Laboratory for Atmospheric and Space Physics

Home , Juliet (moon), Omar Sharaf, Space physics, Wyld (crater)

Activity Report 2015 University of Colorado at Boulder

1 TABLE OF CONTENTS LASP: A Brief History ------2 A Message from the Director ------3 LASP Organization Chart ------4 LASP Appropriated Funding ------5 LASP Scientists ------6 Visiting Scholars ------6 Engineering/Mission Ops/Administration ------7 Science ------9 Collaborators ------10 Emirates Mars Mission Collaborators ------12 2012 Retirees ------12 2012 Ph.D. Graduate ------13 Graduate Students ------13 Undergraduate Students ------14 Faculty Scientific Research Interests ------16 Faculty Activities ------21 Faculty Honors/Awards ------39 Courses Taught by LASP Faculty ------40 Colloquia and Informal Talks ------41 Publications ------44 Works in Progress ------54 Talks Presented at Scientific Meetings ------58 Talks To Public Groups ------76 Sponsored Programs ------78

LASP: A Brief History

In 1946-47, a handful of American universities joined with the military and with industry to initiate the era of space exploration. The University of Colorado was one of those pioneering universities. The first experiments to be performed in space were lofted by sub-orbital rockets. A key obstacle to these first rocket flights was providing a stabilized platform for cameras and other experiments. With support from the Naval Research Center and the Air Force Cambridge Research Laboratory (now the Phillips Laboratory), the University of Colorado formed a research group called the Upper Air Laboratory (UAL) to solve this problem. Their solution – called the biaxial pointing platform – cleared the way for some of the first major scientific discoveries made in space. Researchers and engineers from the UAL flew experiments into space on over 50 rocket flights before Sputnik. By 1965, the UAL had grown substantially. Along with this growth came a new building on campus and a new name: the Laboratory for Atmospheric and Space Physics. The public is invited to tour our facility and to observe the work that LASP does today.

A Message from the Director

The history of the Laboratory for Atmospheric and Space Physics has been recounted by many different people in many ways. Most such retelling of the story includes early rocket-based research within the Physics Department of the University of Colorado. The founding of the Upper Air Laboratory in the late 1940s and the transition to what is now known as LASP in the 1950s have been watershed moments. The evolution from those early days to the present level and scope of LASP research and infrastructure has been quite amazing. This annual report tells a bit of the LASP story, focused on the last year or so. Research in atmospheric science, planetary exploration, and solar and space physics has met major milestones and returned remarkable results. Engineering, data systems, and mission operations parts of the Laboratory have had wonderful successes as well. Underpinning all of this has been the education and training mission of LASP that is preparing new generations of students for the worldwide space workforce. I commend to each reader of this report the stories told by our LASP publications, seminars and lectures, and our novel investigations. While we focus often – and appropriately – on space flight programs, I emphasize strongly how important our theory, modeling, and data analysis efforts are. This core scientific work is the foundation on which all else is built. In previous reports, I have emphasized the unique role LASP plays on the national and international stage. I believe more than ever that academic research is at the core of a successful world space program. This fact must be fully acknowledged by policy makers, by business leaders, and by academic institutions themselves. I have contended that there should be a reaffirmation of a commitment to space research in the academic setting. LASP remains ready to do all it can to make this commitment a reality. LASP succeeds by having the support of CU and its people. I especially want to thank the Vice Chancellor for Research, the Dean of the Graduate School, the Provost, and the Chancellor for their unflinching support of LASP and its mission. I thank very much the people in contracts administration, procurement, facilities management, and other key areas that help us do our unique job. I also thank the staff, faculty, and students of LASP for their tireless work. Finally, special thanks go to Ann Alfaro for her careful efforts in preparing this report for 2015.

Daniel N. Baker

Please visit LASP's Website for the latest developments: http://lasp.colorado.edu

4 LASP Appropriated Funding During the period 1/1/2015 to 12/31/2015 LASP appropriated funding totaled $69,794,505 for support of 147 grants and contracts.

Source of Funding Total Grant Dollars

Federal Agencies: Jet Propulsion Laboratory 3,415,045 Los Alamos National Laboratory 33,270 NASA 7,053,264 NASA Ames 1,423,901 NASA Goddard 30,493,758 NASA Headquarters 418,156 National Science Foundation 500,150 Space Telescope Science Institute 342,593 Non-Federal Agencies: Ball Aerospace Systems Division 1,346,991 Blue Canyon Technologies LLC 52 Carnegie Institution of Washington 540,000 Global Science and Technology, Inc 20,833 Hampton University 1,085,090 Jet Propulsion Laboratory 3,415,045 Johns Hopkins University 357,451 Lockheed Martin Corporation 164,828 Los Alamos National Laboratory 33,270 National Ecological Observatory Network 15,000 Net-Centric Design Professionals (NDP) 88,007 Planetary Science Institute 35,000 Prisma Basic Research, Inc. 80,570 Research Foundation of State University of New York (SUNY) 89,212 Southwest Research Institute (SwRI) 4,707,220 Space Science Institute 18,105 Stellar Solutions 24,859 University Corporation of Atmospheric Research 46,670 University of Arizona 4,163 University of California Berkeley 1,221,532 University of California Los Angeles 59,559 University of Central Florida 14,650,000 University of Iowa 125,273 University of Maryland at College Park 67,647 University of Minnesota 200,000 University of New Hampshire 1,073,417 Virginia Polytechnic Institute and State University 92,888 Grand Total 69,794,505

5 Daniel N. Baker, Director LASP Scientists

Tenure Track: Laila Anderssen Tom McCollom David Brain Klaus-Michael Aye Kevin McGouldrick Axel Brandenburg Frances Bagenal David Malaspina Benjamin Brown Timothy A. Cassidy Jose Marino Steven Cranmer Odele Coddington Steven Massie Robert Ergun Frank Crary Aimee Merkel Larry W. Esposito Vincent Dols Mikki M. Osterloo Kevin France Scot Elkington William Peterson Mihály Horányi Francis G. Eparvier Ganna Portyankina Brian Hynek Stefan Eriksson Erik C. Richard Bruce M. Jakosky Xiaohua Fang Thomas Rimmele Sasha Kempf Jerald W. Harder Martin Snow Adam Kowalski Lynn Harvey Miodrag Sremcevic Xinlin Li Greg Holsclaw Glen R. Stewart Peter Pilewskie Sean Hsu Karlheinz Trattner Cora E. Randall Allison Jaynes Weichao Tu Mark P. Rast Andrew Jones Maria Usanova Sebastian Schmidt Lars Kalnajs Xu Wang Nicholas M. Schneider Bruce Kindel Frederick Wilder Zoltan Sternovsky Michael King Robert J. Wilson Owen B. Toon Greg Kopp Eric T. Wolf Wenlong Liu Thomas N. Woods Research Scientist: Brian McClellan Yunqian Zhu Nicole Albers William E. McClintock

Visiting Scholars

Gianna Cauzzi, National Institute for Astrophysics, Florence, Italy Eberhard Grün, Max Planck Institute for Nuclear Physics, Heidelberg, Germany Antal Juhasz, KFKI Research Institute for Particle and Nuclear Physics, Budapest, Hungary Robert McPherron, UCLA, IGPP, Los Angeles, CA Jim McTiernan, UC, Berkeley, CA Joseph Michalski, Planetary Science Institute, Tucson, AZ Wayne Pryor, Central Arizona Coolidge, Coolidge, AZ Theodore Sarris, Department of Physics University of Athens, Athens Greece Harry Warren, National Research Laboratory

6 Engineering/Mission Ops/Administration/Science

Engineering Scott Gurst Shashank Pasupuleti Laura Hale Nicholas Patzer Nicholas Aberle David Hall Norman C. Perish Gregg Allison Jeffrey Hanel Scott Piggott Christine Andrews David Harber Brian Pramann Mike Anfinson Kelly Hepburn Amal Chandran Rory Barrett Karl Heuerman Ramachandran Nair Susan Batiste Carl Himpsel Joe Ramas Wayne Baumann Patricia Soto Hoffman Thomas Reese Helmut P. Bay (Ret.) Thomas Hollowell Mary Rider Christopher Belting Alan Hoskins Timothy Ruske Neal Bland Vaughn Hoxie Joel Rutkowski Bryce Bolton Karl Hubble Cameron Seamans Mary Bolton Jack Hunsaker Durbin Seidel Brian D. Boyle Marston R. Jacobson Elizabeth Sholes Shelley Bramer David James Patti Sicken Diane Brening Lisa Jilek Erin Simons-Brown Nathaniel Brennan Magnus Karlsson Alan Sims Patrick Brown Nicholas Kenny Kokila Siva Linda Buckhannon Mark Kien Matthew Smith Zachary G. Castleman Matthew King Paul Smith Elizabeth Cervelli Brian M. Kirby Thomas Sparn Matthew Cirbo Camden Kittredge Jerry Spivey David Crotser Michael Klapetzky Jacob Sprunk Wayne Davis Scott Knappmiller Stephen Steg Elizabeth Devito Edith Knehans Michelle Stephens Sharon Dooley Richard Kohnert Selby Stout Nathan Dorsey Kraig Koski Kathleen Summers Virginia Drake Chelsey Krug Dwayne Swieter Charles Dumont Daniel Kubitschek Gail Tate Gary Eldridge Jean-Francois Lalonde Trenton Taylor Darren Erickson Bret Lamprecht Jon Theide Joey Espejo Ryan Lewis Wayne Tighe Nathaniel Farber Ian Macfarlane Matt Triplett Donald Farneth Michael McGrath Kathy Troxel Brian Fenton Karen Mackison Scott A. Tucker Nicolas Ferrington Mat Merkow Kush Tyagi Charles Fisher David Meyer Gregory Ucker Kathleen Fletcher Colin Miller Ryan Van Halle Nicolas Ferrington James Morton Douglas Vincent John Fontanese Aref Nammari Tracy Vincent Kier Fortier James Neeley Stacy Wade David Gathright Gregory Newcomb Pamela J. Wagner Andrew Germer Darren O’Connor Isaac Wanamaker Alan Goodrich Glen Otzinger Neil White Reid Gurnee Heather Passe Heather Reed Withnell

7 Peter Withnell David E. Judd Sean Ryan Greg Wright Jesse Keefer Yoshifumi Saito Ray Wrigley Michelle Kelley Crystal Salcido Ed Wullschleger Bu Sun Kim Cory Schafer Alan Yehle Roberto Kingley Nathan Sheiko Kenny J.S. Yoo Barry Knapp Erin Simons-Brown Jason Young Laura Kohnert Jacquelyn Smith Kim Kokkonen Patrick Smith Mission Ops/Data Gina Lafferty Robert Stimpfling Systems Kristopher Larsen John Stone Christopher Lindholm Jacob Stufflebeam Madeline Alanko Douglas M. Lindholm Ryan Sullivan William Barrett Huikang Ma Scott Taylor Jason Beech John Martin Brian Templeman Stephane Beland Carolyn Mason Dale Theiling Gabe Bershenyi Taylor Maurer Jonathan Thomas Michelle Bourgeois Debra McCabe Tyler Traver Karen Beth Bryant Brian McClellan Blake Vanier Michael Bryant Sean McGill Karen Vohra Benjamin Busby Randy Meisner Martin Wasiewicz Steve Carson Lucas Migliorini Zachary Wehner Rachael Collins Jerel Moffatt David Welch Michael Cox Steve P. Monk David Wescott James Craft Steven Mueller Brett Wiesman Charles Davies Matthew Muszynski Margaret Williams Matt DeNeen Irfan Nadiadi Forrest Williams Alexandra DeWolfe Georgia Nelson Anne Wilson Teddy Eberts Darren Osborne Paul Wood Thomas Eden Michael Packard Donald Woodraska Jack Faber Chris Pankratz Jonnie L. Yaptengco Sierra Flynn Russell Panneton Nathan Yeo Sasha Forsyth Scarlet Parenteau Tyler Fox Thomas Patton Administration Jason Gabbert Nicholas Peper Samuel Gagnard Jessica Petty Cristina Barcilon John Gaidos Emily Pilinski Donovan Bonney Tess Geiger Susan Pope Rachel Booth Taylor Graham Bill Possel Jeff Brown Evan Graser Brian Putnam Kyle Burklow Ken Griest Michelle Redick Terri Capinski Luke Groeninger Tyler Redick Paul deFalco Jason Gurgel Lee Reedy Dean Dennis Bryan Harter Jennifer Reiter Michael Dillon Edward Hartnett Lillian Reynolds Zachary Eaton Ryan Held Pat Ringrose Brian Evans Michael Hutchison Esteban Rodriguez Jason Feickert Christian Jeppesen Alissa Roe Nicandro Flores Alain J. Jouchoux Stephen Roughton Darcy Gallagher Wayne Russell Virginia Garrison

8 Christin Gearhart Science Katherine Goodrich Debbie Gordillo Kathleen Hanley Alex Green Ann Alfaro (Ret.) Victoria Hartwick Don Gritzmacher Asher Ali Jessica Haskins Matthew Groeninger Iris Altman Caitlin Heath Vincent Guarino Evan Anders Jacob Hermann Barbara Hahn Samantha Ballard Richard Hodges Molly Hand Edward Barratt Nancy Holden Spenser Hang Devin Bazata Bryan Holler Bonnie W. Hotard (Ret.) Laura Bearden Justin Holmes John Janiczek Shawn Beckman Casey Honniball Edgar Johannson Edwin Bernardoni Joao Moreira Hooks Seth Kaplan Elizabeth Bernhardt John Janiczek Brad Keiser Megan Bela Rebecca Jolitz Diane Kelly Laura Bloom Robert Kane Jason LaClair Lauren Blum Margaux Krahe Cara Little Kaleb Bodisch Andrew Kren Richard Loche Nicholas Boschert Hanna Kristensen Brett Madden Spenser Burrows Mariah Law Lindsay McCandless Michele Callagy Spencer LeBlanc Andrew May Samuel Califf Hannah Letourneau Jennifer Methlie Matthew Carton Keita Linden Greg Mecca Michael Chaffin Kristina Lu Brook Motz Tiffany Chamandy Pattilyn Mclaughlin Debra Nastaj Ransom Christofferson Lindsay McTague John M. Padgett Kathleen Cirbo Thomas Mason Katherine Pilewskie Bronwen Cohn-Cort Steven Massie Radu Popescu Jean-Francois Cossette Jacob Miller Katherine Pilewskie Bradley Cox Michiko Morooka Austin Puckett Frank Crary Joshua Murphy Randy Reukauf Ian Dahlke Rudolfs Namikis Robert Rezendes Justin Deighan James Negus Susan Rogers Michael Deluca William Nelson Fernando Sanchez Ryan Dewey Edward Nerney Susan Sand Christopher Donaldson Paige Northway Randy Siders Logan Dougherty Leela O’Brien Dona Smith Andrea Egan Ethan Peck Doug Smith Jason English Courtney Peck Debra Sparn Abram Farley Joshua Pettit Jerry Spivey Brian Fleming Juliet Pilewskie Thomas Spooner Kier Fortier Marcus Piquette Karen Springfield Christopher Fowler Ganna Portyankina Ryan Starkey Jeff France Emily Randall Anne Tavarczky-Barchas Max Genecov Drake Ranquist Darby Tejeda Vanessa George Willow Reed William VanOrden Erin George Morgan Rehnberg Nicholas Vita Ariana Giorgi David Rice Carole Wimert Codie Gladney Kate Richardson Peter Wise Mark Robbins

9 Emily Royer Jamey Szalay Adam Woodson Adam Schiff Evan Thomas Logan Wright Anthony Shu Rebecca Thomas Kevin Wyld Evan Sidrow Daniel Thompson Derek Young Scott Siler Summer Thresher Pengei Yu Karen Simmons Chana Tilevitz Kun Zhang Mark Slipski Karlheinz Trattner Hong Zhao Jake Snow Zachary Ulibarri Yunqian Zhu Shi Song Samuel Van Kooten Benjamin Southworth Natalie Vezina Jared Stanley Xu Wang Julia Stawarz Ethan Williams Demi St John Eleanor Williamson Jordan Stone William Wilson Sara Swenson Erin Wood

Collaborators Waleed Abdalati Matthias Brakebusch Yaxue Dong Plyush Agrawal Thiago Brito Ivan Dors Joseph Ajello Lawrence Brown Nathan Dorsey John Alcorn James Burch Francis Dumont Fatmah Alkindi Matthew Burger Richard Eastes Cody Allard Kevin Burke Dennis Ebbets Molly Anderson Justin Carstens Stanley Edwin David Andrews Amir Caspi Andrew Engelmann Klaus-Michael Aye Gianna Cauzzi Jason English Levon Avanov Jean-Yves Chaufray Kari Evans Scott Bailey Hong Chen Joseph Scott Evans Jeff Baltrush Mark Chutter Joseph Fennel Charles F. Bardeen John Clarke Teresa Ferguson Arnold Barnes James Clemmons Charles Fisher Alexander Barrie Victoria Coffey Charles Fleet Jesse Batson Wesley D. Cole James Flemer Gerd Baumgarten Gregory A. Colegrove Brent Forsyth Laura Beckerman John Correira Kevin France Ryan Behner Jean-Francois Cossette Judith Furman Timothy Berman Anthea Coster Stephen Fuselier Ronald Black James Cox Jason M. Gabbert J. Bernard Blake William Crain John Gaidos Michael Bland Steven Cranmer Warren Gallaher Laura Blum Joanne Dardano Virginia Garrison Jeffrey Blunck James Davey David Gerhardt Kaleb Bodish Gregory Delory Barbara Giles Michael Bonnici Terry Deshler Franz Giner Dennis Borden Elizabeth DeVito Ulrik Gliese Renan Borelli Charles Dickson Roman Gomez Susan Bortfeldt Leonid Didkovsky Debbie Gordillo

10 Cheryl Gramling Jessica McCarthy William Purcell James Green Paul McDivitt Brian Rainwater Mary Griffin Joshua McGhee David Rau Reid Gurnee Robert McPherron Kevin Reardon Julien Gruyer Janet Machol Noora Rashed-Alsaeed Ryan Hacala John Macri Jessica Roberts Alexandra Hackett Brett Madden Brent Robertson Michael T. Hackman Jose Marino Craig Rodger Laura Hale Joseph Martin Graziele Rogowski Todd Harris Valentin Martinez Pillet Thomas Rimmele Bryan Harter Hirahara Masafumi Jessica Roberts William Hays Steven Massie Frank Robison Steven Hearn Karunari Matsunaga Craig Rodger Kaitlin Hegarty Kei Matsunaga Thomas Rose Ryan Held Majd Matta Timothy Ross Patrick Hill Barry Mauk Joseph Rosse Rachel Hock John Meluso Colden Rouleau Laura Holt Justin Mercier Justin Rouse Janet Houser Christopher Messick Yoshifumi Saito Jack Hunsaker Katherine Mills Chad Salo Gabriel Ingram Tyler Mitchell Kerry Scarlott Stephen Jaskulek Ronan Modolo Megan Scheele Harald Jeszenszky Franck Montmessin Charles Schlemm Jonathan Johnson Thomas Moore Eric Shreve Patrick Kenneally Wendy Morgenstern Steven Schwartz Yuri Khotyaintsev Linda Morris Mindy Short Rosemary Killen Ian Moss Katherine Singer Brian M. Kirby Anondo Mukherjee Benjamin Southworth Alan Kittelman Rumi Nakamura Peter Spidaliere Robert Klar Siddhesh Naik Daniel J. Spiess Ekaterina Koroteeva Amal Ramachandran Brian Staley Andrey Krywonos Nair Ryan Starkey Daniel Kubitschek Gerald Needell Kenneth Stevens Brett Landin Rintaro Okamura Arnaud Stiepen Kevin Langone Tenzin Olsen Stacey Sueoka Oliver Le Contel Angel Otarola Andrew Sturner Franck Lefevre Andria Palmer Daniel Sutermeister John Lehman Scott Palo Sara Swenson Pierre-Luc Levesque Jeffrey Parker Jonathan Thomas Jacob Lilley Nicholas Patzer Barbara Thompson Ying-tsen Lin Courtney Peck Eric Threet Per-Arne Lindqvist Ethan Peck Nathan Tomlin Daniel Lo Dale Phelps Craig Tooley Anna Long Scott Piggott Roy Torbert Jesse Lord Craig Pollack Drew Turner Kristina Lu Susan Pope Hans Vaith Jerry Lumpe Frank Postberg Ronald Vervack Dan Mabry Samuel Powell Martin Wacker Katelynn McCalmont Gustav Prattes Jan-Erik Wahlund

11 Abel Wakrim James Webster Paul Wood Robert Wallner Joseph Westlake Kevin Wyld Benjamin Walter Seth Wieman Andrew Yau Lu Wang David Welch Kathryn Young Dale Ward Erik Wilkinson Patti Young Robert Watt Carol Wimert Justin Yonker Mark Warner Michael Wolff Yucheng Zhao

EMM (Emirates Mars Mission) Collaborators

Mohsen Al Awadhi Ibraham Alqasimi Omar Hussain Omran Al Hammadi Adnan Alrais Saud Karmustaji Nour Al Teneiji Mohammad Alsahool Mohammed Khoory Mustafa Alblooshi Amer Alsayegh Eman Mohamed Rashid Aldallal Maryam Alshamsi Mohammed Naji Suhail Aldhafri Meera Alshamsi Ahmed Salem Saeed Algergawi Zakareyya Alshamsi Omar Sharaf Hamad Alijaziri Omar Alshehhi Omran Sharaf Majid Alloghani Amel Amin Ayesha Sharafi Saeed Almansoori Sarah Amiri Mohammed Wali Essa Almehairi Khalid Annohi Ibraham Almidfa Abdalla Harmoul

2015 Retirees

Mark Lankton David Rusch Ann Perez de Tejada A. Ian Stewart

12 2015 Ph.D. Graduate

Hong Zhao, Department of Aerospace Engineering Sciences Date of Graduation: December, 2015 Thesis Title: “Unveiled characteristics of energetic electrons and ions in the inner radiation belt, slot region, and ring current” Thesis Advisor: Prof. Xinlin Li.

