36Th Annual Scholarship and Awards Program

Total Page:16

File Type:pdf, Size:1020Kb

36Th Annual Scholarship and Awards Program 36th Annual Scholarship and Awards Program Wednesday, May 11th, 2016 LP West Campus Auditorium Welcome ....................................................................... Janet Constien, Principal Pledge of Allegiance ................................................... Nicholas Gricus President, NHS Introduction of Awards Program ................................ Janet Constien, Principal Address .............................................................................. Lilian Gulyk Presentation of Awards .......................................... Mitchell Berenson, Director of Pupil Personnel Services Illinois State Scholars Syed Shajeeh Abidi Noel Christine FioRito Laila Afsar Daniel Edward Fitzgerald Abdulraheem Amodi Kamila Gardocki Christopher Apuzzo Alyssa Gaynor Kevin Kacper Baczek Angelina Gervasio Jean-Luc Belous Sameer Goyal Kaela Elizabeth Beugnet Nicholas Jeremy Gricus Maryam Butt Lilian Vicky Gulyk Julia Lauren Caesar Nicholas Hernandez Gianfranco Giuseppe Cali Sarah Rendell Hochstadt Nicholas Castaldo Daniel Charles Hynes Ella Cichon Sylwia Iwanicka Anthony Scott Clark, Jr. Mitchell Stephen Jarosinski Andrea Irene Deleon Emily Katherine Joyce Jenna Elizabeth Drolen Allison Karpinski Timothy Paul Dublin Shannon Kearns Phillip David Duncan Kaitlyn Marilyn Keith Isabella Marie Duran Brandon James Kennedy Naba Jamal Durrani Sebastian Adrian Kieltyka Angela Dylewski Lauren Kim Sarah Anne Eischen Ivanna Kovalenko Bryan Charles Eisenhard Katarzyna Kinga Krawczyk Karolina Katarzyna Fedurek Michael Kuhfuss Illinois State Scholars Joseph Junior Kwengwa Marina Linda Presta Piotr Lada Leah Proctor Troy Lewis Matthew Joseph Reilly Alison Lee Little Jordan Pearl Rezman Samuel Robert Little Alexandra Ricchio Camilla Stefania Macias Antoinette Marie Ricchio Philip Edward Macias Matthew Christopher Rutty Jacob Michael Marcheschi Anna Elaine Sampson Stefani Delane Martinez Justin Geno Scafidi Minnara E Mathew Anna Schlueter Connor McMahon Jackson Scott Schoen Ariana Camille Miceli Laura Sienkiewicz Adam David Michals Jaspreet Singh Anne Lin Mou Joshua Christopher Solarz Lily Chunye Nickisch Karina Anna Sowa Shelby Marie Noviskis Michael Roman Tarchala Isabelle Olejniczak Riley Justine Tithof Steere Skye Ann Palumbo Hunter Treiber Thalia Michelle Panoutsos Jovana Vasilic Kush Joseph Patel Martin Vazquez Rashaan N Patel Damian Marek Waga Saahil Kalpesh Patel Abigail Marie Weisensee Emily Marie Petrucci Claire Elise Wrobel Kassandra Marianna Zakic 5.0 or Higher GPA After Seven Semesters Syed Shajeeh Abidi Bryan Charles Eisenhard Laila Afsar Karolina Katarzyna Fedurek Shazil Uddin Ansari Noel Christine FioRito Alex Rey Armas Daniel Edward Fitzgerald Kevin Kacper Baczek Adriana Maria Fricano Gaiye Hyulkin Behrem Kamila Gardocki Jean-Luc Belous Angelina Gervasio Kristen Elizabeth Berg Sameer Goyal Kaela Elizabeth Beugnet Nicholas Jeremy Gricus Patricia Bochenek Lilian Vicky Gulyk Maryam Butt Sarah Rendell Hochstadt Alexander Bys Daniel Charles Hynes Julia Lauren Caesar Sylwia Iwanicka Gianfranco Giuseppe Cali Mitchell Stephen Jarosinski Anthony Scott Clark, Jr. Emily Katherine Joyce Clarissa Joyce Marzo Cruz Kaitlyn Marilyn Keith Andrea Irene Deleon Brandon James Kennedy Jenna Elizabeth Drolen Sebastian Adrian Kieltyka Timothy Paul Dublin Lauren Kim Phillip David Duncan Katarzyna Kinga Krawczyk Isabella Marie Duran Joseph Junior Kwengwa Naba Jamal Durrani Piotr Lada Angela Dylewski Alison Lee Little Sarah Anne Eischen 5.0 or Higher GPA After Seven Semesters Samuel Robert Little Antoinette Marie Ricchio Hannah Michelle Ludwig Matthew Christopher Rutty Camilla