatzikos, M. 111.03 253.12, 253.13 Clausen, D. R. 203.02D Chatzopoulos, E. 233.05D Chotard, N. 136.03, 341.16 Claussen, M. J. 256.15 Chayer, P. 443.19 Chou, A. 431.06 Clavadetscher, K. 349.38 Che, X. 137.02D Choudhary, D. P. 159.04 Claver, C. F. 247.05, 247.06, Chen, C. 251.10, 251.11, Choudhury, Z. 250.09 345.19, 352.17 251.12, 350.04, 144.11, Christensen, C. 232.03D Clavier, D. 246.12 325.04, 325.05 Christensen, E. 254.25, Clayton, G. C. 148.12, Chen, H. 235.03 352.19, 352.24 202.03, 252.17 Chen, J. 254.15, 146.03 Christensen, F. 244.01, Cleary, K. 145.04, 223.02D, Chen, K. 136.04D 244.02, 244.03, 244.04, 345.15 244.05, 244.06, 244.07, Chen, L. 254.15 Clemens, D. P. 146.12, 244.08, 244.09, 244.10, 250.23, 250.30, 352.15, Chen, W. 256.14 244.11, 244.12, 244.13, 352.16 Chenevez, J. 244.03 244.14, 244.15, 244.16, 244.17, 244.18, 244.19, Clementel, N. 148.16 Cheng, C. 345.20 244.20, 244.21, 244.22, Clergeon, C. 305.04, Cheng, K. 351.01, 351.02, 244.23, 244.24, 244.25 305.05 351.05 Christensen-Dalsgaard, J. Cline, J. D. 246.12, 340.02, Chernin, A. D. 241.01 301.01 353.07 Chernoff, D. F. 203.02D Christian, D. J. 325.04 Close, L. M. 149.25, 149.26, Chervenak, J. A. 153.16 Christiansen, J. 142.05, 149.27, 345.07 Chester, G. 342.04 216.02, 216.04 Clubb, K. 233.03 Cheung, C. C. 142.43, Christlieb, N. 232.01 Clubb, K. I. 339.13 339.15 Chu, Y. 254.15, 308.05 Cochran, W. D. 104.06, Cheung, E. 256.22 Chun, M. 149.26, 149.27 343.07, 343.24, 423.05 Chiaberge, M. 344.05, Chun, M. R. 149.25 Coe, D. A. 207.07, 207.08, 228.01 344.09 Churazov, E. 313.06 Cohen, J. G. 122.02 Chiang, E. 104.03, 104.04 Church, S. E. 345.15 Cohen, M. 308.01 Chiar, J. E. 349.23, 440.04 Churchill, C. W. 227.04, Chiba, M. 146.16 227.06, 227.07 Cohen, S. A. 243.09 Childers, J. M. 246.13, Chuss, D. T. 229.04, 345.14 Cohen, S. H. 147.35, 354.02 228.04, 228.06, 250.07, Ciardi, D. 109.06, 142.08, 303.06, 339.31 Childress, M. 136.03, 240.18, 246.13, 334.01, 341.16 343.05, 354.02, 407.07, Cohen, S. 154.05, 328.06, 345.18 Chilton, H. 353.05 443.03 Cohn, H. N. 250.41 Chilton, L. 90.04 Cieplak, A. 125.07 Coil, A. L. 418.04, 434.01 Chitsazzadeh, S. 332.01 Cioc, A. 240.20 Colbert, J. W. 147.17, Cho, H. 414.02D, 147.16 Civano, F. M. 123.02, 244.13, 307.02, 339.23, 147.41, 223.08, 228.01, Cho, M. K. 439.09 339.25, 352.14, 352.25, 418.06 Choi, A. 409.05D 422.06, 434.02 Cole, A. A. 404.03 Choi, P. I. 345.25, 345.26 Clampin, M. 324.02, Cole, A. 256.16 Choi, Y. 349.34, 340.01, 324.03, 347.01 Cole, N. 254.19 339.03, 132.05 Clark, D. M. 249.12 Cole, S. 341.11 $IPKOPXTLJ
%
144.08, Clark, J. 343.08 Coley, J. B. 142.30 144.09, 339.47 Clark, M. 352.18 Colgan, S. W. 256.13 Chomiuk, L. 146.13 Clarke, C. J. 443.12 Collao, F. 439.06 Chordia, P. 305.01, Clarke, T. E. 243.13, 328.04 305.03D, 334.06 Collazzi, A. C. 421.01D

252 Author Index Colless, M. 215.01, 345.13 Cooper, A. 313.01 Craig, J. 345.17 Collins, D. C. 128.01 Cooper, M. C. 434.01 Craig, W. 244.01, 244.03, Collins, K. 315.04 Cooper, P. 255.05 244.04, 244.05, 244.07, 244.11, 244.13, 244.14, Collins, M. 122.03, 146.01, Cooper, R. 256.20 244.15, 244.16, 244.17, 436.01 Cooray, A. R. 134.03, 244.19, 244.20, 244.21, Collins, P. 345.02 147.22, 147.38, 152.11, 244.22, 244.25 Colombo, D. 146.20, 157.08, 157.10, 322.01, Craig, W. W. 244.02, 244.06, 349.15, 349.16, 349.17 341.12, 341.18, 341.19 244.08, 244.09, 244.10, Comastri, A. 244.13, Copin, Y. 136.03, 341.16 244.12, 244.18, 244.23, 244.17, 307.02, 352.14, Coppi, P. S. 247.10 244.24 352.25 Corbally, C. J. 158.02, Crain, R. A. 313.06 Comerford, J. M. 422.05 158.03 Craine, B. L. 345.12 Comerón, S. 230.04 Corbel, S. 244.03 Craine, E. R. 345.12 Comins, M. L. 343.14 Corbet, R. 142.30, 142.38, Craine, E. M. 345.12 Comins, N. F. 146.07, 142.43 Craine, P. R. 345.12 159.01, 240.02, 255.01 Corby, J. 246.02, 246.17, Cramer, C. 345.22, 427.03, Cominsky, L. R. 113.03, 352.08, 352.12 432.13 244.25 Corby, J. F. 352.09 Crawford, B. 343.01, Condon, J. J. 323.07, Corcoran, M. F. 142.35 343.17, 343.28 339.35, 349.14 Corder, S. 221.01 Crawford, F. 412.04 Conger, C. 331.01 Cordero, M. J. 250.20 Crawford, J. 250.02 Connelly, P. 141.02 Cordes, J. M. 154.04 Crawford, S. B. 246.02 Connolly, A. J. 152.02, Cordes, K. 246.06 Creighton, J. 154.05 247.05, 339.03 Cormier, D. 157.08 Creighton, J. D. 114.02, Connolly, R. 152.09 Cornish, N. J. 153.02 114.03, 114.07 Conroy, C. 106.06D Corrales, L. 349.37 Creighton, T. D. 255.09, Conroy, K. E. 250.21 328.06, 345.17, 345.18 Correia, C. 305.04 Conselice, C. 112.04 Crenshaw, D. M. 103.07, Cortes, G. 150.07 Consiglio, S. 418.07 339.18 Cotera, A. 235.08, 256.12, Contino, J. 433.05 Crepp, J. R. 126.02, 149.12, 256.13 315.01, 315.04, 407.02D, Contopoulos, I. 412.06D Cotter, G. 103.01D 407.04, 407.07 Contreras, D. 345.26 Cottin, H. 350.02 Cresitello-Dittmar, M. Contreras, L. D. 159.04 Cotton, W. D. 323.07 240.38 Converse, J. M. 250.16 Couch, W. 106.02, 345.13 Cristiani, S. 212.06 Cook, A. 90.01 Courteau, S. 326.04D Crites, A. 105.05D Cook, D. O. 250.01 Courtois, H. 409.06 Crockett, C. 149.02, 149.13 Cook, K. H. 152.06, 247.03, Covey, K. R. 252.07, 252.10, Croft, R. A. 402.02, 402.06 247.07 256.07, 256.17, 256.20, Croft, S. 352.28 Cook, K. 255.08, 343.01 334.04 Croom, S. M. 215.01 Cook, R. 244.24 Cowan, J. J. 146.17, 348.03, Crossfield, I. J. 224.01D 348.04 Cook, T. 145.11, 350.13 Crosthwaite, L. P. 251.02 Cowan, N. B. 333.06 Cooke, J. 129.01 Croton, D. 420.01 Cowen, D. 432.15 Cooke, R. 106.01 Crouzet, N. 126.06 Cowley, C. R. 256.25 Cooke-Nieves, N. 433.05 Crowther, P. 250.04, 443.06 Cowperthwaite, P. 339.38 Cooksey, K. 212.06 Croxall, K. V. 146.26, Cool, A. 250.39 Cox, A. 144.02, 308.01 349.36, 434.07 Cool, A. M. 250.41 Cox, P. 150.01, 221.04 Crutcher, R. 251.10, 251.11, 253 Author Index 251.12, 312.04D, 426.04 311.01, 311.03, 311.05, Davis, T. 106.02, 409.04, Cruz, A. 256.22 326.05, 349.36, 354.19, 147.11 404.03 Cruz, K. L. 158.22, 158.24 Davison, C. 109.06, 149.15 Dale, D. A. 145.09, 146.14, Dawson, K. S. 341.09 Cruzen, S. T. 433.03 147.20, 250.01, 339.21 Dawson, R. I. 407.02D Csabai, I. 303.04 Dall’Asén, A. 353.12 Dawson, W. 125.04D Cuesta-Vazquez, A. 152.04 Dalton, H. 342.05 Day, D. 154.05 Cui, B. 154.07 Dame, T. M. 234.01 Day, P. 150.07 Culver, C. 142.23 Damke, G. 242.01, 246.02, Cumbee, R. 408.03 250.31 De, S. 443.20 Cummings, J. 441.01 Danchi, W. C. 144.28 De Bernardis, F. 152.11, 341.12, 341.18 Cunha, K. M. 144.08, Danforth, C. 245.04, 144.09, 242.01, 250.34, 339.46 De Buizer, J. M. 205.02 254.13, 254.14 Danner, R. 342.09 de Diego Onsurbe, J. 430.10 Cunningham, J. 241.04, Danowski, M. E. 145.11 253.17 EF
(SJKT
3
250.14 Dantowitz, R. 315.06, Curran, P. 339.07, 421.05 353.04 de Jong, R. 326.05, 434.09 Currie, T. M. 144.07, 158.17, Darling, H. 352.01 De La Rosa, R. 255.08, 324.05, 324.06 343.28 Darling, J. K. 157.07, Curtin, C. 148.06 341.06 De Lee, N. M. 116.01, 247.02, 316.03, 354.07 Curtis, J. L. 250.17 Darling, J. 307.04, 339.37 De Marchi, G. 250.03 Curtis, W. 246.16, 339.39 Darling, S. 158.11, 423.04 De Marco, O. 202.02D, Cutchin, S. 114.01, 143.02, Darragh, A. 250.21 154.06, 155.07, 328.04 249.07, 249.09 Dartez, L. P. 328.06, 345.17, Cutler, C. 153.04 De Mello, D. F. 147.10, 345.18 147.26, 147.30, 210.05, Cutri, R. M. 353.06, 443.09 Dartois, E. 350.02 210.06, 228.01, 228.02 Cyganowski, C. 251.08 Das, H. 305.01, 305.03D, De Pree, C. G. 349.08 Cyr-Racine, F. 125.05 334.06 De Rosa, R. J. 158.31, Czakon, N. G. 128.05D, Dasyra, K. 129.04 423.06D 226.08 Davari, R. 147.37 De Rosa, R. 158.07 Czekala, I. 253.04 Dave, R. 207.03D, 245.08, De Silva, G. 234.06 D’Abrusco, R. 240.38, 434.03 De Souza, N. 145.03 339.38, 352.25 Davenport, J. R. 158.21, De Vera, J. 345.23 D’Alessio, P. 314.05 249.05 De Vorkin, D. H. 90.06, D’Andrea, C. 106.06D David, L. P. 313.06 91.02 D’Odorico, V. 212.06 David, T. 252.02 De Vries, C. H. 117.03 d’Orgeville, C. 439.06 Davidson, J. 312.05 de Vries, W. H. 247.10 da Cunha, E. 147.39, Davies, R. 339.19, 422.01, Deacon, N. R. 158.27 304.04D 440.01 Dean, J. 246.02 Dahir, A. 350.14 Davis, A. B. 354.22 Dean, V. 147.42 Dahm, S. E. 109.04 Davis, B. L. 143.08, 143.09, Deason, A. 232.07 Dahn, C. C. 158.18 146.24, 146.27, 206.02D, 327.01 Debes, J. H. 220.01, Dai, X. 313.04D Davis, J. 305.03D 308.01, 324.05, 344.03, Dai, Y. S. 133.01D 344.10, 403.03 Davis, J. E. 153.18 Dalcanton, J. 122.05, Debs, C. 250.09 Davis, M. 434.01 122.06, 142.39, 146.09, DeCesar, M. E. 412.06D 146.14, 213.06, 250.01, Davis, R. 440.01 Deen, C. 256.23 250.11, 250.12, 251.01, Davis, S. 246.06, 203.03D

254 Author Index Dekany, R. 126.02, 305.01, 426.01 Dobos, L. 303.04 305.03D, 334.06, 439.08 Di Lernia, I. 443.11 Dodson-Robinson, S. E. Dekel, A. 112.03D Di Lorenzo, P. 339.01, 251.23, 423.05 Del Moro, A. 244.13, 339.02 Doe, S. 240.38 244.14 Di Milia, G. 240.30 Doeleman, S. 123.07, DeLaunay, J. 254.17 Di Stefano, R. 142.29, 143.04, 143.05, 143.10 Delaunay, J. 254.16 149.13 Doi, M. 341.09 DELEUIL, M. 435.01 Diamond-Stanic, A. M. Dolan, K. 147.17 Delgado, F. 247.03 418.04 Dolch, T. 341.19 Deliyannis, C. P. 250.27, Diaz, M. 142.01, 158.11, Dolence, J. 123.05D, 250.28, 441.01 423.04 214.04 Deller, A. T. 154.04 Diaz, R. 435.01 Dolgachev, V. P. 241.01 Delp, B. 156.01 Diaz Santos, T. 157.04, Dolphin, A. E. 213.06, 157.09, 157.12, 418.06 DeLucia, S. 141.04 250.10, 251.01, 311.03, Dickey, C. 250.06 311.05, 352.02, 352.03, Demers, R. 350.04 Dickinson, C. 440.01 352.04, 352.06, 354.19, Demets, R. 350.02 404.03 Dickinson, M. 112.06, Deming, D. 224.03, 135.01, 207.06 Dominguez, A. 210.03, 315.05D, 343.16 223.08 Diddams, S. A. 149.11 Demorest, P. 114.02, Dominik, M. 155.09 Diehl, H. 352.26, 439.07 154.11, 412.02D Domozhilova, L. M. 241.01 Diekmann, J. A. 339.20 Demory, B. 407.05 Donahue, M. 207.07, Den Hartog, E. 348.01 Dieterich, S. 252.01, 210.02, 303.03D 423.03D Deneva, J. S. 154.03 Donaldson, C. L. 149.11 Digel, S. W. 350.10 Deng, L. 250.14, 254.15, Donaldson, J. 205.01, 254.16, 254.17 Diggs, S. 439.06 220.04, 404.07 Deng, N. 316.01 Dilday, B. E. 253.01 Donaldson, T. 240.23 Denney, K. 309.06 Diltz, C. 418.05 Donalek, C. 240.05, 240.13, Dent, B. 205.01, 220.02 Dimas, S. 353.12 240.20, 254.25, 352.20, 352.24 Depoy, D. L. 315.04 Dinerstein, H. L. 249.01 Donato, D. 307.03 Dermer, C. D. 249.20 Diniega, S. 353.17 Dong, D. 349.14 Desai, V. 210.03 DiPompeo, M. A. 133.08, 430.04 Dong, R. 104.02D Desell, T. 254.19 Dirgo, B. 439.11 Dong, S. 444.02 Desert, J. 126.07, 126.08, 407.07 Dirienzo, W. J. 246.17 Donley, J. 240.35, 339.25, 352.25 %FTKBSEJOT
5
%
 Disbrow, A. 432.09 Donnels, M. 255.08, 343.28 Deustua, S. E. 147.11, Dittmann, J. 158.10 350.07, 350.08, 432.13 Dixon, W. V. 342.09, Donovan Meyer, J. 206.05D, 235.05 %FWBSBK
,
 347.05, 350.07, 350.08 Dopita, M. A. 146.18 Devereux, N. A. 204.01 %KPSHPWTLJ
4
(

240.05, 240.13, 240.20, Doriese, W. B. 153.16 Devost, D. 250.23 254.25, 352.20, 352.24 Dorman, C. 122.07, Dewey, D. 153.18 Do, T. 143.07, 254.03, 146.09, 311.06, 351.03 Dexter, J. 123.04, 143.01 254.04, 339.30 Dorn, M. 350.04 Dey, A. 129.07, 207.03D, Dobbs, C. 349.16, 349.17 Dorsey, G. 246.02 226.05, 418.08 Dobbs, C. L. 349.15 Dossett, J. 222.02D Dhital, S. 158.04, 158.05, Dobbs, M. 432.13 247.07, 423.07 Dotson, J. L. 229.04, 345.14 Dobler, G. 125.05 Di Francesco, J. 332.01, Dotter, A. L. 158.06, 213.02

255 Author Index Douglas, K. A. 235.06, Dupuy, T. J. 158.30, 321.07 Eldridge, J. J. 213.06 440.08 Durand, S. 328.04 Eleby, J. S. 354.06 Douglas, S. 345.28 Durant, M. 443.21 Elhoussieny, E. E. 339.10, Dowell, C. D. 324.04, Durbin, A. J. 353.02 430.07 345.14, 150.07 Durbin, M. J. 345.27 Elitzur, M. 204.05D, 339.44 Downes, T. P. 128.05D Durret, F. 243.07 Elkin, D. 256.22 Doyle, T. 246.16, 339.39 Dutka, M. 430.01 Ellinger, C. I. 214.06 Doyon, R. 423.06D, 135.06 Dwek, E. 147.10 Ellingson, E. 339.32 Dragomir, D. 149.01, Ellingson, S. 143.02 315.02D, 343.05, 345.23 Désert, J. 224.03 Elliott, E. 344.03, 344.04 Draine, B. T. 404.07 d’Hendecourt, L. 350.02 Ellis, J. 114.02, 114.04 Drake, A. J. 154.10, 240.05, Earle, A. M. 352.19 240.13, 254.25, 352.20, Eastman, J. 315.04, 345.23 Ellis, R. S. 207.01, 207.02, 207.04, 207.05, 303.06 352.24 Ebel, D. 314.05 Ellis, S. C. 215.01, 345.13 Drake, J. J. 251.20 Eckart, M. E. 153.16 Ellison, S. 147.07 Dressing, C. D. 216.06, Eckenrode, J. 248.06 255.11 Elmegreen, B. 146.04, Eckert, K. 147.09, 352.13 Dressler, A. 223.08 146.06 Edelman, E. 315.06, 353.04 Drew, J. 251.20 Elmegreen, D. M. 146.04, Edelstein, J. 340.01 146.06 Drinkwater, M. 106.02 Ederoclite, A. 430.10 Elsaesser, A. 350.02 Drory, N. 147.36 Edgar, R. J. 116.04 Elson, E. C. 352.02, 352.03, Drout, M. 253.04, 255.11 Edwall, D. 350.04 352.04, 352.06 Duan, V. 352.20 Edwards, L. O. 243.07 Elvis, M. 113.04, 123.02, Dubberley, M. 345.23 133.01D, 244.13, 244.15, Edwards, M. 305.06 Dubois-Felsmann, G. P. 244.16, 352.25, 353.10, 247.01, 247.11 Edwards, P. 307.03, 430.01 422.06 Duc, P. 437.02 Edwards, S. 117.04, 256.19 Ely, J. 344.03 Duchene, G. 144.27, 205.06 Edwards, Z. 349.11 Emery Bunn, S. 240.22 Dufour, F. 244.01, 244.03, Egorov, A. 125.06 Emig, K. 250.08 244.05, 244.07 Egusa, F. 235.05 Emsellem, E. 339.19 Dufour, P. 220.01, 308.02, Ehrenfreund, P. 350.02 Endl, M. 104.06, 343.24, 308.03, 435.05 Ehrenreich, D. 315.06 423.05 Dugan, C. 201.02 Eigenbrot, A. 345.06 Engelbracht, C. W. 250.01 Duggan, J. 241.04, 253.17 Eikenberry, S. S. 144.08 Engelhardt, L. 106.03, 341.13 Dumas, G. 339.19, 349.15, Eimer, J. 229.04 349.16, 349.17 Engle, S. G. 252.14, 333.02, Eiroa, C. 144.24, 144.28, 354.18 Duncan, M. J. 343.02 205.01 Epps, H. W. 345.04 Dunham, E. W. 345.02 Eisenhamer, B. 246.06, Dunham, M. M. 117.01 342.06 Epstein, C. 252.09 Dunlop, J. 207.01, 207.02, Eisenhamer, J. 246.06 Eracleous, M. 142.39, 203.02D, 247.10 207.04, 207.05 Eisenhardt, P. R. 128.06, Dunn, G. 250.39 226.05, 430.08, 443.09 Erb, D. 147.39, 428.01 Dunn, J. 347.02 Eisenstein, D. 152.04, Erben, T. 437.02 Dunn, J. P. 354.21 418.08 Erdmann, C. 240.28 Dupree, A. K. 407.05 Eisner, J. A. 256.16 Erickson, B. 341.07 DuPrie, K. 240.01 Ekstrom, S. 414.01 Erickson, E. F. 256.13 Dupuis, J. 443.19 El-Hage, P. 323.02D Erickson, N. 339.21