Graduate Students

Piyush Agrawal Rebecca Jolitz Jessica Roberts Asher F. Ali Jesse Keefer Javier Rocha Evan Anders Villam Klein Miranda Rohlfing Courtney Ballard Margaux Krahe Adam Schiff Timothy J. Beatty Andrew C. Kren Quintin Schiller Laura Beckerman Nicholas Kruczek Anthony Shu Andrew Berg Jennifer Kulow Gary Simmons James Binney Dane Larsen Marek Slipski Lauren Weber Blum Alexander Lanzano Shi Song Baylee Bordwell Spencer LeBlanc Benjamin Southworth Matthew J. Carton Jesse Lord James Stewart-Moore Michael Chaffin Robert Loyd David Stokowski Sabrina Cochrane Sean McGill Jack Swanson Michael Deluca Matthew McJunkin Jamey Robert Szalay Mariel Desroche Sreenivas Scott F. Taylor Daniel Everding Madhusudhanan Andrew Tomchek Jason Farmer John Martin Tyler Traver Seth Folley Colin A. Miller Corinne Vannatta Kier Fortier Joshua J. Murphy Lu Wang Tyler Fox Rudolfs Namikis Tristan Weber Mark Gerber Nicholas Nell Donovan Wheeler Alexandra (Adrianna) Hackett Vu Nguyen Jesse Witbrod Max Hampson Courtney Peck Eric Wolf Keri Hoadley Emily B. Pilinski Allison Youngblood Justin Holmes Andrew Poppe Pengfei Yu Rachel Humphrey Drake Ranquist Yunqian Zhu Briana Ingermann Morgan Rehnberg

Undergraduate Students

Chris Anaya Robyn Barber Michael F. Bonnici Eric A. Anderson Robert Beadles Charlie Bowers Graham Annett Nicholas R. Beaty Natalie Bremer Trevor Aparicio Gabriel Bershenyi Zarah Brown Casey Backes Kaleb Bodish Emma Bunnell Kirsten Baker Donovan Bonney Tyler Bussell

13 Christian Carter Gabrielle Guneratne John O’Neal Colin Chen Amber Hall Sean Ortiz Dain Cilke Spenser Hang Morgan Dene Osborne Matthew Cirbo Andrew S. Haynes Kaitlyn Parsons Rachel Anne Collins Hidalgo-Cuellar, Gerardo Nicholas Peper Daniel J. Copel Emily A. Howard Bryce A. Peters Alexander Cordero Rachel Humphrey Samantha Pettus Michael Cox Michael D. Hutchinson Rachel Plesha Martin Crespo Valentin Vadimovich Shawn Polson Martin Czerep Ivanitski Kareesha Potter David M. Borncamp John Janiczek Zachary Y. Pranger Damien Burks Jennifer Kampmeier Taylor Quist Joseph Christopher Burns Joshua Tree Karpel Drake Ranquist Spenser James Burrows Jesse Keefer Marcus Reason Benjamin Busby Scott Yong Kim Willow Reed Jesse Caldwell Roberto Kingsley Matthew Reichenbach Michael Carl Andrew Krodinger Lillian Reynolds Lane Caudill Jean-Francois Lalonde Joe Rickard Dain Cilke Christopher J. LaPanse Dave Rimel Adam J. Clarke Dane T. Larsen Esteban Rodriguez Daniel J. Copel Huy Le Alex Rolfmeier Martin Czerep Samuel LeBlanc Mikayla Roth Raymond Dao Zuni Levin Danielle Russell Bryan DiLaura Jacob Levine Wayne Russell Elizabeth A. DeVito Jeramy D. Lewis Cassidy Sainsbury Ryan Dewey Keita Linden Jason Schelz Zachary J. Dischner Nicholas Lindholm Cora Schneck Christopher Donaldson Steven James MacCoun Joseph Schwan Alexander Dornan Ian MacFarlane Tanvi Shah Logan Dougherty Abhisek Mahendrakumar Cristopher Shearer- David Eason Sudarsh Suresh Mallaya Cooper Justin Edrington Carolyn Mason Max Schwarz David Emmert Taylor Maurer Evan Sidrow Kristina Entzel Scott Mende Erin Simons-Brown Paul L. Fagerburg Lucas Migliorini Alijah Smith Colin Fitzgerald Bridget Morales Matt A. Smith Christopher Flemming Paul E. Morgan Terry Smith Sierra Flynn James Mothersbaugh Benjamin Southworth John Fontanese Matthew Muszynski Landon Spear Tyler R. Fox Irfan Nadiadi Thomas Spooner Andrew H. Fruge Muralikrishna Justin Spurgeon Erin George Nallamothu Gregory Steiner Michael Gerard Kareem Nammari Colin Stewart M. Tess Geiger James Neeley Joseph Stewart Lewis Gillis Georgia Nelson Jason Strong Nicolette Goulart Alexia Newgord Jacob Stufflebeam Taylor Graham Shawn Noland Stacey Sueoka Evan Graser Michael Nothem Katherine (Wren) Suess Erin Griggs Alexandra Okeson Ryan Sullivan

14 Ryan Talley Audrey M. Vertovec Margaret Williams Scott F. Taylor Timothy Villabona Matthew Williams Evan Thomas Khoa Chao Vu Tyler Wingfield Cassidy Damon Lindsay Walton Jesse Witbrod Thompson Isaac R. Wanamaker Adam Wolf Allison Toltz Christopher J. Warren Paul Wright Levey Trac Tran Zachary J. Wehner Hanchao Wu Tyler J. Traver Max Weiner Nathan Yeo Wiechao Tu Brett Michael Weisman Frank Li Zhang Samuel Van Dresser Dylan Whitman Michael Zucker William Van Orden Ethan Williams

Faculty Scientific Research Interests

Laila Andersson [email protected] Kinetic processes in space plasmas such (303) 492-4509 as double layers, electron phase space holes and Alfven waves (anywhere where David Brain measurement has or will be made). Plasma environments and atmospheres of Atmospheric loss through ion outflow for unmagnetized planets and influence on objects such as Earth and Mars. planetary climate. Atmospheric source and Instrumentation for space plasma missions, loss processes. Exchange of energy and for the moment to develop new techniques material between unmagnetized planets and for future missions. their surroundings. Analysis of spacecraft [email protected] observations of planetary upper atmospheres (303) 492-1689 and plasma environments. [email protected] Frances Bagenal (303) 735-5606 Magnetic fields and plasma environments of solar system objects–mainly Jupiter and Axel Brandenburg the Sun, but more recently, other planets, Astrophysical Fluid dynamics; comets and asteroids. astrobiology. Magnetic field generation from [email protected] turbulent motions with applications to the (303) 492-2598 Sun and stars, accretion discs, galaxies, and the early universe. Daniel N. Baker [email protected] Research in space instrument design and 303-735-7738 calibration, space physics data analysis, and magnetospheric modeling. Study of plasma Benjamin Brown physical and energetic particle phenomena in Focus on astrophysical fluid dynamics the magnetospheres of Jupiter and Mercury, and magnetohydrodynamics of stellar along with the plasma sheet and interiors. Special focus on global-scale magnetopause boundary regions of the dynamo action and the properties of Earth’s magnetosphere. Analysis of large convection, studying how large-scale fields data sets from spacecraft; involvement in can be built in the convection zone of a star. missions to Earth’s deep magnetotail and [email protected] comets; the study of solar wind- 303-735-2774 magnetospheric energy coupling; theoretical modeling of magnetotail instabilities. Study of magnetosphere-atmosphere coupling; Steven Cranmer applying space plasma physics to study of Heating and energization of particles in astrophysical systems. Research to the solar corona, acceleration of the solar understand space weather and effects on wind, and waves and turbulence of human technology. Teaching of space astrophysical plasmas. Radiative transfer in physics and public policy, as well as public stellar atmospheres, kinetic plasma physics, outreach to space technology community and dynamics of winds from rotating hot stars, general public. and nonradial stellar pulsations. [email protected]

303-735-1265 parallel electric fields carried by double layers, ad solar wins turbulence. Scot Elkington [email protected] Space physics theory and modeling, (303) 492-1560 primarily understanding energetic particle dynamics in the inner magnetosphere in the Larry W. Esposito context of radial diffusion and adiabatic Teaching Planetary Astronomy. Leading transport processes within the radiation belts. Cassini Ultraviolet Spectrometer Team; Also working on models of plasma sheet observing Saturn’s magnetosphere, access of energetic particles to the inner mag- atmosphere, rings, and moons. netosphere through convection/substorm [email protected] injection, development of physical space (303) 492-7325 weather radiation belt models, and magnetohydro-dynamic/particle simulations. Kevin France [email protected] Astronomical research, classroom (303) 735-0810 teaching, and graduate student mentoring. Research projects ranged from pure data Francis G. Eparvier analysis works, modeling cool stars, and Research interests include the aeronomy technical development of new flight of the upper atmosphere, the effects of solar hardware. irradiance and particle flux variability on the [email protected] upper atmosphere, and the sources of that (303) 492-1429 solar variability. Approaches include rocket and satellite measurements of the solar Jerald Harder outputs and of the atmosphere, and data Measurement and interpretation of solar analysis and theoretical modeling. Currently spectral irradiance; Development of space- Co-Investigator on the Thermosphere- borne prism spectrometers. Ionosphere-Mesosphere Energetics and [email protected] Dynamics (TIMED) satellite Solar EUV (303) 492-1891 Experiment (SEE). [email protected], Mihály Horányi (303) 492-4546, Theoretical and experimental http://stripe.colorado.edu/~eparvier investigations of space and laboratory dusty plasmas. Electro-dynamic processes and their Robert Ergun role in the origin and evolution of the solar Robert Ergun specializes in space and system, comets, planetary rings, plasma astrophysical plasmas with applications to surface interactions. Dust charging, in situ Earth’s and Jupiter’s magnetosphere, Mars’ and remote observations of dust. Dusty ionosphere, and the solar wind. He has plasma laboratory experiments and space developed space-flight electric field in- hardware development. struments for several NASA mission. The- mihaly.horá[email protected] oretical programs focus on small-scale (303) 492-6903 plasma phenomena at Earth, Jupiter, Mars, and the solar wind, and include simulation Brian M. Hynek and analytical modeling of magnetic re- Geological processes that have affected connection, electron phase-space holes, terrestrial planets. Studies of water on Mars:

geochemical history of Mars; planetary state-of-the-art instrumentation for high- geologic mapping; studying impact craters to resolution spectroscopy for the 900-2500/ better address the history of planets. wavelength range. [email protected] [email protected] (303) 735-4312 (303) 492-8407

Bruce M. Jakosky Peter Pilewskie Research focus on understanding the Research interests include solar spectral nature of planetary surfaces ad atmospheres variability and its effects on terrestrial and the possibility of existence of life in the climate; SORCE and JPSS measurements and universe. Principal Investigator of the analysis of solar irradiance; quantifying the MAVEN mission to Mars. Associate Director Earth-atmosphere radiative energy budget; for Science at LASP. surface, airborne, and satellite remote sensing [email protected] of clouds and aerosols; and theoretical (303) 492-8004 atmospheric radiative transfer. [email protected]

(303)735-5589 Greg Kopp

Development and characterization of the SORCE, Glory, and NPOESS Total Cora E. Randall Irradiance Monitors for solar irradiance Main area of expertise is remote sensing measurements. Solar physics. Electro-optical of the earth’s middle atmosphere, with instrumentation and electrical substitution particular emphasis on the polar regions. radiometry. Investigation processes related to [email protected] stratospheric ozone mesospheric clouds, and (303) 735-0934 atmospheric coupling through solar and magnetospheric energetic particle Xinlin Li precipitation. Principal investigator on Cloud Space physics, data analysis and mod- Imaging and Particle Size (CIPS). [email protected] eling. Especially interested in understanding (303) 492-8208 the dynamics of relativistic electrons in the magnetosphere: the source, loss, and transportation of these MeV electrons; also Mark Rast interested in charged particle injections into Astrophysical fluid dynamics with em- inner magnetosphere during magnetic storms phasis on convective dynamics and scale and substorms, and magnetosphere- selection, turbulence, the excitation of the atmosphere coupling due to energetic particle solar p-modes, and the origin of solar/stellar precipitations. irradiance variations. In addition to [email protected] theoretical and computational work, efforts (303) 492-3514 include operation of the Precision Solar Photometric Telescope (PSPT) at Mauna Loa William E. McClintock Solar Observatory (MLSO) that obtains full Observational Astrophysics - Ultraviolet disk images of the Sun at five wavelengths observations of the outer atmospheres of cool with 0.1% photometric precision. stars and the very local (d<20pc) interstellar [email protected] medium. Ultraviolet Observations of (303) 492-5348 Planetary Atmospheres. Development of

Nicholas M. Schneider spacecraft. Development of a dust analyzer The physics of planetary magnetospheres, for the Europa mission by NASA. particularly the interactions between [email protected] planetary plasmas and the satellites of the (303) 735-6272 outer planets. Extensive ground-based observations of the Jupiter/Io system, A. Ian F. Stewart especially imaging and spectroscopy of the Io The investigation by ultraviolet emissions atmosphere and plasma torus. Program has of the aeronomy of planetary and satellite been expanded to include Hubble Space atmospheres, cometary comae, and Io's Telescope observations. Designing and plasma torus. building of a spacecraft to study the [email protected] Jupiter/Io system. (303) 492-4630 [email protected] (303) 492-7672 Glen R. Stewart http://ganesh.colorado.edu/nick Origin and evolution of the solar system, with an emphasis on modeling the solid-body Martin Snow accretion of the terrestrial planets and the Primary research interests include ul- solid cores of the giant planets. Accretion of traviolet spectroscopy of stars and the sun the Moon after a giant impact on the Earth. and the interaction of comets with the solar Modeling of satellite wakes and spiral wind. The SOLSTICE instruments on UARS density waves in planetary rings. Nonlinear and SORCE provide a wealth of information dynamics of the three-body problem as about solar activity in the 115-300 nm range applied to problems in solar system on a variety of timescales, ranging from dynamics. minutes (solar flares) to decades (solar [email protected] cycle). Understanding the variation in the (303) 492-3737 solar output will lead to understanding its influence on the Earth. The interaction of Owen B. Toon comets with the solar wind is best-studied Climate models for Earth, Mars and using wide-field photography. Both amateur exoplanets. Simulating the climate of the and professional astronomers contribute to Earth at the time of the origin of life. Interest this effort, and one research activity has been in the role of clouds and aerosols in climate. to help coordinate the interaction of the two Investigations of volcanic aerosols and groups. studies of polar stratospheric clouds; [email protected] theoretical studies of tropospheric clouds, (303) 735-2143 aerosols and radiative transfer; experimental investigations of stratospheric and Zoltan Sternovsky tropospheric phenomena; theoretical Laboratory plasma physics and related investigations of planetary atmospheres. experimental measurements, and developing [email protected] instruments for space. Instrument scientist on (303) 492-1534 two sounding rocket4 campaigns and more recently for the Lunar Dust experiment Thomas N. Woods instrument launched onboard Lunar Observational studies of the solar ultraviolet atmosphere and Dust Environment Explorer (UV) radiation, its variability, and its interaction with Earth's atmosphere. Principal

investigator of NASA suborbital program to study the solar irradiance and thermospheric airglow. Principal investigator of the Solar EUV Experiment (SEE) on the TIMED mission. Co-investigator of the Solar Stellar Irradiance Comparison (SOLSTICE) experiment currently making solar UV irradiance measurements on the Upper Atmosphere Research Satellite (UARS) and planned for the Earth Observing System (EOS) missions. [email protected] (303) 492-4224

Faculty Activities

Air Force Technical Applications Center (AFTAC) Baker, Daniel (Chair, Satellite Review Panel)

American Association for the Advancement of Science (AAAS) Baker, Daniel (Fellow) King, Michael (Fellow) Randall, Cora (Fellow)

American Astronomical Society (AAS) Bagenal, Frances (Chair, Heinemann Prize committee) Bagenal, Frances (Chair of Local Organizing Committee, Division of Planetary Sciences (DPS) Brown, Benjamin (Member, Employment Committee) Brown, Benjamin (Member, Computational Infrastructure for Geodynamics) Cranmer, Steven (Member, Nominating Committee of the Solar Physics Division of the AAS) Schneider, N.M. (Shapley Lecturer)

American Geophysical Union (AGU) Bagenal, Frances (Chair, Planetary Section Honors Committee) Baker, Daniel (Member) Baker, Daniel (Fellow) Brain, David (Session Convenor for AGU Fall meeting) Esposito, Larry (Session Organizer, AGU Fall meeting, Planetary Rings) Fang, Xiaohua (Judged Outstanding Student Paper for Fall AGU meeting) Jaynes, Allison N. (Convenor of two sessions at AGU Fall Meeting 2015) Osterloo, Mikki (Chaired session for 2015 Fall meeting) Usanova, Maria (Convenor and Chair of two Joint Assembly sessions) Usanova, Maria (Joint Assembly 2015 Session Convenor, Fall AGU meeting) Zhao, H., (Outstanding Student paper Award (American Geophysical Union)

American Meteorological Society (AMS) King, Michael (Member, Atmospheric Research Awards Committee)

Asia Oceania Geosciences Society (AOGS) Jaynes, Allison N. (Convenor of session)

American Physical Society Division of Plasma Physics (APS DPP) Sternovsky, Zoltan (Member)

Boulder Solar Alliance Baker, Daniel (Member) Kopp, Greg (Chair) Snow, Martin (Member)

Boulder Solar Day

Kopp, Greg (Chair, Organizing Committee: Boulder Solar Day) Colorado Science and Engineering Fair (CSEF) Portyankina, Ganna (Judge at the Fair, 2015)

CLUSTER Science Working Team Baker, Daniel (Member)

Committee on Space Research (COSPAR) Baker, Daniel (Member, Commission D) Esposito, Larry (Member)

Dust, Atmosphere, and Plasma: The Moon and Small Bodies Horányi, Mihály (Meeting Organizer)

Editor or Editorial Board Member Baker, Daniel (Co-editor of Encyclopedia of Planetary Landforms, Springer Press) Baker, Daniel (Editor of Journal of Atmospheric and Solar Terrestrial Physics and Space Weather Journal) Brain, David (Associate Editor for the Journal of Geophysical Research – Space Physics) Hsu, H.-W. (Sean) (Editor of new book project “Cosmic dust from the Lab to the Stars”) Hynek, Brian (Co-editor for Encyclopedia of Planetary Landforms, Spring Press, 2015) King, Michael (Guest Editor, Atmospheric Chemistry and Physics, and Atmospheric Measurement Techniques) Li, Xinlin (Member, Editorial Committee of J. of Chinese Space Sciences) McCollom, T.M. (Associate Editor, Geochimica et Cosmochimica Acta) Peterson, William K. (Editor, Geophys. Res. Lett.) Schmidt, K. Sebastian (Associate Editor, Atmospheric Measurement Techniques) Sternovsky, Zoltan (Senior Editor, IEEE Transaction of Plasma Science) Toon, Owen (Associate editor for JGR)

Education and Public Outreach Aye, K.-M. Eparvier, Frank (Chair) Brain, David Coddington, Odele Holsclaw Greg Kalnajs, Lars Malaspina, David McClintock, William McCollom, Thomas McGouldrick, Kevin Horányi, Mihály Osterloo, M.M. Possel, Bill Reed, Heather Richard, Erik

Snow, Martin Wood, Erin

European Fleet for Airborne Research (EUFAR) Pilewskie, Peter (Member)

Faculty Awards Baker, Daniel, Solar and Terrestrial Sciences Distinguished Lectureship, Asia Oceania Geosciences Society (AOGS) Baker, Daniel (Associate Fellow, American Institute of Aeronautics and Astronautics (AIAA)) Baker, Daniel, American Astronomical Society (AAS) Kavli Prize Lectureship Award Baker, Daniel, Shen Kuo Award for Interdisciplinary Achievements, International Association of Geomagnetism and Aeronomy (IAGA), Baker, Daniel, Vikram A. Sarabhai Professorship Award, Indian Physical Research Laboratory NASA Group Achievement Award, CLARREO Mission Concept Team NASA Group Achievement Award, MAVEN Phase B Team NASA Group Achievement Award, SDO Science Investigation Team Peterson, William (Elected Fellow of American Geophysical Union)

Inner Magnetosphere Coupling III (IMC III) Usanova, Maria (Organizer)

International Academy of Astronautics (IAA) Baker, Daniel (Member) Baker, Daniel (Vice Chair, Commission 1)

International Association of Geomagnetism and Aeronomy (IAGA) Baker, Daniel (Member)

International Association of Meteorology and Atmospheric Sciences (IAMAS) Pilewskie, Peter (Member, International Radiation Commission (IRC)

International Space Science Institute (ISSI) Baker, Daniel (Member, Institute Working Group) Deca, Jan (PI of International Research Team 336, Bern, Switzerland) Eparvier, Frank (Member, ISSI Solar Heliospheric Lyman Alpha Profile Effects (SHAPE) Team) McGouldrick, Kevin (Working Group on Understanding the Venus Cloud System) Snow, Martin (Editor of ISSI Scientific Report #13: Cross Calibration of past and present for UV spectra of solar system objects and the heliosphere) Snow, Martin (Member, ISSI Working Group) Stewart, Glen (Organizer of International Team – Plasma Surface Interactions with Airless Bodies meeting)

International Union of Geodesy and Geophysics (IUGG) Baker, Daniel (Member) Elkington, Scot (Organizer and chair of 4 sessions for 2015 IUGG/IAGA General Assembly, Prague)

Laboratory for Atmospheric and Space Physics Baker, Daniel (Director)

Associate Director for Science Jakosky, Bruce

Associate Director for Technical Divisions Woods, Thomas

Atmospheric Division Richard, Erik (Member, RA Evaluation Committee)

Barth Memorial Symposium/Barth/Gosling Scholarship Committee) Eparvier, Frank (Member, Organizing Committee) Esposito, L.W. (Organizer, Barth Memorial Symposium) Esposito, L.W., (Chair, Barth Scholarship Committee) King, Michael (Member, Scholarship Committee)

Business Committee Baker, Dan (Chair) Jakosky, Bruce McGrath, Mike Possel, Bill Woods, Tom

Computer Systems Advisory Committee (CSAC) Elkington, Scot (Chair) Kopp, Greg (Chair Emeritus) Dennis, Dean (Admin) Eriksson, Stefan (Space Phys.) Fang, Xiaohua (Atmospheric) Jones, Andrew (Solar) Lewis, Ryan (Engineering) Methlie, Jennifer (IS) Osborne, Darren (MO&DS) Pankratz, Chris (Data Syst.) Ramas, Joe (Engineering/Cal) Siders, Randy (Admin) Spivey, Jerry (IT) Stewart, Glen (Planetary) Summers, David (Engineering)

EMM Science Apprenticeship Program Deighan, Justin (served as mentor)

Education and Public Outreach Advisory Committee (EPO) Coddington, Odele (presented a 1-hour seminar titled “The Earth’s lower atmosphere and its role in regulating climate”.)

Coddington, Odele (Q&A session with High School students who were touring LASP with their teacher to learn about careers in science)

Evaluations Committee Brain, David (Member, 2015 Faculty Performance Evaluation Committee) Eparvier, Frank (Member, 2015 evaluations committee) McClintock, W.E. (Member)

Executive Associate Director Siders, Randy

Executive Committee Baker, Dan (Chair) Elkington, Scot Jakosky, Bruce Jones, Andrew King, Michael Kopp, Greg McClintock, Bill McGrath, Mike Pilewskie, Peter Possel, Bill Randall, Cora Toon, Owen B. Woods, Tom Callagy, Michele (ex-comm support)

Fellowship Committees Bagenal, Frances (Gosling and Barth Fellowships)

Friends of Magnetospheres (FOM) Seminar Series Jaynes, Allison N. (Organizer) Wilder, Frederick (Co-Organizer)

LASP LISIRD Steering Committee Jones, Andrew Kopp, Greg Richard, Erik Snow, Martin

LASP Office of Communications and Outreach Director Hiring Committee Brain, David (Member)

LASP RA Review Panel Stewart, Glen

LASP Seminar Series Committee Sternovsky, Zoltan (Chair) Collette, Andrew (co-organizer) Schmidt, K. Sebastian (co-organizer) Osterloo, Mikki

LASP Seminar Series Schmidt, Konrad (Co-organizer)

LASP Scholarship Committee Eparvier, Frank (Member)

LASP Space Weather Initiative Committee Elkington, Scot

LASP Tablet Users Group Brown, Pat Evans, Brian Gathright, David Jones, Andrew Lewis, Ryan Mack, James Wilson, Rob Yehle, Alan

Los Alamos National Laboratory Elkington, Scot (External Advisory Board member, IGPPS)

Office of Communication and Outreach Brain, David (Member, Advisory Committee) Brain, David (Member, Director Hiring Committee)

Office Space Committee (SPSC) Bagenal, Frances

Planetary Journal Club Albers, Nicole (Organizer)

Proposal Development Committee (PDC) Woods, Tom (Chair) Jakosky, Bruce (Member) Baker, Dan DeNeen, Matt Drake, Ginger Ergun, Robert George, Vanessa (PDC support0

Jakosky, Bruce Rick Kohnert Kopp, Greg Lankton, Mark McClintock, W.E. McGrath, Mike Malaspina, David Pankratz, Chris Possel, Bill Reed, Heather Renfrow, Stephanie Richard, Erik Ryan, Sean Sparn, Tom Sternovsky, Zoltan Tate, Gail White, Neil Wrigley, Ray

Search Committee Eparvier (Chair, committee for new LASP EPO lead) Kalnajs, Lars

Social Committee Bloom, Laura (Chair) Bryant, Karen Cirbo, Kathleen DeNeen, Mathew Ferrington, Nic Griest, Ken Hand, Molly Harvey, Lynn Osborne, Darren Possel, Bill Reddick, Michelle Theiling, Dale

SORCE Science Meeting Organizing Committee Pilewskie, Peter (Member) Richard, Erik (Co-Organizer of 2012 Meeting; Session Chair for 2012 Meeting)

Sponsored Visitor Committee Harder, Jerry (Chair) Bagenal, Fran Coddington, Odelle Collette, Andrew

Eparvier, Frank Eriksson, Stefan Harvey, V. Lynn King, Michael Rast, Mark Renfrow, Stephanie Schmidt, Sebastian

Magnetospheres of the Outer Planets Bagenal, Frances (Member, Scientific Organizing Committee)

Mauna Loa User Committee Harder, Jerry (Member, Advisory Group)

National Academies Baker, Daniel (Chair, Steering Committee: A decadal survey for solar and space physics) King, Michael (Member, Committee on Earth Science and Application from Space)

National Academy of Engineering (NAE) Baker, Daniel (Member) Woods, Tom (Panel Member Space Studies Board)

National Academy of Sciences (NAS) Baker, Daniel (Associate Member) Baker, Daniel (Chair, Committee on Solar and Space Physics) Esposito, Larry (Organizer, workshop on Decadal Surveys, November 2012)