Stefania Macias Anna Elaine Sampson Philip Edward Macias Justin Geno Scafidi Jacob Michael Marcheschi Jackson Scott Schoen Stefani Delane Martinez Isabella Ruby Shaw Minnara E Mathew Mehnoor Siddiqui Ariana Camille Miceli Laura Sienkiewicz Adam David Michals Alexis Esteban Simon Anne Lin Mou Jaspreet Singh Ali Syed Muhammad Amir Joshua Christopher Solarz Lily Chunye Nickisch Julia Isabella Sorrentino Shelby Marie Noviskis Karina Anna Sowa Isabelle Olejniczak Danielle Sullivan Skye Ann Palumbo Michael Roman Tarchala Thalia Michelle Panoutsos Riley Justine Tithof Steere Kush Joseph Patel Jovana Vasilic Rashaan N Patel Damian Marek Waga Saahil Kalpesh Patel Abigail Marie Weisensee Emily Marie Petrucci Anna Helena Wojtaszek Marina Linda Presta Claire Elise Wrobel Matthew Joseph Reilly Kassandra Marianna Zakic Jordan Pearl Rezman Michael Francis Zuffante Alexandra Ricchio President’s Education Award For Outstanding Academic Excellence Syed Shajeeh Abidi Matthew Collin Fink Laila Afsar Noel Christine FioRito Enrique Emilio Alegria Daniel Edward Fitzgerald Ariana Nicole Aloisio Adriana Maria Fricano Abdulraheem M Amodi Julia Marie Gallina Kevin Kacper Baczek Kamila Gardocki Trudy Jacqueline Bakka Alyssa Lynn Gaynor Sarah Ann Battersby Angelina Gervasio Gaiye Hyulkin Behrem Sameer Goyal Jean-Luc Belous Nicholas Jeremy Gricus Kristen Elizabeth Berg Lilian Vicky Gulyk Kaela Elizabeth Beugnet Kyle David Harwin Maryam Butt Kelly Lynn Hawkins Julia Lauren Caesar Theodore Dustin Hoberstorfer Gianfranco Giuseppe Cali Sarah Rendall Hochstadt Kalina Ashley Canzone Daniel Charles Hynes Nicholas Anthony Castaldo Karim Ahmed El Sayed Ibrahim Sarah Ruth Cillick Sylwia Iwanicka Anthony Scott Clark, Jr. Mitchell Stephen Jarosinski Connor Brandon Cook Michael Thomas Jasiak Drake Antony Daraitis Emily Katherine Joyce Jazmine Ariel Davis Allison Rose Karpinski Andrea Irene Deleon Kaitlyn Marilyn Keith Sam Dominic Dentino Brandon James Kennedy Jack Randall Drolen Victoria Leigh Kerfman Jenna Elizabeth Drolen Sebastian Adrian Kieltyka Timothy Paul Dublin Lauren Kim Phillip David Duncan Matthew James Kopec Isabella Marie Duran Ivanna Andriivna Kovalenko Naba Jamal Durrani Katarzyna Kinga Krawczyk Angela Dylewski Abigail Anne Kubalewski Sarah Anne Eischen Michael Gregory Kuhfuss Bryan Charles Eisenhard Joseph Junior Kwengwa Kayla Anne Elstien Piotr Lada Dominic Kent Fallico Jamie Jordan Lamb Karolina Katarzyna Fedurek Daniel Joseph Lamz President’s Education Award For Outstanding Academic Excellence Giovanna Melissa Lazzarini Antoinette Marie Ricchio Alison Lee Little Gina Danielle Robertelli Samuel Robert Little Matthew Christopher Rutty Hannah Michelle Ludwig Anna Elaine Sampson Camilla Stefania Macias Ayowole Olutunde Sangobowale Philip Edward Macias Justin Geno Scafidi Jacob Michael Marcheschi Jackson Scott Schoen Stefani Delane Martinez Isabella Ruby Shaw Minnara E Mathew Mehnoor Siddiqui James Peter McDonald Laura Sienkiewicz Austin James McKenna Jaspreet Singh Ariana Camille Miceli Joshua Christopher Solarz Adam David Michals Julia Isabella Sorrentino Christian Jeremy Molino Nathaniel Paul Sotiropoulos Anne Lin Mou Karina Anna Sowa Ali Syed Muhammad Amir Alexander Michael Struck Qaim Hussain Naqvi Danielle Marie Sullivan Monika Nasiadka Karolina Maria Szczepaniak Savannah Rose Nickel Michael Roman Tarchala Lily Chunye Nickisch Divya Alice Thomas Shelby Marie Noviskis Riley Justine Tithof Steere Daniel Ngonga Nyancho Hunter William Treiber Isabelle Olejniczak Ethan Kemal Harry Uysaloglu Skye Ann Palumbo Jovana Vasilic Thalia Michelle Panoutsos Martin Vazquez Kush J Patel Remzo Vega Rashaan N Patel Damian Marek Waga Saahil Kalpesh Patel Jennifer Lynn Warfield Emily Marie Petrucci Abigail Marie Weisensee Katelyn