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Astronomy Projects:     more books (102)

Janice Vancleave's Solar System: Mind-boggling Experiments You Can Turn into Science Fair Projects (Spectacular Science Projects) by Janice Pratt VanCleave, 2008-05-16 DISCOVER THE STARS Beginner's Guide to Astronomy and the Earth Satellite Project by Gaylord and Irving Adler Johnson, 1957 Project Earth Science: Astronomy --1992 publication. by P. Sean Smith, 1992-01-01 ATOMS IN ASTRONOMY, A Curriculum Project of the American Astronimical Society, Prepared with the Cooperation of the National Aeronautics and Space Administration and the National Science Foundation by Paul A. Blanchard, 1976-01-01 FUN WITH ASTRONOMY, EASY PROJECTS FOR YOUNG SCIENTISTS by Mae & Ira Freeman, 1953-01-01 Atoms in astronomy: A curriculum project of the American Astronomical Society by Paul A Blanchard, 1976 Starry Night Pro Activities & Observation and Research Projects for Astronomy Today by EricChaisson, 2007-01-01 Astronomy Adventures (Ranger Rick's Naturescope) El cielo al alcance de la mano/ The Sky At Your Fingertips: 50 experimentos de astronomia/ 50 Experiments of Astronomy (Spanish Edition) by Pierre Causeret, Jean-Luc Fouquet, et all 2007-11-27 Project Spica: A Teacher Resource to Enhance Astronomy Education by Nadine Ball, Harold P. Coyle, 1994-02 Small explorer project, submillimeter wave astronomy satellite (SWAS) mission operations and data analysis plan (SuDoc NAS 1.26:186954) by Gary J. Melnick, 1990 Project Aries: Astronomy resources for intercurricular elementary science by Marvin C Grossman, 1997 The Sommers-Bausch Observatory manual of general astronomy projects by R. H Garstang, 1987 Exploring the Universe with Voyager III (24 Astronomy Projects for Windows and Macintosh) by Brian Monson, Peter Shull, 2009

lists with details

81. Extragalactic Bookmark
    List of resources dedicaced to extragalactic astronomy Databases, projects, education  
    http://www-obs.univ-lyon1.fr/~prugniel/galaxies_others.html
    
    Extractions: The LEDA database (here in Lyon) The NED database Extragalactic Cepheids Database (Lyon) Astronomy Digital Image Library (ADIL) CATS database - Astrophysical CATalogs support System A. Gubanov, St.-Petersburg MPIfR's Survey Sampler HI Multibeam Data Archive (CSIRO, Australia) The Westerbork Northern Sky Survey (Leiden Observatory) Asiago Database on Photometric Systems (Moro and Munari, Asiago) Digital Sky Survey SDSS Early Data Release 2dFGRS 100k Data Release Catalogues available at the CDS , at ADC , and at ADS HST archive browser (at ST-ECF Heinz Andernach collected catalogues Zsolt Frei's Catalogue of Images of Galaxies Reduzzi and Rampazzo Catalogue of Pairs of Galaxies (Milano, Brera)

82. IAYC Homepage
    Annual European space camp for amateur astronomers aged 16 24. During three weeks 70 participants work together in small units on research projects relating to astronomy and science.  
    http://www.iayc.org/
    
    Extractions: IAYC - The International Astronomical Youth Camp is an astronomy and science camp for young people and students from different countries. Every year it is held in another country in Europe. The 70 participants and leaders work for 3 weeks on small research projects in 7 working groups which all have their specific subject, like astrophysics, cosmology, Solar System, Ancient Astronomy, Practical Astronomy, etc. Request further information from info@iayc.org or visit www.iayc.org

83. Home - Christos Bohoris
    Christos' publications, PhD research and other research projects. Also links related to his interest in astronomy.  
    http://www.ee.surrey.ac.uk/Personal/C.Bohoris/index.html
    
    Extractions: Home Research Chris Bohoris You have found the Internet home of Chris Bohoris. I am currently a student at the University of Surrey , writing up my PhD thesis titled "Network Performance Management Using Mobile Agents". Most of the work towards this thesis was done during the 4 years (1998-2002) I had been employed as a research fellow in the Networks group of the Centre for Communication Systems Research I was born in Athens, Greece, in January 1975. I have moved around a lot since and re-located numerous times in Chania/Crete, Nicosia/Cyprus, Cardiff/Wales and Guildford/England. I have a Bachelor's degree in Electrical and Electronic Engineering and a Master's degree in Telematics (Telecommunications and Computer Engineering). Astronomy is one of my main interests. I currently use a 4.5 inches (reflector) telescope for mostly planetary and sometimes deep space observations. I also enjoy playing classic guitar, having completed 6 years of classic guitar studies. E-mail me at c.bohoris@eim.surrey.ac.uk

84. Leicester Astronomy And Astrophysics
    Research groups in xray and observational astronomy, theoretical astrophysics, and space projects and instrumentation.  
    http://www.star.le.ac.uk/
    