National Aeronautics and Space Administration (NASA) Albers, N., (served on NASA review panel for NASA-ROSES) Aye, K.-M. (Member NASA’s Ocean World Roadmap team) Bagenal, Frances (Chair, Planetary Science Survey) Bagenal, Frances (Panel Chair, Review of Cassini Data Analysis Program) Bagenal, Frances (Member, Science Definition Team for Europa Mission) Baker, Daniel (Member, NASA Planetary Data System Committee) Baker, Daniel (Member, SAMPEX Science Working Team) Baker, Daniel (Member, Magnetospheric multiscale mission Science Team) Baker, Daniel (Member, MESSENGER/Mercury Orbiter Science Working Team) Brain, David (Member NASA review panel for MAVEN Participating Scientist Program) Cassidy, Tim (Member, 2 NASA ROSES panels) France, Kevin (Member, Executive committee – NASA’s sounding rocket working group) France, Kevin (Member, Science Interest Group on future large UVOIR astronomy missions) France, Kevin (Panelist – NASA Astronomy and Physics Research and Analysis grant program) France, Kevin (Panelist – NASA Space Technology Research Fellowship program) Horányi, Mihály (Member, NASA Planetary Data System Small Bodies Node Advisory Board) Horányi, Mihály (Member, NASA Planetary Sciences Subcommittee)

Horányi, Mihály (Member, NASA Solar System Exploration Research Virtual Institute) Jakosky, Bruce (Member, NASA Mars Exploration Program Analysis Group (MEPAG) Jakosky, Bruce (Member, NASA-ISRO Mars Science Working Group) Jones, Andrew (NASA RHG Exceptional Achievement for Science, SDO) King, Michael (Member of Proposal Review Panel on Remote Sensing Theory) Kopp, Greg (Member, Science Definition Team for Decadal Survey Mission) Pilewskie, Peter (Member, Science Definition Team for NASA Climate Absolute Radiance and Refractivity Observatory (CLARREO) Decadal Survey Mission) Randall, Cora (Co-Organizer of NASA LWS workshop on Extreme Events) Sternovsky, Zoltan (Panel chair on NASA ROSES program) Stewart, Glen (served on NASA review panel for NASA-ROSES) Usanova, M.E. (NASA Heliophysics Guest Investigator Award)

National Center for Atmospheric Research (NCAR) Randall, Cora (Member, Steering Committee for NASA Living With a Star Heliophysics Postdoctoral program) Richard, Erik (Member NSF Site Visit Review Panel)

National Oceanic and Atmospheric Administration (NOAA) Baker, Daniel (Member Strategic Planning Group, External)

National Research Council (NRC) King, Michael (Member and Vice Chair, Committee on a Framework for Analyzing the Needs and Continuity of NASA-sustained remote sensing observations of the Earth from Space) King, Michael (Member, Committee on NASA Science Mission Extensions) Pilewskie, Peter (Member, Committee on the Effects of solar variability on Earth’s climate: A workshop)

National Science Foundation (NSF) Baker, Daniel (Member, Geosciences Advisory Committee) Baker, Daniel (Chair, Committee on Visitors – Geospace) Elkington, Scot (Coordinator, NSF Geospace Environment Modeling Program Steering Committee) Merkel, Aimee (Member, Cubesat review panel, 2012)

Optical Society of America Kopp, Greg (Director at Large for Rocky Mountain Section)

Planetary Society Jakosky, Bruce (Member, Advisory Board)

Radiation Belt Storm Probe Science Team Baker, Daniel (Member)

Reviewer of Proposals, Manuscripts, or Creative Work Albers, Nicole (Reviewer of manuscripts for Icarus and Astronomical Journal) Andersson, L. (Reviewer of manuscripts for Planetary and Space Science and Geophys. Res. Letters)

Andersson, L. (Reviewer of Aye, K.-M. (Reviewer of proposals for NASA) Bagenal, Frances (Reviewer of manuscripts for AGU) Bagenal, Frances (Reviewer of proposals) Baker, Daniel (Reviewer of manuscripts for Geophysical Research Letters, Journal of Atmospheric and Terrestrial Physics, Journal of Geophysical Research, Nature, Nature Geoscience, Icarus, and Planetary and Space Science) Baker, Daniel (Review of proposals for NASA and NSF) Brain, David (External peer reviews of funding proposals for NASA Programs) Brain, David (Reviewer of manuscripts for Planetary and Space Science, Geophysical Research Letters, and Journal of Geophysical Research – Space Physics) Brain, David (Review panel for NASA’s Planetary Atmospheres Program) Brain, David (Reviewer of proposals for NASA) Cassidy, Tim (Reviewer of manuscripts) Cassidy, Tim (Reviewer of proposals for NASA) Coddington, Odelle (Reviewer of manuscripts for Space Weather, Space Climate, Remote Sensing, and Atmospheric Chemistry and Physics) Collette, Andrew (Reviewer of manuscript for IEEE Transactions on Plasma Science) Cranmer, Steven (Reviewer of papers for ApJ, MNRAS, J. Scientific Exploration, JRG, Applied Optics, ApJ, AJP) Deca, Jan (Reviewer of manuscripts for Planetary and Space Science Journal; The Astrophysical Journal, and J. Geophys. Res.; Proposal reviewer for National Research Development and Innovation Fund of Hungary) Deighan, Justin (Reviewer of proposals; reviewer of manuscripts for GRL and JGR) Dong, Yaxue (Reviewer o of manuscripts for GRL; reviewer of proposals for NASA) Elkington, Scot (Reviewer of manuscripts for GRL, JGR) Elkington, Scot (Reviewer of proposals for NASA and LANL) Eparvier, Frank (Reviewer of manuscripts for Solar Physics, Solar Energy, and Advances in Space Research) Ergun, Robert (Reviewer of manuscripts for J. Geophys. Res., Geophys. Res. Lett., and Physics of Plasmas) Ericksson, Stefan (Reviewer of manuscripts for Geophys. Res. Lett.) Esposito, Larry (Reviewer of manuscripts for Science, Icarus, Geophys. Res. Lett.) Esposito, Larry (Reviewer of proposals for NASA and NSF, Cambridge U. Press, Arizona Press, Physics Today) Fang, X. (Reviewer of papers for Geophys. Research Letters and JASTP) Fang, X. (Reviewer of proposals for NASA) France, Kevin (Reviewer for Astrophysical Journal, Icarus) Harder, Jerry (Reviewer of manuscripts for JASTP, A&A, Remote Sensing, Nature Scientific Data, NASA Earth Science, and ApJ.) Harder, Jerry (Review of proposals for National Science Foundation) Harvey, V. Lynn (Reviewer of proposals for NSERC of Canada, NASA LWS program, and NSF) Harvey, V. Lynn (Reviewer of manuscripts for J. Geophys. Res., Atmos. Chemistry and Physics, and Geophys. Res. Lett.) Holsclaw, Greg (Reviewer of proposal for NASA; external reviewer for PDS dataset)

Horányi, Mihály (Reviewer of manuscripts for J. Geophys. Res., Nature, Icarus, and Physics of Plasmas) Horányi, Mihály (Reviewer of proposals for NSF, DOE, and NASA) Hsu, H.-W. (Reviewer of posters for 2015 EGU General Assembly) Jaynes, A.N. (Reviewer of manuscripts for GRL, JGR) Jaynes, A.N. (Reviewer of proposals for NASA) Jones, Andrew (Primary reviewer for 3 IRD proposals and secondary reviewer for 1) Jones, Andrew (Reviewer of NASA proposals; Solar Physics reviews Kalnajs, Lars (Reviewer of manuscripts for Journal of Atmospheric and Oceanic Technology) Kalnajs, Lars (Reviewer of proposals for NSF) Kindel, Bruce (Review of manuscripts for Atmospheric Chemistry and Physics and Atmospheric Measurement Techniques) King, Michael (Reviewer of manuscripts for Applied Optics, Remote Sensing of Environment, J. Geophys. Res., Geoscientific Model Development, NASA proposals) Kopp, Greg (Reviewer of manuscripts for Astronomy and Astrophysics, Solar Physics, Atmospheric Chemistry and Physics, and Surveys in Geophysics) Li, Xinlin (Reviewer of proposals for NASA and NSF) Li, Xinlin (Reviewer of manuscripts for J. Geophys. Res., Geophys. Res. Lett., J. Space Weather, J. Atmos. and Solar-Terrestrial Physics, and Annales Geophysicae) Malaspina, D.N. (Reviewer of manuscripts for Geophysical Res. Letters, Physics of Plasmas, and Journal of Geophysical Research) McCollom, T.M. (Reviewer of manuscripts fort Science, Nature, J. Geophys. Res., Earth and Planetary Science Lett., Astrobiology, Phil. Transaction of Royal Society, Lithos, Organic Geochemistry) McClintock, William (Reviewer of manuscripts for Icarus and Jour. Geophys. Res.) McClintock, William (Two write-in reviews for Discovery Data Analysis Program. 3 ICON engineering Peer Reviews to support Goddard Explorers Office, other papers for Icarus, Applied Optics, and J. Geophys. Res.) McCollom, T.M. (Reviewer of proposals for National Science Foundation, NASA and Petroleum Research Fund) McCollom, Thomas (NASA, Member of three Review Panels McCollom, T.M. (Reviewer of manuscripts for J. Geophys. Res., Geophys. Res. Lett., Nature Geosciences, National Science Foundation, and Chemical Geology McGouldrick, Kevin (Reviewer of proposals for NASA) McGouldrick, Kevin (Reviewer of manuscripts for Advances in Space Research and Icarus) Merkel, Aimee (Reviewer of Proposals for NASA) Merkel, Aimee (reviewer of manuscripts for J. Geophys. Res. and Geophys. Res. Lett.) Osterloo, M.M. (Reviewer of papers and proposals for NASA’s Mars Science Laboratory Participating Scientist review panel, NASA’s Planetary Instrument Concepts for Advancement of Solar System Observations, NASA’s Lunar data analysis Program, and chair for NASA’s Earth and Space Science Fellowship (NESSF) program) Osterloo, Mikki (Reviewer of manuscripts for J. Geophys. Res. and Geophys. Res. Letters) Pilewskie, Peter (Panel Reviewer, NASA New Investigator Program) Pilewskie, Peter (Reviewer of manuscripts for J. Atmospheric Chemistry and Physics and Surveys in Geophysics)

Randall, Cora (Reviewer of manuscripts for J. Geophys. Res., Geophys. Res. Letters, and AGU Union Eos publication) Randall, Cora (Reviewer of proposals for NASA and NSF) Rast, Mark (Reviewer of Astronomy and Astrophysics) Richard, Erik (Reviewed 2 papers for Journal of Space Weather and Space Climate) Schmidt, K. Sebastian (Reviewer of proposals for NASA) Schmidt, K. Sebastian (Reviewer of manuscripts for AMT, SCP, JGR, and JAMC) Schneider, Nicholas (Reviewer of proposals for NASA and NSF) Snow, Martin (Reviewer of proposals for NSF) Sternovsky, Zoltan (Reviewer of proposals for NSF/DOE) Sternovsky, Zoltan (Reviewer of manuscripts for Annales Geophysicae, Planetary and Space Science, Advances in Space Research) Stewart, Glen (Reviewer of proposals for NASA; Reviewer of papers for JGR, GRL, ASR, PSS, IEEE-TPS, APH and JPP)) Toon, Owen B. (Reviewer of manuscripts for NASA and NSF) Usanova, Marie (Reviewer of papers for Geophys. Res. Lett., J. Geophys. Res., and Annales Geophysicae) Wang, X. (Reviewer of manuscripts for PSS, Icarus and IEEE) Wilson, R.J. (Reviewer of NASA proposals) Wilson, R.J. (Reviewer of manuscripts for AGU and JGR) Wolf, E.T. (Reviewer of manuscripts for Nature, Nature geoscience, and Astrophysical Journal Letters) Wolf, E.T., Reviewer of proposals for NASA) Woods, T.N. (Reviewer of papers for A&A, Solar Physics, and JGR) Woods, T.N. (Reviewer of proposals for NASA and LWS) Zhao, H. (Reviewer of papers for J. Geophys. Res., and Geophys. Res. Letters)

Scientific Committee on Solar-Terrestrial Physics (SCOSTEP) Baker, Daniel (Member) Merkel, Aimee (Member CAWSES II Task-2 Project 3 Member) Merkel, Aimee (Member, CAWSES II organizing committee) Randall, Cora (Co-Chair, CAWSES 11 Theme Group 1)

Sigma Xi Baker, Daniel (Member)

Student Advising Andersson, Laila Brain, David Cassidy, Tim Collette, Andrew Crary, Frank J. Elkington, Scot Eparvier, Frank Eriksson, Stefan Fang, Fang

France, Jeff Harder, Jerry Harvey, V. Lynn Hsu, H.-W. (Sean) Hynek, Brian Jaynes, Allison Kalnajs, Lars Kindel, Bruce Kopp, Greg Li, Xinlin McCollom, Tom Malaspina, David Merkel, Aimee Osterloo, Mikki Peterson, W.K. Richard, Erik Schmidt, K. Sebastian Schneider, Nicholas Snow, Martin Stewart, Glen Toon, Owen Usanova, M.E. Wang, X. Woods, T.

Sun-Climate Research Center Richard, Erik (Fellow) Woods, Tom (Workshop Organizer)

University Center for Atmospheric Research Bagenal, Frances

University of Colorado

Aerospace Engineering Department (ASEN) Baker, Daniel (Member, External Advisory Board) Li, Xinlin (Member, Graduate Committee) Li, Xinlin (Member, Tanner Evaluation Committee) Li, Xinlin (Member, Undergraduate Teaching Curriculum Committee) Randall, Cora (Member, Aerospace ventures executive committee) Sternovsky, Zoltan (Member, Undergraduate Committee) Sternovsky, Zoltan (Member, Graduate Committee) Sternovsky, Zoltan (Major revision of existing course ASEN3300)

Arts and Sciences (A&S) Horányi, Mihály (Physics advising)

Randall, Cora (Member, Dean’s Advisory Committee) Randall, Cora (Co-Chair, Committee on revising core curriculum)

Astrophysics and Planetary Sciences (APS) Bagenal, Frances (Member, Faculty Search Committee) Baker, Daniel (Member, Graduate Admissions Committee) Brain, David (Member, Executive Committee) Brain, David (Department Lead, Undergraduate Mentor) Brain, David (Faculty Search Committee) Cranmer, Steven (Member, APS Department Colloquium Committee) Cranmer, Steven (Member, Department Graduate Curriculum Committee) Cranmer, Steven (Member, Department Undergraduate Curriculum Committee) Ergun, Robert (Member, Faculty Search Committee) Ergun, Robert (Member, Graduate Concerns Committee) Ergun, Robert (Associate Chair, Fall, 2015) Ergun, Robert (Member, Executive Committee) Ergun, Robert (Member, Graduate Curriculum Committee) Esposito, L.W., (Admissions Committee) Rast, Mark (Undergraduate Advisor) Rast, Mark (Examinations Committee) Rast, Mark (Executive Committee) Richard, Erik (Review Team Member for EMX EMIRS Instrument; Review Team Member, MinXSS Pre-Ship Review) Schneider, Nicholas (Undergraduate Program Director, Lead Mentor, Lead Course Scheduler, and Curriculum Committee Chair)

Atmospheric and Oceanic Sciences Department (ATOC) Coddington, Odelle (ATOC Recruit visit committee) Harvey, V.L. (Member, Admissions Committee) Harvey, V.L. (Judge for ATOC student poster conference) Pilewskie, Peter (Chair, Laboratory and facilities Committee) Pilewskie, Peter (Member, Course Fees Committee) Randall, Cora (Department Chair, 2010-present) Randall, Cora (Member ATOC curriculum committee) Randall, Cora (ATOC poster conference committee, 2015) Randall, Cora (ATOC Fest presentation, 2015) Smith, Jamison (Hosted Seminar Series) Toon, Owen B. (Executive Committee member)

Boulder Faculty Assembly Eparvier, Francis (Member at Large) Harvey, Lynn (LASP Research Scientist Representative)

Boulder Faculty Survey (HERI CU) Rast, Mark (Member)

Center for Astrophysics and Space Astronomy (CASA)

France, Kevin (Member, Executive Committee) France, Kevin (Member, Joint LASP/CASA committee on space solutions on East Campus) Woods, Thomas

Chancellor’s Federal Relations Advisory Committee (FRAC) Baker, Daniel (Member)

Conference on World Affairs Schneider, Nicholas (Moderator; “An Apple Fell into a Bar”)

Excellence in Leadership Program Randall, Cora (Participant)

External Advisory Board (Aerospace Engineering) Baker, Daniel (Member)

Geology Department Hynek, Brian (Member Executive Committee) Hynek, Brian ((Member, Undergraduate Curriculum Committee)

Graduate School Baker, Daniel (Member, Institute Directors Group) Bagenal, Frances (Member, Executive Advisory Council) Randall, Cora (Member Executive Advisory Council)

Joint Faculty (Aerospace) Li, Xinlin Sternovsky, Zoltan

Joint Faculty (Astrophysics and Planetary Sciences Department (APS) Bagenal, Frances Baker, Daniel Ergun, Robert Esposito, Larry Rast, Mark Schneider, Nicholas

Joint Faculty (Atmospheric and Oceanic Sciences Department (ATOC) Toon, Owen B. (Chair) Pilewskie, Peter Randall, Cora E.

Joint Faculty (Geology Department) Hynek, Brian (Member, Executive Committee)

Jakosky, Bruce (Member)

Joint Faculty (Physics Department) Horányi, Mihaly (Graduate Committee)

National Solar Observatory (NSO) Cranmer, S.R., Member, Hale postdoctoral fellowship selection committee Cranmer, S.R., Member, Hale visiting faculty selection committee

Member of a Dissertation Committee Andersson, Laila Bagenal, Frances Baker, Daniel Brain, David Coddington, Odelle Crary, Frank Elkington, Scot Ergun, Robert Fang, Xiaohua France, Kevin Harvey, V. Lynn Horányi, Mihaly Hsu, Hsiang-Wen (Sean) Hynek, Brian Jakosky, Bruce Kalnajs, Lars Kempf, Sasha King, Michael Li, Xinlin McCollom, Thomas M. Newman, David L. Peterson, W.K. Pilewskie, Peter Randall, Cora Rast, Mark Schmidt, Konrad Schneider, Nicholas Smith, Jamison Sternovsky, Zoltan Stewart, Glen Toon, Owen B.

Member of a Masters or Ph.D. Qualifying Examination Committee Bagenal, Frances Brain, David

Ergun, Robert Fang, Xiaohua France, Kevin Horányi, Mihaly Hynek, Brian Jones, Andrew Kempf, Sasha Li, Xinlin Pilewskie, Peter Randall, Cora Rast, Mark Schneider, Nicholas Sternovsky, Zoltan

New Course Development Cranmer, Steven France, Kevin Hynek, Brian Rast, Mark Schneider, Nicholas Toon, Owen B.

Postdoc Association of Colorado Royer, E.M., Co-President

Principal Dissertation/Thesis Advisor Andersson, Laila Bagenal, Frances Baker, Daniel Brain, David Brown, Benjamin Cranmer, Steven Deighan, Justin Delamere, Peter Elkington, Scot Ergun, Robert Esposito, Larry Harvey, V.L. Horányi, Mihaly Hynek, Brian Jakosky, Bruce Kalnajs, Lars King, Michael Kopp, Greg Li, Xinlin Malaspina, David

Pilewskie, Peter Randall, Cora Rast, Mark Schneider, Nicholas Sternovsky, Zoltan Toon, Owen B. Woods, Tom

Student Advising Andersson, Laila Bagenal, Frances Baker, Daniel Brain, David Brown, Benjamin Cassidy, Tim Chaffin, Michael Coddington, Odelle Cranmer, Steven Delamere, Peter Ergun, Robert Harvey, V.L. Hynek, Brian Jones, Andrew Kindel, Bruce Kopp, Greg McClintock, William E. Malaspina, David Merkel, Aimee Osterloo, Mikki Randall, Cora Rast, Mark Erik Richard Schmidt, Konrad Schneider, Nicholas Snow, Martin Stewart, Glen Toon, O.B. Wilson, R.J. Woods, Tom

Sungrazing Comets Working Group Snow, Martin (Member)

Supervisor of Postdoctoral Researchers Bagenal, Frances Schneider, Nicholas

Sternovsky, Zoltan

Vice Chancellor’s Research Cabinet Baker, Daniel (Member)

University of Northern Iowa Baker, Daniel (Member, External Advisory Board, Department of Earth Sciences) Hynek, Brian (Member, External Advisory Board, Department of Earth Sciences)

University Space Research Association (USRA) Baker, Daniel (Council of Institutes Representative)

Whole Heliospheric Interval Science Team Snow, Martin (Member)

Workshop on Radiation Belts Baker, Daniel (Organizing Committee)

Faculty Honors/Awards

Baker, Daniel: Named Kavli Foundation Plenary Lectureship prizewinner, January, 2015 France, Kevin: NASA Nancy Grace Roman Early Career Award, 2015. King, Michael: Elected Fellow, Institute of Electrical and Electronics Engineers, 2015. Toon, Owen B.: NASA Group Achievement Award for the SEAC4RS field program, 2015.