Ashley Pisellini Tomasz Adam Widelka Marina Linda Presta Reed Karl Williams Leah Adeline Proctor Anna Helena Wojtaszek Joseph Vincent Ranieri Claire Elise Wrobel Matthew Joseph Reilly Kassandra Marianna Zakic Jordan Pearl Rezman Michael Francis Zuffante Alexandra Marie Ricchio President’s Education Award For Outstanding Achievement Kaitlin Rose McKinney University/College Scholarships Baylor University - Dean’s Gold Scholarship Savannah Nickel Benedictine University - St. Benedict Award and Benedictine Grant Kenny Bogus Bradley University - Dean’s Scholarship Tyler Gaster Butler University - Academic Scholarship Jacob Marcheschi Butler University - Bulldog Achievement Award Zachary Okolita Carthage College - Director’s, Carthage Financial, and Trustee Grants Brooke Garrett Carthage College - Director’s, Carthage Financial, and Trustee Grants and CART Endowed and Carthaginian Scholarships Jacey Kent College of DuPage - Presidential Scholarship Eugene Solomon Karolina Szczepaniak .................................................. Rio Almaria, COD Columbia College Chicago - Create Engage Explore Scholarship Alexis Nieves University/College Scholarships DePaul University - DePaul Grant and First Year Award Bradley Balogh DePaul University - DePaul Scholars’ Award Adriana Fricano Jonathan Martyka DePaul University - Presidential Scholarship Kamila Gardocki Nicholas Gricus Dominican University - Presidential Scholarship and Residence Life Award Lauren Kim Drake University - Presidential Scholarship and Engaged Citizens Corps Program Housing Stipend Jamie Lamb Elmhurst College - Dean’s and Enrichment Scholarships Isabel Hilario ........................................................... Stephanie Levenson, EC Elmhurst College - Dean’s and Enrichment Scholarships and Elmhurst Grant Stefani Martinez ..................................................... Stephanie Levenson, EC Elmhurst College - Dean’s and Legacy Scholarships Sofia DeFino ........................................................... Stephanie Levenson, EC Elmhurst College - Dean’s and Legacy Scholarships and Elmhurst Grant Patricia Bochenek ................................................... Stephanie Levenson, EC Elmhurst College
Recommended publications
  • Carbon Dioxide Opacity of the Venusᅢラᅡᄈ Atmosphere
    Planetary and Space Science ∎ (∎∎∎∎) ∎∎∎–∎∎∎ Contents lists available at ScienceDirect Planetary and Space Science journal homepage: www.elsevier.com/locate/pss Planetary Pioneers Series Carbon dioxide opacity of the Venus' atmosphere Marcel Snels a,n, Stefania Stefani b, Davide Grassi b, Giuseppe Piccioni b, Alberto Adriani b a Istituto di Scienze dell'Atmosfera e del Clima (ISAC) - Consiglio Nazionale delle Ricerche (CNR), Rome, Italy b Istituto di Astrofisica e Planetologia Spaziali (IAPS) - Istituto Nazionale di AstroFisica (INAF), Rome, Italy article info abstract Article history: Venus' atmosphere consists of about 95% of carbon dioxide, which accounts for most of the absorption of Received 22 March 2014 the radiation emitted by its hot surface. The large densities and high temperatures of Venus' atmosphere Received in revised form make the absorption much more complex than for low density atmospheres such as Earth or Mars. 29 July 2014 Available experimental data are at present insufficient and theoretical models inadequate to describe Accepted 2 August 2014 complex absorption line shapes and collision-induced phenomena. Here we present a survey of all absorption and scattering processes which influence the transparency of Venus' atmosphere for what Keywords: concerns carbon dioxide. Carbon dioxide & 2014 Elsevier Ltd. All rights reserved. Absorption Collision induced Continuum Opacity Contents 1. Introduction..........................................................................................................1 2. Absorption by