    Extractions: Theoretical Astrophysics Group Space Research Group Postgraduate Opportunities Search the site ... X-ray and Observational Astronomy Group News 2003 February: Two Astrogrid Java Developer positions avaliable, details at http://www.astrogrid.org The XRA Group has a distinguished record in high-energy astrophysics, having played a leading role in X-ray observatories such as Ariel-V, Exosat, Ginga and Rosat, now continued with Chandra and XMM-Newton. Although an emphasis on X-ray astronomy remains, the research programme now makes use of the full range of ground-based and space-based facilities for multi-wavelength astronomy. Active research interests include: the study of white and brown dwarf stars; stellar coronae; cataclysmic variables; supernova remnants; normal, starburst and active galaxies; clusters of galaxies; deep X-ray surveys; and the cosmic X-ray background radiation. A wealth of X-ray data is now arriving from the XMM-Newton and Chandra observatories. The Group also provides access to many important data archives via LEDAS and is now participating in the Astrogrid Project, leading towards the "virtual observatory".

85. Paul Bourke - Personal Pages
    Includes his projects and class notes from Swinburne Institute of Technology.  
    http://www.swin.edu.au/astronomy/pbourke/
    
    Extractions: The following are my personal WWW pages, I hope you find what you're looking for or something else that interests you. These pages come in a number of flavours: reports on projects I've been involved in, notes that I've put on the WEB instead of in a paper notebook, tutorials to assist others get started in various technical areas, papers that I've published or collaborated on, various image galleries, and finally some pages that are simply for amusement. I welcome any feedback on the content as well as any suggestions or corrections you think should be made. If you extend any of the ideas or techniques discussed on these pages I'm happy to include your contribution.... - P a u l B o u r k e Astrophysics and Supercomputing e pbourke@swin.edu.au w astronomy.swin.edu.au/~pbourke p +61 -3 9214 8624 f +61 -3 9214 8797 l Mail number 31 PO Box 218 Hawthorn Swinburne University of Technology Victoria 3122, Australia Geometry formats

86. Science Fair Projects Ideas Topics
    A resource center for science fair projects and ideas including astronomy, meteorology, geology, and oceanography, physics, chemistry and remote sensing.  
    http://www.science-fair-projects-ideas.net

87. Department Of Physics And Astronomy
    Information about the faculty, staff, program requirements, and research projects. Calendar of seminar schedule is published.  
    http://www.uca.edu/divisions/academic/physics/

88. Cornell Nano-Scale Facility
    Provides nanofabrication services to over 600 research projects. Subjects for research include astronomy, Plant Pathology, Integrated Optics, and Microelectromechanical Structures (MEMS) as well as the more conventional Microelectronics, Physics and Materials Research.  
    http://www.cnf.cornell.edu
    
    Extractions: NNUN Japan-US Symposium, January 21-24, 2003 Welcome to the Cornell Nano-Scale Facility http://www.cnf.cornell.edu has served the US research community for more than 21 years by providing nanofabrication services to over 600 research projects on the beautiful Cornell University campus. Subjects for research are as diverse as Astronomy and Plant Pathology, and projects delve into the emerging fields of Integrated Optics and Microelectromechanical Structures (MEMS) as well as the more conventional Microelectronics, Physics and Materials Research. The CNF is supported by the National Science Foundation. The CNF is one of five members of the National Nanofabrication Users Network Instant Addresses (Getting Started) (User Info) ... (NSF) Knight Laboratory, CNF - Cornell University, Ithaca, New York, 14853-5403

89. David's Astronomy - Projects
    David's astronomy Pages projects. This Web Page projects. Last Updated 200301-01.Contact david@richweb.f9.co.uk. Part of David's astronomy Pages.  
    http://www.richweb.f9.co.uk/astro/projects.htm
    
    Extractions: Hobby Diary CCD Imaging Drift Scan Imaging FWHM Analyses Astro Image Workbench ... Variable Stars My original plans for entering into the field of future CCD Imaging are described on my Future Steps Page. Imaging Notes and Experience from imaging sessions and tests are recorded on a series of pages Back to Top First attempt at drift scan imaging was made on 2002-01-17. - details Back to Top FWHM have been recorded for a number of observing sessions in an attempt to quantify the seeing conditions from my sub-urban observatory in Dorset, UK. Date Session FWHM FWHM range FWHM analyses in more detail Back to Top Back to Top Long term observation in changing tilt of Saturn's ring Back to Top In 2002-Oct I started a CCD Imaging project to follow the variability of a number of stars. I began with variables in constellations Andromeda, Lacerata and Pegasus. See

90. Michele's Home Page
    Information on research projects primarily dealing with variable stars (XX Leo eclipsing binary star, SMC variable stars, novae). Provides links to a growing number of astronomy, space, and science related sites.  
    http://www.astro.psu.edu/users/stark/

91. ASP: National Astronomy Education Projects
    National astronomy Education projects A Catalog. 2. Workshops andTrainings for Teachers (College) American Association of Physics  
    http://www.astrosociety.org/education/resources/naep02.html
    
    Extractions: SEARCH ASP SITE: Education Topics: Programs Activities Resources The Universe in the Classroom ... Forums 2. Workshops and Trainings for Teachers (College) American Association of Physics Teachers: Has an NSF-funded project called TYC21, which brings together regional groups of community college physics and astronomy instructors [see appendix , or consult the web site: http://www.aapt.org/programs/tyc21/tyc.html American Astronomical Society, Education Office: sponsors workshops and sessions for college teachers at its semi-annual meetings. [see appendix Astronomical Society of the Pacific: Sponsors workshops and symposia on college astronomy teaching at its annual meetings. [see appendix Image Processing for Teaching [see listing in section 5 Also helps facilitate training for college teachers.