Courses Taught by LASP Faculty

Brain, David ASTR 4840 Independent Study Brain, David ASTR 1030 Accelerated Introductory Astronomy Brain, David Guest lecturer in ASTR 3720, ASTR 5550, and ASTR 3710 Brown, Benjamin ASTR 5540, Mathematical Methods Cranmer, Steven ASTR 3760, Solar and Space Physics Cranmer, Steven ASTR 6000, Colloquium Seminar Cranmer, Steven ASTR 5140, Astrophysical and Space Plasmas Ergun, Robert ASTR 5140 Intro to Astrophysical and Space Plasmas Esposito, Larry ASTR 3710 Planets, Moons and Rings Esposito, Larry ASTR 4800 Space Science Practice and Policy Esposito, Larry ASTR 5835 Seminar in Planetary Science; Venus France, Kevin ASTR 5760 Astronomical Instrumentation France, Kevin ASTR 7500 Space Mission Concept Development Hynek, Brian GEOL 3950 Natural catastrophes and geologic hazards Hynek, Brian GEOL/ASTR/ATOC 5835 Planetary Science Seminar Hynek, Brian GEOL/ASTR/ATOC 5800 Planetary Surfaces and Interiors Hynek, Brian GEOL 5700 Planetary Field Geology Kalnajs, Lars ATOC 5600 Clouds and aerosols McGouldrick, Kevin ASTR 5835, Planetary Graduate Seminar Osterloo, Mikki ASTR/ATOC/GEOL 5835 Planetary Seminar Randall, Cora ATOC 5235 Intro to remove sensing and radiative transfer Randall, Cora ATOC 6020 Middle atmosphere investigations Richard, Erik Aerospace 101 Lecture series: “Introduction to Remote Sensing Sternovsky, Zoltan ASEN 3300 Electronics and communication Toon, Owen ATOC 7500 Reading the IPCC report, WG II and WG III Toon, Owen ATOC 6020 Clouds and Aerosols

Toon, Owen ATOC 5600 Physics and Chemistry of clouds and aerosols

LASP Seminar Talks

Albers, Nicole, CU/LASP, NASA’s Bryans, Paul, UCAR, Using comets as Cassini mission: Continuing to explore the solar probes Saturn system Cash, Webster, CU/CASA, Starshades Anderson, F. Scott, SwRI, Reassessing and the search for life in the universe lunar, Martian, and solar system history based on in-situ radiometric dating, Cassidy, Tim, CU/LASP, LASP at chemistry, and organics analyses using a Mercury: The MASCS instrument on the laser ablation resonance ionization mass MESSENGER spacecraft spectrometer Chandrian, Amal, CU/LASP, Baker, Daniel, and Allison Jaynes, Source International collaborative opportunities and seed populations for relativistic for small satellite missions electrons; Their roles in radiation belt changes Coddington, Odelle, CU/LASP, LASP and the International Space Station: Future Bandfield, Josh, SSI, Unusual impact- measurements of solar Irradiance and the related processes revealed by the Lunar continuation of a climate data record Reconnaissance orbiter Cohen, Barbara, NASA/Marshall Space Black, Carrie, NASA/Goddard Space Flight Center, The potassium-Argon laser Flight Center, Understanding magnetic experiment (KArLE): In Situ reconnection: The physical mechanism geochronology for planetary robotic driving space weather missions

Brain, David, CU/LASP, Fun physics at Connor, Hyunju Kim, Oak Ridge National Martian crustal fields Laboratory and NASA-Goddard Space Flight Center, Dispersed cusp ion Brain, David, CU/LASP, The Emirates signatures and their relation to Mars Mission magnetopause reconnection

Brito, Thiago, CU/LASP, Radiation belt Cranmer, Steven, CU/LASP, Solar and electron precipitation response to ULF stellar winds: Progress, puzzles, and waves prospects

Britt, Daniel, Central Florida, Space Cranmer, Steven, CU/LASP, Solar wind weathering on volatile-rich asteroids: or turbulent dissipation: A collisionless zoo How rocks can make glass, iron, and life Dols, V., CU/LASP, Europa’s neutral loss

Dols, V., CU/LASP, Atmospheric loss of Europa Jaynes, Allison, CU/LASP, The Origins and Mystery of the Aurora Ellison, C. Leland, Princeton Plasma Physics Laboratory, Variational Jones, Andrew, CU/LASP, Exploring the integrators in plasma physics; Sewing the boundaries between science and geometric fabric of physics into numerical engineering at LASP: A view from a models scientist who still likes to make things

Farrand, Bill (SSI), Glasses and poorly Jones, Andrew, CU/LASP, Rocket Science crystalline materials on Mars at LASP

Fuller, Jim, Caltech, Saturn seismology: Jones, Andrew, CU/LASP, EXI Complex interactions between the planet, measurement equation and uncertainty the rings, and the moons budget, EMM-SRR/SDR

Gerard, Jean-Claude, Univ. of Liege, The Jones, Andrew, CU/LASP, EVE flight Mars discrete aurora: Mars Express software update review observations and modeling Kalemci, Emrah, Sabaci University Guimaraes, Anna Helena F., DRAAM, (Turkey), Development and in-orbit Universidade Presbiteriana Mackenzie, testing of an X-ray detector on Sao Paulo, The Search for Exomoons BeeagleSAT, a 2U Cubesat

Hoffman, Lars, Juelich Research Center, Sasha Kempf, CU/LASP, The Hidden Satellite observations of stratospheric Ocean, NASA’s Europa Mission and the gravity waves from AIRS and IASI: search for habitability Mountain waves and storm sources Kivelson, Margaret, UCLA/U. of Horányi, Mihály, CU/LASP, Rosetta Michigan, Magnetic fields from the ocean Results floor to outer space

Hynek, Brian, CU/LASP, Impact craters Kucharek Harald, U. of New Hampshire, as a tool for planetary exploration Investigating our Helio-spheric environment: IBEX observations Hutchinson, Ian, MIT, Understanding electron-hole instabilities in the lunar Malaspina, David, CU/LASP, Kinetic plasma wake Alfven waves in the inner magnetosphere generated by magnetospheric response to Iwabuchi, Hironobu, Tohoku University, an interplanetary shock Spatiotemporal variability of cirrus cloud properties inferred from MODIS infrared Mason, James, CU/LASP, MinXSS- band measurements CubeSat Science, Students, and System Development Jakosky, Bruce, CU/LASP, Early results from the MAVEN mission to Mars Michalski, Joseph, PSI, Did Mars ever have a lively underground scene? New Jaynes, Allison, CU/LASP, LASP perspectives on the habitability of magnetosphere seminar

subsurface environments on Mars and beyond Ulamec, Stephan, German Aerospace Center, Rosetta Lander – Philae: First Nakajima, Teruyuki, EORC, Japan landing and operations on a comet Aerospace Exploration Agency, Progress on the microphysical remote sensing of Weygand, James, UCLA, The first solar clouds and aerosols for improved wind space-time Eulerian magnetic understanding of Earth’s climate correlation functions

Olkin, Cathy, SwRI, Pluto’s Atmosphere Wiltberger, Michael, NCAR, High and Surface Composition resolution global magnetohydro-dynamic simulation of bursty bulk flows Pereira, Tiago, U. of Oslo), Toward a deeper understanding of solar spectra Wolf, Richard, Rice University, the role of through forward modeling flux tube entropy in Earth’s plasma sheet

Poduval, Bala, SSI, Space weather and the Yang, Ping, Texas A&M, Atmospheric current sheet source (CSSS) model optics and radiative transfer: Genesis and Evolution Putzig, Than, SwRI, Subsurface imaging with SHARAD and implications for the Young, Leslie, SwRI, The Pluto system as recent climate history of Mars seen by NASA’s New Horizons spacecraft

Rafkin, Scot, SwRI, When it rains on Titan, Yonker, Justin, NCAR, The legacy of it pours: and then it evaporates Charles A. Barth: Chemistry and spectroscopy of thermospheric nitric oxide Russell, Christopher, UCLA) Dawn at Ceres

Simmons, Karen, Randy Davis, Phil Evans, Margie Klemp, Dave Stern, Ken Kelly, Elaine Hansen, Sabine Schaffner, Alain Jouchoux, and Rionda Osman- Jouchoux, Preserving the Past: The History of LASP Missions Operations

Smith, Isaac, SwRI, The polar caps of Mars: a record of recent climate

Soto, Alejandro, SwRI, The Martian atmosphere through thick and thin

Sterken, Veerle, International Space Science Institute, Understanding interstellar dust dynamics in the heliosphere

Svalgaard, Leif, Stanford University, The new sunspot series, methods, results, implications, opposition

Rev., doi:10.1007/s11214-014-0128-5, Publications 2015. Baker, D.N., et al., Magnetospheric Ali, A., et al., Magnetic field power spectra multiscale instrument suite operations and magnetic radial diffusion coefficient and data system, Space Science Rev., using CRRES magnetometer data, J. doi:10.1007/s1124-014-0128-5, 2015. Geophys. Res., 120(2), 973, Baker, D.N. and Louis J. Lanzerotti, Space doi:10.1002/2014JA020419, 2015. Weather, American Journal of Physics, Andersson, L., et al., Dust observations at 84, 166, 2015. orbital altitudes surrounding Mars, Baker, D.N., et al., Intense energetic- Science, 350, November 2015. electron flux enhancements in Mercury's Andersson, L., et al., The Langmuir probe magnetosphere: An integrated view and waves instrument for MAVEN, with high-resolution observations from Space Sci. Reviews, 195, #1, 2015. MESSENGER, J. Geophys. Res., 121, #3. Andersson, L., et al., Dust observations at 2171 2015. orbital altitudes surrounding Mars, BenMoussa, A., et al., Degradation Science, 350, #6261, 2015. assessment of LYRA after 5 years in Andrews, .J., et al., Ionospheric plasma orbit, Experimental Astronomy, 7, 2015. density variations observed at Mars by Blake, J.B., D.N. Baker, et al., The Fly’s Eye MAVEN/LPW, Geophys. Res. Lett, 42, Energetic Particle spectrometer (FEEPS) 2015. sensors for the magnetospheric Andrievsky, A., et al., Negative magnetic multiscale (MMS) mission, Space Science eddy difficulties from the test-field Reviews, 199, #1, 309-329, method and multiscale stability theory doi:10.1007/s11214-015-0163-x, 2015. ApJ, 811, 2015. Blum, L., et al., Observations of coincident Bagenal, F., et al., Plasma conditions at EMIC wave activity and duskside Europa’s orbit, Icarus, 261, 1-13, 2015. energetic electron precipitation on 18-19 Bagenal, F., et al., Solar wind at 33 AU: January 2013, Geophys. Res. Lett., 42, Setting bounds on the Pluto interaction #14, 5727-2735, 2015. for New Horizons, J. Geophys. Res., 210, Bolton, S.J., et al., Jupiter’s 1497-1511, doi:10.1002/2015HE004880, magnetosphere: Plasma sources and 2015. transport, Space Sci. Rev., 192, 2015. Bagenal, F., Masafuni, I., et al., Modeling Bougher, S., et al., Early MAVEN deep dip Jovian hectometric attenuation lanes campaign reveals thermosphere and during the Cassini flyby of Jupiter, J. ionosphere variability, Science, 2015. Geophys. Res., 120, 1888-1907, Brain, D.A., et al., The spatial distribution doi:10.1002/2014JA020815, 2015. of planetary ion fluxes near Mars Bagenal, F., Jupiter, Discoveries in Modern observed by MAVEN, Geophys. Res. Science: Exploration, invention, Lett., 2015. technology, Ed. J. Trefil, Farmington Brandenburg, A., et al., Nonhelical inverse Hills, MacMillan, 2015. transfer of a decaying turbulent Bailey, S.M., et al., Comparing nadir and magnetic field, Phys. Res. Letters, 114, limb viewing observations of polar 2015. mesospheric clouds: The effect of the Brandenburg, A., et al., Dynamical assumed particle size distribution, J. quenching with non-local alpha and Atmos. Sol. Terr. Phys., 127, 2015. downward pumping, Astronomische Baker, D.N., et al., Magnetospheric Nachrichten, 336, 2015. Multiscale Data Acquisition, Management, and Access, Space Sci.

Brandenburg, A., Magnetohydrodynamics Irradiance (TSI), Version 2, 2015. of the Sun, Geophys. and Astrophys. Coddington, O., et al., Attribution of Fluid Dynamics, 109, 2015. Earth-reflected Hyperspectral Data Breneman, A.A., et al., Global coherence using Bayesian Positive Source scale modulation of radiation belt Separation (Optical Society of America), electron loss from plasmaspheric hiss, paper HT3B.5, Nature, v. 523, doi:10.1038/ doi:10.1364/HISE.2015.HT3B.5, 2015. nature14515 2015. Coddington, O., et al., A solar irradiance Brinkhoff, L., et al., The fractal perimeter climate data record, Bull. Amer. Meteor. dimension of noctilucent clouds: Soc., 2015. Sensitivity analysis of the area-perimeter Coddington, O., Climate algorithm theoretical method and results on the seasonal and basis document total solar irradiance and hemispheric dependence of the fractal solar spectral irradiance, 2015. dimension, JASTP, 127, 2015. Collette, A., et al., Laboratory Brito, T., et al., Simulation of ULF wave- investigation of antenna signals from modulated radiation belt electron dust impacts on spacecraft, J. Geophys. precipitation during the 17 March 2013 Res., 120, #7, 5298-5305, 2015. storm, J. Geophys. Res. Phys., 120, Collette, A., et al., Energy distribution of doi:10.1002/2014JA020838, 2015. charged particles following Caspi, A., T.N. Woods, and HP. Warren, hypervelocity dust impact, submitted, New observations of the solar 0.55 keV Collinson, G., et al., Electric Mars: The first soft X-ray spectrum, Astrophys. J. Lett., direct measurement of an upper limit for 802, L2, doi:10.1088/2041-8205- the Martian polar wind electric 802/1/L2, 2015. potential, Geophys. Res. Lett., 42, 2015. Cassidy, T.A., et al., Mercury’s seasonal Conner, H.K., et al., Relation between sodium exosphere: MESSENGER orbital cusp structures and dayside observations, Icarus, 248, 2015. reconnection for four IMF clock angles: Chaffin, M.S., et al., Three-dimensional Open GGCM-LTLP results, J. Geophys. structure in the Mars H corona revealed Res., 120, #6, 4890-4906, 2015. by IUVS on MAVEN, Geophys. Res. Connerney, J., et al., First results of the Lett., 2015. MAVEN magnetic field investigation, Chakrabarty, S.R., Relationships between Geophys. Res. Lett., 42, 2015. convective structure and transport of Cranmer, S.R., Driving solar spicules and aerosols to the upper troposphere jets with magnetohydrodynamic deduced from satellite observations, J. turbulence: Testing a persistent idea, Geophys. Res., Vol. 120, #13, 6515–6536, ApJ, 812, 2015. doi: 10.1002/2015JD023528, 2015. Cranmer, S.R., et al., The role of Chaufray, J.Y., et al., Study of the Martian turbulence in coronal heating and solar Cold oxygen corona from the OI 130.4 wind expansion, Phil. Trans. Royal Soc., nm by IUVS/MAVEN, Geophys. Res. 373, 2015. Lett., 2015. Crismani, M.M.J., et al., Ultraviolet Coddington, O., et al., NOAA Climate observations of the hydrogen coma of Data record (CDR) of Solar Spectral comet C/2013 A1 (Siding Spring) by Irradiance (SSI), Version 2, NOAA MAVEN/IUVS, Geophys. Res., Lett., 42, National Climatic Data Center, 2015. doi.org/10.1175/BAMS-D-14-00265.1, Cunningham, N.J., et al., Detection of 2015. Callisto’s oxygen atmosphere with the Coddington, O., et al., NOAA Climate Data Record (CDR) of Total Solar 45

Hubble Space Telescope, Icarus, 254, study of controlling parameters, J. 2015. Geophys. Res., 120, 2015. Curry, S.M., et al., Response of Mars O+ Dohm, J.M., et al., Geological and Pick-up ions to the March 8th, 2015 hydrological histories of the Argyre ICME: Inferences from MAVEN data- province, Mars, Icarus, 253, 2015. based models, Geophys. Res. Lett., 2015. Dols, V., F. Bagenal, et al., Europa’s Cutter, S.L., et al., Global risks: Pool atmospheric neutral escape: Importance knowledge to stem losses from disasters, of symmetrical O2 charge exchange, Nature News and Comment, June 17, Icarus, 264, 387-397, 2015. 2015. Dong, Y., et al., Strong plume fluxes at Dai, L., et al., Near-Earth injection of MeV Mars observed by MAVEN: An electrons associated with intense important planetary ion escape channel, dipolarization electric fields: Van Allen Geophys. Res. Lett., 42, Probes observations, Geophys. Res. Lett., coi:10.1002/2015GL065346, 2015. doi: 10.1002/ Dong, Y., et al., Multi-fluid MHD study of 2015GL064955, 2015. the solar wind interaction with Mars’ Deca, J., et al., General mechanism and upper atmosphere during the 2015 dynamics of the solar wind interaction March 8th ICME event, Geophys. Res. with lunar magnetic anomalies from 3-D Lett., 2015. PIC simulations, J. Geophys. Res., 2015. Doss, C.E., et al., Asymmetric magnetic Deighan, J., et al., MAVEN IUVS reconnection with a flow shear and observation of the hot oxygen corona at applications to the magnetopause, J. Mars, Geophys. Res. Lett., 42, 2015. Geophys. Res., 2015. Delamere, P.A., Magnetic flux circulation Elkington, S.R., and T.E. Sarris, The role of in the rotationally driven giant Pc-5 ULF waves in the radiation belts: magnetospheres, J. Geophys. Res., 210, Current understanding and open 4229-4245, doi:10.1002/2015JA021036, questions, in Space, Oxford University 2015. Press, 2015. Delamere, P.A., et al., Solar wind and Eparvier, F., et al., The solar extreme internally driven dynamics: Influences ultraviolet monitor for MAVEN, Space on magnetodiscs and auroral responses, Sci. Rev., 195, 293-301, 2015. Space Sci. Rev., 187, 51-97, Ergun, R.E., et al., Large-amplitude doi:10.1007/s11214-014-0075-1, 2015. electric fields associated with bursty Denig, W.F., Space weather Anniversary bulk flow braking in the Earth’s plasma Gala planned for Boulder, CO, Space sheet, J. Geophys. Res., 120, 1832-1844, Weather Journal, June 2015. doi:1002/2014JA020165, 2015. Dewey, R.M., et al., Improving solar wind Ergun, R.E., et al., Dayside electron modeling at Mercury: Incorporating temperature and density profiles at transient solar phenomena into the Mars: First results from the MAVEN WSA-ENLIL model with the Cone Langmuir probe and waves instrument, extension, J. Geophys. Res., 2015. Geophys. Res. Lett., 42, 2015. DeBraccio, G.A., et al., Magnetotail Ergun, R.E., Large-amplitude electric dynamics at Mars: Initial MAVEN fields associated with bursty bulk flow observations, Geophys. Res. Lett., 42, braking in the Earth’s plasma sheet, J. 2015. Geophys. Res., 120, 2015. Dieval, C., et al., MARSIS remote Espley, J.R., et al., A comet engulfs Mars: sounding of localized density structures MAVEN observations of comet Siding in the dayside Martian ionosphere: A Spring’s influence on the Martian

magnetosphere, Geophys. Res. Lett., 42, ionosphere, Geophys. Res. Lett., 42, 2015. 2015. Evans, J.S., et al., Retrieval of CO2 and N2 France, J. A., V. L. Harvey, C. E. Randall, in the Martian thermosphere using R. L. Collins, A. K. Smith, E. D. Peck, dayglow observations by IUVS on and X. Fang, A climatology of planetary MAVEN, Geophys. Res. Lett., 2015. wave-driven mesospheric inversion Fang, Xiaohua, et al., Control of Mars layers in the extratropical winter, J. global atmospheric loss by the Geophys. Res. Atmos., 120, 399–413, continuous rotation of the crustal doi:10.1002/2014JD022244, 2015. magnetic field: A time-dependent MHD France, K., et al., Mapping high-velocity study, J. Geophys. Res. Space Phys., 120, hand Emission from supernova 1987A, #12, 10,926-10,944, 2015. ApJ, 801, 2015. Feldman, W.C., D.N. Baker, et al., Long France, K., et al., Characterizing the duration neutron production by non- Habitable zones of exoplanetary systems flaring transients in the solar corona, J. with a large ultraviolet/visible near-IR Geophys. Res., 120, #10, 8247-8266, 2015. space observatory, ARXIV E-PRINTS, Fennell, J.F., D.N. Baker, et al., Inner zone 2015. electron spectra and phase space density Fransson, C., et al., The destruction of the profiles: Van Allen Proves ECT/MagEIS circumstellar ring of SN 1987A, ApJ., data, Geophys. Res. Lett., 42, #5, 806, 2015. doi:10/1002/2014gl062874, 2015. Fuselier, S.A., et al., ROSIN/DFMS and Fennell, J.F., S. G. Claudepierre, J. B. IES observations at c-G: Ion-neutral Blake, T. P. O'Brien, J. H. Clemmons, D. chemistry in the coma of a weakly N. Baker, H. E. Spence and G. D. Reeves, outgassing comet, Astronomy and Van Allen Probes show the inner Astrophysics, EDP Sciences, 583, A2, radiation zone contains no MeV doi:10.1051/0004-6361/20156210, 2015. electrons: ECT/MagEIS data, Geophys. Gershman, D.J., et al., MESSENGER Res. Lett., 42, #5 1283-1289, observations of solar energetic electrons DOI: 10.1002/2014GL062874, 2015. within Mercury’s magnetosphere, J. Fossati, L., K. France, et al., Far-UV Geophys. Res., 120, 2015. spectroscopy of the planet-hosting star Gombosi, T.I., et al., Negatively charged WASP-13: High-energy irradiance, nano-grains at 67P/Churyumov- distance, age, planetary mass-loss rate, Gerasimenko, A&A 583, 2015. and circumstellar environment, ApJ, 815, Goodrich, K.A., and R.E. Ergun, Radiation 2015. from electron phase space holes as a Fossati, L., et al., Characterizing possible source of Jovian S-bursts, exoplanets and their environment with Astrophys. J., 809, 2015. UV transmission spectroscopy, ARXIV Gröller, H., et al., Probing the Martian E-PRINTS, 2015. atmosphere with MAVEN/IUVS stellar Foster, Philip, J.R. Wygant, M.K. Hudson, occultations, Geophys. Res. Lett., 2015. A.J. Boyd, D.N. Baker, P.J. Erickson, and Grundy, W., et al., Introduction to the H.E. Spence, Shock-induced prompt Pluto system science special issue, relativistic electron acceleration in the Icarus, 246, 2015. inner magnetosphere, J. Geophys. Res., Gunell, H., et al., Vlasov simulations of 120, #3, 1661-1674. 2015. trapping and loss of auroral electrons, Fowler, C.M., et al., The first in situ Ann. Geophys., 33, 279-293, 2015. electron temperature and density Gunell, H., Self-consistent electrostatic measurements of the Martian nightside simulations of reforming double layers

in the downward current region of the Hsu, H.-W., et al., Interplanetary magnetic aurora, Am. Geophys., 33, 2015. field structure at Saturn inferred from Halekas, J., Brain, D., The Moon’s plasma nanodust measurements during the 2013 wake, in Magnetotails in the Solar aurora campaign, Icarus, System, Fall AGU, San Francisco, CA, doi:10.1016/j.icarus.2015.01.022. December 2015. Huang, L., et al., Climatology of cloud Halekas, J., et al., Time-dispersed ion water content associated with different signatures observed in the Martian cloud types observed by A-Train magnetosphere by MAVEN, Geophys. satellites, J. Geophys. Res., Vol. 120, #9, Res. Lett., 42, 2015. doi: 10.1002/2014JD022779, 2015. Hamrin, M., et al., The use of the power Hudson, M.K., D.N. Baker, et al., density for identifying reconnection Modeling CME-shock driven storms in regions, J. Geophys. Res., 20, 2015. 2012-2013: MHD-test particle Hara, T., et al., Estimation of the spatial simulations, Geophys. Res. Lett., 120, #2, structure of a detached magnetic flux 1168-1181, 2015. rope at Mars based on simultaneous Hwang, J., et al., Comprehensive analysis AVEN plasma and magnetic field of the flux dropout during 7-8 observations, Geophys. Res.. Lett., 42, November 2008 storm using multi- 2015. satellites observations and RBE model, J. Harada, Y., et al., Magnetic reconnection Geophys. Res., 120, 4298-4323, in the near-Mars magnetotail: MAVEN doi:10.1002/2015JA021085, 2015. observations, Geophys. Res. Lett., 42, Hynek, B., et al., Late state formation of 2015. Martian Chlorides, Geology, 2015. Harada, Marsward and tailward ions in Incecco, P.D., et al., Shallow crustal the near-Mars magnetotail: MAVEN composition of Mercury as revealed by observations, Geophys. Res. Lett., 42, spectral properties and geological units 2015. of two impact craters, Planetary and Harvey, V.L., Chemical definition of the Space Science, 2015. mesospheric polar vortex, J. Geophys. Ineson, S., et al., Regional climate impacts Res., 120, #19, 10,166-10,179, 2015. of a possible future grand solar Hoadley, K., et al., The evolution of inner minimum, Nature Comm., 6, 7535, disk gas in transition disks, ApJ, 812, doi:10.1038/ncomms8535, 2015. 2015. Jabbari, S. et al., Bipolar magnetic spots Horanyi, M., and Szalay, J., Dust charge from dynamos in stratified spherical measurements by the Lunar Dust shell turbulence, ApJ. 805, 2015. Experiment, IEEE Transactions in Jacobi, Ch., C. Unglaub, G. Schmidtke, Aerospace Engineering, 2015. Schäfer, and N. Jakowski, Delayed Horanyi, M., et al., A permanent, response of global ionospheric electron asymmetric dust cloud around the content to EUV variations derived from Moon, Nature, 522, 2015. combined SolACES-SDO/EVE Howes, C.T., et al., Laboratory measurements, Rep. Inst. Meteorol. investigation of lunar surface electric Univ. Leipzig, 53, 1 – 10, 2015. potentials in magnetic anomaly regions, Jain, S.K., et al., The structure and Geophys. Res. Lett., 42, #11, 4280-4287, variability of Mars upper atmosphere as doi:10.1002/2015GL063943, 2015. seen in MAVEN/IUVS dayglow Hsu, H.-W. et al., Ongoing hydrothermal observations, Geophys. Res. Lett., 2015. activities within Enceladus, Nature, 519, Jakosky, B., et al., MAVEN observations of 207-210, doi:10.1039/nature14262, 2015. the response of Mars to an

interplanetary coronal mass ejection, Karak, B.B., et al., Magnetically controlled Science, 350, #6261, 2015. stellar differential rotation near the Jakosky, B.M., et al., Initial results from transition from solar to anti-solar the MAVEN mission to Mars, Geophys. profiles, Astron. & Astrophys., 576, 2015. Res. Lett., 42, 2015. Kindel, B.C., et al., Upper-troposphere and Jakosky, B.M., et al., The Mars lower-stratosphere water vapor Atmosphere and Volatile Evolution retrievals from the 1400 and 1900 nm (MAVEN) Mission, Space Sci. Rev. 195, water vapor bands, Atmos. Meas. Tech., doi: 10.1007/s11214-015-0139-x, 2015. 8, 1147-1156, doi:10.5194/amt-8-1147- Jakosky, B.M., et al., MAVEN observations 2015. of the response of Mars to an King, M.D., Research: Satellites and interplanetary coronal mass ejection, satellite remote sensing, Encyclopedia of Science, 350, #6261, 2015. Atmos. Sciences, 2nd Edition, Academic Jaynes, A.N., et al., Correlated Pc4-5 ULF Press, v. 5, 128-137, 2015. waves, whistler-mode chorus and King, M.D., Moderate Resolution imaging pulsating aurora observed by the Van spectroradiometer on Terra and Aqua Allen Probes and ground-based systems, Missions, in Optical Payloads for Space J. Geophys. Res., 120, #10, 8749-8761, Missions, ed. S.-E. Qian, Wiley and Sons, doi:10.1002/2015JA021380, 2015. doi:10:1002/9871118945179,ch.3, 2015. Jaynes, A.N., D.N. Baker, et al., Source Klein, F., et al., Experimental constraints and seed populations for relativistic on fluid-rock reactions during incipient electrons: Their roles in radiation belt serpentinization of harzburgite, changes, Geophys. Res. Lett., J. Geophys. American Mineralogist 100, 991-1002, Res., 120, #9, 7240-7254, 2015. doi:10.1002/2015JA021234, 2015. Larson, E., et al., Microphysical modeling Jaynes, A.N., et al., LASP Space Weather of Titan’s detached haze layer in a 3D Monitoring Opportunities, LASP white GCM, Icarus, 254, 2015. Paper, September 2015. Lawrence, D., W.T. Vestrand, D.N. Baker, P. Peplowski, and D. Rogers, Long Jaynes, A.N., et al., Correlated Pc4-5 ULF duration neutron production by non- waves, whistler-mode chorus and flaring transients in the solar corona, J. pulsating aurora observed by the Van Geophys. Res., 120, Allen Probes and ground-based systems, doi:1002/2015JA021042, 2015. J. Geophys. Res., 2015. Lawrence, D.J., B.J. Anderson, D.N. Baker, Jensen, E., et al., The NASA Airborne W.C. Feldman, G.C. Ho, H. Korth, R.L. Tropical TRopopause EXperiment McNutt, Jr., P.N. Peplowski, S.C. (ATTREX): High altitude aircraft Solomon, R.D. Starr, J.D. Vandegriff, and measurements in the tropical western R.M. Winslow, Comprehensive survey pacific, Bull, Amer. Meteor. Soc., 2105. of energetic electron events in Mercury’s Kanekal, S., D.N. Baker, et al., Relativistic magnetosphere with data from the electron response driven by overlapping MESSENGER Gamma Ray and Neutron high-speed stream and coronal mass Spectrometer, J. Geophys. Res.: Space ejection: Van Allen Probes Observations, Physics, 120, doi:10.1002/2014JA020792, J. Geophys. Res., 120, #9, 7629-7641, 2015. 2015. Lazzara, M.A., et al., Automatic weather Karak, B.B., et al., Hysteresis between station (AWS) program operated by the distinct modes of turbulent dynamos, University of Wisconsin-Madison ApJ, 803, 2015. during the 1021-2013 field season:

Challenges and Successes, Antarctic Luhman, J., Implications of MAVEN Mars Record 59(1), 2015. near-wake measurements and models, Leblanc, F., et al., Mars heavy ion Geophys. Res. Lett., 42, 2015. precipitating flux as measured by Lukashin, C., et al., CLARREO reflected MAVEN, Geophys. Res. Lett., 2015. solar spectrometer: Restrictions for LeBlanc, S.E., et al., A spectral method for instrument sensitivity to polarization, discriminating thermodynamic phase IEEE Transactions, 53, #12, 2015. and retrieving cloud optical thickness Ma, Qianli, W. Li, R. M. Thorne, B. Ni, C. and effective radius using transmitted A. Kletzing, W. S. Kurth, G. B. solar radiance spectra, Atmos. Meas. Hospodarsky, G. D. Reeves, M. G. Tech, 8, 1361-1383, 2015. Henderson, H. E. Spence, D. N. Baker, J. LeBlanc, S.E., et al., A generalized method B. Blake, J. F. Fennell, S. G. Claudepierre for discriminating thermodynamic and V. Angelopoulos, Modeling inward phase and retrieving cloud optical diffusion and slow decay of energetic thickness and effective radius using electrons in the Earth’s outer radiation transmitted shortwave radiance spectra, belt, Geophys. Res. Lett., 42, #4, Atmospheric Measurement Techniques, doi: 10.1002/2014GL062977, 2015. 8, 1361-1383, 2015. Ma, Y.J., et al., MHD model results of solar Lecoanet, D., et al., Internal wave wind interaction with Mars and generation by convection in water, Part comparison with MAVEN plasma 2, Phys. Res. E, 91, 2015. observations, Geophys. Res. Lett., 2105. Lee, Y., et al., A comparison of 3-D model McClintock, W.E., et al., The Imaging predictions of Mars’ oxygen corona with Ultraviolet Spectrograph (IUVS) for the early MAVEN IUVS observations, MAVEN mission, Space Sci. Rev., 195, Geophys. Res. Lett, 2015. 2015. Lillis, R.J., D.N. Baker, et al., McCollom, T.M., et al., Investigation of Characterizing atmospheric escape from extractable organic compounds in deep- Mars today and through time, with sea hydrothermal vent fluids along the MAVEN, Space Science Reviews, 195, Mid-Atlantic Ridge, Geochemica et #1-4, 357, 2015. Cosmochimica Acta, 156, 122-144, 2015. Lillis, R.J. and Xiaohua Fang, Electron McCollom, T.M., Geochemical trends in impact ionization in the Martian the layered sulfate deposits at Meridiani atmosphere: Interplay between Planum and implications for their origin, scattering and crustal magnetic field LPSC, Houston, TX, 2015. effects, J. Geophys. Res. 120, #7, 1332- McGranaghan, R., et al., A fast, 1345, 2015. parameterized model of upper Linsky, J.L., et al., Quiescent and flaring atmospheric ionization rates, chemistry, lyman-alpha radiation of host stars and and conductivity, J. Geophys. Res., 120, effects on exoplanet atmospheres, IAU #6, 4936-4949, General Assembly, Aug. 2015. doi:10.1002/2015JA021145, 2015. Lo, D.Y., et al., Nonmigrating tides in the McIntosh, S.W., et al., The solar magnetic Martian atmosphere as observed by activity band interaction and instabilities MAVEN IUVS, Geophys. Res. Lett., 42, that shape quasi-periodic variability, 2015. Nature Comm., 6, 6491, Luhman, J.G., et al., Solar wind interaction doi:10.1038/ncomms 7491, 2015. effects on the magnetic fields around Malaspina, D.M., et al., Electric field Mars: Consequences for interplanetary structures and waves at plasma and crustal field measurements, boundaries in the inner magnetosphere, Planetary and Space Science, 117, 2015.

J. Geophys. Res., 120, #6, 4246-4263, decays following intense geomagnetic 2015. storms: Van Allen Probes REPT Malaspina, D.M., et al., Nonlinear electric observations, J. Geophys. Res., 120, 6, field structures in the inner 4863-4876, doi:10.1002/ja021065, 2015. magnetosphere, Geophys. Res. Lett., 41, Nicolaou, G., Plasma properties in the 2015. deep Jovian magnetotail, Planet. Space Malaspina, D.M., et al., Kinetic Alfven Sci., 119, 2015. waves and particle response associated Nicolaou, G., et al., Jupiter’s deep with a shock-induced, global ULF magnetotail boundary layer, Planet. perturbation of the Terrestrial Space Sci., 111, 116-125, 2015. magnetosphere, Geophys. Res. Lett., 42, Nicolaou, G., et al., Plasma properties in 2015. the deep Jovian magnetotail, Planet. and Malaspina, D.M., et al., Revisiting Space Sci., 2015. STEREO interplanetary and interstellar O’Brien, T.P., et al., On the use of drift dust flux and mass estimates, J. echoes to characterize on-orbit sensor Geophys. Res., 120, #8, 6085-6100, doi: discrepancies, J. Geophys. Res., 120, #3, 10.1002/2015JA021352, 2015. 2076-2087, doi:10.1002/10JA020859, Malaspina, D.M., et al., Electric field 2015. structures and waves at plasma O’Brien, et al., Optimization of the Nano boundaries in the inner magnetosphere, Dust Analyzer (NDA) for operation J. Geophys. Res., 120, June 2015. under solar UV illumination, Planet. Matsunaga, K., et al., Asymmetric Space Sci., 119, 2015. penetration of shocked solar wind down Parkinson, C.D., et al., Photochemical to 400 km altitudes at Mas, J. Geophys. control of the distribution of Venusian Res., 120, #8, 2015. water, Planet and Space Science, 113, Mazin, B.A., et al., Science with 2015. KRAKENS, ARXIV E-Prints, 2015. Peck, E.D., et al., POES MEPED Medvedev, A.S., Comparison of the differential flux retrievals and electron Martian thermospheric density and channel contamination correction, J. temperature from IUVS/MAVEN data Geophys. Res., 120, 2015. and general circulation modeling, Peck, E.D., Simulated solar cycle effects on Geophys. Res. Lett, 43 the middle atmosphere, WACCM3 Meier, R.R., et al., Remote sensing of versus WACCM4, J. Adv. Model Earth Earth’s limb by TIMED/IUVS: Retrieval Syst., 07, 2015. of thermospheric composition and Peck, C.L., and M.P. Rast, Photometric temperature, Earth Space Sci., 2, 1-37, trends in the visible solar continuum 2015. and their sensitivity to the center-to-limb Meier, P., et al., Modeling the total dust profile, Astrophys. Journal, 808:192, production of Enceladus from stochastic doi:10.1088/0004-637X/808/2/192, 2015. charge equilibrium and simulations, Peck, E.D., et al., Simulated solar cycle Planetary and Space Science, 2015. effects on the middle atmosphere: Miesch, M., A. Brandenburg, et al., WACCM3 vs. WACCM4, J. Advances in Simulations of magnetohydrodynamic Modeling Earth Systems, 7, #2, 806-822, turbulence in heliophysics and doi:10.1002/2014MS000387, 2015. astrophysics, Space Science Rev., 194, Peterson, W.K., et al., Electron conic 2015. distributions produced by solar ionizing Ni, B., D.N. Baker, et al., Pitch angle radiation, Adv. In Space Res., 55, 2566, distributions of radiation belt ultra- 2015. relativistic electrons and their long-term

Rahmati, A., et al., MAVEN insights into Schneider, N.M., et al., MAVEN IUVS oxygen pickup ions at Mars, Geophys. observations of the aftermath of the Res. Lett., 2015. comet siding spring meteor shower on Raines, J.M., et al., Plasma sources in Mars, Geophys. Res. Lett., 42, 2015. planetary magnetospheres: Mercury, Schofield, R., et al., First quasi-Lagrangian Space Sci. Res., 192, 2015. in situ measurements of Antarctic Polar Randall, C.E., et al., Simulation of springtime ozone: Observed ozone loss energetic particle precipitation effects rates from the Concordiasi long- during the 2003-2004 Arctic winter, J. duration balloon campaign, Atmos. Geophys. Res., 120, #6, 5035-5048, 2015. Chem. Phys., 25, 2463-2472, 2015. Rivkin, A., et al., The main-belt asteroid Sekine, Y., et al., High-temperature water- and NEO tour with imaging and rock interactions and hydrothermal spectroscopy (MANTIS), environments in the Chondrite-like core Rong, Z.J., D.N. Baker, et al., Time delay of Enceladus, Nature Communications, of interplanetary magnetic field 6, 8604, 2015. penetration into Earth’s magnetotail, J. Singh, N.K., et al., Properties of p and f Geophys. Res., 120, #5, 120, 3406-3414, modes in hydro-magnetic turbulence, doi:10.1002/2014JA020452, May, 2015. Royal Astronomical Society, 447, 2015. Rong, P., et al., Horizontal winds derived Siskind, D.E., et al., Extreme stratospheric from the polar mesospheric cloud springs and their consequences for the images as observed by the CIPS onset of Polar Mesospheric Clouds, J. instrument on the AIM satellite, J. Appl. Sol. Terr. Phys., 132, 74-81, 2015. Geophys. Res., Atmos. 120, 2015. Siskind, et al., Is a high-altitude Saide, P.E., et al., Revealing important meteorological analysis necessary to nocturnal and day-to-day variations in simulate thermosphere-stratosphere fire smoke emissions through a coupling? Geophys. Res. Lett., 42, 2015. multiplatform inversion, Geophys. Res. Small, E., et al., Variability of rock Lett., 42, 2015. erodibility in bedrock-floored stream Sakai, S., et al., Model insights into channels based on abrasion mill energetic photoelectrons measured at experiments, J. Geophys. Res., 120, 2015. Mars by MAVEN, Geophys. Res. Lett., Sojka, J.J., et al., Ionospheric model- 2015. observations comparisons: E layer at Schmidtke, R., et al., Where does the Arecibo incorporation of SDO-EVE solar Thermospheric Ionospheric Geospheric irradiances, J. Geophys. Res., 119, 3844, Research (TIGER) program go? Adv. 2015. Space Res., 56, 1547-1577, 2015. Stawarz, J.E., et al., Generation of high- Schneider, P.C., et al., X-ray to NIR frequency electric field activity by emission from AA Tauri during the dim turbulence in the Earth’s magnetotail, J. state – Occultation of the inner disk and Geophys. Res., 120, 2015. gas-to-dust ratio of the absorber, ARXIV Steckiewicz, M., et al., Altitude E-PRINTS, 2015. dependence of nightside Martian Schneider, N.M., et al., Discovery of suprathermal electron depletions as diffuse aurora on Mars, Science, 2015a. revealed by MAVEN observations, Schneider, N.M., et al., MAVEN IUVS Geophys. Res. Lett., 42, 2015. observations of the aftermath of the Stern, S.A., The Pluto system: Initial Comet Siding Spring meteor shower on results from its exploration by New Mars, Geophys. Res. Letters, 2015. Horizons, Science 350, 2015. Schneider, N.M., et al., Discovery of Sternovsky, Z., et al., Hyperdust: An diffuse aurora on Mars, Science, 2015. advanced in-situ detection and chemical

analysis of microparticles in Space, IEEE Thuillier, G., et al., Erratum to the infrared Transactions in aerospace Engineering, solar spectrum measured by the 2015. SOLSPEC spectrometer onboard the Stevens, M.H., et al., Molecular nitrogen international space station, Solar and methane density retrievals from Physics, 290, 2015. Cassini UVIS dayglow observations of Trattner, K.J., et al., Distinguishing Titan’s upper atmosphere, Icarus, 247, between continuous and intermittent 2015. reconnection at the magnetopause, J. Stevens, M.H., et al., New observations of Geophys. Res., 120, molecular nitrogen in the Martian upper doi:10.1002/2014JA020713, 2015. atmosphere by IUVS on MAVEN, Usanova, M.E., et al., EMIC waves in the Geophys. Res. Lett., 42, 2015. inner magnetosphere, in Low-frequency Su, Z., D.N. Baker, et al., Disappearance of waves in space plasmas Wiley and Sons, plasmaspheric hiss waves following Vines, S.K., et al., Ion acceleration interplanetary shock, Geophys. Res., dependence on shear angle in dayside Lett., 42, #9, 3129-3140, magnetopause reconnection, J. Geophys. doi.10.1002/2015GL063906, 2015. Res., 120, #9, 7255-7269, 2015. Sun, W., Q.-C Zong, J. M. Raines, Z. Yao, Wang, X., et al., Identification of when a G.K. Poh, D.J. Gershman, T. Sundberg, Langmuir probe is in the sheath of a B. Anderson, H. Korth, D.N. Baker, and spacecraft: The effects of secondary J.A. Slavin, MESSENGER observations electron emission from the probe, J. of magnetospheric substorm activity in Geophys. Res., 120, Mercury’s near magnetotail, Geophys. doi:10.1002/2014JA020624, 2015. Res. Lett., 42, #10, 3692-3699, 2015. Wang, Y., et al., Statistical studies on Mars Szalay, J.R., M. Horanyi, Annual variation atmospheric sputtering by precipitating and synodic modulation of the sporadic pickup O+: Preparation for the MAVEN meteoroid flux to the Moon, Geophys. mission, J. Geophys. Res., 120, 34-50, Res. Lett., 2015. 2015. Thiemann, E., et al., Neutral density Wilder, F.D., et al., The role of magnetic response to solar flares at Mars, flux tube deformation and Geophys. Res. Lett., 2015. magnetosheath plasma beta in the Thiemann, E., et al., MAVEN IUVS saturation of the Region 1 field-aligned observations of the aftermath of the current system, J. Geophys. Res. Space Comet Siding Spring meteor shower on Phys., 120, 2036-2051, Mars, Geophys. Res. Lett., 42, 2015. doi:10.1002/2014JA020533, 2015. Thiemann, E.M.B., Neutral density Wilder, F.D., et al., Observation of a retreating response to solar flares at Mars, x line and magnetic islands poleward of the Geophys. Res. Lett., 42, 2015. cusp during northward interplanetary Thomas, F.E., et al., Solar-induced 27-day magnetic field conditions, J. Geophys. Res., variations of mesospheric temperature Space Physics, 119, 9634-9657, and water vapor from the AIM SOFIE doi:10.1002/2014JA020453, 2015. experiment: Drivers of polar Wilson, R.J., Error analysis for numerical mesospheric cloud variability, JASTP, estimates of space plasma parameters, Earth 143, 2015. and Space Science, Vol.2, #6, 201–222, June Thuillier, G., et al., Comparison of infrared 2015. measurements from orbit and from Wilson, R.J., et al., The relative proportions of ground, Solar Phys., 290, #6, 1581-1600, 2015. water group ions in Saturn’s inner

magnetosphere, A preliminary study, J. Zhu, Hui, et al., Plasmatrough exohiss Geophys. Res., 120, 2015. waves observed by Van Allen Probes: Wolf, E.T., The evolution of habitable Evidence for leakage from plasmasphere climates under the brightening Sun, J. and resonant scattering of radiation belt Geophys. Res., 120, 2015. electrons, Geophys. Res. Lett., 42, #4, Wood, S.R., et al., Hypervelocity dust impacts doi: 10.1002/2014GL062964, 2015. on the Wind spacecraft: Correlations Zhu, Y., et al., Development of a polar between Ulysses and Wind interstellar dust stratospheric cloud model within the detections, J. Geophys. Res., 120, #9, 7121- community Earth system model using constraints on type 1 PSCs from the 7129, 2915, doi:10.1002/2015JA021463, 2010-2011 Arctic winter, J. Adv. Model. 2015. Earth Syst., 07, 2015. Woods, T.N., et al., A different view of solar spectral irradiance variations: Modeling total energy of six-month intervals, Solar Physics, Works in Progress 290, #10, 2649-2676, 2015. Woodson, A.K., et al., Ion composition in Albers, Nicole, A traveling feature in Titan’s exosphere via the Cassini Plasma Saturn’s rings, Icarus, submitted, 2015. Spectrometer I: T40 encounter, J. Geophys. Baker, D.N., et al., Energetic electron flux enhancements in Mercury’s Res., 120, #1, doi:10.1002/2014JA020499, magnetosphere: An integrated view 2015. with multi-instrument observations Woolsey, L.N., and S. Cranmer, Time- from MESSENGER, Geophys. Res. Lett., dependent turbulent heating of open flux in preparation, 2015. tubes in the chromosphere, corona, and solar Bale, S.D., et al., The FIELDS instrument wind, ApJ, 811, 2015. suite for solar probe plus: Measuring the Xiao, F., D.N. Baker, et al., Wave-driven coronal plasma and magnetic field, butterfly distribution of Van Allen belt Plasma waves and turbulence, and radio relativistic electrons, Nature signatures of solar transients, Space Sci. Communications, 6, #8590, Rev., submitted, 2015. doi:10.1039/ncomms9590, October 2015. Bardeen, C.G., et al., Impact of the January Xu, S., et al., Comparison of different solar 2012 solar proton event on polar irradiance models for superthermal mesospheric clouds, in preparation, J. electron transport model for Mars, Geophys. Res., 2015. Planetary and Space Science, 2015. Beaudoin, P., et al., Double Dynamo Yu, P., et al., Evaluations of tropospoheric signatures in a global MHD simulation aerosol properties simulated by the and mean-field dynamos, Astrophys. J., community earth System model with a accepted, 2015. sectional aerosol microphysics scheme, J. Becker, T.M., et al., Characterizing the Adv. Model Earth Syst. 07, 2015. particle size distribution of Saturn’s A Yu, P., et al., Composition and physical ring with Cassini UVIS, Icarus, in press, properties of the Asian tropopause 2015. aerosol layer and the North American Bhat, P., et al., A unified large/small-scale Tropospheric aerosol layer, Geophys. dynamo in helical turbulence, Roy. Res. Lett., 42, 2015. Astron. Soc., submitted, 2015. Zhao, Y., et al., Investigating seasonal Bougher, S.W., et al., Upper neutral gravity wave activity in the summer atmosphere and ionosphere in “the Mars polar mesosphere, J. Atmos. and Solar- Atmosphere”, Cambridge University Terrest. Phys., 127, 2015. Press, in press, 2015.

Brain, D., et al., MGS measurements of Fang, X., et al., A quantitative study of the solar storms and their effects, in Mars crustal magnetic field control of “Radiation from the Sun to Mars, IAAA, plasma boundary locations and in press, 2015. atmospheric loss: MHD prediction and Brandenburg, A., Stellar mixing length comparison with MAVEN observations, theory with entropy rain, ApJ, J. Geophys. Res., submitted, 2015. submitted, 2015. Foster, John C., D.N. Baker, et al., The role Breneman, A.W., et al., Global-scale of VLF transmitters in limiting the coherence modulation of radiation-belt Earthward penetration of ultra- electron loss from plasmaspheric hiss, relativistic electrons in the radiation Nature, 523, July 2015. belts, in review, Science, 2015. Chaffin, M., et al., Elevated escape of H Fowler, et al., Ion heating within a from Mars induced by High-altitude gradient magnetic field at low altitudes water, Nature Geoscience, in review, in the Martian ionosphere, J. Geophys 2015. Res., submitted, 2015. Cole, E., et al., Robustness of oscillatory �! France, J.A., et al., Interhemispheric dynamos in spherical wedges, Astron. coupling and 5-day wave effects on Astrophys., submitted, 2015. Polar Mesospheric Clouds during the Cossette, J.-F., et al., Magnetically Northern Hemisphere during 2014 modulated heat transport in global season, Geophys. Res., Lett., in simulations of solar magneto- preparation, 2015. convection, Astrophys. J., in revision, France, K., et al., The MUSCLES treasury 2015. survey 1: Description and overview, Cossette, J.-F., and M.P. Rast, ApJ, Supergranulation as the largest Giordano, M., et al., A missing source of buoyantly driven convective scale of the aerosols in Antarctica – beyond long- Sun, Astrophys. J. Letters, submitted. range transport, phytoplankton, and Cranmer, S.R., Predictions for dusty mass photochemistry, J. Geophys. Res., loss fro asteroids during close submitted, 2015. encounters with solar probe plus, Earth, Greer, K., et al., Dynamical mechanism of Moon, and Planets, submitted, 2015. upper stratosphere lower mesosphere Cranmer, S.R., et al., Improved models of disturbances studied in WACCM, J. turbulent heating and magnetospheric Geophys. Res., accepted, 2015. accretion for T Tauri stars, ApJ., in Halford, A.J., et al., Dependence of EMIC preparation, 2015. waved parameters during quiet, Divin, A., et al., A new model for the geomagnetic storm, and geomagnetic electron pressure non-gyrotropy in the storm phase time times, J. Geophys. Res. extended electron diffusion region, in review, 2015. Geophys. Res. Lett., submitted, 2015. Harvey, V.L., et al., A climatology of CIPS Duderstaqdt, K.A., et al., Nitrate ions PMC observations, J. Geophys. Res., in spikes in ice cores are not suitable preparation, 2015. proxies for solar proton events, J. Holt, L.A., et al., Summertime polar Geophys. Res., accepted, 2015. mesospheric clouds linked to wintertime Ergun, R.E., et al., MMS observations of surface cold air outbreaks, Geophys. large-amplitude, parallel, electrostatic Res., Lett., submitted, 2015. waves associated with magnetic Hooks, J.M., et al., Optimized dust reconnection at the magnetopause, validity grid system aiding the Geophys. Res. Lett., accepted, 2015. compositional mapping of Jovian