    [Show full text]
  • View the 2021 Tufts University Commencement Program (PDF)
    165TH Commencement Tufts University Sunday, May 23, 2021 Commencement 2021 Commencement 2021 School of Arts and Sciences School of Engineering School of Medicine and Graduate School of Biomedical Sciences School of Dental Medicine The Fletcher School of Law and Diplomacy Cummings School of Veterinary Medicine The Gerald J. and Dorothy R. Friedman School of Nutrition Science and Policy Jonathan M. Tisch College of Civic Life University College #Tufts2021 commencement.tufts.edu Produced by Tufts Communications and Marketing Printed on recycled paper Table of Contents Welcome from the President 5 University Commencement 7 Dear Alma Mater 10 Tuftonia’s Day Academic Mace Academic Regalia Recipients of Honorary Degrees 11 School of Arts and Sciences 15 Graduate School of Arts and Sciences School of Engineering School of Medicine 43 Graduate School of Biomedical Sciences 48 Public Health and Professional Degree Programs 52 School of Dental Medicine 59 The Fletcher School of Law and Diplomacy 67 Cummings School of Veterinary Medicine 73 The Gerald J. and Dorothy R. Friedman 79 School of Nutrition Science and Policy Jonathan M. Tisch College of Civic Life 83 COMMENCEMENT 2021 3 Welcome from the President Commencement is the high point of the academic year and has always been a special day at Tufts. While this year’s virtual celebration makes us less anxious about the weather forecast, this moment is no less extraordinary and no less distinguished. After a period of rigorous study, intellectual pursuit, and personal growth, our students stand ready to graduate from their respective academic programs and this great university. Today, we celebrate their achievements and recognize all those who have helped make this day possible.
    [Show full text]
  • Delaware Valley Science Fairs 2020 72Nd Delaware Valley Science Fair (A) Sponsored by DVSF
    Delaware Valley Science Fairs 2020 72nd Delaware Valley Science Fair (A) Sponsored By DVSF Exhibitor Exhibit School & Sponsor Behavior & Social Sciences A0103 Lauren Bradley Unconcious Decisions Bishop Shanahan High School Cheryl Bradley A0105 Daneyah Claitt The Distracted Mind School of the Future Zachary Minken A0106 Tara Forde Can Violent Sports Make a Person More Violent in Bishop Shanahan High School Nature? Laurie Forde A0107 Adam Maman Assessing the Efficacy of 3D-Printed Devices on Jack M. Barrack Hebrew Academy Altering Human Sentiment Arthur Maiman A0109 Marino Bubba Money Matters: The Effects of Economic Status on the Bangor Area High School Political Ideologies of Bangor Area School District Robert Hachtman Residents Biochemistry A0201 Aleena Alex Novel Target Against CARM1-high HGSOC Cells Northeast High School James Finely A0202 Samantha Zanine Potential Protein Biomarkers in Hepatocellular Central Bucks High School- West Carcinoma Cells and Exosomes Mark Hayden A0203 Claudia Zhang The Use of Multiplexed Proteomic Approaches to Drive Holmdel High School the Design of Personalized Cancer Vaccines Josephine Blaha A0204 Michael Bahner Opioids: Finding Signs of Reduced Drawbacks Central Bucks High School- West Mark Hayden Botany A0301 Isabella Onofrietti Chlorella and Aloe Vera Plant Gel Effects on Early Toms River High School North Childhood Caries Christine Girtain A0302 Kailey Matthews Sediment Accumulation and Resultant Bedforms around Marine Academy of Technology & Ammophila breviligulata of Varying Tillered Densities Environmental
    [Show full text]
  • Wgu Graduate Name Book.Pdf