256 Author Index Ernst, M. 352.18 Falgarone, E. 414.02D Ferrarese, L. 437.02 Espaillat, C. 117.04, Fan, X. 133.03, 147.39, Ferreira, D. 244.20 137.05, 144.04, 144.16, 207.03D, 221.04, 247.10, Fertig, D. 147.07 220.02 339.31 Fesquet, V. 439.06 Esposito, S. 158.17 Fanelli, M. N. 434.08 Fetherolf, T. 142.09, Esquerdo, G. 109.04, Fang, J. 407.01D 142.10, 142.11, 142.12 315.04 Farihi, J. 308.01, 308.04, Feuillet, D. 254.13 Eufrasio, R. T. 147.10 435.05 Fiege, J. D. 426.04 Evans, A. S. 147.23, 157.04, Farr, T. G. 353.17 Fienberg, R. T. 246.01 157.12, 405.01, 442.03 Farrah, D. 147.34, 157.08, Evans, D. A. 422.01 244.17 Fierroz, D. F. 253.29 Evans, J. 240.37, 240.38 Farrell, T. 215.01 Figueroa, A. 256.22 Evans, M. 431.06 Farrington, C. D. 137.02D Figueroa-Feliciano, E. 330.02 Evans, N. R. 251.22 Faulkner, D. R. 142.14 Figura, C. C. 254.09 Evans, P. A. 421.05 Favia, A. 255.01 Filipovic, M. D. 249.21 Even, W. P. 202.03 Fazio, G. G. 133.01D, Filippazzo, J. 158.24 Everett, J. E. 157.05 147.43, 304.04D, 341.02 Feaga, L. M. 314.01 Filippenko, A. V. 233.03, Everett, M. E. 142.05, 253.06, 339.13, 410.01 142.08, 148.01, 407.05, Feddersen, J. 147.20 Fillingham, S. 245.08 407.07 Fedorenko, K. 256.19 Fineman, R. 349.01 Everhart, C. A. 354.27 Feiden, G. A. 213.03D Evrard, A. E. 341.07, 352.21 Finkbeiner, D. P. 125.01, Feigelson, E. 240.19, 145.06, 223.06 Eyink, G. 415.03 240.26, 256.03 Finkbeiner, F. M. 153.16 Faber, S. M. 112.01, Feindt, U. 439.10 Finke, J. 430.01 112.03D, 112.05, 133.07, Feldman, P. D. 350.07, 147.43, 304.06, 339.25 350.08 Finkelstein, S. L. 112.08, Fabian, A. 111.03, 123.06, 147.32, 147.36, 147.43, Feldt, M. 149.22, 149.24, 207.06, 228.01 244.12, 244.15, 244.16, 324.06 330.06D, 437.01 Finn, K. 256.19 Feng, W. 256.19 Fabricius, M. H. 107.03 Finn, L. S. 155.05, 432.14 Feng, Y. 149.01, 340.03 Fabrycky, D. C. 158.17, Finn, R. 147.20 Fenton, L. 353.05 343.15, 407.02D, 407.04, Finoguenov, A. 352.25 407.05 Fergus, R. 126.02 Fiore, F. 244.13, 244.17, Fadda, D. 129.04, 243.07 Ferguson, B. A. 144.03 352.25 Fadely, R. 125.05, 316.02, Ferguson, H. C. 147.24, Fiorenza, S. 250.26 340.04 147.43, 207.06, 228.01, 243.03, 339.25, 341.19 Fischer, D. 144.24, 315.01, Faesi, C. 440.05 343.05, 407.05 Fagin, M. H. 432.13 Ferkinhoff, C. 332.04D, 414.02D Fischer, T. C. 103.07, Faherty, J. 148.14, 158.12, 339.18 158.15, 158.24, 246.08, Ferland, G. J. 111.03, 330.06D Fischer, W. J. 251.06, 246.09 256.19, 442.01 Fernandes, A. 254.23 Fahlman, G. 213.02 Fish, V. L. 123.07, 143.04, 'BKBSEP"DPTUB
4
 Fernandez Lopez, M. 143.05, 143.10 240.09, 251.10, 251.11, Fakhouri, H. 106.07D, 251.12 Fisher, D. B. 404.07 136.03, 341.09, 341.16 Feroz, F. 431.01 Fisher, R. T. 202.04, 214.01 Fakhouri, O. 149.01, 340.03 Ferrante, F. V. 354.26 Fisler, A. 141.07, 141.08 Falcon-Barroso, J. 111.04D, Ferrara, E. C. 307.03 Fitzgerald, M. P. 109.06, 241.05 324.02, 324.03, 350.06 Falcone, A. 339.07 Ferrara, J. 158.22 257 Author Index Fitzpatrick, M. J. 240.24, Forveille, T. 205.07, 443.13 335.01 240.34 Foster, A. 116.04 Friesen, R. 332.01, 349.21 Fiven, V. 354.21 Foster, C. 252.18 Frinchaboy, P. M. 144.08, Fivet, V. 431.02 Foster, J. B. 413.06 242.01, 250.31, 250.34, 252.08, 254.14 Fixsen, D. J. 229.04 Fouesneau, M. 250.01, Flaaten, D. 142.14 250.11, 311.02, 311.05 Friz, P. 445.02 Flaherty, K. M. 144.15 Fournier, A. 352.27 Frohlich, C. 253.20 Flanagan, K. 113.05, Fowler, J. W. 153.16 Fruchter, A. S. 341.09 160.02 Fox, A. 134.02, 245.01, Fruscione, A. 352.25 Flanigan, J. 154.05 245.02, 411.06 Fryer, C. 202.03, 214.06 Flarend, A. 342.08 Fox, D. B. 410.02, 432.15 Ftaclas, C. 149.25, 149.26, Flateau, D. C. 158.28 Fragile, P. C. 123.04, 254.05 149.27 Flatland, K. 339.55 Frail, D. A. 215.06, 410.02 Fu, H. 147.22, 147.38, 148.17, 157.08, 322.01 Flaugher, B. 335.02 Fraiser, O. 246.04 Fu, X. 254.15 Fletcher, A. 109.05 France, K. 117.04, 321.05, Fuchs, M. 158.06 Flewelling, H. 215.09 344.04 Fucik, J. 153.09 Flohic, H. 103.03 Franco, E. 142.01 Fuechsl, R. 256.29 Flores, K. 433.05 Frandsen, S. 250.36, 250.38 Fuentes, C. 352.19 Flynn, C. 303.01 Frank, K. A. 437.01 FRANK, K. 302.02 Fuerst, F. 244.03, 244.04, Fogarty, L. 215.01 244.15, 244.16, 244.24 Foing, B. 350.02 Franx, M. 129.05, 147.08, 147.39, 215.02, 227.05D 'VKJNPUP
3
 Foley, R. J. 253.12, 253.13 Franzmann, E. 426.04 'VKJUB
:
 Follette, K. B. 345.07 Fraschetti, F. 330.07 Fukagawa, M. 144.07, Foltz, R. 350.07, 350.08 324.05 Fraternali, F. 107.02 Fomalont, E. B. 323.07 Fuller, V. 158.03 Frayer, D. T. 345.16, 349.13 Font, A. 402.02, 402.04 Fulton, B. 149.03, 315.04 Frazer, C. C. 341.19 Forbrich, J. 256.07, 440.05 Fumagalli, M. 147.39 Fredericks, A. C. 141.12 Ford, A. B. 245.08 Furesz, G. 109.04, 354.14 Free, B. 256.22 Ford, A. 154.05, 328.06, Furlan, E. 251.06, 256.08, 345.17, 345.18 Freeman, K. C. 234.06, 403.02 345.13 Ford, E. B. 104.06, 317.01, Furlanetto, S. R. 129.08 Freire, P. 154.03 340.03, 343.04, 343.06, Furman, T. 342.08 407.06, 443.14 Freischlad, G. 249.05 Fusco, M. 144.20 Ford, H. 207.07, 207.08, French, B. S. 147.16 Futamase, T. 155.03 323.01 French, D. 246.07, 256.22 Fynbo, J. 152.10 Ford, J. 345.24 French, R. S. 353.15 Gabb, M. 142.41, 421.01D Foreman-Mackey, D. Frenk, C. S. 341.11 146.09 Gabel, J. 339.48, 339.52 Fresneau, A. 350.02 Forman, W. R. 204.03, Gadotti, D. 230.04, 313.05 Fressin, F. 216.03, 407.07 313.06 Gaensler, B. M. 330.01D, Forrest, W. J. 350.04 Freund, R. 123.07, 143.05 420.05D, 440.02 Forrey, R. C. 408.01 Frew, D. 249.09 Gaetz, T. J. 116.04, 142.39, Forsman, H. 249.05 Frewen, S. 308.09 146.19 Forster, K. 244.24 Freyer, C. 244.08, 244.09, Gagliano, R. 315.01 244.10, 244.11 Fortney, J. J. 126.05, Gaidos, E. 334.05D, 423.01 315.05D, 333.04, 407.05 Friberg, P. 123.07, 143.05 Gaier, T. 345.15 Fortson, L. 225.06, 340.05 Frieman, J. 106.06D, Gailey, J. 246.04 258 Author Index Gainey, K. 149.22, 324.06 Gaspar, A. 403.01 254.03, 254.04, 345.20, Gal-Yam, A. 131.05, Gates, E. L. 339.13 354.25 215.10, 253.06, 350.11, Gaudi, B. S. 310.03, 315.04, Ghezzi, L. 254.13 410.01 342.09, 435.03 Ghigo, F. D. 314.04 Galache, J. 353.10 Gaulme, P. 142.16 Ghosh, T. 157.06, 349.25 Galadí, D. 149.05 Gausachs, G. 439.06 Giacomazzo, B. 153.13 Galaz, G. 132.02 Gautam, A. 154.04 Gianninas, A. 308.06 Gallagher, J. S. 157.05, Gavrilchenko, T. 354.11 Giavalisco, M. 228.01 243.12, 345.06 Gawande, R. 345.15 Gibson, R. R. 247.05 Gallagher, M. 251.04 Gawiser, E. J. 112.07, Gibson, R. 247.10, 339.03 Gallagher, S. 339.04 112.08, 147.32, 228.01, Gibson, S. J. 440.08 Galley, C. 350.03 228.02, 247.08 Giebels, B. 244.19 Galvan-Madrid, R. 349.08 Gay, P. L. 201.07, 248.02, Gies, D. R. 116.05, 142.03 Galvez, R. 439.06 248.03 Gifford, D. 226.04, 255.11 Galvin, M. 345.10 Ge, J. 109.05, 149.04, 158.20, 245.03, 402.05, Giguere, M. J. 315.01 Gamezo, V. N. 444.04 418.08 Gilbank, D. 148.13 Gammie, C. F. 123.05D Geach, J. 339.27, 418.04 Gilbert, K. 122.06, 146.09, Ganesan, N. 255.03 Geary, J. C. 109.04 146.16, 213.06 Gangler, E. 136.03, 341.16 Gebhardt, K. 107.03, Gilbert, S. 352.18 Gao, P. 109.06 147.36, 326.01, 433.01 Gilfanov, M. 313.06 Gao, S. 445.03, 254.15 Geha, M. C. 122.04, 146.16 Gilfrich, C. 142.19 Gao, Y. 157.12 Gehrels, N. 103.05, 131.01, Gilli, R. 352.25 339.07 Garaud, P. 252.04, 252.05 Gilliland, R. L. 301.01 Gelino, C. R. 240.18 Garcia, A. 154.05, 154.06, Gilmore, D. K. 247.05 328.06, 345.18 Gelino, D. M. 127.05, 343.19 Ginsburg, A. 413.07D, Garcia, J. 339.10, 430.07 440.03 Geller, A. M. 250.36, Garcia, R. A. 301.05, 301.06, Ginsburg, I. 234.03D 443.07 250.46, 331.04, 407.06 Giommi, P. 244.19 Garcia Burillo, S. 349.15, Gendreau, K. 408.05 349.16, 349.17 Genel, S. 323.01 Giovanelli, R. 110.02, 122.01, 125.02D, 147.01, Garcia Perez, A. 242.01, Gentile, G. 327.05D 352.02, 352.03, 352.04, 250.34, 254.13 Georganopoulos, M. 352.06, 352.07 Garcia-Alvarez, D. 251.20 103.05 Girardi, L. 213.06, 311.03 Garcia-Lambas, D. 132.02 George, E. 339.37 Giroletti, M. 339.15 Gardner, J. P. 147.26, George, E. R. 307.04 Giroux, M. 245.05 147.30, 210.05, 228.01, Georgieva, A. 329.01, Gizis, J. 247.06 304.06, 347.03, 350.07, 346.03 350.08 (KFSHP
&
241.04 Gerber, J. 339.42 Gardner, P. B. 156.05 Gladders, M. 147.28, Gers, L. 345.13 Garibyan, A. 433.04 147.29 Gersch, A. 314.02D Garmany, C. D. 201.03, Glass, H. 431.06 246.18 Gerton, J. 353.12 Glassman, T. M. 305.09 Garmilla, J. 424.08 Getman, K. V. 256.03 Glazebrook, K. 106.02, Garnavich, P. M. 106.06D Gettel, S. 149.09 147.43, 345.13 Garofali, K. 146.19, 249.01, Gezari, S. 131.02, 253.04 Glenn, J. 110.05, 150.02, 250.16 Ghavamian, P. 146.18, 150.06, 150.07, 150.09 Garrel, V. 305.04, 305.05 249.15, 249.18 Glesener, L. 244.23 Ghez, A. M. 158.08, 158.23, Glidden, A. 246.16, 339.39 259 Author Index Glikman, E. 307.02, Gorgas, J. 107.01D Graves, G. 106.07D, 147.11 307.09, 339.44, 352.14, (PSKJBO
7


Gray, A. G. 247.10 352.25, 418.08 339.39, 341.08 Gray, N. 240.28 Gliozzi, M. 339.15 Gorlova, N. 354.17 Gray, R. O. 158.02, 158.03, Gluscevic, V. 124.01D Gorti, U. 205.04 351.05 Gnedin, N. Y. 129.03D Gosmeyer, C. 353.16 Grcevich, J. 433.05 Gnedin, O. Y. 129.03D Gosnell, N. M. 127.02, Green, A. J. 330.01D Godfrey, L. 146.11, 146.17 250.46 Green, D. 108.07 Gokhale, V. 445.02 Goss, M. 146.13, 349.08 Green, G. 145.05, 145.06 Golden-Marx, E. 147.05 Gossan, S. 155.10 Green, J. C. 245.04 Goldman, R. T. 345.27 Gossen, L. 421.01D Green, J. D. 256.23 Goldsmith, P. 312.05 Gostisha, M. 349.30 Green, P. J. 307.07, 434.02 Gole, D. 254.16, 254.17 Goto, M. 149.24, 324.06 Green, R. F. 207.03D, Golev, V. 250.42, 250.43 Gott, A. 253.10 247.10 Golimowski, D. A. 344.05 Gotthelf, E. V. 244.01, Greene, A. 149.22 Golub, L. 315.06 244.02, 244.05, 244.07 Greene, G. 240.35 Golwala, S. R. 128.05D, Gottlieb, A. 445.01 Greene, J. E. 133.08, 150.08, 226.08 Gould, A. 315.04 146.08, 309.02, 418.08, Gomez, H. 223.01 Goulding, A. D. 204.03, 434.02 Gomez, P. L. 243.10 339.23 Greene, T. P. 256.01, 305.02 Gomez, S. 142.25, 401.02 Gouliermis, D. 311.03, Greenhouse, M. A. 347.02 311.05 Gomez, T. A. 354.09 Greenley, C. 432.14 (PVSBWBKIBMB
4
 Gong, H. 251.10, 251.11, Greenwood, N. 343.12 251.12 Govea, J. 354.09 Grefenstette, B. 244.03, Gong, Q. 149.30 Governato, F. 232.03D 244.04, 244.08, 244.09, 244.10, 244.23, 244.24 Gong, Y. 341.14 Goyal, A. 339.36 Gregg, M. 152.06 Gonzaga, S. 344.05 Grabowski, K. 254.21 Grace, E. 247.05 Gregg, T. A. 142.09, 142.11, Gonzales, J. 334.07 142.12 Grady, C. 144.02, 144.07, Gonzalez, A. H. 128.06, Gregory, S. G. 117.04 226.05 205.06 Greiner, J. 149.13 Gonzalez, C. P. 148.02 Grafer, E. 109.05 Greiss, S. 142.41, 421.01D Gonzalez, E. 142.24 Graff, P. 431.01 Grier, C. 422.03D Gonzalez, G. 329.03 Graham, J. R. 205.06, 250.02, 324.02, 324.03, Griest, K. 125.07 Gonzalez, R. I. 401.02 423.06D Grieves, N. 444.03 Gonzalez Serrano, J. 430.10 Graham, M. 240.05, Griffin, R. M. 202.01 Goobar, A. 341.09 240.13, 240.34, 254.25, Griffith, C. A. 343.28 Good, J. 240.18 352.20, 352.24, 253.01, 253.26, 345.23 Griffith, S. A. 249.21 Goodman, A. A. 211.01, 234.01, 235.03 Graham, P. W. 155.06 Griffith, Z. 147.12 Goodman, J. 255.06 Grainge, K. 145.04, Grillmair, C. J. 254.15, 223.02D, 440.01 254.20, 343.16 Goodsall, T. 153.09 Grant, C. S. 240.30 Grindlay, J. E. 244.01, Goodwin, M. 215.01 Grant, J. 160.01 350.15, 443.17 Gopal-Krishna, .. 339.36 Grasha, K. 145.09 Grishaw-Jones, C. 254.24 Gordon, K. D. 145.11, Graur, O. 136.02D, 253.14 Groenewegen, M. A. 145.12, 311.04, 311.05, 330.03 349.36, 404.07, 427.02 Grav, T. 253.04, 353.06 Groff, T. D. 345.10, 350.06,

260 Author Index 350.17 Gustafson, R. 431.06 Hakobian, N. S. 426.04 Grogin, N. A. 147.43, Gutermuth, R. A. 251.20 Haldeman, B. 345.23 210.05, 228.01, 339.25, Gutierrez, E. 246.14 Hales, C. A. 420.05D 344.05 Guvenen, B. 255.08, Hall, J. C. 345.01, 345.02 Groh, J. H. 148.16 343.01, 343.17, 343.28 Hall, J. 104.06 Gronwall, C. 228.01 Guy, J. 136.03, 253.02, Hall, K. 352.13 Groot, J. 109.05 323.02D, 341.16 Hall, S. 255.11, 343.09 Groot, P. 148.11, 401.01D Guyon, O. 149.31, 305.02, Halligan, E. 342.05 Groppi, C. E. 441.02 305.04, 305.05, 328.05D, 345.10, 419.02, 419.05 Hallinan, G. 148.10, 215.06 Groves, B. 349.26, 349.36 Guzman, A. 348.01, 348.03, Hallman, E. 128.01 Gruen, A. E. 246.16, 339.39 312.03 Halpern, J. P. 421.03D Gruendl, R. A. 335.06 Guzman, J. M. 147.16 Halpern, M. 150.07, 229.04 Grundahl, F. 250.36, 250.38 Gwinn, C. R. 412.02D Hamaguchi, K. 205.06 Grundstrom, E. 248.05 Gänsicke, B. 308.04 Hamann, F. W. 339.04, Grupe, D. 146.06, 339.07 Güsten, R. 332.06D 402.05, 418.08 Guainazzi, M. 244.15, Haberl, F. 146.19 Hambleton, K. 142.05 244.16 Hack, W. J. 240.17 Hambly, N. 423.02 Guarcello, M. G. 251.20 )BEKJZTLB
&
*
439.10 Hamilton, R. T. 401.04D Gubarev, M. 350.14 Haehnelt, M. G. 245.06 Hamilton, T. S. 147.18 Guedel, M. 256.24 Haffner, L. M. 349.30, Hamm, K. 250.31 Guedes, J. 405.03D 404.02D Hammel, H. B. 144.02, Guerrero-miller, A. 255.09 Haggard, D. 201.08, 353.13, 353.14 Gugliucci, N. E. 248.02, 307.07, 418.08 Hamren, K. 250.25, 334.04, 248.03 Haghighipour, N. 333.03, 351.03 Guha, S. 122.07 435.05 Han, A. 326.07 Guhathakurta, P. 122.04, Hagihara, T. 349.38 Han, E. 149.01, 340.03 122.06, 122.07, 146.09, Hailey, C. J. 209.02, 244.01, Han, W. 340.01 146.16, 147.42, 242.06, 244.02, 244.03, 244.04, 250.09, 250.25, 254.15, 244.05, 244.06, 244.07, Han, X. 445.03 254.24, 311.06, 351.03 244.08, 244.09, 244.10, Hand, N. 105.03 Guillemaud, N. 252.08 244.11, 244.12, 244.13, Hanisch, R. J. 240.01, Guillemot, L. 412.03 244.14, 244.15, 244.16, 240.21, 240.27, 240.35 244.17, 244.18, 244.19, Guillot, S. 412.01 244.20, 244.21, 244.22, Hanish, D. 134.04, 228.01 Guinan, E. F. 252.14, 244.23, 244.24, 244.25 Hankins, M. 254.02 253.10, 333.02, 353.01, Hailey-Dunsheath, S. J. Hannel, M. 247.05 354.18 414.02D Hanneman, W. 159.07 Guiriec, S. 103.05 Hailey-Dunsheath, S. Hansen, B. M. 213.02, Gull, T. R. 148.16, 354.21, 150.09, 332.04D 224.01D, 308.09 431.02 Haiman, Z. 133.03, 323.05 Hansen, G. 354.24 Gullikson, K. 251.23 Haines, T. 313.01, 313.03 Hanson, M. M. 250.33 Gunn, J. E. 345.10 Hainline, K. 133.08, 309.02 Hao, H. 352.25 Guo, M. 242.02 Haipslip, J. 328.07, 345.24 Harbeck, D. R. 305.07 Guo, Q. 328.02, 421.04 Haisch, K. E. 256.28, 332.05 Harbo, P. 240.25, 240.37 Guo, Z. 142.03 Haislmaier, K. 159.03, Hardegree-Ullman, E. E. Gupta, R. 106.06D 245.05 440.04 Gurton, S. 302.02 Hakobian, N. 251.10, Hardegree-Ullman, K. Gurwell, M. A. 123.07 251.11, 251.12, 312.04D 255.03, 255.08, 343.01,

261 Author Index 343.12, 343.17, 343.28 Hartung, S. 240.06 328.07, 345.24 Harden, P. 328.04 Hasan, H. 302.05 Heavens, A. 341.03 Hardersen, P. S. 159.06 Hasegawa, T. 235.05, Hebrard, G. 435.01 Harding, A. K. 412.06D 342.02 Heckman, T. M. 436.03 Hargis, J. R. 425.02D Hashimoto, J. 144.07 Hedlund, A. 250.06 Haring, R. 141.02 Hasinger, G. 352.25 Hedman, M. M. 353.16 Harkness, R. 432.04 Hasselfield, M. 124.05 Hegel, P. 147.19 Harmer, D. 443.08 Hasselquist, S. 144.08, Heger, A. 252.16 242.01 Harmon, R. O. 354.13 Heiles, C. E. 349.12, 426.04 Hathi, N. P. 147.40, 223.08, Harootonian, S. 433.04 228.06, 339.25, 339.31 Heilmann, R. K. 153.18 Harp, G. 229.03, 240.12 Haurberg, N. C. 122.01 Heinke, C. O. 250.41 Harper, D. A. 345.14 Hauser, M. G. 341.08 Heinze, A. 158.28 Harper, G. 351.01, 351.02, Hawkins, E. 345.23 Helfand, D. J. 127.06, 354.14, 354.15 244.01, 244.13 Hawkins, K. 254.10 Harrington, J. 224.01D, Helou, G. 349.14 Hawkins, R. L. 141.05 315.05D Hempel, M. 253.20 Harris, B. J. 352.10 Hawley, S. L. 158.21, 354.14, 354.15 Henden, A. A. 158.19, Harris, C. 253.23, 309.03 240.37, 256.29 Hawley, W. 253.27, 443.20 Harris, H. C. 158.18, Henderson, C. B. 342.09 339.17, 339.29 Hayashi, M. 342.02, 345.10, 227.01 Henderson, C. L. 143.08 Harris, J. 242.03 Hayashida, M. 244.19 Heng, I. 155.10 Harris, R. J. 205.03D Hayden, B. 136.05D Henkel, C. 157.07 Harris, W. E. 303.01, 434.04 Hayden, M. R. 254.13, Hennawi, J. 106.07D, Harrison, C. M. 339.27 254.14 245.03, 322.03 Harrison, C. 226.04 Hayes, M. 145.08, 147.17, Henneken, E. A. 240.30 Harrison, F. 209.01, 244.01, 210.01 Henning, T. 149.22, 149.24, 244.02, 244.03, 244.04, Haynes, M. P. 122.01, 251.24, 324.06 244.05, 244.06, 244.07, 125.02D, 147.01, 352.02, Henry, A. 354.21 244.08, 244.09, 244.10, 352.03, 352.04, 352.06, Henry, A. L. 223.08 244.11, 244.12, 244.13, 352.07 244.14, 244.15, 244.16, Henry, G. W. 137.02D, 244.17, 244.18, 244.19, Haynes, R. 345.23, 345.13 343.05 244.20, 244.21, 244.22, Hays, C. C. 353.17 Henry, T. J. 149.15, 149.20, 244.23, 244.24, 244.25, Hays, E. A. 350.10 156.02, 246.10, 246.11, 352.25 Hayward, C. C. 304.04D 252.01, 423.02, 423.03D Harrison, T. E. 401.04D Hayward, T. L. 149.25, Hensley, B. 440.07 Hart, Q. N. 243.16, 255.04 149.26, 149.27 Henz, T. 343.17 Hartigan, P. M. 149.02, Heald, G. 146.25, 215.07, Henze, C. 407.07 251.19, 256.21 327.05D Herbst, W. 256.29, 256.30 Hartley, M. 249.03, 143.09, Heald, R. 215.01 146.24 Herczeg, G. 117.04 Healey, S. E. 103.01D Hartman, H. 354.21, 431.02 Hermanowicz, M. 426.03D Heap, S. R. 147.27, 149.30 Hartman, J. 341.10, 409.02 Hermes, J. J. 424.04 Hearty, F. R. 250.34, 254.14, Hernandez, A. 142.32 Hartman, J. D. 252.07, 144.08, 144.09 315.03 Hernandez, C. 250.41 Heasley, J. N. 253.04 Hartmann, D. 152.07, Hernandez, G. 354.04 Heath, C. 226.06 255.12 Hernquist, L. E. 304.04D Heath, J. 253.07 Hartmann, L. W. 104.02D Herrera-Camus, R. 132.02, Heatherly, S. 246.15, 262 Author Index 404.07 Hinkley, S. 126.02, 324.01, Hogstrom, K. 149.06 Herter, T. L. 249.03, 254.01, 333.05 Holberg, J. B. 435.05 254.02 )JOPKPTB
+