satellites, Planet. Space Sci., submitted, Lucchetti, A., et al., Loss rates of Europa’s 2015, exosphere, Planetary and Space Science, Ismail-Zade, Alik, D.N. Baker, et al., in press, 2015. Assess disaster risk science to help McBride, P.J., et al., Studying the cloud reduce losses, accepted, Nature, 2015. transition zone and cloud edge with Jabbari, S., et al., Turbulent reconnection surface-based Hyperspectral of magnetic bipoles in stratified observations, J. Geophys. Res., turbulence, Roy. Astron.Soc., submitted, submitted, 2015. 2015. McClintock, W.M., et al., Observations of Jacobi, C., et al., Delayed response of Mercury’s exosphere: composition and global TEC to ionization variations seen structure, submitted, 2015. from combined SolACES-SDO/EVE McGouldrick, K., and Tsang, C., solar EUV spectra, J. Atmos. Sol. Terr. Discovery of a 147-day period in the Phys., accepted, 2015. Venus condensational clouds, Icarus, Jaynes, A.N., et al., Correlated Pc4-5 ULF submitted, 2015 waves, whistler-mode chorus and MacGregor, M.A., et al., Constraints on pulsating aurora observed by the Van planetesimal collision models in debris Allen Probes and ground-based systems, disks, ApJ., in preparation, 2015. J. Geophys. Res., in press, 2015. Madhusudhanan, P., et al., A combined Jerousek, R.G., et al., The smallest particles dynamical transport model for I Saturn’s rings from self-gravity wake producing haloes at resonances in observations, Icarus, submitted, 2015. Saturn’s rings, Icarus, submitted, 2015. Kahniashvili, T., et al., Evolution of Merkel, A.W., et al., MESSENGER orbital primordial magnetic fields: from observations of Mercury’s magnesium generation til today, Phys. Scr, exosphere, submitted, 2015. submitted, 2015. Modolo, R., et al., Mars-solar wind Kapyla, P.J., et al., Magnetic flux interaction: LatHyS, an improved concentrations from turbulent stratified parallel 3D multi-species hybrid model, convection, Astron. Astrophys., in press, J. Geophys. Res., submitted, 2015. 2015. Murray, The F ring of Saturn, Planetary Kapyla, M.J., et al., Multiple dynamo Ring Systems, Cambridge Press, modes as a mechanism for long-term submitted, 2015. solar activity variation, Astron. Narang, N., et al., High-resolution Astrophys., in press, 2015. imaging of the solar wind source region: Kasper, J.C., et al., Solar wind electrons statistical study of the prevalent micro- Alphas and Protons (SWEAP) jets from the transition region network, investigation: Design of the solar wind Solar Wind a4, AIP Conf. Proc., in press, and coronal plasma instrument suite for 2015. solar probe plus, Space Sci. Res., in Narang, N., et al., Statistical study of press, 2015. network jets observed in the solar Kempf, S., et al., Enceladus as an active transition region: A comparison between body, Space Science Rev., press, 2015. coronal holes and quiet Sun regions, Lin, C.Y., et al., Soft X-ray irradiance Solar Physics, submitted, 2015. measured by the Solar Aspect Monitor Paranicas, C.P., et al., Europa radiation on the Solar Dynamic Observatory science working group preliminary Extreme ultraviolet Variability report, submitted, 2015. Experiment, J. Geophys. Res., submitted, Peterson, W.K., Photoelectrons and solar 2015. ionizing radiation at Mars: Predictions

vs. MAVEN observations, Jour. STEREO, in revision, J. Geophys. Res., Geophys. Res., submitted, 2015. 2015. Randall, C.E., et al., The anomalous Thomas, E., et al., Measurements of the Southern Hemisphere 2014-2015 PMC ionization coefficient of simulated iron Season, J. Geophys. Res., in preparation, micrometeoroids, Geophys. Res. Lett., 2015. submitted, 2015. Randall, C.E., et al., Auroral energy Tian, H., et al., IRIS observations of the particle precipitation: an Atmospheric solar wind source region: Prevalence of coupling agent? J. Geophys. Res., in intermittent high-speed jets from the preparation, 2015. transition region network structures in Rehnberg, M.E., et al., A traveling feature coronal holes, Solar Wind 14, AIP Conf. in Saturn’s rings, Icarus, submitted, Proc., in press, 2015. 2015. Thomsen, M. et al., Suprathermal electron Robbins, S.J., Effects of periodically penetration into the inner forcing on planetary rings, Icarus, magnetosphere of Saturn, J. Geophys. submitted. Res., submitted, 2015. Ruhunusiri, S., et al., MAVEN observation Usanova, M.E., and I.R. Mann, of an obliquely propagating low- Understanding the role of EMIC waves frequency wave upstream of Mars, J. in radiation belt and ring current Geophys. Res., submitted, 2015. dynamics: Recent advances, Waves, Schiff, A.R., and S.R. Cranmer, Explaining particles and storms in geospace, Oxford inverted temperature loops in the quiet University Press, in press, 2015. solar corona with magneto-hydro- Usanova, M.E., et al., Van Allen probes dynamic wave mode conversion, ApJ., observations of oxygen cyclotron in preparation, 2015. harmonic waves in the inner Singh, N.K., et al., High-wavenumber magnetosphere, in preparation, 2015. solar f-mode strengthening prior to Warnecke, J., et al., Bipolar region active region formation, ApJ Letters, formation in stratified two-layer submitted, 2015. turbulence, Astron. Astrophys., in press, Siskind, D.E., et al., Persistence of upper 2015. stratospheric winter time tracer Warnecke, J., et al., Influence of a coronal variability I to the Arctic spring and envelope as a free boundary to global summer, Atmos. Chem. Phys., convective dynamo simulations, Astron. submitted, 2015. Astrophys., submitted, 2015. Song, S., et al., The spectral signature of Warnecke, J., et al., Turbulent transport cloud spatial structure in shortwave coefficients in spherical wedge dynamo irradiance, Atmos. Chem. Phys. Disc., in simulations of solar-like stars, Astron. review, 2015. Astrophys., submitted, 2015. Shprits, Y.Y., et al., Wave-induced loss of Wolf, E.T., et al., Constraints on climate ultra-relativistic electrons in the Van and habitability for Earth-like exoplanets Allen radiation belts, Nature determined from a 3-D climate system Communications, submitted, 2015. model, in preparation, ApJ letters, 2015. Stewart, G.R., et al., Dynamical theories of Yau, A.W., et al., Measurements of ion dense perturbed rings, in Planetary Ring outflows from the Earth’s ionosphere, Systems, Tiscareno and Murray, U. of AGU Chapman Conference Yosemite, Cambridge Press, in review, 2015. Ca., February 2014, in press, 2015. Thayer, F.M., et al., Variation in relative Zheng, A., et al., Effects of magnetic drift dust impact charge recollection with shell splitting on electron diffusion in antenna to spacecraft potential on

the radiation belts, Geophys. Res. Lett., Andersson, L., Plasma interactions in the in review, 2015. Martian night side ionosphere, Fall AGU, San Francisco, CA, Talks Presented at Scientific Jarvinen, R., et al., Energization of oxygen ions at Mars: Comparison of the global Meetings hybrid model to in situ observations Fall AGU, San Francisco, CA, December, Albers, N., Saturn’s Rings – Theory and 2015. observations by Cassini UVIS and ISS – Andersson, L., Long awaited fundamental Granular matter in low gravity, measurement of the Martian Upper Erlangen, Germany, 2015. Atmosphere from the Langmuir probe Albers, N., Of gaps and edges, UVIS Team and waves instrument on the MAVEN Meeting, 2015. mission, LPS, Woodlands, TX, March 16- Albers, N., A new moon-induced 20, 2015. structure, European Planetary Science Andersson, L., et al., Dust measurements Congress, Nantes, France, 2015. fro the Langmuir prove and waves Albers, N., A traveling feature in Janus instrument on the MAVEN mission, spiral density waves, DPS, Tucson, AZ, LPS, TX, 16-20 March, 2015. 2015. Andersson, L., et al., Density structures Albers N., A new moon-induced within the Martian ionosphere from the structure, UVIS Team meeting, 2015. Langmuir probe and waves instrument Albers, N., Flyby summary, SUDA Team on the MAVEN mission, LPS, TX, 16-20 Meeting, 2015. March, 2015. Albers, N., Intrinsic structure in Saturn’s Andersson, L., et al., Oxygen transport in rings, European Planetary Science the magnetotail during active ties, MMS Congress, Nantes, France, 2015. Launch meeting, Florida, 2015. Ali, A., and S.R. Elkington, Radial Andersson, L., et al., Long awaited diffusion coefficients using E and B field fundamental measurement of the data from the Van Allen Probes, GEM Martian Upper Atmosphere from the Summer Workshop, Snowmass, CO, Langmuir probe and waves instrument June 2015. on the MAVEN mission, EGU, 2015. Ali, A., and S.R. Elkington, Azimuthal Andersson, L., Monitoring the ionosphere, ULF structure and radial transport of MTSSP, Boulder, CO, 2015. charged particles, Fall AGU, San Andersson, L., Oxygen motion of the Francisco, CA, December 2015. magnetotail of Earth presented cluster Ali, A., and S.R. Elkington, From Van observations and implicit simulations, Allen Probes E and B measurements to Reconnection Meeting, Stockholm, 2015. radial diffusion coefficients, GEM Andrews, D., et al., Martian ionospheric Summer Workshop, Snowmass, CO, plasma densities: First results from June 2015. MAVEN/LPW of the near-terminator Anderson, M.M., and M. Osterloo, Using ionosphere in the northern hemisphere remote sensing techniques to assess the of Mars, EGU, 2015. geologic context of olivine-bearing Aye, K.-M., et al., First results of the materials in Terra Sirenu, Mars, Fall PlanetFour Citizen Science project, 47th AGU, San Francisco, CA, December American Astronomical Society 2015. 2015. Bagenal, F., Pluto, Near and Far: PEPSSI Andersson, L., Current sheets on the measurements of energetic particles dayside of the Mars magnetosphere; during the New Horizons Flyby and Chapman Conference, Alaska, 2015. Investigating a Pluto torus of

circumsolar neutral gas, DPS meeting, Bagenal, F., Energetic particles in the far Nov. 2015. and near environment of Pluto, Fall Bagenal, F., Extended neutral cloud AGU, San Francisco, CA, December around Pluto’s orbit, DPS meeting, Nov. 2015. 2015. Bagenal, F., Escape of Pluto’s atmosphere: Bagenal, F., First results on Pluto’s In situ measurements from New energetic particle environment from the Horizons and remote observations from PEPSSI instrument, DPS meeting Nov. Chandra, Fall AGU, San Francisco, CA, 2015. December 2015. Bagenal, F., Solar wind interaction with Bagenal, F., Europa’s plasma Pluto’s escaping atmosphere, DPS environment: A reanalysis of Galileo meeting, Nov. 2015. PLS and PWS observations Fall AGU, Bagenal, F., The Pluto system: Initial San Francisco, CA, December 2015. results from the exploration by New Bagenal, F., et al., Plasma conditions at Horizons, DPS meeting, Nov. 2015. Europa’s orbit, Magnetosphere of the Bagenal, F., Ionosphere-magnetosphere outer planets meeting, Atlanta, 2015. coupling studies with Juno and Cassini Bagenal, F., Observational constraints on a proximal orbits, European Planetary Pluto torus of circumsolar neutral gas, Science Congress, Nantes, France, Oct. Fall AGU, San Francisco, CA, December 2015. 2015. Bagenal, F., Solar wind interaction with Bagenal, F., Observations of the Jovian id- Pluto’s escaping atmosphere, Fall AGU, magnetosphere by the New Horizons San Francisco, CA, December 2015. solar wind around Pluto Ion Bagenal, F., Auroral physics at Jupiter: spectrometer, Fall AGU, San Francisco, Outstanding issues to be addressed by CA, December 2015. Juno, European Planetary Science Bagenal, F., Overview of key results from Congress, Nantes, France, Oct. 2015. the exploration of the Pluto system by Bagenal, F., Solar wind at 33 AU: Setting New Horizons, Fall AGU, San Francisco, bounds on the Pluto interaction, Fall CA, December 2015. AGU, San Francisco, CA, December Bagenal, F., Proton characteristics in the 2015. Jovian magnetosphere based on Bagenal, F., Distribution of heavy ions in reanalysis of Voyage PLS data, Fall the Jovian magnetosphere from Re- AGU, San Francisco, CA, December Analysis of Voyager PLS data, Fall AGU, 2015. San Francisco, CA, December 2015. Bagenal, F., The atmospheric escape of Bagenal, F., Dust inventory through the Europa: The role of symmetrical O2 solar system: From Earth to Pluto, Fall charge exchanges, Fall AGU, San AGU, San Francisco, CA, December Francisco, CA, December 2015. 2015. Bagenal, F., The relative proportions of Bagenal, F., Escape of Pluto’s atmosphere: water group ions in Saturn’s inner In situ measurements from Pluto magnetosphere: A preliminary study, energetic particle horizons and remote Fall AGU, San Francisco, CA, December observations from the Chandra X-ray 2015. Bagenal, F., The solar wind observatory, DPS meeting, Nov. 2015. interaction with Pluto, AAS, DPS, 2015. Bagenal, F., Dust inventory through the Bagenal, F., The solar wind interaction solar system: From Earth to Pluto, Fall with Pluto, Part 1, Fall AGU, San AGU, San Francisco, CA, December Francisco, CA, December 2015. 2015.

Bagenal, F., The solar wind interaction Brito, T., et al., Modeling the O+ transit with Pluto, Part 2, Fall AGU, San from ionosphere to plasmasheet, Fall Francisco, CA, December 2015. AGU, San Francisco, CA, December Bagenal, F., Proton characteristics in the 2015. Jovian magnetosphere based on Brown, et al., Characteristics of small scale Bagenal, F., Pluto’s atmosphere-plasma wave structure near strong Janus inner interactions, Hybrid simulations, Fall lindblad resonances, DPS, Tucson, AZ, AGU, San Francisco, CA, December 2015. 2015. Burger, M., et al., Mercury’s calcium Baker, D.N., et al., Using space weather exosphere in the MESSENGER era, forecast tools for understanding BepiColombo Joint Science Team planetary magnetospheres: Meeting, Germany, June 2015. MESSENGER experience applied to Cassidy, T., A search for correlations MAVEN Studies, Triennial Sun-Summit between Mercury’s sodium exosphere Conference, Indianapolis, April, 2015. and magnetospheric activity, Beland, S., et al., The latest SORCE SIM MESSENGER Science Team Meeting, degradation model and the resulting SSI Washington, DC, March 2015. measurements, from 2003 to 2015, Fall Cassidy, T., et al., Europa’s plasma AGU, San Francisco, CA, December environment: A reanalysis of Galileo 2015. PLS and PWS observations, Fall AGU, Bodisch, K., et al., Proton characteristics in San Francisco, CA, December 2015. the Jovian magnetosphere based on Cassidy, T., MESSENGER observations of reanalysis of Voyager PLS data, Fall Mercury’s exosphere, BepiColombo AGU, San Francisco, CA, December Hermean Environment Working Group 2015. Meeting, Finland, 2015. Bougher, S., et al., Solar wind Mars Cassidy, T., MESSENGER observations of interaction during the MAVEN deep dip the sodium exosphere, BepiColombo campaigns: multi-fluid MHD Hermean Environment Working Group simulations based upon the SWIA, meeting, Berlin. NGIMS and MAG measurements DPS Cassidy, T., A sodium enhancement above Meeting, Maryland, November 2015. Mercury’s cold poles, MESSENGER Brain, D., et al., MAVEN measurements of Science Team Meeting, Pearl River, NY, the ion escape rate from Mars, 46th 2015. Lunar and Planetary Science Conference, Cassidy, T., The sodium exosphere: Texas, March, 2015. Expected and unexpected results, 5th Brain, D., et al., MAVEN measurements of MESSENGER-BepiColoumbo Joint the ion escape rate from Mars, EGU, Science Team Meeting, Germany, June Vienna, Austria, April, 2015. 2015. Brain, D., et al., MAVN measurements of Cassidy, T., Observation of a ion escape from the atmosphere of Mars, photodesorbed calcium, MESSENGER Comparative Climates of Terrestrial Science Team Meeting, Washington, DC, Planets II. California, September, 2015. 2015. Brain, D., et al., Escaping ion flux maps Cassidy, T.A., et al., Europa’s plasma and rates, MAVEN PSF meeting, environment: A reanalysis of Galileo Boulder, CO, June, 2015. PLS and PWS observations, Fall AGU, Brain, D., et al., The loss rate of ions from San Francisco, CA, December 2015. the Martian atmosphere, Fall AGU, San Chaffin, M.S., H escape at the present Francisco, CA, December 2015. epoch, LPS conference, March 2015.

Chaffin, M.S., H Escape: The story at Mars solar irradiance climate data record, Fall as revealed by MAVEN and Mars AGU, San Francisco, CA, December Express, Comparative Climatology of 2015. Terrestrial Planets 2, 2015. Coddington, O., et al., A new record of Chaffin, M., et al., Mars atmospheric total solar irradiance from 1610 to escape constrained using MAVEN IUVS present, Sun-Climate Symposium, coronal observations, Division of Savannah, GA, November 2015. Planetary Science, 2015. Coddington, O., et al., Navel Research Chaffin, M., et al., H Escape in 3D: Laboratory Solar Spectral Irradiance, MAVEN IUVS observations of the Mars Version 2: An update, corona, Fall AGU, San Francisco, CA, SOLARIS/HEPPA Working Group December 2015. Meeting, Boulder, CO, Nov. 2015. Chamandy, T., et al., The correlation Coddington, O., et al., Total Solar between electron density and Irradiance (TSI), NOAA Climate Data temperature in low and high strength Record Program Annual Meeting, crustal magnetic field regions at Mars, Asheville, NC, August, 2015. Fall AGU, San Francisco, CA, December Coddington, O., et al., A new record of 2015. total solar irradiance fro 1610 to Present, Chaufray, et al., Plasma and wave SOURCE meeting, Nov 2015. properties downstream of Martian bow Collinson, G., et al., Electric Mars: The first shock: Hybrid simulations and MAVEN survey of Martian parallel electric fields, observations, AAS/AGU, 2015. Fall AGU, San Francisco, CA, December Chaufray, U.-Y., et al., Study of the cold 2015. oxygen corona with IUVS/MAVEN Connerney, J., et al., First results of the European Planetary Science Congress, MAVEN magnetic field investigation, France, 2015. Fall AGU, San Francisco, CA, December Clarke, J.T., Early results from the 2015. MAVEN IUVS Echelle channel, LPS Cossette, J.-F., et al., Deep-seated dynamo- conference, March 2015. driven modulation of solar and stellar Coddington, O., et al., Attribution of luminosities, IAU General Assembly, Earth-reflected hyperspectral data using Hawaii, 2015. Bayesian positive source separation, Cranmer, S.R., The role of electrons in the HISE, Lake Arrowhead, CA, 1-4 March, turbulent corona and solar wind, SHINE 2015. Workshop, Vermont, July 2015. Coddington, O., et al., The solar irradiance Cranmer, S.R., Turbulent origins of solar climate data record, 20th Conference on and stellar winds, CITA, May, 2015. satellite meteorology and oceanography, Cranmer, S.R., Faculty Research Talk, AMS, 4-8 Jan, 2015. October, 2015. Coddington, O., et al., A new climate data Cranmer, S.R., Solar wind turbulent record of solar spectral irradiance from dissipation: A collisionless zoo, LASP 1610 to present, Fall AGU, San FOM Seminar, Boulder, CO, April, 2015. Francisco, CA, December 2015. Cranmer, S.R., Turbulent origins of solar Coddington O., et al., The new climate and stellar winds, Faculty Research Talk, data record of total and spectral solar U. of Colorado, January 2015. irradiance: current progress and future Cranmer, S.R., Solar and stellar winds: steps, EGU General Assembly, Vienna, Progress, puzzles, and prospects, LASP Austria, 2015. Science Seminar, March 2015. Coddington, O., et al., Development, Cranmer, S.R., Coronal Science: Preparing production, and validation of the NOAA for the DKIST Era, DKIST Science

Working Group Meeting, Boulder, CO, pick-up ions during extreme conditions 2015. at Mars, Mars Upper Atmosphere Cranmer, S.R., Turbulent origins of solar Network Meeting, Lancaster, UK, and stellar winds, Canadian Inst. for September, 2015. Theoretical Astrophysics, Curry, S., et al., Consequences of Cranmer, S.R., Driving jets and spicules simulated ion precipitation and with Alfven waves: The idea that won’t sputtering during extreme conditions at go away, IRIS-4 Workshop, Boulder, CO, mars: comparison to MAVEN 2015. observations, Fall AGU, San Francisco, Crary, F., et al., Initial MAVEN CA, December 2015. observations of ion cyclotron waves and Deca, J., Multiscale PIC simulations: From pickup protons: A measurement of spacecraft charging to the solar wind hydrogen loss in the upper Martian interaction with Lunar magnetic exosphere, LPS, Woodlands, TX, 17-21 anomalies, CNRS, France, 2015. March, 2015. Deca, J., Multi-scale PIC simulations of the Crary, F., Enhanced electromagnetic solar wind interaction with lunar sounding of Europa’s ocean using magnetic anomalies: Ion and electron CubeSats, EGU, 12-17 April, 2015. dynamics under various solar wind Crary, F., Electron impact ionization in conditions, ISSS12, Prague, 2015. Saturn’s magnetosphere: Direct Deca, J., Electromagnetic PIC simulations calculations using observed, non- of the solar wind interactions with lunar thermal electron distributions, EGU, 12- magnetic anomalies: Ion and electron 17 April, 2015. dynamics, NASA/SSERVI Exploration Crary, F.J., et al., Ion cyclotron waves near Science Forum, San Jose, CA, 2015. Mars: Solar wind control of pickup ion Deca, J., 3-D full-kinetic simulations of the instability, Fall AGU, San Francisco, CA, solar wind interaction with lunar December 2015. magnetic anomalies: Particle behavior, Crary, F.J., Ion cyclotron wave at Saturn: Fall AGU, San Francisco, CA, December Latitude structure and implications for 2015. the vertical extent of the neutral cloud, Deca, J., Multi-scale kinetic simulations EPS congress, France, September 2015. with iPic3D: solar wind interaction with Curry, S., et al., Data-model comparisons lunar magnetic anomalies and of Planetary ions at Mars, EPSE, Nantes, possibilities for SSERVI/IMPACT, France, September, 2015. Impact All-Hands meeting, Boulder, CO, Curry, S., et al., MAVEN data-model 2015. comparisons of planetary ions, LPSC, Deca, J., Solar wind interaction with lunar Texas, March 2015. magnetic anomalies: Vertical vs. Curry, S., et al., ICME effects: Data-model horizontal dipole model, LPS comparison with high-energy heavy Conference, Texas, 2015. ions, MAVEN PSG, Boulder, CO, June, Deighan, J., The Martian hot oxygen 2015. corona: First results from MAVEN IUVS, Curry, S., et al., MAVEN data-model LPS conference, March 2015. comparison of the response of heavy Deighan, J., The hot oxygen corona of pick-up ions during extreme conditions Mars: Observations by MAVEN IUVS, at Mars, Mars Upper Atmosphere Fall AGU, San Francisco, CA, December Network Meeting. Maryland, November 2015. 2015. Deighan, J., Structure and variability of Curry, S., et al., MAVEN data-model the Martian upper atmosphere: comparison of the response of heavy

Ultraviolet dayglow observations by March 8th ICME event, Fall AGU, San MAVEN/IUVS, DPS, 2015. Francisco, CA, December 2015. Delamere, P.A., et al., Pluto’s atmosphere- Dong, Y., et al., MAVEN observations of plasma interaction: Hybrid simulations, escaping planetary ions from the Fall AGU, San Francisco, CA, December Martian atmosphere: Mass, velocity, and 2015. spatial distributions, TESS, Indiana, DeLand, M., et al., Overview of the NASA April, 2015. Solar irradiance science Team (SIST) Dong, Y., et al., A substantial plume of program, Sun-Climate Symposium – escaping planetary ions in the MSE Multi-Decadal Variability in Sun and northern hemisphere observed by Earth during the Space Era, Savannah, MAVEN, Fall AGU, San Francisco, CA, Nov., 2015. December 2015. Delory, et al., Design and performance of Dong, Y., et al., MAVEN observed strong the Langmuir probe on the MAVEN polar plume fluxes: An important mission, LPS, TX, 16-20 March, 2015. planetary ion escape Channel, MAVEN DiBraccio, G., et al., MAVEN observations PSG meting, LASP, University of of magnetic reconnection on the dayside Colorado, 2015. Martian magnetosphere, LPS Dong, Y., et al., Planetary ion escape from Conference, Houston, March, 2015. Mars: Plume variations with upstream DiBraccio, G., et al., MAVEN observations conditions, MAVEN PSG meeting, of flux transport on the dayside Martian Greenbelt, MD, October 2015. magnetosphere, Triennial Sun-Summit Dudok, T., et al., Making of composites Conference, Indianapolis, April, 2015. out of multiple observations: The new DiBraccio, G., et al., MAVEN observations Total Solar Irradiance and MgII index of magnetic reconnection on the dayside composites, Sun-Climate Symposium, Martian magnetosphere, EGU, Vienna, Nov., 2015. 2015. Elliot, H., The Solar Wind interaction with DiBraccio, G., et al., MAVEN observations Pluto: Part 1, Fall AGU, San Francisco, of magnetic field and plasma structure CA, December 2015. in the Martian ionosphere: Implications Elkington, S.R., Earth’s radiation belts: for atmospheric escape, AOGS, characteristics, sources and losses, Singapore, August, 2015. NCAR Advanced Stud Program, DiBraccio, G., et al., MAVEN observations Boulder, CO, July, 2015. of ionosphere magnetization at Mars: Elkington, S.R., et al., Plasma sheet access Implications for atmospheric escape, Fall to the inner magnetosphere during the AGU, San Francisco, CA, December October 2-5, 2013 geomagnetic storm, 2015. IMC-III workshop, UCLA, March 2015. Dols, V., et al., Europa’s atmospheric Elkington, S.R., Transport and trapping of neutral escape: Importance of energetic plasma sheet electrons in the Symmetrical O2 charge exchange. inner magnetosphere, LWS-EST team Magnetosphere of the Outer Planets, meeting, Houston, TX, February 2015. Atlanta, 2015. Elkington, S.R., Physical models of the Dols, V., et al, The atmospheric escape of Van Allen radiation belts, Invited talk, Europa: The role of Symmetrical O2 CISM Space Weather Summer School, Charge exchanges, Fall AGU, San Boulder, CO, July 2015.Elkington, S.R., Francisco, CA, December 2015. Geosynchronous observations and Dong, C., et al., Multi-fluid MHD study of global models of the radiation belts, the solar wind interaction with Mars’ NOAA GOES-X Project Definition Panel, upper atmosphere during the 2015 Boulder, April, 2015.