    Graate Name Book July 1, 2018 to Decemr 31, 2018 Memr Governo The Honorable Jim Geringer, Chairman Governor, Wyoming 1995 - 2003 The Honorable Michael O. Leavitt, Chairman, Emeritus Governor, Utah 1993 - 2003 Alaska Guam Montana North Dakota Texas The Honorable The Honorable The Honorable The Honorable The Honorable Michael J. Dunleavy Lou Leon Guerrero Steve Bullock Doug Burgum Greg Abbott Arizona Hawaii Nebraska Oklahoma Utah The Honorable The Honorable The Honorable The Honorable The Honorable Doug Ducey David Ige Pete Ricketts Kevin Stitt Gary R. Herbert California Idaho Nevada Oregon Washington The Honorable The Honorable The Honorable The Honorable The Honorable Gavin Newsom Brad Little Steve Sisolak Kate Brown Jay R. Inslee Colorado Indiana New Mexico South Dakota Wyoming The Honorable The Honorable The Honorable The Honorable The Honorable Jared Polis Eric Holcomb Michelle Lujan Grisham Kristi Noem Mark Gordon Board of Trustees Chairman The Honorable Jim Geringer Director, Policy & Public Sector, ESRI Governor, State of Wyoming (1995 – 2003) John W. Bluford III The Honorable David Simmons President Emeritus, Truman Medical Gary R. Herbert President, Center; President, Bluford Healthcare Governor, State of Utah Simmons Media Group Leadership Institute The Honorable Dr. Samuel H. Smith Cole Clark John Hickenlooper President Emeritus, Executive Director, Higher Education Governor, State of Colorado Washington State University Client Relations, Deloitte Services, LP; Former Global VP for Education and Tammy Johns Charles W. Sorenson Research, Oracle Corporation CEO, Strategy & Talent; MD, FACS Former Executive, Manpower Group President and CEO Emeritus, Dr. Therese (Terry) Crane Intermountain Healthcare President, Crane Associates; Lenny Mendonca Former Executive with Apple and AOL Director Emeritus, Jessie Woolley-Wilson McKinsey & Company CEO & President, Robert Evanson Dreambox Learning Former President, McGraw-Hill Scott D.
    [Show full text]
  • Undergraduate Research, Scholarship and Creative Activities
    DESIGN • CREATE • EXPLORE • DISCOVER • IMPACT Undergraduate Research, Scholarship and Creative Activities Conference Sponsored by: Undergraduate Research Center, Undergraduate Education, Student Aairs, University Library and Global Aairs POSTER SESSIONS ARTS & DESIGN EXHIBIT ORAL SESSIONS Friday, April 26, 2019 Friday, April 26, 2019 Saturday, April 27, 2019 3:00 - 6:00 pm 3:00 - 6:00 pm 1:00 - 4:30 pm ARC PAVILION ARC PAVILION WELLMAN HALL Undergraduate Research Center O ce of Undergraduate Education urc.ucdavis.edu #UCDavisURC UC Davis 30th Annual Undergraduate Research, Scholarship and Creative Activities Conference 1 30th Annual Undergraduate Research, Scholarship and Creative Activities Conference Letter from the Chancellor April 26, 2019 Dear Students, Colleagues and Guests: Welcome to UC Davis’ 30th annual exhibition of undergraduate research! UC Davis prides itself as one of the top research universities in the nation. Our scholarship and research addresses some of society’s most critical challenges, including climate change, feeding the world and sustaining the health of all living beings. Student researchers, who reflect a wide variety of fields, are the leaders and change makers of tomorrow. Our students are moving into the future with confidence and creativity like never before. We are guided by UC Davis’ 10-year strategic plan, “To Boldly Go,” that will build on our research strengths and entrepreneurial spirit to shape a better tomorrow for all. We’ve also recently announced a collaboration with IBM at Aggie Square, our 25-acre innovation hub that’s developing on our Sacramento campus. Through this conference, we are providing and showcasing educational opportunities that prepare students for career success.