Holczer, T. 321.04 328.06, 345.17, 345.18 Hervé, A. 117.04 Holden, B. 129.05 Hinse, T. 343.21, 435.01 Herwig, F. 202.02D Hollenbach, D. J. 205.04 Hinshaw, D. 240.23 Herzog, M. 349.29 Holley-Bockelmann, K. Hess, K. M. 243.15, 420.04 Hinshaw, G. F. 229.04 115.05, 240.10 Hessels, J. 154.10 Hintz, E. G. 141.07, 141.08, Hollingsworth, J. L. 353.02 142.31, 142.32, 252.11 Hettinger, T. 142.06 Hollis, J. M. 352.08, 352.09 Hinz, J. L. 230.05 Hewett, P. C. 133.02 Hollister, M. 150.07, 150.09 Hinz, P. 158.17, 345.07, Hewitt, J. N. 108.06 403.05, 403.06, 419.01 Holoien, T. 253.14, 253.15 Heyer, M. H. 349.09 Hirata, C. M. 223.02D Holtzman, J. A. 144.08, Heyl, J. S. 154.08 242.01, 250.34, 254.13, )KFMTUSPN
"
 254.14, 404.03 Hibbard, J. E. 405.01 )KPSUI
+
 Holwerda, B. 326.05, Hibon, P. 129.02 Hlozek, R. 105.02D 250.11 Hickox, R. C. 133.08, Ho, A. 154.11 Holz, D. 155.09 204.03, 244.13, 244.17, 309.02, 339.57, 418.04 Ho, I. 155.02 Homan, D. C. 103.04 Hicks, A. K. 303.03D Ho, L. C. 103.02, 103.08, Homeier, D. 224.03 146.08, 147.37 Hicks, B. 328.04, 328.06, Hong, J. 244.01, 244.02, 345.17, 345.18, 350.13 Ho, P. T. 123.07, 143.05 350.15, 443.17 Hicks, E. K. 339.19, 422.01 Ho, S. 247.08, 431.04, HongJun, A. 244.24 432.03, 432.08, 432.09, Honma, M. 123.07, 143.05 Hicks, S. 353.15 435.06 Honscheid, K. 335.04 High, F. W. 125.03 Hoard, D. W. 308.01 Hood, C. E. 156.05 Hilbe, J. 240.19 Hobson, M. P. 431.01 Hood, J. C. 433.03 Hilbert, B. 344.02 Hodapp, K. W. 253.04 Hildebrandt, H. 437.02 Hooper, E. 147.12, 243.12, Hodge, J. 221.05, 221.06 246.10, 246.11, 345.06 Hill, A. S. 349.30, 440.02 Hodge, M. A. 247.05 Hopkins, A. M. 147.14, Hill, G. J. 147.36 Hodge, P. W. 311.03 215.01 Hill, J. M. 158.17 Hoekstra, H. 437.02 Hoq, S. 250.15, 250.30, Hill, M. 157.01, 142.09, Hoffer, A. S. 303.03D 352.15 142.11 Hoffman, I. M. 349.19 Hora, J. L. 251.05, 251.20, Hillenbrand, L. 117.04, 256.07, 256.26, 312.03, 126.02, 256.19 Hoffman, J. L. 142.35, 341.02, 410.04 144.18, 253.16, 253.30 Hillwig, T. C. 249.06, Horch, E. 142.08, 407.05, 249.07, 249.09 Hoffman, K. L. 154.08 407.07 Hilton, G. C. 153.16 Hoffmann, S. L. 152.06, Horesh, A. 215.06, 410.02 316.04D Hily-Blant, P. 205.07, Horn, M. 201.09 Hoffmann, W. F. 158.17 443.13 Hornbeck, J. 144.02, Hinderer, T. 346.01 Hofmann, R. 255.08, 205.06 343.28 Hinderks, J. 229.04 Horner, D. J. 350.09 Hofmeister, A. M. 223.04 Hines, D. C. 144.11, 256.13, Horner, J. 249.03 Hogan, C. J. 431.06 339.42, 347.06, 353.13, Hornschemeier, A. E. 353.14 Hogan, J. 155.06 244.12, 244.21, 244.22, Hinkel, N. R. 343.05, Hogg, D. W. 126.02, 245.03, 339.27, 414.04 343.29 311.05, 340.04 Hornstrup, A. 244.01, Hinkle, K. H. 348.02 Hogge, T. 243.04 244.03, 244.20

263 Author Index Horst, J. 339.13 Huehnerhoff, J. 148.01 Ilbert, O. 437.02 Horton, A. J. 215.01, 345.13 Huenemoerder, D. 153.18 Illingworth, G. D. 147.44, Hosey, A. D. 252.01, 423.02 Huertas-Company, M. 304.01 Hosmer, L. 328.07, 345.24, 437.02 Im, M. 103.02, 256.23 349.05 Huffenberger, K. 243.02, Imanishi, M. 204.05D Host, O. 207.07, 207.08 323.05 Immler, S. 444.05 Hou, A. 434.04 Hufford, T. 325.06 Impey, C. D. 115.03, 255.03 Hou, J. 254.15 Hughes, A. M. 426.04 Inami, H. 146.23, 157.09, Houde, M. 312.05, 426.04 Hughes, A. 349.15, 349.16, 442.03 349.17, 349.20 Hough, L. 349.13 Indebetouw, R. 148.15 Hughes, J. A. 146.27 Hovatta, T. 339.05, 339.07, Ingleby, L. 117.04 339.51 Hughes, J. P. 124.06, Inohara, A. 147.22 125.04D Hoversten, E. A. 352.13 Inoue, M. 123.07, 143.05 Hughes, P. A. 339.51 Howard, A. 149.03, 149.18, Inoue, Y. 244.19 Huk, L. N. 253.16, 253.30 216.05, 315.01, 343.05, Intema, H. 328.04 343.18, 407.02D, 407.05 Hull, A. B. 350.16 Iping, R. 443.16 Howard, C. D. 205.01 Hull, C. 426.04 Ireland, M. 252.03 Howell, D. A. 253.01, Humensky, B. 244.08, 253.06, 253.23, 345.23 244.09, 244.10, 244.19 Irwin, J. 128.03D, 142.27, 203.02D, 421.02, 158.10, Howell, J. 146.23, 157.09, Hunacek, J. 439.17 407.07 157.12 Hungerford, A. 244.11 Irwin, K. D. 153.16, 229.04, Howell, S. B. 142.04, Hunter, D. A. 146.05, 345.14, 414.02D 142.05, 142.08, 148.01, 242.05, 345.02 148.04, 246.13, 249.07, Irwin, M. 122.03, 425.03D, 255.12, 354.02, 354.04, Hunter, T. R. 251.08 443.12 354.05, 354.06, 401.03, Hurford, G. J. 244.23 Isaacs, J. 353.14 407.05, 407.07 Hurley, J. R. 213.02, 331.04 Isaacson, H. T. 407.05 Howerton, S. 352.24 Hurt, R. L. 141.01, 248.01 Isella, A. 117.03, 144.17, Howk, J. C. 134.02, 245.01, Hussain, G. 117.04 144.21, 150.04, 251.10, 245.02, 411.06 251.11, 251.12 Huwe, P. M. 222.03D Hron, J. 443.03 Ishak-Boushaki, M. B. Huynh, M. T. 129.04, 106.04, 222.02D, 323.03 Hsiao, E. 136.03, 341.16 147.14 Israel, F. P. 235.07 Hsu, D. 142.27 Hwang, H. 434.06 Issak, K. 157.12 Hsyu, T. 250.18 Hwang, S. 249.01 Itoh, Y. 324.05 Hu, R. 224.05D Hwang, U. 249.14, 249.16 Ivanov, V. D. 250.33 Huang, J. 133.01D, 341.02 Hyde, E. A. 425.03D Ivans, I. I. 353.12 Huang, M. 147.12 Hygelund, J. 345.23 Huang, S. 327.04D, 147.37 Ivezic, Z. 232.03D, 240.19, Hynes, R. I. 142.13, 142.41, 247.06, 316.03, 339.03 Huang, X. 341.09 421.01D Ivison, R. 221.06 Huard, T. L. 117.01, 256.02 Hyung, S. 143.03, 249.11 Iwasawa, K. 157.12 Hubbard, A. 314.05 Ianna, P. A. 252.01 Iwata, I. 341.02 Huber, D. 301.01 Ibata, R. 122.03, 425.03D Iyer, T. 254.24 Huber, M. 253.04, 253.12, Ibrahim, K. 104.06 Izzard, R. G. 252.14 253.13 Ichikawa, T. 418.03 Jablonka, P. 420.06 Hubrig, S. 256.25 Idem, L. Jack, D. 443.20 Hudgins, D. M. 310.01, Ignace, R. 349.07, 351.04 440.09 Jackiewicz, J. 142.16 Ihara, Y. 341.09 Hudson, H. S. 244.23 Jackson, B. 104.06

264 Author Index Jackson, J. M. 312.03 Jenniskens, P. M. 353.11 Johnson, K. E. 146.13, Jackson, K. 250.34 Jennrich, O. 153.05 147.15, 148.15, 246.02, 420.02D Jackson, L. 246.02 Jensema, R. 152.03 Johnson, L. C. 122.05, Jacobs, D. 108.08, 108.07 Jensen, A. G. 144.20, 250.01, 250.10, 250.11, Jacoby, G. 249.04, 249.07 343.24, 349.28 311.05 Jaeger, T. 350.16 Jensen, E. L. 315.04, 343.05 Johnson, M. C. 343.07, Jaffe, D. T. 149.02 Jensen, J. B. 147.16 242.05, 404.06 Jahnke, K. 339.31, 352.25 Jensen, L. J. 156.04 Johnson, M. 433.03 Jakeman, H. 109.05 Jensen-Clem, R. M. 149.10 Johnson, M. D. 412.02D Jakobsen, S. 244.01, Jerius, D. H. 116.04 Johnson, S. 431.03 244.08, 244.09, 244.10 Jernigan, J. G. 247.05 Johnson, T. J. 412.03 Jakus, M. 256.22 Jessen-Hansen, J. 250.38 Johnson-Groh, M. 339.21 James, B. 409.04 Jewell, P. R. 352.08, 352.09 Johnston, J. 353.12 James, D. 250.44 Jha, S. 106.06D, 253.14, Johnston, K. V. 107.05D, James, D. J. 250.29 253.15 242.01 Jameson, K. 426.04 Jhabvala, C. A. 229.04, Johnstone, D. I. 235.04D 345.14 Janes, K. 250.15 Joiner, D. A. 343.13 Ji, Z. 431.05 Jang, I. 432.02 Jokipii, J. R. 415.04 Jiang, L. 133.03, 207.03D, Jona, K. 201.09 Jang-Condell, H. 325.05, 221.04, 339.31 343.09 Joner, M. D. 142.31, 142.32, Jiang, P. 445.03 Jannuzi, B. 129.07 252.11, 253.31, 339.13, Jiang, Y. 203.03D 339.22 Jansen, R. 147.19, 339.31, 344.11 Jimenez-Serra, I. 312.03 Jones, A. P. 330.03 Janson, M. 149.24, 324.06, Jin, R. 246.03 Jones, C. 255.08, 343.01, 345.10 Jo, Y. 340.01, 349.34 113.06, 204.03, 313.06 Janusz, R. 256.04 Johannsen, T. 123.03D, Jones, D. 215.01, 136.01, 158.04 Janz, J. 436.01 143.10 Jones, D. L. 350.01 Jao, W. 149.15, 149.20, Johns, L. 143.08 252.01, 423.02, 423.03D Johns, P. 256.01 Jones, E. 302.02 Jaramillo, R. 345.17 Johns-Krull, C. M. 117.04, Jones, J. 137.02D, 252.03 Jardel, J. 326.01 149.02, 256.14, 256.21 Jones, M. 243.15, 141.07, 141.08 Jarrett, T. H. 147.34 Johnson, B. 223.07, 229.04 Jones, P. B. 130.01, 208.01 Jayawardhana, R. 158.28 Johnson, C. H. 248.04, 352.18 Jones, R. L. 247.05, 247.07 Jedanzik, R. 350.16 Johnson, C. I. 250.18, Jones, T. J. 158.17 Jedicke, R. 253.04 250.19, 250.20 Jonker, P. 142.41, 421.01D Jee, M. J. 125.04D, 229.01 Johnson, C. C. 142.41, Jonsson, P. 304.04D Jeffers, S. V. 256.14 421.01D Jordan, A. 142.27 Jeffery, E. 250.40 Johnson, D. 255.10 Jordan, S. 246.05 Jeffrey, G. 328.01 Johnson, F. M. 445.04 Jorgenson, R. 245.09 Jeffries, M. 250.36 Johnson, J. 242.01, 250.34, 254.14 Jorstad, S. G. 143.05, Jek, K. J. 315.01 339.40, 339.50, 430.05 Johnson, J. A. 109.06, Jenet, F. 154.03, 154.05, Joshi, M. M. 333.07 154.06, 155.04, 155.05, 149.03, 149.06, 149.07, 255.09, 328.06, 345.17, 149.08, 149.10, 236.01, Jouvel, S. 207.07, 207.08 345.18 252.12, 334.04, 334.06, Jovanovic, N. 305.04, 343.18, 343.23, 407.02D, 305.05 Jenkins, J. M. 216.04 407.04 Jozsa, G. 327.05D 265 Author Index Jubee, S. 434.06 Kangaslahti, P. 345.15 Katz, J. 109.05 Jumper, K. 214.01 Kannappan, S. 147.09, Katz, M. P. 253.21 Jumper, P. 202.04 251.09, 352.13 Kauffmann, J. 150.02, Juneau, S. 133.07 Kanner, J. 153.12, 346.05 234.01, 251.10, 251.11, 251.12, 332.03 Jung, H. 439.09 Kanov, K. 415.03 Kaufman, M. J. 235.04D Jura, M. 336.01, 424.06, Kantamneni, A. 240.08 424.09 Kanter, A. A. 241.01 Kaufman, M. 146.06 Juric, M. 232.03D, 247.01 Kantor, J. 247.01 Kavic, M. 114.01, 143.02, 155.07, 342.07 Juvela, M. 251.07 Kao, M. 212.06 ,BWJSBK
4
210.04, 225.06, Kacprzak, G. 147.43, Kapadia, A. 250.11 303.06, 326.07 227.04, 227.06 Kapala, M. 349.36 Kawaler, S. D. 301.01 Kadler, M. 430.01 Kaplan, D. L. 108.01, Kay, L. E. 342.09 Kadowaki, J. 339.12 154.05, 154.09, 354.01, Kayal, K. 354.10 Kafle, P. R. 232.04 412.05 Kazin, E. 106.02 Kahn, S. M. 247.05, 247.11 Kaplinghat, M. 122.02, 125.04D, 254.27 Kazlauskas, A. 256.04 Kahre, M. A. 353.02 Kargaltsev, O. 412.07, Keane, J. T. 220.02 Kahvaz, Y. 158.03 443.21 Keating, B. 432.10, 432.11 Kaib, N. A. 315.01, 343.02 Karim, A. 221.06, 352.25 Keating, G. 145.04 Kaiser, M. 350.07, 350.08 Karle, A. 349.10 Keel, W. C. 225.06, 250.11, Kaiser, N. 253.04 Karle, J. 345.22, 427.03 304.07, 315.01, 339.31, Kalapotharakos, C. Karnath, N. 256.06 339.47 412.06D Karovska, M. 251.22 Keenan, R. 432.01 Kalas, P. 324.02, 324.03 Kartaltepe, J. S. 112.02, Keeney, B. A. 245.04, Kaleida, C. C. 250.07, 112.06, 141.03, 147.33, 245.05 250.08 352.25 Keeton, C. R. 111.05D, Kalinova, V. 241.05 Kasdin, N. J. 149.33, 125.05 Kalirai, J. S. 122.06, 146.16, 149.34, 345.10, 350.06, Kehoe, R. L. 354.26 213.01, 213.02, 311.03, 350.17 Keller, C. 256.14 311.05, 353.13 Kasen, D. 346.04 Keller, L. D. 249.03 Kallman, T. R. 339.10, Kasevich, M. A. 155.06 430.07 Keller, S. 425.03D Kashi, A. 430.02 Kalmus, P. 155.10 Kellermann, K. I. 208.05, Kashikawa, N. 227.01 323.07 Kalogera, V. 142.22, 201.09 Kashyap, V. 251.20 Kelley, M. 354.25 Kaltcheva, N. 250.42, 250.43, 331.01 Kasliwal, M. M. 148.08, Kelley, R. L. 153.16 329.01, 346.03 Kaltenegger, L. 333.03 Kellogg, K. 256.05, 443.01 Kaspi, V. 244.01, 244.03, Kelly, B. J. 153.13 Kamai, B. 431.06 244.05, 244.06, 244.07, Kamp, I. 205.01 244.08, 244.09, 244.10 Kelly, B. C. 147.24 Kamphuis, P. 327.05D Kassim, N. E. 154.06, Kelly, P. 233.02D Kanarek, G. 148.14 328.04, 345.17, 345.18 Kelo, A. 256.22 Kanbur, S. 443.18 Kassin, S. A. 147.30, 304.06 Kelson, D. 147.43, 207.07 Kandori, R. 149.24, 324.06 Kasting, J. 353.03 Kempton, E. 126.05 Kane, K. 154.09 Kastner, J. H. 158.11, Kendall, J. S. 201.04 158.12, 205.07, 423.04, Kennea, J. A. 421.05 Kane, S. R. 109.06, 149.01, 443.13 334.01, 343.05, 343.19, Kennedy, C. 232.01 343.29 Katsuda, S. 249.14, 249.15, 249.16 Kennedy, G. 144.24 Kang, Y. 311.03 Kennefick, D. 143.08, 266 Author Index 143.09, 146.10, 146.24, Kimble, R. A. 347.02, Kobulnicky, H. A. 142.02, 146.27, 327.01, 422.05 350.07, 350.08 145.07, 251.14, 339.21, Kennefick, J. D. 143.08, Kinch, B. 148.04 343.09, 410.05D 143.09, 146.10, 146.24, King, A. 123.06 Kocevski, D. 112.01, 146.27, 327.01, 422.05 112.05, 133.07, 339.25 King, D. 126.02 Kennicutt, R. C. 235.05 Koch, A. 146.01, 425.03D, King, I. R. 213.02 Kent, S. M. 345.03 436.01 King, J. R. 255.12 Kenworthy, M. A. 149.28 Koch, P. M. 128.05D King, O. G. 103.01D Kenyon, S. 324.05, 325.01 Kochukhov, O. 256.14 King, R. 158.31, 251.20 Kepley, A. A. 146.13 Koda, J. 206.05D, 235.05, Kinne, R. C. 240.37 324.04, 342.02 Keres, D. 313.01 Kinzler, R. 433.05 Koekemoer, A. M. 147.43, Kern, N. 226.04 Kipping, D. M. 315.03 207.01, 207.02, 207.04, Kerr, M. 142.43, 412.03 207.05, 207.07, 210.05, Kirby, E. N. 122.02, 146.16, 228.01, 228.06, 240.35, Kerschhaggl, M. 136.03, 250.09 341.16 339.25, 339.31, 341.19 Kirk, H. 251.17 Kerton, C. R. 251.14, Koenig, X. 256.22 410.05D Kirkby, D. 402.03 Koerner, D. W. 149.20, Kesden, M. H. 123.01 Kirkpatrick, J. D. 246.10, 252.01 246.11, 308.01 Kesseli, A. 256.10 Koester, D. 308.04, 424.06 Kirkpatrick, J. 307.06 Kessler, R. 106.06D, 253.02, Koesterke, L. 343.24 323.02D Kislat, F. 328.02, 421.04 Koglin, J. 244.19 Keto, E. R. 349.08 Kitaguchi, T. 244.03, Kogut, A. J. 229.04 244.05, 244.06, 244.08, Kewley, L. J. 155.02 244.09, 244.10, 244.20, Koh, J. 439.09 Khan, R. M. 213.07D 244.24 Kohrs, R. 246.15 Kielkopf, J. F. 315.04 ,KFMETFO
)
 Kokubo, E. 435.06 Kiessling, A. 341.03 Klaus, T. C. 216.04 Koldoba, A. V. 343.14 Kilbourne, C. A. 153.16 Klawiter, S. 225.05 Kolenberg, K. 354.08 Kilgard, R. E. 142.26, Klein, C. R. 354.11 Kollmeier, J. A. 245.08 142.40, 256.29 Klein, R. 251.24 Komatsu, E. 429.01 Kilgore, E. 253.08 Kleiser, I. 253.19 Komossa, S. 339.55 Kilgore, E. E. 253.09 Klessen, R. 349.08 Kong, A. 142.39, 246.03, Kilic, M. 220.01, 308.02, Klimchuk, R. 339.29 408.06 308.06 Klimek, E. S. 227.07 Konidaris, N. 133.07, Kim, A. G. 136.03, 341.09 345.04 Kloppenborg, B. K. Kim, C. 235.01 137.02D Koning, N. 408.07 Kim, D. 147.23, 147.35 Klypin, A. A. 227.07 Konopacky, Q. M. 126.03, 158.08, 158.23, 343.22 Kim, H. 439.09, 250.07 Knapp, G. R. 345.10 Konstantopoulos, I. Kim, J. 147.06, 158.17, Knez, C. 349.23 132.05, 147.06, 425.04 215.01, 441.02 Knezek, P. 441.02 Kim, M. 103.02 Koo, D. C. 112.01, 112.03D, Knierman, K. A. 441.02 112.05, 133.07 Kim, S. 157.10 Knigge, C. 250.46 Kooi, J. 345.15 Kim, S. S. 132.05, 425.04 Knisely, L. 342.06 Koop, S. 352.18 Kim, T. 313.05 Knudsen, K. 221.04 Koopmann, R. A. 352.01 Kim, W. 206.01 Knutson, H. 149.03, 149.16, Kopon, D. 345.07 Kim, Y. 206.01, 439.09 217.01, 224.01D Kopp, G. A. 315.06 Kimball, A. E. 247.10, Kober, G. V. 351.01, 351.02 339.35 Korhonen, H. 354.14,