Elkington, S.R., et al., A comprehensive Working team Meeting, Texas, Nov. simulation method for examining 2015. radiation belt dynamics, GEM Summer Eriksson, S., et al., Sub-solar workshop, June, 2015. magnetopause observation and kinetic Elkington, S.R., Wave activity during the simulation of a tripolar guide-magnetic March 17, 2015 event, GEM Workshop, field perturbation, Fall AGU, San Snowmass, CO, June, 2015. Francisco, CA, December 2015. Elkington, S.R., et al., Access and Eparvier, F.G., et al., Solar EUV irradiance evolution of plasmasheet electrons and at Mars: Why we’re measuring it and ions in the inner magnetosphere during why you should care, LPS, TX, March, the October 2-5, 2013 geomagnetic 2015. storm, IUGG General Assembly, Prague, Eparvier, F.G., et al., Using the MAVEN June 2015. EUV monitor to validate far-side and Elkington, S.R., et al., January 15-27, 2013: over-the-limb solar activity predictions, Modulation of VLF wave activity and Fall AGU, San Francisco, CA, December trapped particle precipitation, Fall AGU, 2015. San Francisco, CA, December 2015. Escoubet, C.P., et al., Cluster observations Elphic, R.C., et al., LADEE Results: of reconnection along the dusk flank of Implications for exploration and the magnetosphere, EGU meeting, sciences, LEAG, 2015. Vienna, Austria, April 2015. Ergun, R.E., MMS observations of parallel Espley, J., et al., Early results from the electric fields, Fall AGU, San Francisco, MAVEN magnetometer, Triennial Sun- CA, December 2015. Summit Conference, Indianapolis, April, Ergun, R.E., et al., Parallel electric fields, 2015. magnetic reconnection, particle Espley, J., et al., A comet engulfs Mars: acceleration, and turbulence, Chapman MAVEN observations of Comet Siding Conference on Magnetospheric Spring’s effects on the Martian dynamics, Alaska, 2015. magnetosphere, DPS, Maryland, Ergun, R.E., Measurement of three November 2015. dimensional electric fields I space, Esposito, L., Non-linear dynamics of Measurement Techniques in Solar and Saturn’s rings, Geophys. Inst., UNAM, Space Physics, Boulder, CO, 2015. Mexico City, August 2015. Ergun, R.E., and F. Bagenal, Auroral Evans, J.S., et al., Optimal estimation Acceleration, What to expect at Jupiter, retrieval of neutral and ion composition Juno/Cassini Jupiter-Saturn in the Martian thermosphere using Magnetospheres Meeting, Georgia, 2015. dayglow observations from the imaging Eriksson, S., Polar observations of tripolar ultraviolet spectrograph on MAVEN; guide field perturbations at the Earth’s preliminary results, LPS conference, magnetopause, Magnetic Reconnection March, 2015. in Plasmas, Stockholm, Sweden, 2015. Fang, F., et al., Eruption of solar jets in Eriksson, S., et al., On multiple simulations of flux emergence, Flux reconnection X-lines and tripolar guide- Emergence Workshop, Boulder, CO, magnetic field perturbations in a strong 2015. guide field, Japan Aerospace Fang, F., Formation of complex active Exploration Agency, Japan, 2015. regions in numerical simulations, Eriksson, S., et al., MMS observations of SHINE workshop, Stowe, VT, 2015. vortex induced ion reconnection Fang, X., et al., The dependence of Mars exhausts during a Kelvin-Helmholtz atmospheric loss on crustal field event on 8 September 205, MMS Science location” MAVEN observation and

comparison with a MHD model, Fall 2008/2009, SCC Conference, AGU, San Francisco, CA, December Kiel/Germany, 16-19 March, 2015. 2015. Giordano, M., et al., Ozone, Iodine, and Fang, X., et al., Control of Mars global MSA – Case studies in Antarctic aerosol atmospheric loss by the continuous composition from the 2ODIAC rotation of the crustal magnetic field: A Campaign, Fall AGU, San Francisco, CA, time-dependent MHD study, MAVEN December 2015. PSG meeting, Boulder, CO, June 2015. Gröller, H., et al., Martian CO2 and O2 Fillingim, M.O., et al., Currents and abundances obtained from electrojets in the ionosphere of Mars, MAVEN/IUVS stellar occultations, TESS, Indianapolis, April, 2015. European Planetary Science Congress, Fowler, et al., First results of the Martian France, 2015. plasma environment below 500 km from Gröller, H., et al., Probing the Martian the Langmuir probe and waves atmosphere with MAVEN/IUVS stellar instrument on the MAVEN mission, occultations, Fall AGU, San Francisco, LPS, TX, 16-20 March, 2015. CA, December 2015. France, J.A., et al., Mesospheric inversion Haberreiter, M., et al., Modeling the layers in FR-WACCM, CESM Whole EUV/UV irradiance within the FP7 Atmosphere Working Group Meeting, SOLID Project, EGU Assembly, Vienna, Boulder, Colorado, 17-18 February 2015. 12-17 April, 2015. France, J.A., et al., CIPS observations of Halekas, et al., MAVEN observations of the quasi 5-day planetary wave, ATOC the Martian magnetosphere and its Poster Conference, Boulder, CO, 2015. response to solar wind drivers, LPS, TX, France, J.A., et al., CIPS observations of 16-20 March, 2015. the quasi 5-day planetary wave, AIM Hara, T., et al., Estimation of ionospheric Science Team Meeting, Boulder, CO, plasma content inside Martian magnetic 2015. flux ropes based on MAVEN France, J.A., et al., Interhemispheric observations, LPL, TX, 16-20 March, coupling and 5-day wave effects on PC 2015. during the Northern Hemisphere 2014 Hara, T., et al., MAVEN observations of season, AIM Science Team Meeting, high-altitude magnetic flux ropes Virginia, June 2015. around Mars, Fall AGU, San Francisco, France, J.A., et al., Interhemispheric CA, December 2015. coupling and 5-day wave effects on Harada, et al., MAVEN observations of Polar mesospheric clouds during the Marsward ion flux in the near Mars northern hemisphere 2014 season, magnetotail, LPL, TX, 16-20 March, 2015. Young Scientists Symposium for Harber, E., et al., Vertically-align carbon Atmospheric Research, October, 2015. nanotube (VACNT) bolometer for space- France, J.A., et al., Interhemispheric based solar spectral irradiance coupling and 5-day wave effects on measurements, Conf. on Advancements Polar mesospheric clouds during the in Nanotube Bolometers, NIST, July, northern hemisphere 2014 season, 2015. Layered Phenomena in the Mesopause Harberreiter, M., et al., Modeling the Region, August, 2015. EUV/UV irradiance within the FP7 Funke, B., et al., HEPPA-II model- SOLID Project, Fall AGU, San Francisco, observation intercomparison project: CA, December 2015. EPP indirect effects during the Harder, J., et al., The importance of solar dynamically perturbed NH winter spectral irradiance to the Sun-Earth connection: Lessons-learned from

SORCE and their relevance to future Horanyi, M., et al., LDEX observations of missions, University of Montreal, 12 the dust environment of the Moon, 46th March, 2015. LPS Conf., 2015. Harder, J., et al., LASP and the SOLAR Horanyi, M., The dust environment of the Mission, SOLAR Facility Science Team Martian moons, Phobos and Deimos, Meeting, Noordwijk, Netherlands, 2015. Brown and UCF Seminar Series, 2015. Harder, J., et al., Measurement equation Horanyi, M., Charged dust measurements approach to both preflight calibration by the Lunar Dust Experiment, WPDP, and on-orbit degradation corrections, Alabama, 2015. SOLAR Facility Science Team Meeting, Horanyi, M., Sources of dust in the solar Noordwijk, Netherlands, 2015. system, Workshop on Cosmic Dust, Harvey, V.L., et al., Shape and chemical Boulder, CO, 2015. diagnostics of the polar vortices in Horanyi, M. The New Horizons Mission: WACCM, CESM Meeting, Boulder, First Results, Physics Colloquium, Colorado, February 2015. Boulder, CO, 2015. Harvey, V.L., et al., Shape and Chemical Horanyi, M., The Rosetta Mission, diagnostics of the polar vortices in Boulder, CO, 2015. WACCM, ISSI Meeting, Prague, Horanyi, M., The New Horizons Mission Hungary, 27 January 2015. to Pluto, Physics Colloquium, Lawrence, Harvey, V.L., et al., Shape and Chemical KS, 2015. diagnostics of the polar vortices in Horanyi, M., Characterizing the lunar WACCM, American Meteor. Soc., 18th regolith: Laboratory and Space Middle Atmosphere Meeting, Phoenix, Experiments, Granular Matter in Low Arizona, January, 2015. Gravity, Germany, 2015. Harvey, V.L., Chemical and dynamical Hsu, H.-W., Radiolysis of ice in Saturn’s F definitions of the stratospheric and Ring, EGU Assembly, Vienna, 12-17 mesospheric polar vortices, Stockholm April, 2015. University Atmospheric Science Hsu, H.-W., Laboratory investigation of E Seminar, Stockholm, Sweden, 16 April, field antenna signals from dust impacts 2015. on spacecraft during the Proximal orbits, Hill, M., et al., Observational constraints Cassini Project Science Group Meeting, on a Pluto torus of circumsolar neutral #66, 2015. gas, Fall AGU, San Francisco, CA, Hsu, H.-W., Dust impact detection by the December 2015. Cassini Langmuir probe, European Hill, M., et al., Pluto, Near and Far, Planetary Science Congress, France, PEPSSI measurements of energetic 2015. particles during the New Horizons flyby Hsu, H.-W., Analysis of RPWS dust and investigating Pluto torus of impact signals aided by laboratory circumsolar neutral gas, DPS, 2015. measurements, Cassini Project Science Hioki, S., et al., Inference of ice cloud Group meeting #67, 2015. particle roughness in optically thin Hsu, H.-W., Dust impact detection by the clouds using satellite polarimetric Cassini Langmuir Probe, Cassini Project observations, Fall AGU, San Francisco, Science Group meeting #67, 2015. CA, December 2015. Hsu, H.-W., Nano-grains and plumes of Holsclaw, G.M., The balloon infrared Enceladus and Europa, SUDA team spectrograph for surface thermal meeting, Boulder, CO, 2015. emission (BIRSTE) of Venus, Venus Lab Hynek, B.M., et al., Late stage formation of and technology Workshop. April, 2015. Martian chloride salts through ponding

and evaporation, Lunar and Planetary Jaynes, A.N., et al., Correlated ULF waves, Science Conference, 2015. whistler-mode chorus and pulsating Jakosky, B., The MAVEN mission to Mars: aurora observed by the Van Allen early results, GSFC symposium, Probes and ground-based systems, AGU Greenbelt, MD, 2015. Joint Assembly, Canada, 2015. Jakosky, B., The MAVEN mission to Mars: Jaynes, A.N., et al, Source and seed early results, LPSC, Houston, TX, 2015. populations for relativistic electrons; Jakosky, B., Results from the MAVEN Their roles in radiation belt changes, mission to Mars, DPS annual meeting, GEM Meeting, Snowmass, CO, 2015. Maryland, 2015. Jaynes, A.N., et al., Fast radial diffusion of Jakosky, B., Results from MAVEN: Argon ultra-relativistic electrons: March 2015 isotopes and loss to space Fall AGU, San storm event, GEM meeting, Snowmass, Francisco, CA, December 2015. CO, 2015. Jakosky, B., MAVEN early results, EGU, Jaynes, A.N., et al., Investigating MeV Vienna, Austria, 2015. electron enhancements and relationship Jakosky, B., MAVEN early results, to ULF waves using Van Allen Probes Triennial Earth-Sun Summit, data in conjunction with LFM simulation Indianapolis, 2015. results, IUGG-IAGA, Prague, Czech Jakosky, B., Results from the MAVEN Republic, 2015. mission to Mars, AOGS, Singapore, Jaynes, A.N., et al., Investigating MeV 2105. electron enhancements during storms Jakosky, B., Results from the MAVEN and their relationship to ULF waves: mission to Mars, NASA/Ames, 2015. Van Allen Probes data in conjunction Jain, S.K., et al., Preliminary analysis of with LFM simulation results, AOGS, Martian dayglow observed by the Singapore. Imaging ultraviolet spectrograph Jaynes, A.N., et al., Fast diffusion of ultra- onboard MAVEN, LPS conference, relativistic electrons: Marcy 17, 2015 March 2015. storm event, AGU Chapman Jain, S.K., et al., Mars’ ultraviolet dayglow Conference, Fairbanks, AK, 2015. observations by IUVS/MAVEN: Jaynes, A.N., et al., The crucial role of Structure and variability of Martian substorms and whistler-mode chorus upper atmosphere, Fall AGU, San waves in the rebuilding of Earth’s Francisco, CA, December 2015. radiation belts, LASP Friends of the Jain, S.K., et al., Two types of Aurora on Magnetosphere Seminar, Boulder, CO, Mars as observed by MAVEN’s imaging 2015. ultraviolet spectrograph, Fall AGU, San Jaynes, A.N., Source and seed populations Francisco, CA, December 2015. for relativistic electrons: Their roles in Jaynes, A.N., et al., The role of substorms radiation belt changes, Fall AGU, San and whistler-mode chorus waves in the Francisco, CA, December 2015. rebuilding of Earth’s radiation belts, Jaynes, A.N., Source and seed populations Dartmouth College Space Plasma for relativistic electrons: Their roles in Seminar, NH, 2015. radiation belt changes, GEM meeting, Jaynes, A.N., et al., Correlated Pc4-5 ULF Snowmass, CO, 2015. waves, whistler-mode chorus and Jolitz, R.D., et al., Atmospheric effects of pulsating aurora observed by the Van energetic particle events measured by Allen Probes and ground-based systems, MAVEN, LPS Conference, Houston, Fall AGU, San Francisco, CA, December March 2015. 2015. Jolitz, R.D., et al., Atmospheric effects of solar energetic particle events in

magnetized and non-magnetized Kollmann, P., et al., First results on Pluto’s regions of Mars, Fall AGU, San energetic particle environment from the Francisco, CA, December, 2015. PEPSSI instrument, DPS, 2015. Jones, Andrew, CU/LASP, Flare location: Kollman, P., et al., Energetic particles in Quadrant detector and pinhole camera the far and near environment of Pluto, on SDO-EVE, GOES VW meeting, Fall AGU, San Francisco, CA, December Boulder, 2015. 2015. Kalnajs, L., Fiber optic temperature Kopp, G., et al., Compact electrical sensing for atmospheric measurements, substitution radiometers using carbon NOA-ESRL-CDS Seminar, 2015. nanotube bolometers, Conf. on Kalnajs, L., Lessons learned during three Advancements in Nanotube Bolometers, years of autonomous chemical NIST, July 2015. measurements in Antarctic, Polar Kopp, G., et al., The TSIS TSI and SSI Technology Conference, Lockheed measurements from Space, 2nd Conf. on Martin, 2015. Solar Metrology, Belgium, Sept., 2015. Kalnajs, L., and T. Deshler, A new Kopp, G. and E. Richard, Modern TSI and generation of balloon borne aerosol SSI measurements, Space Climate 6 sizing instruments to extend the Symposium, Finland, April, 2016. Midlatitude stratosphere aerosol record, Kopp, G., et al., The impact of the Revised Stratospheric sulfur and its role in sunspot record on solar irradiance climate workshop, Potsdam, Germany reconstructions, Fall AGU, San Kalnajs, L., et al., Antarctic aerosols at the Francisco, CA, December 2015. continental margins; Sources, Kopp, G., Solar variability magnitudes Composition and Chemistry, Halogen and timescales, IAU XXIX General Chemistry over the sea ice in the Assembly, 2015. Antarctic winter and spring meeting, Kopp, G., Wanted: A TSI measurement France. record, Sun-climate symposium, Nov Kalnajs, L., et al., Strateole 2: A unique 2015. super pressure balloon campaign for Kopp, G., The four flight total irradiance long duration, Quasi-Lagrangian, monitors, Sun-Climate Symposium, Nov chemical and dynamical measurements 2015. in the tropical tropopause layer, Kopp, G., et al., Compact absolute Composition and transport in the electrical substitution radiometers using tropical troposphere and lower carbon nanotube bolometers, Nanotube stratosphere meeting, Boulder, CO. Bolometer Workshop, NIST, 22-23 July Kalnajs, L., et al., Blowing snow-A major 2015. source of aerosol in the polar regions?, Kurth, W., Auroral physics at Jupiter: Fall AGU, San Francisco, CA, December Outstanding issues to be addressed by 2015. Juno, European Planetary Science Kempf, S., et al., How much dust does Congress, France, 2015. Enceladus eject? 46th LPS Conf., 2015. Leblanc, R., et al., MAVEN: Atmospheric Kindel, B., Radiative flux measurements loss induced by sputtering, LPSC, Texas, during the ATTREX Guam deployment, March, 2015. Fall AGU, San Francisco, CA, December Lee, C.O., et al., Solar energetic particle 2015. events observed by MAVEN, Fall AGU, King, Michael, MODIS Observes our San Francisco, CA, December, 2015. changing planet, AAAS Annual Lee, Pascal, et al., PADME: A proposed Meeting, 2015. NASA discovery mission to investigate

the two Moons of Mars, 46th LPS Conf., a communications satellite, Science 2015. Team, Measurement Techniques in Solar Lefevre, F., et al., Ozone mapping on and Space Physics, Boulder, CO, April Mars: first results from MAVEN IUVE, 2015. LPS conference, March 2015. McClintock, W.E., Observations of Lo, D.Y., et al., Twilight limb observations Mercury’s surface-bounded exosphere of aerosols in the Martian atmosphere by from orbit: Results fro the Mercury MAVEN IUVS, LPS, 2015. atmospheric and surface composition Lo, D.Y., et al., Tides in the Martian spectrometer aboard the MESSENGER atmosphere as observed by MAVEN spacecraft, Fall AGU, San Francisco, CA, IUVS, Fall AGU, San Francisco, CA, December 2015. December 2015. McClintock, W., et al., Exploring Lu, K., et al., A new look at DE-1 escaping Mercury’s surface-bound exosphere ion observations, NSF GEM meeting, from orbit: Observations by the Mercury Snowmass, CO, 2015. Atmospheric and Surface Composition Luhmann, J., et al., ‘Ground Truth’ Spectrometer aboard the MESSENGER insights on space weather effects at spacecraft, 5th MESSENGER- habitable zone terrestrial planets, IAU BepiColombo Joint Science Team General Assembly, Hawaii, August Meeting, Germany, June 2015. 2015. McClintock, W., et al., Observations of Luhmann, J., et al., Are there magnetic Mercury’s surface-bounded exosphere storms at Mars?, LPS Conference, from orbit: Results from Mercury Houston, March, 2015. atmosphere and Surface Composition Luhmann, J., et al., Mars’ magnetospheric spectrometer aboard the MESSENGER response to interplanetary field spacecraft, Fall AGU, San Francisco, CA, orientation: Inferences from Models for December 2015. MAVEN investigation, EPSC, Nantes, McCollom, T.M., Karyn Rogers and Brian France, September, 2015. Hynek, Fumaroles as Long-term habitats Luhmann, J., et al., “Ground Truth” for photosynthetic life on Mars, insights on space weather effects at Astrobiology Science Conference, June habitable zone planets, IAU, Hawaii, 2015. August, 2015. McComas, D., et al., The Solar Wind Luhmann, J., et al., Implications of interaction with Pluto: Part 1, Fall AGU, MAVEN Mars near-wake measurements San Francisco, CA, December 2015. and models, Fall AGU, San Francisco, McEnulty, Tess, et al., Density structures CA, December, 2015. within the Martian ionosphere from the Ma, Y., et al., Time-dependent MHD study Langmuir probe and waves instrument of the March 8, 2015 ICME Event, on the MAVEN mission, AGU/AAS, MAVEN PSG meeting, Boulder, CO, 2015. June, 2015. McFadden, et al., Structure of the Martian Ma, Y., et al., MHD model results of solar ionosphere and atmospheric loss: wind interaction with Mars and MAVEN STATIC first results, LPI, 2015. comparison with MAVEN plasma McFadden, et al., Structure of the Martian observations, Fall AGU, San Francisco, ionosphere: MAVEN STATIC first CA, December 2015. results, AAS/AGU, 2015. McClintock, W.E., Global scale McGouldrick, K., Variability of the Venus observations of the limb and disk: condensational clouds from analysis of Observing the Earth’s ionosphere- VIRTIS-M-IR observations of the near- thermosphere with a hosted payload on infrared spectral windows, 47th DPS

meeting, National Harbor, MD, compression response to an November, 2015. interplanetary shock, Friends of the McNutt, R.L., Escape of Pluto’s Magnetosphere Seminar, LASP, April atmosphere: In situ measurements from 2015. the Pluto energetic particle horizons and Malaspina, David, et al., The digital fields remote observations from the Chandra board (DFB) on solar probe plus: analog X-ray observatory, AAS, DPS, Nov. and digital signal processing for FIELDS, 2015. Measurement Techniques in Solar and McNutt, R.L., Escape of Pluto’s Space Pysics, Boulder, CO, April 2015. atmosphere: In situ measurements from Malaspina, David, Et al., Kinetic Alfven the Pluto energetic particle horizons and waves in the Inner magnetosphere remote observations from the Chandra triggered by an interplanetary shock, X-ray observatory, Fall AGU, San Fall AGU, San Francisco, CA, December Francisco, CA, December 2015. 2015. Machol, J., et al., Exospheric hydrogen Malaspina, David, et al., Kinetic Alfven density estimates from GOES solar waves in the inner magnetosphere an Lyman-alpha measurements, EGU interplanetary shock, Van Allen Probes General Assembly, Vienna, Austria, Science working Group, APL, Laurel 2015. MD, July, 2015. Machol, J., et al., Exospheric hydrogen Malaspina, David, et al., Electric field density estimates from absorption dips structures and waves at plasma in GOES solar irradiance measurements, boundaries in the inner magnetosphere: Fall AGU, San Francisco, CA, December Statistics and Event Studies, 2015. International Workshop on Energetic Machol, J., et al., Exospheric hydrogen Particle Processes of the near-Earth density determined from Lyman-alpha Space, Paris, France, May 2015. irradiance, Sun-Climate Symposium, Malaspina, David, et al., Dipolarization Savannah, GA, 2015. fronts in the inner magnetosphere: wave Malaspina, David, The solar wind and activity and propagation, Inner solar probe, Northern Colorado Magnetospheric Coupling III, Los Astronomical Society, Fort Collins, Angeles, CA, March 2015. January, 2015. Malaspina, D., Progress understanding Malaspina, David, et al., Kinetic Alfven plasma waves of the inner waves driven by magnetospheric magnetosphere from the Van Allen compression, International Work Probes and MMS missions, IUGG shop on Energetic Particle Processes of meeting, Prague, June, 2015. the near-Earth Space, Paris, France, May Matsunaga, K., et al., O+ pickup ions 2015. reflected from the Martian bow shock, Malaspina, David, et al., Digital fields MAVEN PSG meeting, Boulder, CO, board DFB subsystem, Solar Probe Plus June, 2015. Instrument Critical Design Review, Matsunaga, K., et al., Sunward O+ ion jets Berkeley, CA, January 2015. reflected below the Martian bow shock: Malaspina, David, A new class of wave- MAVEN observations, Fall AGU, San particle interaction in the inner Francisco, CA, December 2015. magnetosphere, APL Plasma physics Matsunaga, K., et al., Comparison of group seminar, Laurel, MD, July 2015. Martian magnetic pileup boundary with Malaspina, David, et al., Kinetic Alfven ion composition boundary observed by Waves in the inner magnetosphere MAVEN, Fall AGU, San Francisco, CA, driven by a magnetospheric December, 2015.