    [Show full text]
  • An Introduction to the NASA Hyperspectral Infrared Imager (Hyspiri) Mission and Preparatory Activities
    Remote Sensing of Environment 167 (2015) 6–19 Contents lists available at ScienceDirect Remote Sensing of Environment journal homepage: www.elsevier.com/locate/rse An introduction to the NASA Hyperspectral InfraRed Imager (HyspIRI) mission and preparatory activities Christine M. Lee a,⁎,MorganL.Cablea, Simon J. Hook a,RobertO.Greena, Susan L. Ustin b, Daniel J. Mandl c, Elizabeth M. Middleton c a NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA, United States b University of California Davis, Davis, CA, United States c NASA Goddard Space Flight Center, Greenbelt, MD, United States article info abstract Article history: In 2007, the NASA Hyperspectral InfraRed Imager (HyspIRI) mission was recommended in Earth Science and Received 9 April 2015 Applications from Space: National Imperatives for the Next Decade and Beyond (Decadal Survey) to address critical Received in revised form 6 June 2015 science questions in multiple areas, in particular ecosystems and natural hazards. HyspIRI is comprised of two Accepted 14 June 2015 instruments, a visible to short-wavelength infrared (VSWIR) imaging spectrometer and a thermal infrared Available online 8 July 2015 (TIR) multispectral imager, together with an Intelligent Payload Module (IPM) for onboard processing and rapid downlink of selected data. The VSWIR instrument will have 10 nm contiguous bands and cover the Keywords: – Hyperspectral imager 380 2500 nm spectral range with 30 m spatial resolution and a revisit of 16 days. The TIR instrument will Imaging spectroscopy have 8 discrete bands in the 4–13 μm range with 60 m spatial resolution and a revisit of 5 days. With these VSWIR two instruments in low Earth orbit, HyspIRI will be able to address key science and applications questions in a TIR wide array of fields, ranging from ecosystem function and diversity to human health and urbanization.
    [Show full text]
  • 1540 002 St Rbe Glendora Llc and 1203 0.8635 0.9086 12.3163
    CITY OF SANTA MONICA STORMWATER MANAGEMENT USER FEE REPORT FISCAL YEAR 2009/2010 PARCEL ADDRESS OWNER USECODE ACRES RUNOFF PBU x RATE = FEE 4291028026 1540 002 ST RBE GLENDORA LLC AND 1203 0.8635 0.9086 12.3163 36.00 443.39 4275014006 1556 020 ST CF SANTA MONICA OFFICE III LP 1702 0.3294 0.9086 4.6985 36.00 169.15 4292024021 801 2ND ST BB AND K SANTA MONICA INC 0500 0.5165 0.8553 6.9350 36.00 249.66 4292025059 804 2ND ST HABIF,DAVID M TR 010C 0.0344 0.8194 0.4425 36.00 15.93 4292025002 808 2ND ST, APT 0011 AKHAVAN,BABAK AND MITRA TRS 0500 0.1721 0.8553 2.3108 36.00 83.19 4292025003 814 2ND ST SHORELAND PLAZA LLC 0500 0.0343 0.8553 0.4605 36.00 16.58 4292024018 817 2ND ST, APT 0101 RME INVESTMENTS LLC AND 0500 0.2238 0.8553 3.0050 36.00 108.18 4292025080 826 2ND ST, 101 826 2ND STREET SM LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025081 826 2ND ST, 102 826 2ND STREET SM LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025082 826 2ND ST, 103 PADAWER,JEREMY M AND 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025083 826 2ND ST, 201 NEMAZEE,MAHMOUD AND 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025084 826 2ND ST, 202 826 2ND STREET SM LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025085 826 2ND ST, 203 CANTLEY,KELLY 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025086 826 2ND ST, 204 826 2ND STREET SM LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025087 826 2ND ST, 205 GREENWAY LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025088 826 2ND ST, 206 826 2ND STREET SM LLC 010E 0.0164 0.8194 0.2110 36.00 7.60 4292025089 826 2ND ST, 301 826 2ND STREET SM LLC 010E
    [Show full text]
  • 6 Polygonal Impact Craters (Pics) 18 6.1 Definition of Polygonal Impact Craters
    MASTERARBEIT Titel der Masterarbeit “Relative Age of Polygonal Impact Craters on Venus“ Verfasser Dipl.-Ing Gerhard Weihs BSc angestrebter akademischer Titel Master of Science (MSc) Wien, 2014 Studienkennzahl lt. Studienbuch: A 066 861 Studienrichtung lt. Studienblatt: Masterstudium Astronomie Betreuerin: Univ.-Prof. Dr. Maria G. Firneis Acknowledgement I gratefully acknowledge the thoughtful reviews by Univ.-Prof. Dr. Maria G. Firneis and Mag. Johannes J. Leitner, who significantly helped to improve the content and the style of this manuscript. Gerhard Weihs II Contents 1 Introduction 1 1.1 Aims of the Study . .1 1.2 Key Facts of Venus . .1 2 Venusian Surface 2 2.1 Geological Structures on Venusian Surface . .2 2.1.1 Main Elements of the Venusian Surface . .2 2.1.1.1 Volcanic Plains . .3 2.1.1.2 Intensely Deformed Terrains . .4 2.1.1.3 Coronae . .5 2.1.1.4 Impact Craters . .5 3 Geological History of the Venusian Surface 6 3.1 Short Overview of the Geological History . .6 3.2 Cratering Statistics . .7 3.3 Global Resurfacing of Venus . .8 3.3.1 Resurfacing Models . .8 3.3.2 Standard Model of Venusian Resurfacing . .9 4 Dating Planetary Surfaces 11 4.1 Methods of Dating Planetary Surfaces . 11 4.1.1 Absolute Dating - Chronology . 11 4.1.2 Relative Age Dating - Stratigraphy . 11 4.2 Chronology - Absolute Age Dating . 11 4.2.1 Using Radioactive Isotopes . 11 4.2.2 Using Crater Counting . 12 5 Impact Cratering Processes 15 5.1 The three Stages of Formation of Impact Craters . 15 5.1.1 Contact and Compression .