267 Author Index 354.15 Kriek, M. 147.39, 227.05D Kurczynski, P. 228.01, Korpela, E. J. 235.06 Krimm, H. A. 421.05 228.02 Korytov, D. 153.07 Kriss, G. A. 344.03 Kurgatt, C. 354.06 Kospal, A. 144.24 Krist, J. E. 144.14, 144.24, Kurtev, R. 250.33 Koss, M. 339.37, 339.43, 220.07, 350.06, 403.03 Kurth, M. 440.06 339.44 Krivonos, R. 244.01, 244.03 Kurtz, M. J. 240.30 Kostinski, A. 152.09 Kroffe, K. 240.31 Kurucz, R. L. 350.07, 350.08 Kostov, V. 435.01 Krolik, J. H. 418.08 Kutz, C. 328.04 Kouveliotou, C. 244.05, Kronberger, M. 249.07 Kuzuhara, M. 324.06 244.11, 300.01 Kropotina, J. 443.21 Kwak, K. 349.32 Kovacs, A. 150.07, 150.09, Krucker, S. 244.23 Kwan, J. 256.19 339.49, 345.14 Krughoff, K. S. 152.02, Kwitter, K. B. 249.08 Kovacs, E. 241.04, 253.17 247.05 Kwok, S. 223.05 Kovtyukh, V. V. 354.17 Krugler, J. A. 234.05 Kwon, M. 255.08 Kowalski, A. 354.14, 354.15 Kruip, C. 148.16 Kwon, W. 240.09, 251.10, Kowalski, M. 136.03, Kruk, J. W. 147.27, 350.07, 251.11, 251.12, 312.05, 341.09, 341.16 350.08 426.04 Kowalski, M. P. 350.12 Krupp, E. C. 90.05 La Plante, P. 124.02 Kozakis, T. 149.24, 324.06 Kubli, A. 339.32 Labbe, I. 147.39, 147.43, Kraemer, K. E. 249.02, Kuchner, M. 403.05 304.01 250.23 Kuchner, M. J. 324.05 Lackey, B. D. 114.03 Kraemer, S. B. 103.07, Kudritzki, R. 253.04 Lacy, C. H. 143.08, 143.09, 339.18 146.10, 146.24, 146.27, Kraft, R. P. 313.06 Kuehn, C. A. 330.06D, 327.01, 422.05 354.07 ,SBKDJ
5
 Lacy, M. 133.04, 247.07, Kuhlmann, S. 241.04, 247.10, 307.09, 339.35 Kramer, C. 349.15, 349.16, 253.02, 253.17, 323.02D 349.17 Lada, C. J. 440.05 Kuhn, M. 117.05D, 256.03 Kratochvil, J. M. 323.05 Laderman, B. 142.20 Kuiper, T. B. 439.14 Kratter, K. M. 202.04, -BEKBM
%
330.04 Kulas, K. 304.02D, 345.04 321.07, 424.07 Lafreniere, D. 135.06 Kulesa, C. 246.10, 246.11 Kratzer, R. 339.56 Lagadec, E. 250.23 Kulkarni, S. R. 148.08, Kraus, A. L. 149.21, 158.16, Laher, R. 246.07, 256.09, 158.30, 252.10, 254.10 148.11, 154.10, 214.02, 215.06, 244.11, 305.01, 256.22, 340.06 Krause, O. 349.36 305.03D, 316.05, 334.06, Lai, O. 423.06D Krause, T. 351.03 350.11, 401.01D, 410.02 Lai, R. 345.15 Kravtsov, A. 352.21 Kulkarni, V. P. 212.05 Lai, S. 246.03 Krawczyk, C. M. 339.45 Kumar, P. 438.01 Laine, J. 230.04 Krawczynski, H. 244.19, Kunder, A. M. 250.19 Laine, S. J. 148.13, 249.21, 328.02, 421.04 Kundert, A. 252.10 352.22 Krawiec, C. 158.14 Kundu, A. 148.06 Lair, J. C. 253.08, 253.09 Krechmer, E. 341.09 Kuno, N. 235.05 Laity, A. 240.18 Kreckel, K. 349.26 Kuntschner, H. 313.07 -BKPJF
$

347.06 Kreidberg, L. 224.03 Kuntz, K. D. 142.26, 146.11, Lake, S. E. 147.34, 443.09 Kress, M. 343.13 146.17, 146.18, 146.21 Lalescu, C. 415.03 Krestow, J. 433.04 Kupfer, T. 401.01D LaMassa, S. M. 244.13, Krichbaum, T. 123.07, Kurahashi Neilson, N. 307.02, 339.33, 339.44, 143.05 349.10 352.14

268 Author Index Lamb, F. K. 113.07, 401.06 Laughlin, G. P. 231.06 402.01, 402.04, 402.06, Lamb, J. W. 123.07, 426.04 Lauman, S. 345.02 432.08, 439.09, 129.07, 207.03D, 228.01 Lambert, R. 158.03 Laurence, C. 246.16, 339.39 Lee, M. 306.04D, 349.12, Lambros, S. 347.02 Laurikainen, E. 230.04 313.05, 432.02, 434.06 Lamee, M. 147.41 Laurino, O. 240.38 Lee, S. 143.03, 249.11, Lampeitl, H. 106.06D Lavaux, G. 432.05 215.01, 345.13 Lampton, M. 345.08, Law, D. R. 242.01 Lee, W. 225.02D 350.07, 350.08 Law, K. 145.12 Lee, Y. S. 316.03 Lancon, A. 437.02 Law, N. M. 252.10, 305.01, Lee, Y. 250.26, 147.16, Landis, M. E. 144.04 305.03D, 334.06 250.18 Landstreet, J. D. 443.02 Lawler, E. 240.20 Leech, J. 157.12 Laney, D. C. 253.31, 339.22 Lawler, J. E. 348.01, 348.03, Lefor, A. 155.03 Lang, C. C. 332.06D 348.04 Leggett, S. K. 308.02 Lang, D. 146.09, 311.03, Lawler, J. 141.07, 141.08 LeGoff, J. 402.02 311.05 Lawrence, C. R. 345.15 Lehan, C. 248.02 Lang, R. N. 153.02 Lawrence, J. S. 215.01, Lehmer, B. 244.21, 244.22, Langer, N. 252.14 345.13 339.27, 414.04 Langer, W. 442.04 Lawson, P. R. 439.02 Lehner, N. 134.02, 245.01, Langston, G. 246.15, Lawton, B. L. 141.09, 245.02, 411.06 328.07, 345.24, 349.05 141.11 Leigh, N. 250.46 Lansbury, G. 244.13 Lazarian, A. 349.02, 349.03 Leisawitz, D. 308.01, 403.03 Lanz, L. 147.05, 304.04D Lazarova, M. S. 133.04 Leisenring, J. 158.17 Lanza, R. 431.06 Lazear, J. 229.04 Leising, M. D. 253.05, Lanzuisi, G. 352.25 LAZIO, J. 154.04, 240.35, 253.08, 253.09, 255.12 240.36, 240.37, 309.05 Lançon, A. 226.03 Leitch, E. M. 339.05 Lazio, T. J. 154.02, 240.21, Leitherer, C. 414.01, 436.05 Lara-Lopez, M. 411.02 240.27, 328.04, 439.14 Leitner, M. 250.38 Larkin, J. E. 143.07, 339.30 Lazzarini, M. 339.44 Lelli, F. 107.02 Larracuente, A. 143.02 Le Duigou, J. 328.03D Lembryk, L. 144.12 Larsen, S. S. 250.33 Leahy, D. A. 408.07 Lemly, C. 342.01 Larsen, S. 311.03 Leake, M. A. 353.09 Lemma, B. 256.22 Larson, E. 352.02, 352.03, Leake, S. 154.05 352.04, 352.06 Lemze, D. 323.01 Leauthaud, A. 352.25 Larson, O. 256.22 Lenc, E. 147.14 Lebouteiller, V. 157.08 Larson, S. L. 153.10 Lennon, D. 250.04 Lebzelter, T. 443.03 Larson, S. M. 254.25, Leon-Saval, S. G. 215.01, 352.19, 352.24 Lecoanet, D. 158.01 345.13 Lasenby, A. N. 431.01 LeDuc, H. 150.07, 150.09 Leonard, D. C. 339.13 Latham, D. W. 109.04, Lee, D. 350.04, 232.05D Lepine, S. 148.05, 149.13, 142.09, 231.02, 315.04 Lee, G. 434.06 158.13, 158.14, 254.15, Lattanzi, V. 352.10 Lee, H. 147.16 334.05D, 423.01, 433.05 Lattimer, J. M. 443.15 Lee, J. C. 145.09, 147.20, Leroy, A. K. 146.20, 304.05, 344.02 206.05D, 221.05, 250.12, Lau, R. 254.02 349.15, 349.16, 349.17, Lau, R. M. 254.01 Lee, J. 256.23, 434.06, 349.36, 404.07 432.06, 432.07 Lauer, T. R. 122.06, 247.12 Lesgourgues, J. 323.04 Lee, K. 126.04, 240.09, Laugalys, V. 256.04 251.10, 251.11, 251.12, Levan, A. 152.10 Laughlin, G. 149.17, 343.05 332.02D, 155.05, 245.03, Levenfish, K. 443.21

269 Author Index Levenson, N. 204.05D Linnell, A. P. 148.01 Loebman, S. 232.03D Levesque, E. M. 211.06, Linsky, J. 117.04, 321.05, Loenen, E. 235.07 414.01 349.35 Loewenstein, M. 303.02 Levine, M. 439.02 Lintott, C. J. 225.06, 250.11, Logsdon, S. E. 158.29 Levine, S. 345.01, 345.02 315.01, 326.07, 339.47, 340.05 Logue, J. 155.10 Levitan, D. B. 148.10, Loh, E. D. 330.06D 148.11, 154.10, 352.27, Lira, P. 133.05, 247.10 401.01D Lis, D. C. 150.05 Loisos, G. 345.28 Lewis, G. 425.03D Lisker, T. 436.01 Lokas, E. 242.01 Lewis, G. F. 215.01, 232.04 Lisman, D. 149.33 Loken, S. 136.03 Lewis, N. 315.05D Liss, S. 142.17, 246.02 Lomax, J. R. 142.35, 144.18 Lewis, S. 248.02, 248.03 Lisse, C. M. 144.11, 325.04, Long, D. 126.06 Lewis III, J. 251.02 325.05 Long, G. R. 142.02 Leyder, J. 244.21, 244.22 Lister, T. 240.18, 345.23 Long, J. 249.06, 249.07 Li, B. 331.02, 445.03 Littleton, E. 345.26 Long, K. S. 142.26, 146.11, Liu, A. 229.05 146.17, 146.18, 146.19, Li, C. 250.14 146.21, 249.14, 249.15, Li, D. 443.10 Liu, C. 316.01, 254.15, 249.16 147.12, 331.02 Li, H. 254.15, 128.01 Long, L. 148.12 Liu, F. 350.04 Li, J. 104.06, 254.15 Longo, G. 240.20 Liu, J. 109.05 Li, R. 149.04 Longoria, C. 328.06, 345.18 Liu, M. C. 149.21, 149.23, Li, Y. 135.03, 327.03D, 149.25, 149.26, 149.27, Longstaff, F. 146.01, 436.01 418.01, 430.09, 434.05, 158.16, 158.27, 158.30 Lonsdale, C. J. 339.35, 256.22 Liu, M. 141.07 123.07 Li, Z. 312.05 Liu, W. 445.03 Loomis, R. 352.10 Licitra, R. 437.02 Liu, W. M. 403.03 Loomis, R. A. 352.09, Licquia, T. 254.11 352.11 Liu, X. 254.15, 254.16, Lidman, C. 106.07D, 341.09 254.17, 434.02 Looney, L. 251.10, 251.11, Liebendoerfer, M. 253.20 251.12, 251.24, 312.05, Liu, Z. 250.21 332.02D, 345.14, 426.04 Lii, P. 256.27 Livas, J. C. 153.01, 153.07 Lopes-Gautier, R. M. 353.17 Lilly, S. J. 245.06 Livingston, J. 249.03, Lopez, E. 333.04 Lim, K. 247.01 341.08 Lopez, I. 142.21 Lim, S. 432.06 Llamas, J. 141.01, 246.16, 339.39 Lopez, L. A. 244.03, 244.08, Lim, T. 340.01, 349.33, 244.09, 244.10, 330.02 349.34 Lloyd, J. P. 334.04 Lopez-Morales, M. 220.01, Lim, Y. 340.01 Lo, A. 149.33, 305.09 252.07, 343.09 Lin, D. 421.02 Lo, C. 235.06 Lopez-Sanchez, A. R. Lin, H. 241.02, 352.26 Lo, K. 401.06 215.01 Lin, K. 128.05D Lobdill, R. 345.23 Lord, S. D. 157.09, 157.12 Lin, Y. 128.06, 246.03 Lockhart, T. 126.02 Loredo, T. J. 134.05, Linahan, M. 246.14 Lockman, F. J. 440.02 315.05D Linder, E. 341.09 Lockwood, S. A. 344.04, Lorenz, S. 247.05 Lindner, R. 124.07D 344.10 Lorimer, D. 412.04 Lindsay, K. 240.15 Lodder, K. 433.03 Losh, E. D. 439.17 Line, M. R. 224.02D Loe, C. 256.22 Lotti, S. 244.03 Linford, J. 307.01 Loeb, A. 123.02, 123.07, Lotz, J. M. 243.03 124.02, 229.05, 234.03D, Louie, M. 235.05 Lingon, E. 126.02 341.04 270 Author Index Lovas, F. 352.08, 352.09 Lynch, D. H. 305.02 Madore, B. F. 132.07, Lovegrove, E. 253.18 Lynn, S. 315.01 250.06 Lovelace, R. V. 256.27, Lyons, D. 408.02, 408.03 Madrid, J. P. 425.05D 343.14 Lyons, R. 435.06 Madsen, K. 244.01, 244.02, Lovell, J. 307.03, 430.01 244.08, 244.09, 244.10, Lyubenova, M. 241.05 244.13, 244.17, 244.24 Low, K. 246.05 López, J. 249.12 Madura, T. 148.16 Lowe, S. R. 141.02 Löhmannsröben, H. 345.13 Magdis, G. 418.06 Lozi, J. 305.02, 328.03D Ma, B. 149.04, 158.20 Magdon-Ismail, M. 254.19 Lu, J. R. 135.02, 144.27, Ma, C. 339.26 254.03, 254.04 Magee, N. 342.07 Ma, H. 444.02 Lu, M. 315.06, 353.04 Magnier, E. A. 158.27, Mac Low, M. 107.05D, 253.04 Lu, N. Y. 157.12 139.01, 202.02D, 314.05, Mahabal, A. A. 154.10, Lu, R. 143.04, 143.05 349.08, 433.05 240.05, 240.13, 254.25, Lu, T. 244.03, 244.14, Maccarone, T. 142.41, 352.20, 352.24 244.24 148.06, 244.21, 244.22, Mahadevan, S. 149.11, Lubowich, D. A. 201.01, 421.01D 343.05 302.03 MacDonald, I. 114.06D Maher, S. 339.49 Lucas, P. 250.33 Macdonald, M. 433.05 Mahmud, N. 149.02 Lucas, R. A. 240.17, 339.25, Mace, G. N. 158.29, 345.04 Mahoney, M. W. 303.04 344.05 MacFadyen, A. 132.03D, Mainzer, A. K. 350.04, Lucatello, S. 348.02 409.07 353.06 Lucchini, S. 159.05 MacGregor, K. B. 252.06 Maiolino, R. 207.03D Lucy, A. B. 339.27 Maciag, V. 256.22 .BKFSDJL
;

 Lugger, P. M. 250.41 .BDJFKFXTLJ
8
 .BKFXTLJ
4
3

Luginbuhl, C. B. 158.19 Macintosh, B. 126.03, 144.08, 144.09, 146.16, Luhrs, J. 439.06 343.22, 350.06, 419.02, 242.01, 250.31, 250.34, 423.06D 254.14, 404.04 Luker, J. 240.30 Mack, K. 245.10 .BKJE
8
"

 Lundgren, B. 147.39, 215.02, 402.05, 402.06 Mack, P. 305.08 Makaganiuk, V. 256.14 Lundquist, M. J. 142.02, MacKenty, J. W. 344.01, Maker, A. 352.20 251.14 344.06 Makiwa, G. 332.01 Lundquist, R. 347.02 MacLeod, C. 339.03, Maksym, W. P. 339.47 339.17, 339.29 Lunine, J. I. 353.13, 353.14 Malamut, C. 349.35 Macomb, D. J. 142.44 Lunsford, G. 328.06, Malatesta, M. 144.18 345.17, 345.18 Macri, L. M. 152.06, 352.23, 416.01, 443.18 Maldonado, J. 144.24 Luo, A. 254.15, 254.16, Males, J. 345.07 254.17 Maddalena, R. J. 345.16, 349.13 Malesani, D. 152.10 Luo, B. 244.13, 244.17 Maddaus, M. 352.18 Malhotra, S. 129.02 Luo, J. 155.04 Madden, J. 412.04 Malkan, M. A. 223.08, Luppino, G. 253.04 Maddox, L. A. 146.17 227.01, 309.03, 339.12, Lupton, R. 152.02, 247.06, 339.13, 339.19, 422.01 Maddox, N. 133.02 253.04, 345.10, 352.17 Malone, C. M. 444.02 Lurie, J. C. 149.20, 423.02 .BEFKTLJ
(
.

244.16, 244.19, 244.20, .BNBKFL
&
&
%
Lutz, D. 322.06 247.10 325.05, 331.06 Lutz, J. H. 249.05 Madera, D. 144.13 Manchester, R. N. 412.07 Ly, C. 147.20, 227.01 Madhusudhan, N. 126.04, Mancone, C. M. 226.05 Lykke, K. 345.22, 427.03 126.08, 315.05D, 424.05 Mandel, H. 149.05

271 Author Index Mandel, I. 155.09 Marschall, L. A. 255.05 401.02 Mandelbaum, R. 341.05 Marscher, A. P. 143.05, Mason, R. 204.05D Maness, H. 205.06 339.40, 339.50, 339.53, Massa, D. 344.03 430.05 Mangano, V. 421.05 Massaro, F. 339.38 Marsden, D. 401.05 Mangum, J. G. 157.07 Massey, A. P. 158.04, Marsh, A. 244.23 Mann, A. 149.23, 334.05D 158.05, 423.07 Marsh, K. 256.28, 332.05 Mann, J. L. 313.01 Massey, P. 345.02, 349.29 Marsh Boyer, A. N. 144.25 Manner, M. 315.04 Masters, D. 422.06 Marshall, H. L. 153.18 Manning, J. 302.02 Masters, D. C. 147.40, Marshall, J. A. 418.06 223.08 Manning, S. 442.03 Marshall, J. L. 315.04 Masters, K. L. 225.06, Manohar, S. 436.04 Marshall, J. 144.24 326.07, 340.05 Mantz, A. 128.05D, 226.08 Marshall, M. 242.03, Masui, K. 349.38 Mao, M. 147.14 352.02, 352.03, 352.04, Mata, A. 153.11, 154.05, Mao, P. H. 244.24 352.05, 352.06 328.06, 345.18 Mao, Q. 315.04 Marshall, P. J. 125.05, Matheny, M. 250.43 Mao, S. 440.02 247.09 Mathes, N. 227.06 Maoz, D. 136.02D Marshall, S. L. 247.05 Matheson, T. 247.12 Marble, A. R. 146.26 Martell, S. L. 425.03D Mathieu, R. D. 127.03, March, M. 106.05 Martin, A. 125.02D, 248.01 250.36, 250.46, 256.06, 331.04 Marchant, C. 439.06 Martin, C. 254.20 Mathur, S. 301.05, 301.06, Marchen, L. 350.06 Martin, C. D. 212.01, 310.04 443.07, 402.06 Marchesini, D. 129.05, Matson, R. A. 142.03 147.39, 322.05 Martin, C. L. 254.08, 223.08, 306.03D, 411.01 Matsuda, Y. 339.27 Marcy, G. W. 149.03, 216.05, 231.01, 407.05 Martin, J. C. 252.18 Matsuura, M. 249.04 Marengo, M. 149.22, Martin, P. G. 440.08 Matt, G. 244.15, 244.16 341.08 Martin, S. 339.29 Matt, S. 252.06 Margheim, S. J. 249.09 Martinache, F. 305.04, Matthews, B. C. 144.24, Margon, B. H. 148.10, 305.05, 345.10, 419.04, 150.04, 312.05, 426.04 148.11, 401.01D 419.05 Matthews, J. 149.13 Margot, J. 314.04, 407.01D Martinez, G. 254.27 Matthews, K. 345.04 Margutti, R. 253.04 Martinez, J. 154.05, 155.05 Matthews, T. 312.05 Marinucci, A. 244.15, Martinez, M. 345.28 Mattioda, A. 350.02, 440.09 244.16 Martinez, O. 352.10 Mattrocce, G. 256.22 Markoff, S. 203.05 Martinez, R. 256.30 Matuszewski, M. 212.01 Marks, G. W. 149.33 Martinez-Galarza, J. Matzner, C. D. 413.05 312.03, 410.04 Markwardt, C. 244.03, Mauduit, J. 246.16, 339.39 244.13 Martins, Z. 350.02 Mauerhan, J. 233.03 Marley, M. S. 126.05 Martinson, M. 246.14 Mauro, F. 305.06 Marois, C. 126.03, 343.22, Martinsson, T. 146.15 Mawet, D. 324.01 423.06D Marvil, J. 206.03 Max, C. E. 339.16, 405.03D, Marriner, J. 106.06D, Masiero, J. R. 353.06 253.02, 323.02D 422.02 Mason, B. D. 251.22 Marrone, D. P. 123.07, Max-Moerbeck, W. 143.04, 143.05, 221.02, Mason, M. 339.21 103.01D, 339.05 426.04 Mason, P. A. 142.13, 142.21, May, M. 323.05 Marru, S. 352.21 142.24, 142.25, 343.08, Maybhate, A. 344.05