Matta, M., et al., Insights for chemistry at Pankratz, C., et al., Accessing solar Mars: Integrating atmospheric irradiance data via LISIRD, Fall AGU, measurements from MAVEN NGIMS San Francisco, CA, December 2015. and IUVS into a 1-D photochemical Peterson, W.K., Solar ionizing radiation at model, LPS conference, March 2015. Mars: Predictions vs. MAVEN Mitchell, et al., The particles and fields observations, Fall AGU, San Francisco, package for the MAVEN mission, LPI, CA, December 2015. 2015. Peterson, W.K., Weak arc electrodynamics Mitchell, et al., Structure of the Martian in the per-midnight sector using ePOP ionosphere: Observations of and DMSP observations, Joint Assembly suprathermal electrons by MAVEN- of AGU and others, Montreal, CA, SWEA, AAS/AGU, 2015. December 2015. Mitchell, et al., MAVEN observations of Pilewski, P., et al., TSIS on the the Martian ionosphere and International Space Station: Continuity magnetosheath, LPI, 2015. of the solar irradiance data record, AMS, Montmessin, F., et al., MAVEN IUVS in Phoenix, AZ, January 2015. stellar occultation mode: A first look at Pilewski, P., et al., The Earth Climate Martian atmospheric density and hyper-spectral Observatory: Advances temperature profiles, LPS conference, in cloud and aerosol remote sensing, March 2015. EGU, Vienna, April, 2015. Montmessin, F., et al., Combined analysis Piquette, M., et al., Dust inventory of far UV and mid UV spectra obtained through the Solar System: From Earth to by the MAVEN IVUS instrument in a Pluto, Fall AGU, San Francisco, CA, stellar occultation mode, DPS, 2015. December 2015. Morooka, M., et al., Langmuir probe Rand, L., et al., The magnetic heartbeat of observation of Mars ionosphere by the the Sun: diagnosing pulses in the solar MAVEN-LPW, LPS, TX, 16-20 March, MgII index using wavelet analysis, Fall 2015. AGU, San Francisco, CA, December Osterloo, M.M., et al., Detailed 2015. spectroscopic analysis of Chloride salt Randall, C.E., et al., SH 2014-2015 PMC deposits, Fall AGU, San Francisco, CA, Season, AIM Science Team Meeting, December 2015. Virginia, June 2015. Osterloo, M.M., The history of Martian Randall, C.E., Overview of cloud imaging climate as revealed by surface geology, and particle size instrument, Aeronomy EMM Science Team meeting, Dubai, of Ice in the Mesosphere Science October 2015. meeting, Boulder, CO, Oct 2015. Osterloo, M.M., Disk integrated Hapke Randall, C.E., Inferences of dynamical photometric parameters of the lunar coupling in recent PMC Seasons, surface in the ultraviolet, Lunar and Layered Phenomena in the Mesopause Planetary Science Conference, 2015. Region, Boulder, 2015. Osterloo, M.M., end B.M. Hynek, Martian Randall, C.E., Overview of key results chloride deposits: The last gasps of from the exploration of the Pluto system widespread surface water, Lunar and by New Horizons, Fall AGU, San Planetary Science Conference, 2015. Francisco, CA, December 2015. Palo, S., et al., Space weather CubeSat Randall, C.E., Distribution of heavy ions projects at the University of Colorado in the Jovian magnetosphere fro Re- Boulder, AIAA, November 2015. analysis of Voyager PLS data, Fall AGU, San Francisco, CA, December 2015.

Randall, C.E., Synthesis lecture on satellite and CubeSat science energe3tic particle precipitation effects opportunities, Sun-Climate Symposium, on the atmosphere, NCAR Advanced Nov., 2015. Studies Program summer workshop on Richard, E., et al., Solar spectral irradiance Climate, Space Climate, ad Couplings observations: Updates and outlook, between, Boulder, CO, 2015. SPARC SOLARIS-HEPPA , April, 2015. Randall, C.E., Simulation of EPP effects in Royer, E.M., Investigating Titan airglow’s 2003-2004 Sun-to-Ice science team sources, using the imaging capabilities meeting, Boulder, CO, 2015. of the Cassini-UVIS Instrument, Fall Randall, C.E., Status of the cloud Imaging AGU, San Francisco, CA, December and Particle Size Instrument, Aeronomy 2015. of Ice in the Mesosphere Science Royer, E.M., The UVIS Titan Library: meeting, VA, 2015. Description and Applications, UVIS Randall, C.E., Southern Hemisphere 2015- Team Meeting, Boulder, CO, June 2015. 2015 Polar mesospheric cloud season, Royer, E.M., Titan Enhanced Airglow, Aeronomy of Ice in the Mesosphere UVIS team meeting, Pasadena, CA, 2015. Science meeting, VA, 2015. Ruhunusiri, S., et al., MAVEN Randall, C.E., Comparison of SC-WACCM observations of magnetosonic like waves CCMI REFC 1SD simulation of NH upstream of Mars, LPS Conference, 2003-2004 winter to observations, Houston, March, 2015. Response of the Atmosphere to Ruhunusiri, S., et al., Characterization of impulsive solar events science meeting, low frequency plasma waves and their 2015. energy deposition in the Martian Randall, C.E., Ionosphere-magnetosphere magnetosphere with MAVEN, Fall coupling studies with Juno and Cassini AGU, San Francisco, CA, December, proximal orbits, European Planetary 2015. Science Congress, Nantes, France, Oct Russell, C.E., et al., Inferences of 2015. dynamical coupling in recent PMC Remer, L., et al., Advances in atmospheric seasons, Layered Phenomena in the correction for NASA’s PACE mission, Mesopause Region, Boulder, CO, 2015. Fall AGU, San Francisco, CA, December Sakai, S., et al., Electron energies in the 2015. Martian ionosphere: Model comparisons Richard, E., Development of a compact with MAVEN data, Fall AGU, San solar spectral irradiance monitor (CISM) Francisco, CA, December 2015. for future solar measurements from Schmidt, K.S., Spectral radiative effects of space, AMS, Phoenix, AZ, January, 2015. aerosols in absence and presence of Richard, E., et al., A compact solar spectral clouds from the SSFR/4STAR irradiance monitor for future small perspective, Phil Russell Symposium, satellite and CubeSat science NASA Ames, March 2015. opportunities, Sun-Climate Symposium Schmidt, K.S., et al., Solar spectral “Multi-decadal variability in Sun and irradiance fro ARISE – Precision, Earth during the Space Era, Savannah, Accuracy ad Data Aggregation for GA, Nov 2015. validation and remote sending, ARISE Richard, E., et al., Solar Spectral irradiance Science team meeting, NASA/Goddard, observations: Updates and Outlook, May 2015. SPARC Working Group Meeting, Schmidt, K.S., et al., Linking the radiative Boulder, CO April 2015. energy budget and remote sensing of Richard, E., et al., A compact solar spectral complex cloud and aerosol fields, irradiance monitor for future small

SEAC4RS science team meeting, Snow, M., and E. Wood, SORCE Pasadena, CA, May 2015. undergraduate researchers, Sun-Climate Schneider, N.M., et al., MAVEN IUVS Symposium, Savannah, GA, 2015. observations of the aftermath of comet Snow, M., et al., Exospheric hydrogen siding spring’s meteor shower, LPS density estimates from GOES solar Conference, March 2015. Lyman-alpha measurements, EGU Schneider, N.M., et al., First results from General Assembly, Vienna, Austria, MAVEN’s imaging UV spectrograph, 2015. LPS conference, March 2015. Snow, M., et al., Lyman alpha solar Schneider, N.M., et al., First results from spectral irradiance line profile MAVEN’s imaging UV spectrograph, observations and models, EGU General European Planetary Science Congress, Assembly, Vienna, Austria, 2015. 2015. Snow, M., and E. Wood, Research Schneider, N.M., et al., Two types of experience for undergraduates in solar aurora on Mars as observed by and space physics, Boulder Solar Day, MAVEN’s IUVS, DPS, 2015. 2015. Schneider, N.M., Two types of aurora on Snow, M., Sun-climate symposium Mars as observed by MAVEN’s imaging meeting summary, Sun-Climate ultraviolet spectrograph, Fall AGU, San Symposium, Savannah, GA, 2015. Francisco, CA, December, 2015. Snow, M., Progress on SHAPE Team Scott, L., et al., The Mars Moons Projects, ISSI team meeting, Bern, Exploration, Reconnaissance and Switzerland, 2015. Landed Investigation, 46th LPS Snow, M., Care and feeding of REU Conference, 2015. students before, during and after, Fall Segal-Rosenheimer, M., et al., Cloud AGU, San Francisco, CA, December radiative forcing sensitivity to 2015. atmospheric regimes, surface type, cloud Snow, M., et al., Lyman alpha line profile phase and cloud properties during Fall observations from SORCE SOLSTICE, 2014 Arctic radiation, IceBridge and Sea- Fall AGU, San Francisco, CA, December Ice Experiment (ARISE) Campaign, EGU 2015. Assembly, Vienna, 12-17 April, 2015. Snow, M., and E. Wood, Measuring REU Seki, K., et al., Structure of plasma success through longitudinal tracking, boundaries with a large density gradient Fall AGU, San Francisco, CA, December observed by MAVEN and its effects on 2015. the Kelvin-Helmholtz instability, Fall Soobiah, Y., et al., MAVEN MAG AGU, San Francisco, CA, December, observations of magnetic field 2015. enhancements and decreases in the Sidrow, E., et al., Extended neutral cloud induced magnetosphere of Mars, Fall around Pluto’s orbit, AAS, DPS, AGU, San Francisco, CA, December, November 2015. 2015. Snow, M., et al., The EUV and X-ray Southworth, B., et al., Modeling Europa’s irradiance sensors (EXIS): GOES-R and dust plume, 46th LPS Conf., 2015. Beyond!, Sun-Climate Symposium, Stern, S.A., The Pluto system, Initial Savannah, GA, 2015. results fro the exploration by New Snow, M., et al., Understanding the Horizons, AAS, DPS meeting, 2015. sources of MgII irradiance variations Stevens, M.H., N2 in the Martian upper using IRIS mosaics, ALMA-IRIS-DKIST atmosphere identified using dayglow Workshop, Boulder, CO, 2015. observations from the imaging

ultraviolet spectrograph on MAVEN, measurements, EGU General Assembly, LPS conference, March 2015. Vienna, Austria, 2015. Stevens, M.H., New observations of Trattner, K.J., et al., Equatorial magnetic molecular nitrogen by the imaging reconnection lines during northward ultraviolet spectrograph on MAVEN, IMF conditions, EGU Meeting, Vienna, DPS, 2015. Austria, April 2015. Stewart, G.R., Orbit averaging in Usanova, M.E., The role of EMIC waves in perturbed planetary rings, DPS, radiation belt dynamics, EGU Assembly, November 2015. Vienna, 12-17 April, 2015. Stiepen, A., et al., Preliminary analysis of Usanova, M.E., The role of EMIC waves in Martian nightglow and aurora observed radiation belt dynamics, IMC III by MAVEN’s imaging ultraviolet workshop, Los Angeles, CA, 23-27 spectrograph, LPS, 46, March, 2015. March, 2015. Stiepen, A., et al., Mars nitric oxide Usanova, M.E., et al., EMIC waves: A link nightglow as observed by between the ring current and in the MAVEN/IUVS, Fall AGU, San radiation belts, NOAA seminar, Boulder, Francisco, CA, December 2015.Stiepen, 19 March, 2015. A., et al., Discovery of diffuse aurora on Usanova, M.E., et al., Van Allen Probes Mars, European Planetary Science observations of oxygen cyclotron Congress, 2015. harmonic waves in the inner Swenson, S.J., et al. Exploring solar magnetosphere, AGU Joint Assembly, signals: A Bayesian approach to Montreal, Canada, 3-7 May, 2015. developing a composite MgII index Usanova, M.E., et al., Van Allen Probes record, 12th Conference on Space observations of oxygen cyclotron Weather, AMS meeting, 4-8 Jan, 2015. harmonic waves in the inner Szalay, J.R., et al., Dust measurements by magnetosphere, Van Allen Probes team the Student Dust Counter onboard the meeting, Baltimore, MD, April, 2015. New Horizons mission to Pluto, 46th Usanova, M.E., et al., Van Allen Probes LPS Conf., 2015. observations of oxygen cyclotron Tian, H., et al., Prevalence of micro-jets harmonic waves in the inner from the network structures of the solar magnetosphere, AGU Joint Assembly, transition region, IRIS-4 Workshop, Canada, 2015. Colorado. 2015. Usanova, M.E., et al., Van Allen Probes Thiemann, E.M.B., et al., New sub- observations of oxygen cyclotron nanometer spectral estimates of the 0-5 harmonic waves in the inner nm solar soft X-ray irradiance at Mars magnetosphere, Chapman Meeting, using the EUVM onboard MAVEN, Fall Alaska, 2015. AGU, San Francisco, CA, December Usanova, M.E., et al., EMIC waves in the 2015. inner magnetosphere, Fall AGU, San Thieman, E., et al., Impact of solar flare Francisco, CA, December 2015. heating of the Mars thermosphere on Usanova, M.E., EMIC wave analysis for jeans escape of hydrogen, NASA/AMES GEM group challenge, mini-GEM, Fall Comparative climates of Terrestrial AGU, San Francisco, CA, December Planets II, September, 2015. 2015. Thomas, G., 27-day solar forcing of Usanova, M.E., Wave-particle interactions mesospheric temperature, water vapor in the ring current and radiation belts, and polar mesospheric clouds from the GEM workshop, Santa Fe, AIM SOFIE and CIPS satellite Valek, P., et al., Observations of the Jovian mid-magnetosphere by the New

Horizons Solar Wind Around Pluto Wilson, R.J., Distribution of heavy ions in (SWAP) ion spectrometer, Fall AGU, San the Jovian magnetosphere from re- Francisco, CA, December 2015. analysis of Voyager PLS data, Fall AGU, Vervack, J., et al., Mercury’s exosphere: San Francisco, CA, December 2015. New detections, discoveries and Wilson, R.J., Proton characteristics in the insights, DPS, meeting, November 2015. Jovian magnetosphere based on Wang, X., et al., Space weathering of reanalysis of Voyager PLS data, Fall airless bodies: An integration of remote AGU, San Francisco, CA, December sensing data, Laboratory Experiments 2015. and Sample Analysis Workshop, LPI, Wilson, R.J., The relative proportions of 2015. water group ions in Saturn’s inner Wang, X., et al., Electrostatic dust magnetosphere, Fall AGU, San transport on the surfaces of airless Francisco, CA, December 2015. bodies, Fall AGU, San Francisco, CA, Wolf, E.R., et al., Refining the inner edge December 2015. of the habitable zone using 3D climate Wang, X., et al, Investigations of models, Pathways 2015, Bern, electrostatic dust lofting and its Switzerland, July 2015. mechanisms, SSERVE Science Forum, Wolf, E.T., Stratospheric clouds, NASA Ames, CA, 2015. convection and water vapor in the moist Wang, X., et al., Laboratory investigations greenhouse climate, SPARC Regional of electrostatic dust lofting on comet and Workshop, Bolder, CO, 2015. asteroid surfaces, European Planetary Wolf, E.T., et al., 3D climate simulations of Science Congress, Nantes, France, 2015. terrestrial atmospheres near the inner Wang, X., Laboratory investigations of edge of the habitable zone around F. G, electrostatic dust transport on airless and K stars, Astrobiology Science bodies and its effects on space Conference, Chicago, June 2015. weathering, Workshop on Space Wolf, E.T., et al., From snowball to moist Weathering on Airless Bodies, Houston, greenhouse: The climatological TX, 2015. evolution of Earth-analog planets Weber, et al., Dust observations using simulated with a 3D climate system common mode measurements from the model, Extreme Solar Systems III, Langmuir probe and waves instrument Hawaii, 2015. on the MAVEN mission, LPS, TX, 16-20 Wolf, E.T., Atmospheres near the inner March, 2015. edge of the habitable zone, NCAR Early Wielicki, B.A., et al., CLARREO Career Workshop, Boulder, CO, 2015. pathfinder mission: Enabling faster Woods, T.N., Space-based observations of observation of climate change, Fall AGU, the solar irradiance, IAU #29, August San Francisco, CA, December 2015. 2015. Wilson, A., Interoperable solar data and Woods, T.N., et al., A different view of metadata via LISIRD 2, Fall AGU, San solar spectral irradiance variations: Francisco, CA, December 2015. Modeling total energy of a solar outburst Wilson, A., et al., Interoperable solar data period in 2005 and its comparison to and metadata via LISIRD 3, Fall AGU, solar cycle 23 and 24 measured San Francisco, CA, December 2015. variability, IAU #29, 2015. Wilson, R.J., The relative proportions of Woods, T., Solar extreme ultraviolet water group ions in Saturn’s inner (EUV) flare observations and findings magnetosphere, Magnetospheres of the from the solar dynamics observatory Outer Planets conference, Atlanta, GA, (SDO) EUV variability experiment 2015. (EVE), IAU General Assembly, 2015.

Woolsey, L.N., and S.R. Cranmer, Astronomical Society, Longmont, CO, Magnetic influences on turbulent June 18, 2015. heating and jet production in coronal Bagenal, F., NASA’s New Horizons holes, Fall AGU, San Francisco, CA, Mission to Pluto, Collegiate Peaks December 2015. Forum, Buena Vista, CO, July 23, 2015. Woolsey, L.N., and S.R. Cranmer, An Bagenal, F., NASA’s New Horizons investigation of magnetic thresholds for Mission to Pluto, Denver Astronomical the production of IRIS network jets, Society, Denver, CO, August 28, 2015. SHINE Workshop, Vermont, July 2015. Bagenal, F., NASA’s New Horizons Wright, L., O. Coddington, and P. Mission to Pluto, CU South Denver Pilewskie, Informed source separation of Museum, August 29, 2015. atmospheric and surface signal Bagenal, F., NASA’s New Horizons contributions in shortwave Mission to Pluto, University of Toronto, hyperspectral imagery using non- Canada, 2015. negative matrix factorization, Fall AGU, Bagenal, F., Juno Science, Lockheed San Francisco, CA, December 2015. Martin, Denver, CO, March 2015. Yang, P., et al., A brief history of ice cloud Bagenal, F., NASA’s Juno Mission to optical property models for applications Jupiter, U. of Calgary, Canada, March to remote sensing, Fall AGU, San 20, 2015. Francisco, CA, December 2015. Bagenal, F., Every planet is a comet to a Yau, A.W., High-resolution multi- space physicist from Jupiter to Pluto, instrument observations of ion outflows High Altitude Observatory 75th in the topside ionosphere on the Anniversary, September 1, 2015. enhanced polar outflow probe (e-POP), Bagenal, F., Juno: First visit to Jupiter’s Fall AGU, San Francisco, CA, December poles. What are the lessons from Earth? 2015. Chapman Conference, Fairbanks, AK, Sept. 28, 2015. Talks to Public Groups Bagenal, F., NASA’s New Horizons Mission to Pluto, Frasier Meadows Community, Boulder, CO, Oct. 21, 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s New Horizons Mission to Pluto, New Vista High Mission to Pluto, UCAR Teacher School, Boulder, CO, May 19, 2015. Workshop, Mar 7, 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s New Horizons Mission to Pluto, Denver Museum of Mission to Pluto, Orange County Nature and Science, June 10, 2015. Astronomy Club, April 8, 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s New Horizons Mission to Pluto, Colorado Mountain Mission to Pluto, New Vista High College, Steamboat Springs, CO, Jan. 28, School, Boulder, CO, May 19, 2015. 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s New Horizons Mission to Pluto, Denver Museum of Mission to Pluto, Rocky Mountain Star Nature and Science, June 10, 2015. Stare, Walsenburg, CO, June 12, 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s Juno Mission to Mission to Pluto, Stapleton Middle Jupiter, Rocky Mountain Star Stare, School, Denver, Mar 9, 2015. Walsenburg, CO, June 13, 2015. Bagenal, F., NASA’s New Horizons Bagenal, F., NASA’s New Horizons Mission to Pluto, Fiske Planetarium, U. Mission to Pluto, Longmont of Colorado, Boulder, Mar 12, 2015.

Bagenal, F., NASA’s New Horizons Institute of Electrical and Electronics Mission to Pluto, Orange County, CA Engineers. April 2015. Cranmer, S., Solar Magnetism and Bagenal, F., NASA’s New Horizons activity: Progress, puzzles, and Mission to Pluto, Marlar Lecture, Rice Prospects, 75th Anniversary of the High University, November 23, 2015. Altitude Observatory, Boulder, CO, Bagenal, F., Juno, Revealing Jupiter’s September 2015. interior, Rice University, November 24, Eparvier, Frank, MAVEN Mission to 2015. Mars, Summit County Rotary Club, June Bagenal, F., Constraining plasmasheet 2015. composition: Juno + Hisaki/EXCEED+ Eparvier, Frank, Aurora and Space Physical Chemistry Models, Hisaki Weather, Rocky Mountain National Workshop, JAXA, Tokyo, Japan, Park, 75th Anniversary talks, July 2015. December1, 2015. Esposito, L.W., Non-linear dynamics of Brain, D., What happened to the Ancient Saturn’s rings, Geophys. Institute, Martian atmosphere?, U. of Toronto Mexico City, August 2015. Physics Colloquium, Toronto, January, Hynek, B., et al., Unlocking Mercury’s 2015. geological history with Rembrandt Brain, D., What happened to the Martian basin: Year 1, Planetary Mappers Atmosphere?, Goddard Space Flight Meeting, Honolulu, 2015. Center, February, 2015. Hynek, B., et al., Geological mapping of Brain, D., Fun Physics at Martian Crustal the Coprates chasma, Mars, Year 1, Fields, Friends of the Magnetosphere Planetary Mappers Meeting, Honolulu, Seminar, February, 2015. 2015. Brain, D., MAVEN mission update and Hynek, B., et al., Geologic map of the early science, Mars Exploration Program Meridiani region of Mars, Planetary Analysis Group, Pasadena, CA, Mappers Meeting, Honolulu, 2015. February, 2015. Hynek, B., and Herrick, R., Target Brain, D., The Martian atmosphere, Global property controls on Martian impact Space and Satellite Forum, Abu Dhabi, crater morphologies, 46th LPS Conf., May, 2015. Texas, 2015. Brain, D., CU’s MAVEN Mission, Boulder Hynek, F., Valley networks and the nature Alumni Chapter, Fiske Planetarium, of the late noachian mars climate, 46th May 2015. LPS Conf., Texas, 2015. Brain, D., Do Habitable worlds require Hynek, B., Late stage formation of Martian magnetic fields:, TEDx Boulder, chloride salts through ponding and September, 2015. evaporation, 46th LPS Conf., Texas, 2015. Brain, D., Bubbles I Space, Boulder Bubble Jakosky, B., Presented 30 talks to various Day, May, 2015. groups on the subject of the MAVEN Brain, D., Evolution of the Martian projects, 2015. atmosphere, American University of Jakosky, B., Numerous interviews Sharjah, October 2015. concerning the MAVEN results, 2015. Brain, D., Science and science travel McCollom, T.M., Rock-powered life: ability, LASP PI Training Series, Biology that thrives in the absence of December 2015. photosynthesis, CU Denver Alumni Coddington, O., TSIS and the Group, August 2015. International Space Station, Rocky Richard, Erik, Space Science and Space Mountain High Plains chapter of the instruments, Stargate Charter School, Thornton, CO, 26 February, 2015.