    [Show full text]
  • Generation and Emplacement of Fine-Grained Ejecta in Planetary
    Icarus 209 (2010) 818–835 Contents lists available at ScienceDirect Icarus journal homepage: www.elsevier.com/locate/icarus Generation and emplacement of fine-grained ejecta in planetary impacts Rebecca R. Ghent a,*, V. Gupta a, B.A. Campbell b, S.A. Ferguson a, J.C.W. Brown a, R.L. Fergason c, L.M. Carter b a Department of Geology, University of Toronto, 22 Russell St., Toronto, ON, Canada M5S 3B1 b Center for Earth and Planetary Studies, Smithsonian Institution, Washington, DC 20013-7012, United States c Astrogeology Science Center, USGS, Flagstaff, AZ 86001, United States article info abstract Article history: We report here on a survey of distal fine-grained ejecta deposits on the Moon, Mars, and Venus. On all Received 22 October 2009 three planets, fine-grained ejecta form circular haloes that extend beyond the continuous ejecta and Revised 7 May 2010 other types of distal deposits such as run-out lobes or ramparts. Using Earth-based radar images, we find Accepted 11 May 2010 that lunar fine-grained ejecta haloes represent meters-thick deposits with abrupt margins, and are Available online 20 May 2010 depleted in rocks P1 cm in diameter. Martian haloes show low nighttime thermal IR temperatures and thermal inertia, indicating the presence of fine particles estimated to range from 10 lmto Keywords: 10 mm. Using the large sample sizes afforded by global datasets for Venus and Mars, and a complete Moon nearside radar map for the Moon, we establish statistically robust scaling relationships between crater Mars à à À0.18 Venus radius R and fine-grained ejecta run-out r for all three planets.
    [Show full text]
  • Data Base of Impact Craters on Venus Based on Analysis of Magellan Radar Images and Altimetry Data
    U.S. DEPARTMENT OF THE INTERIOR U.S. GEOLOGICAL SURVEY Data Base of Impact Craters on Venus Based On Analysis of Magellan Radar Images and Altimetry Data by Gerald G. Schaber - Emeritus Randolph L. Kirk Robert G. Strom Open-File Report 98-104 Revision of OFR 96-688 and of OFR 95-561 of the same title 1998 Prepared For the National Aeronautics and Space Administration Under NASA Contracts WO-8777 and W-18,727 This report is preliminary and has not been reviewed for conformity with U.S. Geological Survey editorial standards. Any use of trade, product, or firm names is for descriptive purposes only and does not imply endorsement by the U.S. Government___ Gerald G. Schaber, US Geological Survey - Emeritus, 2255 N. Gemini Drive, Flagstaff, AZ 86001 Randolph L Kirk, US Geological Survey, 2255 N. Gemini Drive, Flagstaff, AZ 86001 Robert G. Strom, Dept of Planetary Sciences, University ofArizona, Tucson AZ 85721 l|Table of ContentsPata Tables (NOTE; AN ELECTRONIC VERSION OF THIS OPEN FILE REPORT CAN BE SEEN & DOWNLOADED ON THE INTERNET AT: http: / /wwwf lag .wr .usgs. gov) Data Base of Impact Craters on Venus Table of Contents Title Page Introduction The Crater Database Categories Included in the Database Names Modification State Crater Type Elevation Download the Database General Information References Cited Venus Crater Database Introduction The NASA Magellan spacecraft provided synthetic aperture radar (SAR) image coverage of 98% of the surface of the planet Venus, in addition to topography and several types of physical property data on the venusian surface (e.g., radar reflectivity, radar backscatter, emissivity, and rms slopes).(See Special Magellan Issue of J.