272 Author Index Mayer, L. 405.03D 345.10 McQuillan, A. 229.02, Mazeh, T. 301.04D, 321.04 McEnery, J. E. 350.10 301.04D Mazin, B. A. 401.05 McEntaffer, R. L. 439.01, McQuinn, K. B. 122.01, 439.16, 444.03 352.02, 352.03, 352.04, Mazzarella, J. M. 146.23, 352.06, 352.07 147.23, 157.09, 157.12, McGeeney, M. 246.16, 405.01 339.39 McSwain, M. V. 142.36, 142.37, 144.25 Mazzotta, P. 313.06 McGehee, P. M. 251.07, Mead, A. 243.01 McAlister, H. A. 137.02D, 349.27 252.03 McGinnis, D. 339.52 Mead, L. R. 222.06 McBride, C. 152.04, 307.06 McGonigle, L. 345.25 Meadows, V. 333.07 McCallister, D. 342.06 McGrath, E. J. 112.01, Mechtley, M. 339.31 McCammon, D. 349.38 112.05 Medeiros, L. 339.28 McCandliss, S. R. 350.07, McGraw, A. M. 255.08, Medezinski, E. 128.04, 350.08 343.01, 343.28 226.08 McCann, G. 240.28, 240.31 McGraw, J. T. 345.21, Medling, A. 339.16, 345.22, 427.01, 427.03 405.03D McCarthy, C. 256.28 McGraw, S. 339.04 Medvar, B. 339.48 McCarthy, D. W. 246.10, 246.11, 248.06 McGreer, I. D. 133.03, Meech, K. J. 400.01 207.03D McCarthy, M. C. 352.10 Meek, N. 243.08 McGregor, P. 305.06 McCarthy, P. J. 147.40, Meeker, S. 401.05 147.43, 223.08, 228.06 McGuire, B. 349.18, 352.09 Meeus, G. 205.01, 220.02 McCarty, C. 433.03 McGurk, R. C. 422.02 Megeath, S. 251.06 McCauley, P. 315.06 McIntosh, D. H. 313.01, Mei, S. 145.08, 437.02 313.03 McCauliff, S. D. 216.04 Meibom, S. 231.04, McKay, M. 354.04 McClure-Griffiths, N. M. 250.15, 250.38 440.02 McKean, J. P. 226.01 Meidt, S. 349.17 McCollum, B. 148.13 McKeever, J. 142.16 Meidt, S. E. 349.15, 349.16 McCombs, T. 250.21, McKenney, C. 150.07 Meier, D. 244.19 250.22 McKinnon, D. 211.04 Meier, D. S. 146.13, 157.03, McConnachie, A. W. 122.03 McKinnon, R. 253.04 251.02, 349.11, 349.14, McConnell, N. J. 423.06D McLaughlin, M. 154.03, 349.20 McCormick, K. 147.42 154.07 .FJKFS
.
349.13 McCrady, N. 149.06, 250.02 McLean, I. S. 109.06, Meisner, A. 223.06 158.29, 304.02D, 345.04 McCullagh, N. 341.15 Meixner, M. 135.05, 213.05 McLin, K. M. 244.25 McCuller, L. 431.06 Melbourne, J. 122.05, McLinden, E. 129.02 146.23, 252.15 McCullough, P. R. 126.06, 435.01 McLure, R. 207.01, 207.02, Melis, C. 158.25, 205.06, 207.04, 207.05 325.02, 325.04, 325.06 McCully, C. 253.14, 253.15 McMahon, R. 418.08 Melnick, G. J. 341.02 McCutcheon, M. 246.13, 354.02 McMaster, M. 344.05 Melton, C. 246.13, 354.02 McDonald, I. 250.23 McMillan, R. J. 148.01 Menanteau, F. 124.06, 322.06 McDonald, M. 155.01, McMullin, J. P. 256.15 306.03D McMurtry, C. W. 350.04 Menard, F. 205.06, 324.04 McDonald, P. 402.02, McNally, C. 314.05 Mendes de Oliveira, C. 147.10 402.04 McNamara, P. 153.03 Mendez, B. J. 211.07 McDonald, S. 342.08 McNaught, R. 254.25, McElwain, M. W. 144.07, 352.24 Mendez, J. 106.07D 149.24, 149.30, 324.06, Meneveau, C. 415.03 273 Author Index Meng, H. 325.03 Miller, E. D. 128.03D Moen, J. 242.03 Mennesson, B. 109.06, Miller, I. 352.18 Moesta, P. 143.11 403.05 Miller, J. 349.12 Moffat, A. 142.35 Menten, K. 157.07, 221.04, Miller, J. M. 123.06, 244.12 Moffett, A. J. 147.09, 440.05 Miller, M. C. 401.06, 352.13, 411.03D Merlo, M. J. 204.05D 412.06D, 424.02 Mohammed, S. 326.03 Merritt, A. T. 339.33 Miller, M. J. 254.22 Mohamud, A. 246.16, Merten, J. 125.04D, 128.04 Miller, N. A. 323.07 339.39 Meshkat, T. 149.28 Miller, N. 407.05 Mohan, V. 352.24 Meszaros, S. 144.08, Miller, P. 211.03 Moldenhauer, J. 106.03, 144.09, 242.01, 250.34, 341.13 254.13, 254.14 Miller, R. B. 154.05, 154.07, 328.06, 345.17, 345.18 Molendi, S. 244.20 Metcalfe, T. S. 301.02, Molino, A. 207.08, 226.08 301.05, 301.06, 443.07 Miller-Jones, J. 146.17 Moll, R. 253.22, 252.04 Metchev, S. A. 144.22, Millholland, S. 343.10 144.23, 158.28 Milliman, K. 250.36 Molnar, S. 128.05D Mewaldt, R. A. 244.23 Mills, E. A. 332.06D Momcheva, I. G. 147.20, 147.39, 215.02 Meyer, E. T. 103.05 Milne, P. 253.05, 253.08, .PNKJBO
&

 Meyer, L. 254.03, 254.04, 253.09 345.20, 354.25 Min, K. 340.01, 349.33, Momose, R. 235.05 Meyer, M. R. 144.01, 158.17 349.34 Monachesi, A. 326.05 Meyer, P. 148.12 Min, S. 215.01 Moncelsi, L. 414.06 Meyer, S. M. 250.05 Minchin, R. F. 147.03, Monet, D. G. 247.06, 147.04, 157.06, 349.25 253.04, 352.17 Meyer, S. 431.06 Mink, J. D. 240.01 Monin, J. 324.04 Meyers, J. 106.07D, 341.09 Minniti, D. 250.33 Monkiewicz, J. A. 341.10, Meynet, G. 414.01 Minns, C. 441.01 341.10 Micela, G. 354.14, 354.15 Miralda, J. 402.02, 402.04, Monna, A. 207.07 Micelotta, E. 330.03 402.05 Monnier, J. D. 137.02D, Michelson, P. F. 103.01D Miralles, M. 159.08 143.10 Middelberg, E. 147.14, Mirel, P. 229.04 Monroe, R. 150.07 420.05D Misenti, V. 156.02 Monroy, L. 142.13 Middleditch, J. 253.28 Mishin, D. Y. 240.36 Monson, A. 147.43 Middlemas, E. 349.10 Mitchell, K. L. 353.17 Montes, V. 439.06 Mighell, K. J. 255.12, Mitsuda, K. 349.38 Montesinos, B. 144.24, 354.16 205.01 Mittal, T. 325.05 Mikel, T. 246.16, 339.39 Montet, B. 343.23, 407.04 Milam, S. N. 353.13, 353.14 Miville-Deschenes, M. 440.08 Montez, R. 158.11, 423.04 Milan, T. 256.22 .JZBKJ
5
 Montgomery, J. 146.12, Milburn, J. 149.16 352.15 Miyasaka, H. 244.03, .JMJTBWMKFWJD
%
 244.08, 244.09, 244.10, Montgomery, M. H. 115.01 Millan-Gabet, R. 403.05 244.24 Montgomery, S. L. 109.03 Miller, A. 316.06D, 154.05, Miziarski, S. 215.01, 345.13 Moody, C. E. 112.03D 255.09 Mizusawa, T. 144.01, Moody, D. I. 431.05 Miller, B. P. 439.10 148.07 Moody, S. 242.03, 352.02, Miller, B. 240.11 Mobasher, B. 422.06, 352.03, 352.04, 352.06 Miller, C. 256.22 439.08 Mooley, K. 215.06 Miller, C. J. 226.04 .PEKB[
.
 Moore, A. 109.05, 143.07,

274 Author Index 212.01 Morzinski, K. M. 345.07 240.09, 251.10, 251.11, Moore, D. 108.07 Mosby, G. 339.41 251.12, 256.02, 256.15, 349.23, 426.04 Moore, J. 248.02 Moseley, S. H. 229.04 Munn, J. A. 158.19 Moos, H. W. 350.07, 350.08 Moses, J. I. 315.05D Munoz, D. 220.03D Mor, R. 133.05 Mosher, J. 253.02, 323.02D Munoz, J. A. 116.03, Morales, F. Y. 144.05, Moss, V. 330.01D 129.08 324.01, 403.02 Mostek, N. J. 434.01 Munoz, R. 226.03, 331.02, Morales, M. F. 108.05 Motl, P. M. 202.03 437.02 Morales-Calderon, M. Mott, D. B. 350.07, 350.08 Munoz-Mateos, J. 206.06, 256.10 Mould, J. R. 152.06 230.03, 251.04 Moran, E. C. 326.07 Mouschovias, T. C. 251.10, Muratov, A. 129.03D Moran, J. M. 123.07, 143.05 251.11, 251.12 Murphy, B. W. 250.21, Moran, K. 250.42 Mousis, O. 126.04 250.22 Moran, S. 339.15 Moustakas, J. 207.07, Murphy, D. C. 147.43 Moravec, E. A. 339.41 207.08, 226.05, 418.04, Murphy, E. J. 157.04, Morehead, R. C. 343.04 420.06 349.14, 440.07 Moreno, C. 439.06 Moustakas, L. A. 125.05, Murphy, J. W. 214.04 207.07 Moreno, N. 256.22 Murphy, M. 245.09 Mozena, M. 112.01, Murphy, N. A. 159.08 Morgan, C. W. 339.17, 112.03D 339.29 Murphy, S. J. 158.12, Mroczkowski, T. 150.07, 325.02 Morgan, J. S. 253.04 226.08 Murphy, T. 330.01D Morgan, K. 349.38 Mroue, A. 114.06D Murray, C. 349.12 Morganson, E. 309.04 .VDIPWFK
4
% Murray, J. 154.05, 345.17 Mori, K. 244.01, 244.02, Muckle, M. T. 352.10 244.05, 244.07, 244.08, Murray, N. W. 312.01 Mueller, G. 153.06, 153.07 244.09, 244.10 Murray, S. D. 254.05 Morley, C. 126.05, 255.11 Mueller Sanchez, F. 339.19, 422.01 Murray, S. S. 113.08, Moro-Martin, A. 144.24 240.30, 307.02, 352.14 Muench, A. A. 240.22, Morokuma, T. 341.09 240.36, 250.45, 410.04 Murray-Clay, R. 158.17, 407.02D Morrell, N. 349.29 Muglach, K. 159.05 Murthy, J. 350.11 Morris, M. 116.03, 144.27, Muirhead, P. 149.06, 249.03, 254.01, 254.03, 149.07, 149.08, 149.10, Mushotzky, R. 339.11, 254.04, 332.06D 334.04, 407.04 339.43 Morris, M. J. 350.07, Mukadam, A. S. 202.06 Muterspaugh, M. W. 109.05 350.08 Mukai, K. 142.30 Muto, T. 144.07 Morrison, C. 341.11, Muzzin, A. 129.05 409.05D .VLIFSKFF
1
 Muldrew, S. 420.01 Myers, A. D. 133.08, 307.06, Morrison, G. E. 304.07 402.02, 402.05, 418.08, Morrison, W. 345.26 Mullally, F. 142.05, 216.02, 430.04, 430.06 354.03 Morrissey, P. 212.01, Myers, D. 109.05 Mullan, B. L. 441.02 345.05 Myers, P. C. 312.03, 410.04 Morsony, B. J. 226.06 Mullaney, J. 204.03, 244.13, 339.27 Myers, S. T. 215.05, 240.04 Mortlock, A. 112.04 Muller, R. J. 142.01 Ménard, B. 402.05, 409.05D Morton, T. 252.12, Nachmani, G. 321.04 334.02D, 334.03, 334.06, Mumford, H. 141.07, 407.02D, 407.04 141.08 Nadeau, P. 433.05 Mortonson, M. J. 402.06 Mundt, R. 149.05 Naduvalath, B. 408.01 Mundy, L. G. 117.01, Nagao, T. 204.02, 227.01 275 Author Index /BHBSBKBO
4
 Neuhäeuser, R. 256.05 Niles Nissim, S. 339.21 Nagayama, T. 148.13 Neumayer, N. 146.08 Nilsson, R. 126.02 Nagel, B. 256.24 Nevels, M. 256.22 Nimitpattana, W. 149.13 Nandra, K. 244.15, 244.16 Nevin, B. 339.23 Nims, J. 143.06 Napier, J. P. 249.21 Newberg, H. J. 254.15, Nissanke, S. 114.05, Napier, S. 142.36 254.16, 254.17, 254.18, 114.06D, 329.01, 346.03 254.19, 254.20, 254.21 Narayanan, D. 157.11 Nleya, P. 141.06 Newby, M. 254.19, 254.21 Narayanan, D. T. 221.04 Noble, S. C. 123.05D Newman, A. 303.05D Nataf, D. M. 234.02D Noeske, K. 344.06 Newman, J. 147.25, 147.43, Noh, Y. 111.02D Natalucci, L. 244.01, 244.03 243.05, 247.08, 247.10, /BUBSBKBO
"
 254.11, 434.01 Nonaka, A. 240.14, 444.02 Nath, R. 159.06 Newman, K. 149.31 Nonino, M. 226.08 Nault, K. 249.06 Newsome, I. 158.03 Norbury, M. 345.23 Navarro, R. 439.14 Newton, E. R. 158.10, Nordhaus, J. 424.05, 443.11 Naylor, D. A. 332.01 255.11 Nordin, J. 106.07D, 341.09 Naylor, T. 251.20, 256.03 Neyrinck, M. C. 341.15 Nordlund, A. 415.02 Neary, K. 404.03 Ngeow, C. 443.18 Noriega-Crespo, A. 256.17, 256.18, 440.08 Neece, M. 141.06 Nguyen, C. 255.08, 343.01 Nguyen, H. T. 150.07 Norman, M. L. 128.01, Neeleman, M. 212.03 432.04 Nguyen, M. L. 430.06 Neff, J. E. 351.05, 354.14, Norris, M. A. 352.13 354.15 Nichol, R. 106.06D, 225.06, Norris, P. 240.38 Negoro, H. 421.05 326.07 Norris, R. 147.14, 420.05D Neichel, B. 305.06, 439.06 Nichols, N. 147.02 Noterdaeme, P. 402.04 Neill, J. D. 147.13, 147.34, Nichols-Yehling, M. 248.01 148.06, 148.08 Nicholson, P. D. 315.06, Novak, G. 312.05, 345.14, 103.06 Neill, J. 352.10, 352.12 353.16 Novatne, L. J. 246.07, Neilson, A. 246.16, 339.39 Nidever, D. 242.01, 250.34, 254.14 256.22 Neilson, H. 252.14, 351.04 Nidever, D. L. 144.08, Nowak, M. 203.05, 244.03 /FKBU
$
350.05 144.09, 404.04 Ntampaka, M. 431.04 Nelan, E. P. 443.08 Nieberding, M. 255.08, Nugent, C. 353.06 Nelemans, G. 142.41, 343.28 Nugent, P. E. 136.03, 421.01D Niedbalec, A. 246.14 253.06, 253.23, 316.05, Nelson, B. E. 343.06 Niedner, M. B. 220.05 341.16, 439.10 Nelson, C. 341.19 Nielsen, E. L. 149.25, Nulsen, P. 339.26, 339.54 Nelson, E. 147.39 149.26, 149.27 Nuñez, A. 240.11 Nelson, L. 202.05 Nielsen, K. E. 351.01, Nye, R. 345.02 Nelson, M. 158.17 351.02 Nyland, K. 339.34, 147.11 Nelson, N. J. 415.01D Nielsen, N. M. 227.04, Nynka, M. 244.02, 244.08, 227.06 Nemiroff, R. J. 141.02, 244.09, 244.10, 244.24 152.09, 240.01, 240.08 Niemack, M. 105.04, O’Brien, J. A. 252.18 150.07, 414.02D Nemmen, R. 103.05 O’Brien, K. 401.05 Nieves, Y. 142.01, 349.25 Nesci, R. 430.01 O’Bryan, A. 352.18 Nigra, L. 404.04 Nesvorny, D. 315.03 O’bryan, J. 341.18 Nikola, T. 150.02, 150.07, Netzer, H. 133.05 150.09, 332.04D, 414.02D O’Byrne, J. 345.13 Neugent, K. 345.02, 349.29 Nikutta, R. 204.05D O’Connell, J. 250.34

276 Author Index O’Connell, R. W. 144.08, Onken, C. A. 203.01 403.02, 403.03 228.06, 303.06 Ono, Y. 207.01, 207.02, Padilla, N. D. 132.02 O’Connor, E. 214.07 207.04, 207.05 Padin, S. 150.09 O’Connor, K. 248.04, Oppenheimer, B. R. 126.02, Padmanabhan, N. 152.04, 352.18 333.05 307.06 O’Donnell, C. 158.13 Oppenheimer, B. D. 245.08, Paech, K. 136.03, 341.16 326.06 O’Leary, E. 242.03 Paegert, M. 116.01, 247.02 Oran, E. 444.04 O’Leary, E. M. 147.33 Paerels, F. B. 349.37 Origlia, L. 213.04 O’Meara, J. 134.02, 212.06, Pagano, M. D. 334.07 245.01, 245.02, 411.06 Orosz, J. A. 142.09, 142.10, Paggi, A. 339.38 O’Neil, K. L. 345.24 142.11, 142.12, 250.36, 250.38, 315.01, 321.04, Paglione, T. 349.40 O’Shaughnessy, R. 155.09 343.15 Pagnotta, A. 433.05 O’Shea, B. W. 128.01, Orth-Lashley, B. 158.08 313.02D Pailevanian, T. 433.04 Orvedahl, R. 240.14 Oakley, P. 439.01 Pain, R. 136.03, 253.02, Osborn, W. 91.04 323.02D, 341.16 Obenberger, K. 409.02 Osler, A. 251.16 Pak, S. 256.23 Occhiogrosso, A. 251.15 Osorio, M. 251.06 Paladini, C. 443.03 Ochsner, E. 114.03 Osten, R. 344.03 Paladini, R. 223.02D, Odden, C. 246.13, 354.02 Osterman, S. 149.11, 251.07, 440.01 Oelkers, R. J. 352.23 344.03, 344.04 Palanque-Delabrouille, N. Oesch, P. 147.44, 304.01 Ostheimer, J. C. 122.04 323.04, 402.02 Oey, M. S. 246.10, 246.11, Ostriker, E. C. 221.05, Palestini, N. 146.07 306.03D 251.10, 251.11, 251.12 Palma, C. 342.08 Ofek, E. 215.06, 215.10, Ostriker, J. P. 128.06 Palmer, A. 443.04 244.11, 350.11, 352.27 Otsuka, M. 213.05 Palmer, P. 205.06 Offner, S. 202.04, 251.17 Ott, C. D. 155.10, 214.07, Pan, D. 152.01 Ogaz, S. 344.05, 344.09 244.11, 253.19 Pan, K. 233.04D Ogle, P. M. 244.19 Ott, J. 221.05, 332.06D, Pan, M. 220.06 Ohsawa, R. 440.08 349.11, 349.14, 349.20, Pan, X. 445.03 0KIB
3

 352.02, 352.03, 352.04, 352.06, 404.04 Panagia, N. 250.03 Okazaki, A. T. 148.16 Ouchi, M. 147.20, 207.04 Pancoast, A. 309.07, Olive, K. 122.01 Ouyang, Y. 149.04 309.08 Oliveira, C. M. 344.03, Paneque, D. 244.19 344.04 Ouyed, R. 408.07 Pannuti, T. 146.19, 249.21 Oliver, B. 142.14 Owen, F. N. 328.04 Papastergis, E. 125.02D Oliver, R. 345.02 Owen, L. 246.12 Owen, R. E. 152.02 Papovich, C. J. 147.43, Olling, R. 339.11 207.06, 243.03 Ollivier, M. 328.03D Owocki, S. P. 142.35, 148.16 Pardy, S. 146.20, 242.03 Olofsson, J. 205.01 Oyama, T. 123.07, 143.05 1BSFKLP
+
,
 Olsen, K. A. 242.04, Parihar, P. 144.10 247.12, 250.01 Oza, A. 246.02 Paris, I. 402.04, 402.05 Omont, A. 133.01D, 221.04 Ozel, F. 403.01 Park, B. 439.09 Omori, Y. 129.01 Pace, A. 254.27 Park, C. 132.01, 425.04 Onaka, P. 253.04 Packard, D. 353.15 Park, J. 349.34 Onaka, T. 440.08 Packham, C. 204.05D Park, R. 341.08 Ong, R. A. 439.12 Padgett, D. 324.01, 205.06, 256.18, 256.22, 256.24, Park, S. 214.06

277 Author Index Park, W. 439.09 Pearce, E. 352.17 Perez, M. R. 310.01 Parkash, V. 142.40 Pearce, F. 420.01 Perez i Rafols, I. 402.05 Parker, L. C. 434.04 Pearlman, A. B. 142.38 Perez Villegas, M. 206.04D Parkinson, D. 106.02 Pearson, D. 409.03D Perez-Gonzalez, P. G. Parks, J. 137.02D Pearson, K. 255.08, 343.01 112.01 Parrent, J. T. 253.01, Pearson, T. J. 223.02D, Peris, C. 142.28 444.01 339.05 Perley, D. A. 152.10 Parrish, M. 315.01 Pecaut, M. 137.04D, Perley, R. A. 152.10, 323.07, Parshley, S. 150.07, 325.05 328.04 332.04D, 414.02D Pecontal, E. 136.03, 341.16 Perlman, E. S. 204.05D Parsons, A. 108.02, 108.07 Pedersen, K. 244.20 Perlmutter, S. 106.07D, Partridge, R. B. 124.04 Pedretti, E. 137.02D 136.03, 341.09, 341.16, 350.07, 350.08 Pasachoff, J. M. 130.03, Peek, J. G. 234.04D Peroux, C. 133.02 315.06, 353.04 Peel, A. 323.03 Perri, M. 244.19, 244.24 Pascucci, I. 116.02, Peeples, M. S. 245.08, 205.04, 220.02 326.06 Perrin, M. D. 149.30, 205.06 Pasquali, A. 313.01 Peeters, E. 330.03, 440.09 Perrodin, D. 155.05 Passy, J. 202.02D Pei, L. 339.13 Perrott, Y. 145.04, 223.02D Pate, B. 352.10, 352.12 1FKDIB
0
214.05D Perry, M. 433.03 Pate, J. 156.05 Pelkonen, V. I. 251.07 Persson, S. E. 147.43 Patel, B. 253.14 Pellegrini, E. 349.26 Peruta, C. 313.02D Patel, N. A. 213.05 Pellegrini, E. W. 306.03D Patel, R. 144.22, 144.23 Pessev, P. 250.05, 305.06, Pelton, R. S. 350.07, 350.08 439.06 Patel, S. 129.05, 147.39 Pendleton, Y. J. 349.23 Peter, A. 125.04D Paterno-Mahler, R. 243.13 Penev, K. 315.04 Peters, C. L. 253.16, 253.30, Patience, J. 158.07, 158.31, Peng, C. Y. 103.02, 147.37, 330.02 252.03, 324.04, 423.06D 230.05 Peters, C. M. 339.09 Patikkal, A. 255.03 Peng, E. 247.05, 146.03, Peters, G. J. 116.05 Patnaude, D. 116.04 254.15, 331.02 Peters, M. 149.29, 345.10 1BUUBSBLJKXBOJDI
1
 Peng, R. 312.05 Peters, T. 349.08 Patterson, A. J. 308.02 Penn, J. A. 254.23 Peters, W. M. 328.04 Patterson, M. T. 327.02D Penn, M. 445.01 Petersen, E. 149.04 Patterson, R. J. 122.04, Penner, K. 112.06 Peterson, B. M. 203.01 146.16 Pennucci, T. 246.17 Patton, D. R. 147.07 Peterson, J. R. 247.05, Penny, M. 435.03 437.01 Paust, N. 250.35, 250.37 Penton, S. V. 344.03, Peterson, L. E. 113.09 Pavel, M. D. 146.12, 352.15, 344.04 Peth, M. 243.03 352.16 Pepi, J. 350.16 Petigura, E. 216.05 Pavlak, A. 256.22 Pepper, J. 315.04, 321.06 Pavlov, G. G. 412.07, 443.21 1FUJUKFBO
1


Perego, A. 253.20 402.05, 418.08 Paxton, B. 252.16 Pereira, R. 136.03, 341.16 Petre, N. 349.38 Payamps, A. 246.16, 339.39 Perets, H. 234.03D, 424.07 Petre, R. 153.14, 153.15, Payne, M. J. 343.20 Perez, A. 144.08, 254.14 205.06, 249.14, 249.15, Peacock, M. 250.13 Perez, K. 244.01, 244.02 249.16 Peacock, S. 246.02, 349.23 Perez, L. M. 144.17, 144.21 Petric, A. 147.23, 157.12 Peale, S. J. 314.04 Perez, L. A. 249.17 Petrie, G. 159.03

278 Author Index Petry, C. E. 247.03 Pinsonneault, M. H. Pontoppidan, K. 221.01 Petry, D. 345.23 252.06, 252.09, 301.05, Poole, G. B. 106.02, 409.04 301.06 Pettini, M. 106.01 Pooley, D. A. 252.07, Pinte, C. 205.06, 324.04 Petty, S. M. 147.34 256.23 Piotto, G. 213.04 Petula, J. 342.08 Pope, A. 129.07 Piper, M. 246.07, 256.22 Pety, J. 146.20, 349.15, Popescu, B. 250.33 349.16, 349.17 Pipher, J. 350.04 Popinchalk, M. 146.04 Pevunova, O. 240.38 Piro, A. 214.02, 346.01 Popkow, A. 439.12 Pewett, T. 116.05 Pirtle, R. 349.38 Porst, J. 153.16 Pezanoski-Cohen, G. Pirzkal, N. 344.02 Porter, F. S. 153.16 256.22 Pisano, D. J. 146.13 Posner, V. 345.23 Pezzuto, S. 426.01 Piskunov, N. E. 256.14, Pospieszalski, M. 345.16 354.14, 354.15 Peña-Guerrero, M. 436.05 Posselt, B. 412.07 Pitman, K. M. 223.04 Peñarrubia, J. 425.03D Postman, M. 207.07, Pfeiffer, H. 114.06D Pittard, J. 142.35 207.08, 226.08, 323.01 Pforr, J. 112.06, 141.03 Pittori, C. 439.03 Poteet, C. 440.04 Phifer, K. 254.04 Pivovaroff, M. 244.05, Potter, W. J. 103.01D 244.08, 244.09, 244.10, Phifer, K. A. 354.25 244.23 Pottschmidt, K. 142.30, 142.38, 244.03, 244.04, Phillips, C. B. 115.03, Placco, V. 232.01 353.05 430.01 Plambeck, R. L. 123.07, Phillips, J. I. 405.04 Pound, M. W. 117.01, 143.05, 426.04 240.09, 251.10, 251.11, Phillips, T. G. 414.02D Plante, R. 240.36 251.12, 426.04 Phinney, E. S. 154.10, Platais, I. 250.36, 250.38, Povich, M. S. 115.03, 329.02, 350.11 250.40 256.03, 349.06, 349.22 Pichardo, B. 206.04D Plavchan, P. 109.06, Powell, D. 144.16 Piche, F. 350.16 137.02D, 144.14, 149.06, Powell, J. 249.18 256.07, 256.10, 334.01 Pickles, A. 345.23 Powell, S. 109.05, 443.12 Piehl, D. 331.01 Plucinsky, P. P. 116.04, 142.39, 146.11, 146.17, Powell, W. L. 254.12 Pierce, M. 352.21 146.19, 146.21 Poznanski, D. 145.10, Pieri, M. 245.03, 245.04, Plunkett, A. 240.09, 251.10, 410.01 402.02, 402.05, 402.06 251.11, 251.12 Prager, B. 246.02 Pierpaoli, E. 111.01, 125.06, Pluzhnik, E. 305.02 Prakash, A. 243.05 128.05D, 226.08 Pober, J. 108.07, 108.02, Prather, E. E. 115.03, 248.06 Pierrehumbert, R. T. 333.07 222.01 Prato, L. A. 109.06, 149.02, Pietsch, W. 146.19 Poczos, B. 431.04 251.25, 255.13, 256.01, Pihlstrom, Y. 254.07 Pogge, R. W. 122.01, 315.04 256.05, 256.06 Pilachowski, C. A. 148.09, Polednikova, J. 430.10 Preston, A. 153.07, 340.04 250.18, 250.19, 250.20, Preston, G. W. 354.09 250.24 Politano, M. 249.10 Preston, S. 433.01 Pillai, T. 332.03, 426.04 Pollock, A. 142.35 Prestwich, A. H. 127.05 Pilyavsky, G. 343.05 Poludnenko, A. Y. 444.04 Price, A. 302.01 Pimbblet, K. 243.01 Pomerantz, B. 142.18, 144.10, 341.01 Price, L. 114.02, 155.11, Pineda, J. 158.04, 158.09 Pompea, S. M. 156.01, 346.02 Pinette, M. 256.29 201.02, 201.03, 246.01, Price, P. A. 253.04 Pingel, N. 349.07 302.04 Price, R. H. 255.09, 328.06, Pinna, E. 158.17 Pon, A. 235.04D 345.18

279 Author Index Price, S. D. 251.15 Putko, J. 349.03 Ramirez, S. 254.06, 334.01 Price-Whelan, A. M. 352.27 Putman, M. E. 212.04D, Ramsay, G. 401.03 Prieto, C. 242.01, 250.34, 234.04D, 404.04 Ramsey, L. W. 149.11, 254.13, 254.14 Putnam, G. 354.12 354.14, 354.15 Prieto, J. 233.01, 254.25, Puzia, T. 226.03 Rana, V. 244.03, 244.06, 352.24 Puzia, T. H. 437.02 244.12, 244.24 Primack, J. R. 112.03D Quadri, R. 129.05, 147.43, Ranalli, P. 352.25 Primiani, R. 123.07, 143.05 414.06 Rand, R. J. 146.25, 327.05D Primini, F. 142.29, 149.13 Quarles, B. L. 343.21 Randall, K. 147.14 Prince, T. A. 131.04, Quataert, E. 131.03 Randall, S. W. 243.13 148.10, 148.11, 154.10, Quetschke, V. 255.09 Rangelov, B. 146.18 401.01D Quezada, L. 155.07 Rangwala, N. 150.02 Principe, D. 158.11, 423.04 Quinlan, F. 149.11 Ranquist, D. 159.08 Pritchard, J. 229.05 Quinn, R. 350.02 Ransom, S. M. 154.10, Pritchard, T. A. 146.17, 154.11, 306.01, 421.03D 444.05, 444.06 Quinn, S. 109.04 Rao, S. 245.07 Pritchet, C. 148.06, 253.26 Quinn, T. R. 232.03D Raphael, B. 255.08, 343.12 Pritzl, B. J. 354.07 Quinonez, A. 256.22 Rasio, F. A. 407.06 Privitera, S. 155.08 Quintana, E. V. 407.03 Rasmussen, A. 247.05 Privon, G. C. 147.23, Quintero, L. 345.18 405.01, 442.03 Quintin, J. 202.05 Rauscher, B. J. 347.02, 347.04, 350.07, 350.08 Prochaska, J. X. 134.02, Quirrenbach, A. 149.05 Rauscher, E. 315.05D 145.10, 212.03, 212.06, Rabinowitz, D. L. 136.03, 245.01, 245.02, 322.03, 341.16 Ravelomanantsoa, T. 326.06, 411.06 352.18 Radburn-Smith, D. J. Proffitt, C. R. 344.03, 326.05, 434.09 Ravindranath, S. 147.30, 344.04, 344.10 210.05, 228.01, 228.02 Radford, S. J. 150.07 Provance, J. D. 249.10 Rawls, M. L. 142.16 Radigan, J. 158.28 Prsa, A. 142.09, 142.12 Ray, P. S. 142.43, 154.06, Radomski, J. T. 204.05D Psaltis, D. 143.10, 403.01 345.17, 345.18, 412.03 Rafelski, M. 210.05, Raymond, J. C. 249.15 Ptak, A. 153.14, 153.15, 212.03, 228.01, 228.02 244.12, 244.18, 244.21, Raymond, S. N. 343.02 Rafferty, D. A. 226.01 244.22, 414.04 Raymond, V. 346.06 Rafiee, A. 339.32 Puccetti, S. 244.13, 244.19, Reach, W. T. 440.08 244.24, 352.25 Rafikov, R. 104.02D Read, J. 346.01 Puerari, I. 225.01 Rafikov, R. R. 424.08 Readhead, A. C. 103.01D, Puerta, G. 440.09 Rafle, H. 339.24 145.04, 223.02D, 244.19, Pueyo, L. 126.02, 149.32 Rahman, M. 312.01 339.05, 345.15 Pugh, B. 354.05 Raichoor, A. 112.07, 437.02 Reardon, K. 315.06, 353.04 Puglisi, A. 158.17 3BKBHPQBMBO
(
 Rebolledo, D. 206.05D Pulliam, R. 352.11, 352.12 3BKBO
"

158.31 Rebull, L. M. 144.01, Punnadi, S. 305.01, 3BKFOESBO
4
 246.07, 256.07, 256.09, 305.03D, 334.06 256.17, 256.18, 256.22, Rakovic, M. J. 408.03 256.24 Punzi, K. 205.07 Ram, R. 348.02 Rector, T. A. 148.09 Punzi, K. M. 443.13 Ramaprakash, A. N. 305.01, Reddy, N. 251.03 Puravankara, M. 325.05, 305.03D, 334.06 Reddy, N. A. 129.07 442.01 Rambold, W. 439.06 Pursimo, T. 430.01 Redfield, S. 144.20, 249.01, Ramirez, E. 330.02 256.30, 343.24, 349.35 280 Author Index Redmond, K. J. 251.17 Ribas, I. 149.05 144.24, 158.17, 226.02, Reece, S. 229.02 Ribaudo, J. 411.06 325.03, 403.01, 403.04 Reed, D. 341.17 Ricca, A. 440.09 Rieke, M. J. 226.02 Reel, M. 145.01 Ricci, L. 144.17, 150.04 Riemer-Sørensen, S. 106.02 Reeves, K. 159.07, 315.06 Ricco, A. 350.02 Ries, J. G. 353.08 Reeves, R. 345.15 Rice, E. L. 126.02, 158.24, Riess, A. G. 136.01, 253.12, 333.05 253.13, 253.14, 350.07, Reeves, S. 330.01D 350.08 Rice, T. 442.05 Regan, M. W. 230.02 Riethmiller, D. 303.07 Rice, T. S. 256.11 Regester, J. 246.10, 246.11 Riffel, R. 339.18 Rich, E. 250.27 Regnault, N. 323.02D, Rigault, M. 136.03, 341.16 253.02 Rich, J. 323.04, 402.04 Rigaut, F. 305.06, 439.06 Rehn, T. 142.14 Rich, R. M. 122.03, 146.01, Rigby, J. R. 147.27, 147.28, Reichart, D. 328.07, 345.24 213.02, 213.04, 250.18, 250.19, 436.01 147.29, 244.17, 244.18 Reid, I. N. 158.28 Richard, J. 129.06, 210.03, Riggs, A. 350.17 Reid, P. 142.45, 342.03 228.05 Rigopoulou, D. 157.08 Reil, K. 345.08 Richards, G. T. 133.03, Riguccini, L. 434.08, 352.25 Reiners, A. 149.05 247.10, 307.02, 339.09, Ringermacher, H. I. 222.06 Reines, A. E. 133.06 339.45, 339.56, 352.14, 418.08 Ringwald, F. 148.03 Reinhart, E. 250.21, 250.22 Richards, J. 103.01D, Risaliti, G. 244.12, 244.17 Reintsema, C. D. 153.16 247.02, 339.05, 354.11, Ritchey, A. M. 249.19 Reis, R. C. 439.10 354.28, 431.05 Ritz, S. M. 310.02 Reiter, M. 251.21 Richards, M. T. 342.08 Rivera, E. M. 349.02 Reitzel, D. 146.01, 213.04 Richards, S. 215.01 Rivera, J. 154.05, 328.06, Reitzel, D. B. 213.02 Richardson, C. T. 330.06D 345.17, 345.18 3FNJKBO
"
+

Richardson, J. 431.06 Rivers, E. 204.04D 352.08, 352.09, 352.10, Richardson, L. 343.01 Rix, H. 147.39, 311.05, 352.11, 352.12 Richer, H. B. 213.02 349.36 Requena Torres, M. Robaina, A. 418.04 332.06D Richer, M. G. 249.12 Robberto, M. 147.27 Reser, J. 154.05, 328.06, Richers, S. 214.07 345.18 Richert, A. 315.04 Robbins, W. 330.01D Ressler, S. 249.14 Richmond, M. 339.32 Roberge, A. 144.20, 205.01, 220.04 Rest, A. 253.12, 253.13 Ricker, G. R. 113.19 Roberts, C. A. 339.21 Reustle, A. 439.13 Ricker, P. M. 233.04D, Roberts, J. 126.02, 407.03 Revalski, M. 339.01, 339.02 352.21 Riddle, A. 353.08 Roberts, L. C. 126.02, Reynolds, C. S. 244.15, 220.07, 333.05 244.16, 244.19 Riddle, R. L. 149.06, 305.01, 305.03D, 334.06 Roberts, M. 154.10, Reynolds, D. 432.04 421.03D Ridgway, S. T. 137.02D, Reynolds, S. P. 244.08, Roberts, S. J. 229.02 244.09, 244.10, 244.11, 247.03, 247.04, 247.12 249.13, 249.14, 249.15, Ridley, J. 412.04 Robertson, A. 343.01, 343.28, 349.04 249.16 Riebel, D. 213.05 Rhea, J. 248.02 Robertson, B. E. 207.01, Riechers, D. A. 150.01, 207.02, 207.04, 207.05, Rhee, J. 250.24, 325.02 221.04, 322.01 210.03 Rhoads, J. E. 129.02 Riedel, A. R. 149.15, 149.20, Robertson, P. 256.23, Rhode, K. L. 122.01, 352.07 252.01, 423.02 423.05, 434.03 Rhodes, J. 153.09, 341.03 Rieke, G. 144.05, 144.19, Robin, A. 254.14, 435.03 281 Author Index Robinson, E. L. 142.13, Romanowsky, A. J. 421.02 Rudie, G. C. 322.02D, 142.21, 142.24, 142.25, Romero, C. 246.02 345.04 401.02 Romero, P. 354.16 Rudnick, G. 243.11, 322.05, Robinson, T. D. 333.07 418.04, 420.06 Romine, J. 255.08 Robitaille, T. 234.01, Rudnik, P. 154.05 Roming, P. 444.05, 444.06 256.12, 410.04 Rudolph, A. L. 115.03, Robles, R. 246.16, 339.39 Roodman, A. 345.08 248.06, 256.16, 349.06, Rocha, M. 125.04D Rosario, M. 142.01, 250.44 349.22 Rockefeller, G. 214.06 Rosati, P. 207.07 Ruggles, C. 91.01 Rodenhuis, M. 256.14 Roseboom, I. 243.01 Ruiz, D. A. 256.05 Rodgers, E. 256.12 Rosenberg, J. 147.07, Ruiz-Lapuente, P. 106.07D 245.05 Rodigas, T. 158.17, 324.05, 3VKPQBLBSO
8
147.31 419.01 Rosenberg, M. 235.07 Rule, E. 341.04 Rodighiero, G. 145.08 Rosenfeld, K. 144.17 Rumsey, C. 223.02D Rodney, S. 240.35 Rosenfield, P. 115.02, Runge, K. 136.03, 341.16 122.06, 213.06, 246.04 Rodney, S. A. 136.01, Runnoe, J. C. 309.01D, 207.07, 253.12, 253.13, Rosenthal, E. 433.02 343.09 253.14 Roshi, D. 306.01 Rushing, C. 122.07 Rodrigues, B. 350.15 Rosin, M. 201.05 Russell, C. M. 142.35 Rodriguez, D. 158.11, Rosing, W. 345.23 Russell, R. W. 144.02 158.12, 205.07, 246.08, Rosolowsky, E. 221.05, 246.09, 423.04 Rutkowski, M. J. 225.03D, 251.10, 251.11, 251.12 228.06 Rodriguez, P. 354.28 Ross, N. 223.08, 307.06, Rutledge, R. E. 412.01 Rodriguez, R. 142.01, 402.04, 402.05, 418.08 Ruwadi, D. 246.05 147.04 Rossi, G. 132.05, 323.04, Rodriguez Gonzalvez, C. 402.02 Ryan, R. E. 147.24, 207.06, 243.06 228.01, 228.06, 339.31, Rossi, S. 232.01 409.05D Rodriguez-Zermeno, A. Rossi De La Fuente, E. Ryder, S. D. 148.13 154.05, 255.09 354.13 Ryer, H. 342.06 Roederer, I. U. 232.02 Rostopchina, A. 354.24 Roediger, J. 326.04D Rykoff, E. S. 106.07D, Roth, M. M. 345.13 341.09 Rogers, A. E. 123.07, 255.10 Rothrock, D. 248.04, 352.18 Rys, A. 111.04D Rogers, A. 240.23 Rothschild, R. E. 113.02, Röttgering, H. 339.31 Rogers, L. 126.01D 350.15 Saar, S. 159.05, 252.07, Rogers, S. 207.04 Rots, A. H. 156.03, 240.37 354.14 Rogers, T. 439.01 Rottler, L. 148.13, 340.02 Saar, S. H. 354.15 Rohr, M. 154.05 Roueff, E. 117.04 Sacco, G. 443.13 3PKBT
"ZBMB
#
%
 Roustazadeh, P. 430.03 Sadavoy, S. 312.02D 3PKBT"ZBMB
#
 Route, M. 158.26 Sadleir, J. E. 153.16 Rollinde, E. 402.04 Rowe, B. 153.09, 341.05 Saez, C. 244.13 Roman-Duval, J. 344.03, Rowe, J. 142.05, 216.02, Safarzadeh, M. 147.24 344.04 407.03, 407.05 Saha, A. 247.03, 247.12 Romani, R. W. 103.01D Rubin, D. 106.07D, 341.09 Sahai, R. 116.03, 249.03 Romano, J. D. 114.02, Rubin, K. 322.03 155.05, 255.09 Sahnow, D. J. 344.03, Rubin, V. C. 146.05 344.04, 350.07, 350.08 Romano, P. 421.05 Ruch, G. T. 343.10 Sahu, K. C. 149.13 Romanova, M. M. 256.27, Rude, G. 339.16 343.14 Saintonge, A. 352.02,

282 Author Index 352.03, 352.04, 352.06 Sanford, B. 255.08, 343.01 Schaefer, G. 137.02D, 4BKJOB
"
129.04 4BOKVBO
+
153.07 251.22, 252.03, 435.05, 443.08 Sakai, N. 349.04 SanMiguel, D. 352.18 Schaefer, L. 142.37 Saken, J. M. 158.03 Santana, R. 438.01 Schaerer, D. 414.01 Sako, M. 106.06D Santander, M. 349.10 Schattenburg, M. L. 153.18 Sakon, I. 440.08 Santascoy, J. 302.02 Schaul, D. 146.01 Salama, F. 350.02 Santos, O. 350.02 Schawinski, K. 225.06, Salas, P. 233.01 4BSBKFEJOJ
"

315.01, 326.07, 339.33, Salim, S. 147.20, 304.05 441.01 339.44, 339.47, 340.05, Sallmen, S. 235.06 Sarazin, C. L. 142.27, 352.25, 418.08 226.02, 243.01, 243.04 Sallum, S. 418.07 Schechner, S. 91.03 Sardane, G. 245.07 Salmon, B. 147.43 Schechtman-Rook, A. Sargent, B. A. 213.05 146.22 Salmon, R. 343.26 Sargent, M. 352.25 Schenck, D. 123.07 Salo, H. 230.04 Sarkozy, S. 345.15 Schenker, M. 207.01, Salome, P. 330.06D Sarzi, M. 103.08 207.04, 207.05 Salter, C. J. 157.06, 349.25 Sasselov, D. D. 343.25 Schenker, M. A. 207.02 Salter, D. M. 240.09, 251.10, Scherich, H. 256.22 251.11, 251.12, 256.15 Satyal, S. 343.21 Scherrer, P. H. 315.06 Salvatelli, V. 157.08 Satyapal, S. 134.01, 339.15 Sauer, F. 240.20 Schiavon, R. P. 144.08, Salvato, M. 339.25 144.09, 242.01, 250.31, Salyk, C. 144.15, 221.01 Saul, D. R. 234.04D 250.34, 254.14 Salzer, J. J. 122.01, 352.02, Saunders, C. 106.07D, Schiminovich, D. 326.03 341.09, 341.16 352.03, 352.04, 352.06, Schindhelm, E. 117.04 352.07 Saurage, G. 148.01 Schinnerer, E. 146.20, Sambruna, R. M. 103.05, Sauter, P. 349.38 150.01, 349.14, 349.15, 310.01 Savage, B. D. 245.04 349.16, 349.17, 349.26, Samec, R. G. 142.14 Savcheva, A. 158.04 349.36, 352.25 Samoska, L. 345.15 Savino, M. 240.02 Schinzel, F. K. 307.01 Sanborn, J. 142.07 Savransky, D. 343.22, Schlafly, E. 145.06 Sanchez, F. 440.09 350.06 Schlaufman, K. 333.08 Sanchez, N. 349.06 Sawada, T. 235.05 Schlawin, E. 334.04 Sanchez, S. 313.03 Sayers, J. 128.05D, 226.08, Schlegel, D. J. 245.03, 4BODIJT
0KFEB
3
 251.07 307.06 Sancisi, R. 107.02 Sayle, A. 141.06 Schlegel, E. M. 249.21 Sand, D. 253.01, 253.26, Scaife, A. 145.04, 223.02D, Schleicher, D. 345.02 345.23 440.01 Schleigh, S. 211.04 Sand, D. J. 339.13 Scalzo, R. 136.03, 142.29, Schlichting, H. 220.06 341.16 Sanders, D. B. 157.12 Schlieder, J. 324.06 Scannapieco, E. 339.31 Sanders, J. 437.01 Schlingman, W. M. 246.10, Scargle, J. 149.13, 350.11 Sanders, S. J. 142.15 246.11 Scarlata, C. 129.06, 145.08, Sandford, E. 443.06 Schluns, K. 158.04, 158.05, 147.17, 147.41, 210.03, 423.07 Sandquist, E. L. 250.36, 210.05, 223.08, 227.03, 250.38, 321.03 228.01, 228.05 Schmachtenberger, B. 339.52 Sands, A. 240.32 Schaaf, R. 150.07 Schmidt, A. C. 253.28 Sandstrom, K. 349.36, Schaefer, B. E. 208.03, 404.07 233.06 Schmidt, B. 345.13