    [Show full text]
  • President's List Summer 2020.Pdf
    President's List Brock,Kristina Danilova,Bohdana Vitaliivna Bronkema,MacKenzie Darby,Madelin Mary 2020 Katherine Darocha,Megan Stephania Summer Session Bronson,Caitlyn David,Katelyn L Brooks,Bayard R De Boer,Philip Michael Bryant,Khayci Michelle De Jong,Blake A Buchweitz,Zach De Vries, Aera Aberegg,Kai Bueche,Kristen Nicole DeHollander,Noah Theodore Accardo,Sophia G Buechler,Mary Josephine DeMaar,Alexis Anne Adkins,Candice Katharina Burdo,Isabella L Dejong,Kassidy Ann Aguilar,Lizett Burgen,Kenneth Dale Dekker,Maggie Jess Alcantar-Guzman,Ashley Burley,Kelsea Makennah Dekok,Conner Michael Ames,Zachary Burse,Heather L Dekryger,Madalynn Joy Amick,Parker Jay Bush,Caitlin Elizabeth Devries,Kathryn Jo Anderson,Heather Lynn Deweerd,Madelyn Rose Arizola,Sarah Diaz-Mercado,Alison L Armock,Lila C Dinh,Jennifer Avila,Lorena Calderon,Aunner Y Dokter,Lennelle Joy Capasso,Nicholas Anton Driscol,Alec David Capolino,Michael Duff,Elizabeth B Carmean,Kailey Rose Duimstra,Haley Noelle Babb,Jacob Riley Carpenter,Rachel Elizabeth Duquette,Madeline Elaine Baird,Abigail Rose Carrillo,Connor L Baird,Eric M Chambers,Sarah Baker,Candice O Chang,Moua Kong E Baker,Samuel Chau,Duc Nguyen Edlund,Emma Catherine Barnes,Brian Patrick Chelilim,Jelimo Elders,Noah B Barnes,Rory Marie Chen,Aron Elenbaas,Ryan Alexander Bauman,Natalie Claire Chick,Bethany Ann Ellison,Joseph Bedore,Keri Ciccantelli,Vincent G Ellsworth,Austin Michael Beebe,Samantha Cieply,Maia Reineke Ervin,Marissa Kay Belleveau-Jensen,Sarah J Clark,Ainsley Maguire Evon,Sarah Elizabeth Benda,Kendra Marie Clingan,Shelby
    [Show full text]
  • Analysis of the Radiative Budget of the Venusian Atmosphere Based On
    Journal of Geophysical Research: Planets RESEARCH ARTICLE Analysis of the radiative budget of the Venusian atmosphere 10.1002/2015JE004794 based on infrared Net Exchange Rate formalism Key Points: Sébastien Lebonnois1,2, Vincent Eymet3, Christopher Lee4, and Jan Vatant d’Ollone1 • Detailed analysis of energy exchanges in Venus’s atmosphere 1CNRS, UMR 8539, LMD/IPSL, Paris, France, 2Sorbonne Universités, Pierre et Marie Curie Université, UMR 8539, Paris, • Continuum in 3–7 micron windows 3 4 crucial for deep atmosphere France, Meso-Star, Longages, France, Ashima Research, Pasadena, California, USA temperatures • Opacities in 20–30 micron range control cooling of middle cloud Abstract A detailed one-dimensional analysis of the energy balance in Venus atmosphere is proposed to space in this work, based on the Net Exchange Rate formalism that allows the identification in each altitude region of the dominant energy exchanges controlling the temperature. Well-known parameters that control the Correspondence to: temperature profile are the solar flux deposition and the cloud particle distribution. Balance between solar S. Lebonnois, heating and infrared energy exchanges is analyzed for each region: upper atmosphere (from cloud top to [email protected] 100 km), upper cloud, middle cloud, cloud base, and deep atmosphere (cloud base to surface). The energy accumulated below the clouds is transferred to the cloud base through infrared windows, mostly at 3–4 μm Citation: and 5–7 μm. The continuum opacity in these spectral regions is not well known for the hot temperatures Lebonnois, S., V. Eymet, C. Lee, and J. Vatant d’Ollone (2015), Analy- and large pressures of Venus’s deep atmosphere but strongly affects the temperature profile from cloud sis of the radiative budget of the base to surface.
    [Show full text]