283 Author Index Schmidt, K. 147.39 Schwarz, G. 240.29 Serlemitsos, P. J. 113.11 Schmidt, L. 352.18 Scibelli, S. 254.18 Serna, G. E. 248.06 Schmidt, S. 125.04D, Scolnic, D. 253.12, 253.13 Servillat, M. 412.01, 443.17 409.05D Scott, A. 255.08, 343.28 Sesar, B. 154.10, 232.06, Schmidt, S. J. 158.21 Scott, D. 150.07, 323.07 316.03, 316.05 Schmitt, A. 315.03 Scott, J. E. 339.32 Seshadri, S. 153.09 Schmitt, H. R. 103.07, Scoville, N. 150.01, 221.03, Sessa, J. 433.05 339.18 221.05, 235.05, 352.25, Seth, A. 122.06, 142.39, Schmitz, D. 147.01 436.04 146.08, 146.09, 247.10, Schnee, S. 332.01, 349.21 Scowcroft, V. 409.01 250.01, 250.11, 311.06 Schneider, A. 144.06, Scowen, P. A. 439.04, Severson, S. A. 345.25, 325.06, 423.06D 441.02 345.26 Schneider, D. P. 106.06D, Scranton, R. 409.05D Seward, F. D. 113.12 133.03, 247.10, 339.31, Scrimgeour, M. 106.02, Sexton, R. 349.22 402.04, 402.05 409.04 Shabram, M. 443.14 Schneider, E. 207.02 Seager, S. 224.03, 224.05D, Shafter, A. W. 148.02, Schneider, G. 104.05, 315.05D, 407.05 148.06 246.05, 256.13, 305.02, Seaquist, E. R. 413.05 Shafto, G. 342.02 315.06, 339.31, 353.04 Searls, E. 352.18 Shah, R. 352.17 Schneider, J. 431.04 Secrest, N. 339.15 Shah, Y. 354.03 Schneider, M. 341.11 Seebode, S. 246.13, 354.02 Shaklan, S. 149.33, 350.06 Schneider, S. E. 245.05 Seeds, M. 158.03 Shamir, L. 240.01 Schnittman, J. 153.13 Seibert, M. 147.13 Shang, Z. 309.01D Schnupp, C. 149.22 Seifahrt, A. 126.08 Shannon, R. 155.05, 412.07 Schoenwald, J. 150.07 Seifert, N. 352.10, 352.12 Shao, M. 126.02 Schofield, S. 109.05 Seifert, W. 149.05 Shapiro, C. 153.09 Scholz, A. 321.07 Seiffert, M. D. 150.09 Shapley, A. E. 304.02D Schou, J. 315.06 Seigar, M. 143.08, 143.09, Shara, M. 148.07, 148.14, Schram, N. 147.21 146.10, 146.24, 146.27, 213.02, 433.05 Schramm, M. 422.06 225.01, 327.01 Sharma, S. 107.05D, 232.04 Schroeder, J. 421.03D Seitz, S. 207.07 Sharon, C. E. 418.02D Schruba, A. 250.12, 349.36 4FMKBL
6
 Sharon, K. 147.29 Schubnell, M. 439.17 Sell, P. 418.04 Sharp, E. 339.49 Schultheis, M. 144.08 Sellgren, K. 235.08, 254.06, Shattow, G. 420.01 254.14 Schultz, B. 339.50, 418.07 Shaw, M. S. 103.01D Sellwood, J. 254.15 Schultz, D. R. 408.03 Shawhan, P. S. 114.01, Schultz, E. 243.11 Sen, N. 250.16 152.08 Schultz, G. 211.07 Sengupta, A. 304.07 Shaya, E. J. 339.11 Schultz, G. R. 141.09, Seo, W. 206.01 Sheckells, M. 149.32 302.02 Seon, K. 349.33, 349.34 Sheinis, A. 345.06 Schultz, T. 439.01 Sephton, M. 350.02 Shelton, R. L. 349.32 Schulz, B. 157.12 Sepinsky, J. F. 142.22, Shemmer, O. 133.05, Schulz, N. S. 153.18 142.23, 343.26 247.10 Schuster, K. F. 349.15, Serabyn, E. 324.01 Shen, Y. 307.06, 418.08, 349.16, 349.17 Serabyn, G. 144.22, 403.05 434.02 Schwamb, M. E. 315.01 Serenelli, A. 250.41 Shen, Z. 143.05 Schwartz, D. A. 113.10 Serio, A. 439.06 Shenoy, S. S. 349.24 284 Author Index Sheppard, S. S. 314.03 Siana, B. D. 129.06, 147.21, Singleton, J. 253.28 Sherman, R. 251.18 147.41, 210.03, 210.05, Sinukoff, E. 149.18 223.08, 228.01, 228.05 Sherman, S. 434.05 Sion, E. M. 202.06, 308.01 Siebert, A. 425.03D Sherwin, B. 105.06D Sippel, A. 431.06 Siegel, S. 128.05D Sheth, K. 230.01, 230.04, Sirbu, D. 149.34 Siemens, X. 114.02, 154.05 251.04, 313.05, 436.04 Sitarski, B. 144.27, 254.04, Sheth, R. 420.01 Siemiginowska, A. 339.28 345.20 Shetrone, M. D. 144.08, Sierra, A. 225.01 4JUIBKBO
4
 144.09, 242.01, 250.34, Sieth, M. 145.04, 345.15 Sitko, M. L. 144.02, 325.04 250.38, 254.13, 254.14 Sievers, J. L. 105.01 Sivakoff, G. R. 142.27, Shi, J. 104.03, 149.04, Sifon, C. J. 124.06 246.02, 421.02 445.03 Sigurdson, K. R. 125.05 Sivanandam, S. 226.02 Shields, A. 333.07 Sigurdsson, S. 203.02D, Sivaramakrishnan, A. Shields, D. 143.08, 146.27, 308.08 126.02 327.01 Sigut, A. 144.12 Siverd, R. 315.04 Shields, G. A. 422.02, 434.03 4JKBDLJ
%
 4KPVXFSNBO
-
 Shields, J. C. 339.04 Silano, D. 339.01 Skatchke, K. 256.22 Shim, S. 334.07 Silk, J. 303.06 Skelton, R. 147.39, 215.02 Shimasaku, K. 227.01 Sills, A. 250.46 Skemer, A. 158.17, 419.01 Shin, J. 204.02, 425.04 Silverman, J. 233.03, Skibba, R. A. 225.06, 253.06, 352.25, 422.06 420.01 Shiokawa, H. 123.05D Silverstone, M. D. 315.06 Skillman, E. D. 122.01, Shipp, S. S. 342.05 Silvestri, N. M. 247.05 122.05, 142.39, 146.26, Shipsey, I. 247.11 213.06, 250.11, 251.01, Silvia, D. W. 212.02D Shirley, Y. L. 251.10, 251.11, 311.05, 352.02, 352.03, 251.12, 255.08 Simard, L. 143.07 352.04, 352.06, 352.07, 404.03 Shirokoff, E. 150.09 Simcoe, R. A. 212.06, 322.03 Skillman, S. W. 128.01, Shirtz, A. 345.19 Simet, M. 226.07 128.02D Shitanishi, J. 128.05D, Skinner, J. N. 148.05 226.08 Simmerer, J. A. 250.20 Skinner, S. L. 256.24 Shivaei, I. 251.03 Simmons, B. 225.06, 326.07, 339.33, 340.05 Skrutskie, M. F. 144.08, Shkolnik, E. 149.23, 220.01 Simmons, M. 201.06 158.17, 254.14 Shmakova, M. 247.05 Simon, J. B. 104.01 Slane, P. O. 330.05 Sholl, M. 345.08 Simon, J. D. 107.03, 146.02 Slater, S. 211.04 Short, M. 256.22 Simon, R. S. 345.24 Slater, T. F. 211.04, 211.07 Shortridge, K. 345.13 Simon, R. 345.16 Slatten, K. J. 252.01 Showalter, M. R. 353.15 Simones, J. 251.01 Slechta, J. 342.02 Shporer, A. 321.04, 407.07 Simonetti, J. H. 114.01, Sloan, G. C. 145.01, 249.02, Shrader, C. R. 142.44 143.02, 155.07 250.23 Shu, F. H. 225.02D Simonsen, M. 148.01 Slosar, A. 402.02, 402.04 Shu, X. 207.07, 207.08 Simpson, C. M. 107.05D 4NBEKB
(

 Shukla, H. 240.06 Simpson, J. P. 235.08, Smail, I. 150.03, 221.06, Shuler, E. 106.03, 341.13 256.13 339.27 Shull, J. M. 245.04, 339.46 Simpson, R. 250.11, 315.01, Smale, A. 142.34 Shuping, R. 349.24 340.05 Smale, A. P. 142.33, 148.04, 401.03 Shupla, C. 342.05 Singer, L. 346.02 Singh, R. 352.21 Small, L. 255.08, 343.01, 285 Author Index 343.17, 343.28 Snik, F. 256.14 Spencer, M. E. 253.31 Smart, B. 242.04, 255.08, Snyder, G. 255.05 Spergel, D. N. 124.03, 343.28 Snyder, G. F. 226.05 245.03 Smidt, J. 341.12, 341.18, So, G. 432.04 Spiegel, D. S. 424.05 341.19 Soares-Santos, M. 352.26 Spiewak, R. 142.18 Smith, A. B. 141.05 Sobolewska, M. 339.28 Spinka, H. 241.04, 253.17 Smith, A. M. 315.01 Sobral, D. 339.27 Spitler, L. 147.43 Smith, B. 304.07 Soderberg, A. M. 253.04, 4QKVU
&
 Smith, B. M. 339.31 253.24 Spolaor, S. 154.02, 154.07, Smith, B. D. 107.05D Soderblom, D. R. 321.01 309.05 Smith, C. 255.08, 343.01, Sofia, S. 349.28 Spoon, H. 157.08 343.11, 343.12, 343.17, Spotts, H. 342.08 343.28 Sofia, U. J. 349.28 Sprague, D. 339.01, 339.02 Smith, D. M. 255.12, Sohn, S. 122.08 244.01, 244.03, 244.23 Soifer, B. T. 101.01 Sprow, H. 246.14 Smith, D. A. 141.09, Sokal, K. R. 148.15, 246.02 Spuck, T. 249.03 141.10, 141.11, 302.05, Sokol, J. 344.05, 344.07 Squires, G. K. 141.01, 342.06 248.01 Soles, J. 240.28 Smith, G. H. 250.25 Srinivasan, S. 213.05 Som, D. 212.05 Smith, H. A. 316.03, 354.07, St. John, M. 302.02 Song, H. 432.07 147.05, 247.10, 256.26, Stacey, G. J. 150.02, 304.04D, 312.03, 339.38, Song, I. 144.01, 325.02, 150.07, 150.09, 332.04D, 341.02, 410.04 325.06, 423.06D 345.14, 414.02D Smith, J. 149.13 Song, M. 147.36 Stacy, A. 442.02 Smith, J. T. 434.07 Sonneborn, G. 353.13, Staggs, W. D. 249.21 353.14, 443.16 Smith, K. 339.43 Staguhn, J. 229.04, 339.49, Smith, L. J. 344.05, 344.07, Sonnentrucker, P. 344.03 345.14, 414.02D 344.09 Soohoo, J. 123.07 Stancil, P. 408.02 Smith, M. 106.05, 106.06D Sorai, K. 235.05 Stancil, P. C. 408.01, 408.03 Smith, M. P. 345.06 Sorce, J. 409.06 Stanek, K. Z. 354.19 Smith, M. 432.15 Soria, R. 146.11, 146.17, Stanford, S. A. 128.06, Smith, N. 233.03, 251.21, 146.18, 146.21 226.05 349.22 Soto, E. 147.26, 210.05 Stanimirovic, S. 349.12, Smith, R. K. 116.04, 153.14, Soto, K. 411.01 404.04 153.15, 349.39 Soummer, R. 126.02, Stanke, T. 251.06 Smith, R. 339.35, 153.09 144.11, 149.32, 347.06 Stapelfeldt, K. R. 144.05, Smith, S. J. 153.16 Souza, S. P. 354.22 144.14, 144.19, 144.20, Smith, T. 255.08 Spaans, M. 350.02 144.24, 149.30, 205.06, 256.17, 256.18, 324.01, Smith, V. V. 242.01, 250.34, Spadafora, A. L. 106.07D, 403.03 254.13, 254.14 341.09 Starcevich, D. 339.21 Smitka, M. T. 253.03 Spalsbury, L. 159.01 Stark, A. 147.28 Smolcic, V. 150.01, 352.25 Spannagel, R. 153.07 Stark, C. C. 104.06 Smullen, R. 142.02, 157.07 Sparks, R. T. 201.02, 201.03, 246.01, 302.04 Stark, D. 129.06, 210.03, Smutko, M. 251.18 228.05, 147.09, 251.09, Smyth, E. 249.17 Speagle, J. 354.08 352.13 Smythe, D. L. 123.07 Speck, A. 145.01, 145.02, Starkman, G. D. 106.05 145.03, 223.04, 249.04 Sneden, C. 348.02, 348.03, Starling, R. 339.07 Spector, A. 153.06 348.04, 354.09 Starr, D. L. 308.02

286 Author Index Stassun, K. 115.05, 307.08, 352.25 345.23, 352.27 116.01, 247.02, 315.04, Stetson, P. B. 152.06, Streich, D. 326.05 321.06, 321.07, 330.02, 213.02 423.07 Strelnitski, V. 142.18, Stevans, M. L. 245.04, 144.10, 341.01, 341.04, Statler, T. S. 303.07 339.46 354.20, 418.07 Staubert, R. 244.03, 244.04 Stevenard, M. 339.26 Strickler, R. R. 250.41 Staudaher, S. 146.14 Stevens, J. 307.03, 430.01 Strittmatter, P. A. 123.07 Stauffer, J. R. 144.01, Stevens, L. 149.24, 246.05, Stroeer, A. 153.11 158.16, 256.10, 354.12 324.06 Strolger, L. 253.10 Staveley-Smith, L. 409.04 Stevenson, K. B. 126.08, Struck, C. 146.06 Steakley, K. 353.11 224.03, 315.05D Stubbs, C. 253.04, 432.13 Stebbins, R. T. 153.05 Stevenson, M. 145.04, Sturmann, J. 137.02D Steber, A. 352.10, 352.12 223.02D Sturmann, L. 137.02D Steeghs, D. 142.41, Stevick, J. 343.15 421.01D Stickley, N. R. 405.02D Stutz, A. M. 251.06 Steer, I. 208.06 Stierwalt, S. 146.23, 157.09 Su, K. Y. 144.05, 144.11, 144.14, 144.19, 144.24, Stefan, I. 108.07 Still, M. D. 142.05, 148.04, 149.28, 158.17, 308.05, Stefanik, R. P. 109.04, 321.02, 401.03 325.03, 325.05, 403.04 315.04 Stockdale, C. 146.11, Su, M. 125.01 146.17, 233.01, 410.02 Stefanon, M. 129.05, Su, Y. 128.03D 322.05 Stocke, J. T. 245.04 Subasavage, J. 149.20, Steffen, J. 431.06 Stolovy, S. R. 235.08 252.01, 423.02 Steffen, J. H. 231.03 Stone, J. M. 104.01, Subbarao, M. 302.01 104.02D, 203.03D Steffen, W. 249.12 Subrahmanyan, R. 328.04 Steger, A. 249.05 Stone, K. M. 106.03, 341.13 Sugerman, B. 148.12 Steidel, C. C. 304.02D, Sukhbold, T. 252.16 345.04 Stone, N. 204.06D Sul, C. 343.13 Stein, R. F. 415.02 Storchi-Bergmann, T. 339.18 Sullivan, M. 253.06 Steiner, J. F. 203.04D Storm, S. 240.09, 251.10, Summerscales, T. Z. 432.14 Steinhardt, C. 422.06 251.11, 251.12 Sun, L. 445.03 Stella, L. 113.13 Storrs, A. 253.11 Sun, M. 226.02 Stellmach, S. 252.05 Stoughton, C. 401.05, Sun, P. 415.04 Stello, D. 250.36, 250.38 431.06 Sur, D. 242.06 Stempels, H. C. 256.14 Stovall, K. 154.03, 154.05, Surace, J. A. 157.09, 157.12 Stennes, M. 345.16 154.06, 154.09, 328.06, 345.18, 412.05 Sutter, P. M. 432.05 Stephens, I. W. 426.04 Straatman, C. 147.43 Suzuki, N. 106.07D, 245.03, Stephens, T. E. 439.15 Strader, J. 316.02, 421.02 341.09 Sterling, A. C. 315.06 Strader, M. 401.05 Swain, M. 149.16, 240.18 Sterling, N. C. 249.01 Strait, T. E. 333.06 Swank, J. 113.14 Stern, D. 147.34, 209.04, Swanson, M. 307.06 226.05, 243.14, 244.01, Straizys, V. 256.04 244.02, 244.03, 244.04, Straughn, A. 147.26, Swaters, R. A. 146.15 244.05, 244.06, 244.07, 147.30 Swenson, L. 150.07 244.08, 244.09, 244.10, Strauss, M. A. 133.03, Swesty, F. D. 253.21 244.11, 244.12, 244.13, 221.04, 247.10, 339.31, Swift, J. 150.04, 149.06, 244.14, 244.15, 244.16, 418.08, 422.06, 434.02 244.17, 244.18, 244.19, 407.04 244.20, 244.21, 244.22, Streblyanska, A. 418.08 Swinbank, M. 221.06 244.23, 244.24, 244.25, Street, R. 149.14, 315.04, 287 Author Index Szabo, T. 111.01 Taylor, S. F. 343.27 250.29 Szalay, A. S. 303.04, 341.15, Teerikorpi, P. 241.01 Thomas, N. H. 256.26 415.03 Tegmark, M. 229.05 Thomas, N. B. 149.04 Szentgyorgyi, A. 109.04 Teich, Y. 146.04, 354.22 Thomas, R. 136.03, 253.23, Szkody, P. 148.01, 202.06 Teitelbaum, L. P. 439.14 341.16 Szymanski, B. 254.19 Telesco, C. M. 443.10 Thomas, S. 423.06D Szypyrt, P. 401.05 Telford, O. 147.25 Thompson, B. A. 250.34, 252.08 Sánchez Carrasco, M. A. Temi, P. 434.08 149.05 Thompson, D. 240.30 Templeton, M. R. 240.37, Taam, R. E. 233.04D 256.29, 354.23 Thompson, P. 246.16, 339.39 Tacconi, L. J. 322.06 Ten Brummelaar, T. Tagliaferri, G. 244.13, 137.02D, 252.03 Thompson, R. 255.08, 343.12 244.19 Tendulkar, S. P. 305.01, Takanashi, N. 341.09 305.03D, 334.06 Thompson, R. I. 222.04 Takato, N. 345.10 Tenerelli, D. 305.02 Thompson, S. E. 142.05, 354.03 Takei, Y. 349.38 Teng, S. H. 244.17, 244.18 Thompson, T. J. 442.04 Tamura, M. 144.07, 149.23, Tenn, J. S. 208.04 149.24 Thompson, T. A. 349.15, Tennyson, E. 235.06 349.16, 349.17 Tan, J. 312.06D, 410.06D Teplitz, H. I. 129.06, 145.08, Thomson, M. 149.33 Tanaka, M. 146.16 147.17, 147.21, 147.26, Thorman, P. 125.04D, Tanaka, Y. T. 154.01 147.41, 210.03, 210.05, 223.08, 228.01, 228.02, 254.24 Tang, B. 154.02 228.05, 340.06, 418.06 Thorpe, G. 255.01 Tang, S. 154.10, 316.05 Terebey, S. 117.03, 256.10, Thorpe, J. 153.03, 153.04 Tang, Y. 431.03 256.17, 256.18 Thorstensen, J. R. 148.05 Tanga, P. 315.06, 353.04 Terndrup, D. M. 252.09 Thureau, N. 137.02D Tanner, A. M. 109.06, Terrazas, B. 339.54 Tibbetts, M. 240.25 149.19 Terrell, D. 315.01 Tibbs, C. 145.04, 223.02D, Tanner, J. 249.08 Teske, J. 343.01, 343.11, 440.01 Tanvir, N. 152.10 343.28 Tielens, X. 349.23 Tao, C. 136.03, 341.16 Testi, L. 251.10, 251.11, Tieu, J. 115.03 251.12 Tarle, G. 439.17 5JKFSJOB
3
4
 Teuben, P. J. 240.01, Tassis, K. 251.10, 251.11, Tilanus, R. 123.07, 143.05 251.12 240.09, 251.10, 251.11, 251.12 Tillman, T. 158.19 Tatge, C. 141.04 Teyssier, M. 107.04D Tilvi, V. 129.02, 147.43 Tavani, M. 237.01 Thacker, C. 341.12 Timmes, F. X. 253.27 Taylor, A. R. 440.08 Thackeray-Lacko, B. Timmes, F. 443.20 Taylor, A. 341.03 142.09, 142.11 Tingle, E. 251.22 Taylor, B. E. 153.10 Thaler, J. 247.11 Tingle, E. D. 256.29 Taylor, E. 353.07 Thalmann, C. 149.24, Tinker, J. 402.05 Taylor, G. B. 154.06, 307.01, 324.06 Tinney, C. G. 345.13 328.04, 328.06, 341.10, Thi, W. 220.02 345.17, 345.18, 409.02 Tisserand, P. 252.17 Thibodeau, C. 339.32 Taylor, J. 437.02 Titus, M. A. 123.07 Thilker, D. A. 245.07, 436.03 Taylor, L. 354.27 Tobin, J. J. 137.01, 251.06, Thirupathi, S. 250.26 Taylor, M. S. 345.21 251.10, 251.11, 251.12, Thom, C. 411.06 251.16, 442.01 Taylor, R. 147.03, 147.04, 240.03 Thomann, C. 242.03, Todd, N. 247.05 288 Author Index Todorov, K. 0. 343.16 307.02, 352.14, 352.25 343.17, 343.28, 103.07, Tody, D. 240.24, 240.34 Trelawny, D. 148.03 157.03, 251.02, 349.14 Tohline, J. E. 202.03 Tremonti, C. A. 147.12, Turner, N. J. 205.05 Tollerud, E. J. 122.04, 313.03, 339.41, 418.04 Turner, N. H. 137.02D 146.16, 405.04 Treu, T. 135.04, 247.09, Turnshek, D. A. 147.18, Tolls, V. 312.03, 410.04 309.03, 309.08, 339.55 245.07 Toloba, E. 107.01D, Treuthardt, P. M. 146.10, Twadelle, K. 339.14 122.07, 242.06, 351.03 225.01 Twarog, B. A. 250.27, Toloza, O. 158.15 Trichas, M. 204.03 250.28 Tomasino, R. 144.03 Trilling, D. E. 352.19 Tycner, C. 144.12 Tombleson, R. 255.08, Trimble, V. L. 130.02 Tyler, S. 353.12 343.01 Trinh, C. 215.01, 345.13 Tyson, J. A. 125.04D, Tomlin, R. 431.06 Trinh, J. T. 439.14 247.08, 247.11, 409.05D Tomsick, J. 244.01, 244.02, Tripp, T. M. 411.06 U, V. 147.23, 405.03D, 439.08 244.03, 244.04 Trivedi, P. 432.12 Ubbelohde, M. 345.28 Tong, W. 352.18 Troischt, P. 147.02 Ubeda, L. 240.07, 344.05 Tonry, J. L. 253.04, 253.12, Tromp, J. 256.17 253.13 Udomprasert, P. S. 211.01 Trotta, R. 106.05 Toomey, D. W. 149.25, Ueta, T. 144.03 149.26, 149.27 Trouille, L. 201.09, 247.10, 339.57 Ulbricht, G. 401.05 Torpin, T. 142.33, 142.34 Trowland, H. 215.01 Ullom, J. N. 153.16 Torrealba, G. 254.25 Troxel, M. A. 106.04, Ulmer, M. P. 113.15 Torres, B. S. 142.01 323.03 Umei, M. 235.05 Torres, G. 109.04, 216.03, Troyer, Z. D. 141.04 Umetsu, K. 128.04, 256.05, 256.06, 315.01, 128.05D, 226.08 407.07 Trueblood, M. 315.04 Trueblood, P. 315.04 Unwin, S. C. 220.07, Torres, M. 142.41, 421.01D 339.01, 339.02, 339.07 5SVKJMMP
$
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 Torres, O. 352.18 Updike, A. C. 152.07 5SVKJMMP
4

 Tosti, G. 430.01 Urech, A. 354.21, 431.02 Touhami, Y. 116.05, 144.25 Trump, J. R. 133.07, 243.03, 339.25 Uribe, G. 246.16, 339.39 Towers, S. 354.21 Tsai, C. 147.34 Urquhart, J. S. 254.09 Towner, A. P. 255.08, Urrutia, C. 439.06 328.07, 343.01, 343.11, Tsai, J. 114.01, 155.07 343.12, 343.17, 343.28, Tsang, D. 142.42, 346.01, Urrutia, T. 307.09 345.24, 349.05 350.03 Urrutia-Viscarra, F. 147.10 Townsend, R. D. 143.06 Tsapras, Y. 345.23 Urry, C. M. 113.16, 225.06, Townsley, D. 443.20 Tsvetanov, Z. I. 435.01 244.13, 244.19, 247.10, 307.02, 307.09, 326.07, Townsley, L. K. 256.03 Tu, C. 144.26 339.33, 339.44, 352.14, Trac, H. 124.02, 431.04 Tucker, C. 229.04 352.25 Trainor, R. 345.04 Tufts, J. 345.23 Usenko, I. A. 354.17 Trakhtenbrot, B. 133.05 Tumlinson, J. 107.05D, Usher, C. 425.01D Tramacere, A. 339.07 313.02D, 326.06, 411.06 Ustunisik, G. 433.05 Tran, K. 147.43 Tur-Kaspa, A. 256.22 Ustyugova, G. 256.27, Traub, W. A. 220.07 Turnbull, M. C. 435.04 343.14 Trauger, J. T. 220.07 Turner, D. G. 354.17 Uts, I. 126.04 Treffers, R. R. 345.28 Turner, E. L. 149.29, 435.06 Uttenthaler, S. 116.03 Treister, E. 244.13, 247.10, Turner, J. 149.13, 255.08, Uzgil, B. 411.05 343.01, 343.11, 343.12, 289 Author Index Vacca, W. D. 250.02, 349.24 Vanderbei, R. J. 149.34, Villadsen, J. 145.04, Vaillancourt, J. E. 223.03, 350.06 223.02D 312.05, 345.14, 349.01, Vanderburg, A. 149.08, Villar, V. 421.01D 426.04 334.04 Villforth, C. 418.08 Vaisanen, P. 148.13 Vanderlinde, K. 432.13 Vinko, J. 233.05D Vaitheeswaran, V. 158.17 VanKerkhove, J. 443.18 Vinson, A. 353.17 Valencic, L. A. 349.39 Vardoulaki, E. 157.04 Violante, R. 353.09 Valenti, J. A. 117.04, Varela, C. 254.19 Vishniac, E. T. 415.03 256.14, 435.01 Vargas, C. J. 112.08, 147.32 Visscher, C. W. 126.05, Valenti, S. 253.01, 345.23 Vargas Alvarez, C. 142.02, 315.05D Vallisneri, M. 153.08 145.07, 251.14 Visser, R. 442.01 Valluri, M. 203.01 Vargas-Magana, M. 432.03 Viti, S. 251.15 Valtonen, M. 241.01, Varlotta, A. 421.06D Vladilo, G. 212.05 303.01 Varonen, M. 345.15 7MBKJD
.
 van Belle, G. 439.11, Varosi, F. 109.05 443.03, 443.04 Vogel, J. 244.05, 244.23 Varri, A. 331.03D van de Sande, J. 227.05D Vogelsberger, M. 313.06 Vasel, J. A. 253.25, 255.11 van de Ven, G. 111.04D, Volgenau, N. H. 251.10, 241.05 Vasil, G. M. 158.01 251.11, 251.12, 312.05, 426.04 Van Den Berg, M. 443.17 Vasisht, G. 109.06, 126.02, 149.10 Volk, J. 431.06 van den Bosch, F. 313.01 Vasudevan, R. 339.44 Volk, K. 145.01 van den Bosch, R. 241.05 Vayner, A. 339.30 Voll, P. 345.15 Van Der Bliek, N. S. 156.02, 158.15 Veach, T. 441.02 Volpert, C. G. 142.15 Van Der Marel, R. P. 122.08 Veilleux, S. 221.05, 244.17, von Braun, K. 109.06, 244.18, 306.03D 334.01, 343.05 van der Wel, A. 112.01, 147.39, 207.07 Velusamy, T. 442.04 Von Steinkirch, M. 443.15 Van der Werf, P. 157.12, Venezio, E. 256.22 Voronkov, M. 410.03 235.07 Venters, T. M. 244.21, Voyer, E. 147.30, 210.05, van der Wiel, M. 332.01 244.22 228.01 van Dishoeck, E. 349.23 Veran, J. 305.04 Voyton, M. 347.02 Van Dokkum, P. G. 129.05, 7FSIFJKFO
.
"

Vrba, F. J. 158.19 147.08, 147.39, 147.43, 146.15 Vrtilek, S. D. 142.28 215.02, 227.05D Verma, A. 332.04D Vucina, T. 439.06 Van Dyk, S. D. 410.01 Vernstrom, T. 323.07 Vázquez Colón, C. 147.03 Van Eerten, H. 409.07 Vescelus, F. 126.02 Wachter, S. 308.01 Van Hamme, W. V. 142.14 Viani, L. 352.01 Wade, L. 153.09, 114.03 WBO
,FSLXJKL
.
 Vican, L. 144.06, 158.12, Wade, M. 114.07 224.01D, 423.04 van Olphen, M. 109.05 Wade, R. A. 142.17 Vidal, F. 439.06 van Saders, J. 301.05, Wagg, J. 221.04 301.06 7JEBM.BEKBS
"
 Wagner, C. 226.05, 313.01 Van Stone, D. 240.25 Vieira, J. 322.07 Wagner-Kaiser, R. 354.19 Van Waerbeke, L. 437.02 Viel, M. 245.03, 323.04, Wagstaff, K. 154.02 van Zee, L. 146.14 402.02 Viero, M. 215.04, 414.06 8BIIBK
;

149.26, Vanden Berk, D. 245.07, 149.27 247.10 Vignali, C. 352.25 Wahl, M. 144.22 VandenBerg, D. A. 443.08 7JKI
6
1
 Wahlgren, G. M. 148.13, Vander Vliet, J. 227.07 Vikas, S. K. 402.05 290 Author Index 351.01 Walterbos, R. A. 146.25, Weiner, B. J. 133.07, 304.06, Wainscoat, R. J. 253.04 245.07, 327.02D 434.01 Wake, D. 147.08, 147.39, Walton, D. 244.12, 244.16, Weintrop, D. 201.09 402.05 244.17, 244.24, 123.06, Weintroub, J. 123.07, 244.13, 244.15, 244.18 Wakker, B. P. 254.23 143.05 Wan, X. 109.05 Walborn, N. R. 250.04 Weinzirl, T. 322.04D Wandelt, B. 432.05 Walbrugh, W. 108.07 Weis, A. 249.02 Wang, H. 316.01 Waldman, S. 431.06 Weisenburger, K. 158.10 Wang, J. 109.05, 149.04 Walentosky, M. J. 148.09 Weiss, A. 221.05, 221.06 Wang, L. 352.23 Walker, A. R. 335.03 Weiss, L. M. 407.05 Wang, Q. D. 349.38 Walker, A. 154.05, 354.01 Weiss, R. 431.06 Wang, R. 221.04 Walker, C. E. 156.04, Weisskopf, M. 113.17 201.02, 201.03, 302.04 Wang, S. 445.03 Weisz, D. R. 142.39, 213.06, Walker, E. 136.06 Wang, X. 149.01, 149.09, 250.01, 250.10, 250.12, 307.05, 343.05 251.01, 311.03, 311.05, Walker, G. E. 142.18, 349.36, 404.03 339.50, 354.20, 418.07 Wang, Z. 341.02, 154.01, 424.03 Welch, D. L. 152.06, 252.17 Walker, K. M. 408.01 Ward, M. D. 251.15 Wells, B. 154.05 Walker, L. 147.15, 246.02, 420.02D Ward-Duong, K. 158.07 Wells, M. 354.14, 354.15 Walker, Z. 240.18 Wardle, J. F. 143.04 Welsh, B. 109.03 Walker-LaFollette, A. Wardlow, J. L. 147.38, Welsh, W. F. 142.09, 142.10, 254.07 157.10, 322.01 142.11, 142.12, 231.05, 315.01, 343.15 Walker-Lafollette, A. Warner, B. 202.06 255.08 Warwick, S. 305.09 Welty, D. E. 212.05 Walker-LaFollette, A. Wasserman, L. H. 256.05, Wen, Y. 350.07, 350.08 343.01, 343.11, 343.12, 256.06 Wenger, M. 248.01 343.17, 343.28 Waters, C. Z. 234.05 Wenger, T. 413.01, 413.02, Walkowicz, L. M. 301.03, Watkins, L. 436.02 413.03 354.14, 354.15 Watson, D. M. 325.05 Wenger, T. V. 152.05 Wall, J. 323.07 Watson, R. 440.01 Werk, J. 326.06, 411.06 Wallace, C. S. 248.06 Watts, G. 345.16 Werner, M. W. 144.05, Wallace, G. 240.23 249.03, 341.08, 354.12, Waxman, E. 350.11 Wallace, J. K. 109.06, 403.02 126.02, 149.10 Weaver, B. 136.03, 341.16 West, A. A. 158.04, 158.05, Wallace, J. 414.05 Webb, D. 149.33 158.06, 158.09, 158.10, Webb, J. R. 339.24 158.21, 252.07, 254.26, Wallace, L. V. 348.02 423.07 Webb, N. 244.12, 412.01 Wallace, S. 255.08, 343.12 Wester, W. 431.06 Wallerstein, G. 249.19 Wechsler, R. H. 341.07, 352.21 Westergaard, N. J. 244.08, Wallin, J. F. 240.01 244.09, 244.10, 244.24 Wegner, G. A. 234.03D, Walsh, J. 103.08 243.09 Westerhoff, T. 350.16 Walter, A. 401.05 Wehrle, A. E. 339.01, Westfall, K. B. 146.15 Walter, B. Z. 124.04 339.02, 339.07 Weston, A. 229.04 Walter, D. K. 255.12, Weil, K. 240.04 Wheeler, C. 405.04 354.04, 354.05, 354.06 Weinberg, D. H. 402.02, Wheeler, J. C. 233.05D Walter, F. 207.03D, 221.04, 402.06, 432.05 Whelan, D. G. 144.08, 221.05, 221.06, 349.36, Weinberger, A. J. 104.06, 144.09, 246.02, 331.05D 404.07 137.03, 220.01, 220.04, Whitaker, K. E. 147.39, Walter, F. M. 117.04, 149.13 325.05 291 Author Index 215.02, 322.05 Williams, K. A. 250.40 Winn, J. N. 149.03 White, J. K. 254.12 Williams, M. J. 313.07 Winter, L. M. 307.04, White, M. 307.06, 402.04 Williams, P. M. 142.35 339.37, 339.44 White, N. E. 113.18, Williams, P. T. 159.02 Winters, J. G. 252.01, 423.02, 423.03D 153.14, 153.15 Williams, R. J. 129.05 Wise, M. W. 226.01 White, R. E. 128.03D Williams, R. 111.03 Wisniewski, J. P. 144.07, White, R. J. 109.04, 109.06, Williams, R. N. 433.03 137.02D, 149.15, 252.03 144.08, 144.09, 205.06, Williams, R. 240.13 246.04 White, S. M. 244.23 Williams, S. 142.03 Witt, A. N. 440.06 White, S. 345.16, 345.24 Williams, T. R. 90.02 Witteborn, F. C. 305.02 White, V. 302.02 Williamson, K. E. 339.40, Wittman, D. M. 125.04D, Whitmore, B. C. 146.11, 339.50 409.05D 146.17, 146.18, 250.07 Williamson, K. 255.02 Witzel, G. 254.04, 345.20 Whitmore, J. B. 212.07 Williger, G. M. 205.06 Woitke, P. 220.02 Whitney, B. 256.10, 256.12, 256.13 Willis, T. 256.22 8PKUBT[FL
.
 Whittet, D. C. 440.04 Willman, B. 158.06, 254.26, Wolansky, N. 408.04 316.02, 340.04 Whittington, A. G. 223.04 Wold, B. 146.19 Willner, S. P. 147.43, 341.02 Whitworth, C. 246.12 Wold, I. 227.02D Willoughby, S. 255.02 Wibking, B. 240.10 Wolf, A. 224.02D Willson, R. C. 315.06 Widemann, T. 315.06, Wolf, M. J. 147.12, 339.41, 353.04 Wilms, J. 244.03, 244.04, 345.06 350.15, 430.01 Widrow, L. 146.09 Wolf-Chase, G. A. 251.18, Wilner, D. J. 349.08 349.31 Wierman, T. 211.07 Wilson, C. 110.03, 150.02 Wolfe, A. M. 134.02, 212.03, Wiita, P. J. 339.01, 339.02, 228.01, 245.01, 245.02 339.36, 342.07 Wilson, D. 250.35 Wolfgang, A. 231.06 Wik, D. R. 243.04, 244.08, Wilson, G. 431.03 244.09, 244.10, 244.20, Wilson, J. C. 144.08, 158.17, Wolk, S. J. 256.07, 256.11, 244.21, 244.22, 244.24 242.01, 250.34, 254.14 442.05 Wiktorowicz, S. 343.03, Wilson, J. 254.05 Wollack, E. 229.04 423.06D Wilson, P. A. 423.06D Woloshyn, L. 351.03 Wilcots, E. M. 225.05, Wilson, T. L. 328.04 Wolszczan, A. 149.09, 243.15, 420.04 158.26, 424.01 Winans, A. 247.05 Wilensky, U. 201.09 Wong, C. 211.01 Winans, D. 151.01 Wilhelm, R. J. 254.12, Wong, J. R. 345.26 Windemuth, D. 256.29 316.03 Wong, K. 421.02 Willacy, K. 349.04 Windhorst, R. A. 147.19, 147.35, 228.03, 228.06, Wong, K. C. 111.05D Willett, K. 225.06, 326.07, 250.07, 303.06, 304.07, Wong, P. 149.24, 324.06 340.05 339.31 Wong, T. H. 206.05D, Williams, B. 250.10 Windmiller, G. 142.10 349.20 Williams, B. F. 122.06, Wing, J. D. 243.13 Woo, J. 204.02, 309.03 142.39, 146.09, 146.19, 213.06, 251.01, 311.01, Winge, C. 305.06 Wood, C. 345.06 311.03, 311.05, 354.19 Winget, D. E. 115.01 Wood, K. 256.10 Williams, B. J. 249.14, Winkelman, S. L. 156.03 Wood, K. S. 350.12 249.15, 249.16 Winkler, P. F. 146.11, Wood, M. A. 148.04, Williams, C. C. 112.01 146.17, 146.18, 146.19, 401.03 Williams, J. 339.06 146.21, 249.14, 249.15, Wood, M. P. 348.03, 348.04 249.16, 249.17

292 Author Index Wood, S. 242.05 Xu, Y. 254.15, 316.01 Young, W. 240.34 Wood-Vasey, W. M. 402.05 Xue, X. 254.15 Youngblood, A. 440.03 Woodgate, B. E. 144.02, :BKJNB
)
 Yu, J. 254.15 149.30, 205.06, 350.07, Yamada, T. 341.02 Yulius, A. 350.04 350.08 Yamamoto, S. 349.04 Yun, K. 147.06 Woodney, L. 156.05 Yamaoka, K. 421.05 Yun, M. 150.01 Woods, D. 352.17 Yamasaki, N. Y. 349.38 Yung, Y. 224.02D Woodward, J. T. 345.22, 427.03 Yan, H. 228.06, 339.31 Yurchyshyn, V. B. 315.06 Woosley, S. E. 252.16, Yan, L. 129.04 Yusef-Zadeh, F. 205.08 253.18, 253.22, 444.02 Yan, R. 133.07 Zabludoff, A. I. 111.05D Worden, S. 350.11 Yancey, C. 114.01 Zachowski, M. 433.05 Workman, J. C. 226.06 Yang, B. H. 408.01 Zakamska, N. L. 133.08, Worseck, G. 418.08 Yang, F. 254.15 157.01, 418.08 Woudt, P. 202.06 Yang, H. 117.04, 439.09 Zaleski, D. 352.10, 352.12 Wozniak, P. R. 431.05 Yang, L. 254.15 Zamorani, G. 352.25 Wright, A. 434.03 Yang, M. 352.20, 352.24 Zaritsky, D. F. 230.06, 253.26 Wright, C. M. 443.10 Yang, X. 323.05 Zasowski, G. 144.08, Wright, E. L. 147.34, 341.08, Yanny, B. 254.15, 254.18 242.01, 246.17, 250.31, 350.07, 350.08, 439.05, Yao, Y. 349.38 250.34, 254.13, 254.14 443.09 Yasuda, N. 341.09 Zastrow, J. A. 306.03D Wright, J. 149.01, 149.06, 149.09, 149.16, 250.17, Ybarra, J. E. 220.05 Zastrow, M. 211.05 321.06, 340.03, 343.05, Ycas, G. G. 149.11 Zauderer, B. A. 158.25 343.06 Yeche, C. 323.04, 402.02 Zauderer, B. 307.04, 339.37 Wright, M. 123.07, 143.05, Yee, J. 109.02D Zavala, R. T. 142.07, 144.12, 426.04 Yeh, S. 413.05 307.01 Wright, N. J. 251.20 Yelda, S. 254.03, 254.04 Zegeye, D. 256.22 Wright, S. 339.30 Yen, S. 245.09 Zehavi, I. 307.06 Wright, S. A. 143.07 Yen, T. 408.06 Zeidner, A. 352.18 Wrobel, J. M. 339.34 Yip, C. 303.04 Zeiger, B. 439.01 Wu, C. J. 146.25 Yoast-Hull, T. 157.05 Zeimann, G. R. 226.05 Wu, C. 136.03, 341.16 Yocco, V. 302.02 Zellem, R. 343.28 Wu, J. 430.08 Yoon, J. 212.04D Zemcov, M. B. 150.03 Wu, P. 246.03 Yoon, S. 147.06, 425.04 Zemp, M. K. 129.03D Wuyts, E. 147.29 Yoon, Y. 439.09 Zeng, L. 343.25 Wuyts, S. 112.01 York, D. G. 212.05, 245.07, Zenginoglu, A. 350.03 Wyatt, M. 144.11, 144.24 402.02, 402.04, 402.05 Zensus, A. 143.05 Wyatt, R. 302.01 Yoshida, H. 150.07 Zepf, S. E. 250.13 Wylezalek, D. 243.14 Yoshino, T. 349.38 Zezas, A. 244.21, 244.22, Wynholds, L. A. 240.32 Young, E. J. 419.03D 304.04D Wyse, R. F. 303.04 Young, J. 414.03D Zhai, C. 126.02 Xu, C. K. 157.12 Young, K. 123.07, 143.05 Zhan, H. 247.08 Xu, H. 128.01 Young, L. 147.11 Zhang, A. 242.02 Xu, S. 424.06, 424.09 Young, M. K. 247.05 Zhang, H. 254.15, 254.16, 254.17, 331.02 Xu, X. 152.04, 431.04, Young, P. A. 214.06, 334.07 432.03 Zhang, J. 147.05 Young, P. 305.06 293 Author Index Zhang, K. 221.01 150.09 Zhang, Q. 251.08, 312.03, Zoglauer, A. 244.08, 332.03 244.09, 244.10, 244.11, Zhang, S. 244.01, 244.02 244.20, 244.24 Zhang, T. 323.06 Zografou, P. 240.25, 240.37 Zhang, W. 252.17, 153.17, Zook, A. C. 345.27 244.01, 244.02, 244.03, Zoonematkermani, S. 244.04, 244.05, 244.06, 345.02 244.07, 244.08, 244.09, Zrake, J. 132.03D 244.10, 244.11, 244.12, 244.13, 244.14, 244.15, Zschaechner, L. 327.05D 244.16, 244.17, 244.18, Zucker, C. 147.15, 246.02 244.19, 244.20, 244.21, Zucker, D. B. 234.06, 244.22, 244.23, 244.24, 425.03D 244.25 Zuckerman, B. M. 144.06, Zhang, X. 224.02D 158.11, 158.12, 308.07, Zhang, Y. 410.06D, 254.15 325.02, 325.06, 423.04 Zhao, B. 109.05 Zugger, M. 353.03 Zhao, G. 254.15 Zurek, D. 148.07, 148.14, Zhao, H. 445.03 443.06 Zhao, M. 137.02D, 149.01, Zwaan, M. 221.05 149.06, 149.09, 149.16 Zweibel, E. G. 157.05, Zhao, P. 443.17 158.01 Zhao, X. 430.09 Zhao, Y. 157.12, 254.15 Zheng, J. 345.13 Zheng, W. 207.07, 207.08 Zheng, Z. 254.15, 307.06, 414.05, 436.03, 147.42 Zhong, J. 154.01, 254.15 Zhou, H. 445.03 Zhou, J. 352.23 Zhu, G. 402.05 Zhu, Q. 418.01, 430.09, 434.05 Ziemer, J. 153.03 ;JKMTUSB
"
"
 Zimmer, P. C. 130.01, 208.01, 345.21, 345.22, 427.03 Zimmerman, N. 126.02, 333.05 Zingale, M. 240.14, 253.21, 444.02 Zirakparvar, N. 433.05 Zirzow, D. C. 345.22, 427.03 Zitrin, A. 207.07, 207.08 Ziurys, L. M. 123.07, 143.05 Zmuidzinas, J. 150.07, 294 AMERICAN ASTRONOMICAL SOCIETY LONG BEACH 2013 NOTES

AMERICAN ASTRONOMICAL SOCIETY LONG BEACH 2013 NOTES

AMERICAN ASTRONOMICAL SOCIETY LONG BEACH 2013 NOTES