92. The IMAGE POETRY Web Site: POETRY Science Fair Projects And Suggestions
    happen. astronomy on the Internet. Get or not. Visit our Middle SchoolSpace Science Workbook for related projects. Common Questions.  
    http://image.gsfc.nasa.gov/poetry/sfair/sfair.html
    
    Extractions: One of the most common questions asked at the POETRY site is to provide suggestions for Science Fair topics that students can attempt. Here are some on-going projects and a list of suggestions. Follow the links to pages where students have recorded their successes and where we report our progress in getting students to use these ideas! You can also skip to the section where we answer some common questions about finding a topic. Search for Infrared Cosmic Radiation Using real data from the NASA COBE satellite to search for and identify infrared sources in the sky. You will also use this data to search for traces of the infrared light left over from the Big Bang. This project has been selected by 12 students so beginning with the 1996-1997 school year. Student Progress Reports and newsletters. Modeling the Infrared Sky Using real data from the NASA COBE satellite, students will construct several mathematical models of the minimum sky intensity in specific patches of the sky. They will examine these models to find the ones that give the best predictions for the actual sky brightness based on extrapolations from low- latitude sky data. They will then compare their predictions against the actual sky brightness near the north and south poles of the Milky Way, and estimate the level of the cosmic infrared sky background left over from the Big Bang. Data archive and student progress When do large bodies become round?

93. SkyServer: Science Projects
    In our Science projects, you will use SDSS data to interactively learnsome of the most important concepts in astronomy. You will  
    http://skyserver.sdss.org/en/proj/
    
    Extractions: Projects Basic Advanced Challenges ... Links to Others In our Science Projects, you will use SDSS data to interactively learn some of the most important concepts in astronomy. You will use our website to look at hundreds of thousands of images, containing tens of millions of stars and galaxies, most of which have never been seen by a human eye. The projects are designed to be done at your own pace. Each consists of several questions and exercises. If you get stuck on a question or exercise, set it aside and come back to it later, and try reading our About Astronomy pages for some background on astronomy. Each project ends with a research challenge. In the research challenge, you will be conducting real astronomy research, studying stars or galaxies that no one has ever studied before. When you finish the research challenge for each project, E-mail it to us. We'll look over all the results we receive, and we'll put the best up on these pages! STUDENTS: TEACHERS: Click on one of the following project categories to get started: Basic projects Appropriate for middle and high school students, and for curious adults who want a basic understanding of astronomy

94. Astronomy Education At The ASP -- Site Update
    The National astronomy Education projects page has been moved to our newwebsite. Click on the link below to go to the page at our new site.  
    http://www.aspsky.org/education/naep.html
    
    Extractions: The Astronomical Society of the Pacific The National Astronomy Education Projects page has been moved to our new website. Click on the link below to go to the page at our new site. Please make a note of the new URL and update links and bookmarks as necessary. Thank you. www.astrosociety.org/education/resources/naep.html

95. Springer Physics & Astronomy
    SpringerVerlag intends to answer this question by participating in twomajor national and international research and development projects.  
    http://www.springer.de/phys/

96. Linux Astronomy HOWTO: Projects Using Linux
    Next Previous Contents 8. projects using Linux. Here is a list of astronomyprojects using Linux in whole or in part of their instrumentation  
    http://www.tldp.org/HOWTO/Astronomy-HOWTO-8.html

97. Dr. Odenwald's ASK THE ASTRONOMER Page: Science Fair Projects
    19 FAQs about Science Fair projects (The astronomy Cafe). CMS web site. IMAGE/POETRY.Guides and Instructions. Ted Rowans Suggestions. Project Ideas. Idea Exchange.  
    http://itss.raytheon.com/cafe/qadir/asfair.html

98. Astronomy - SCI170 - Projects
    astronomy is based on observations, and these projects will provide you theopportunity to make your own observations and do some real astronomy.  
    http://www.physics.pacificu.edu/hall/astronomy/projects.html
    
    Extractions: Strain 122-D, 503-352-2280 Projects You will do two projects during the semester. Astronomy is based on observations, and these projects will provide you the opportunity to make your own observations and do some real astronomy. Since things happen slowly in the sky, the observations will be made over a month or more. You should try to evenly space your observations over this time. Observations must be separated by at least a day. The projects are due Fri, March 21. You will record the location on the horizon of the sun at sunrise or sunset over at least a month. You must have at least 8 observations. No more than 3 observations in any one week. You may choose to observe either sunset or sunrise, but all of your observations must be of the same event. You need to come up with a way to record the position of the sun. I suggest you draw the horizon and sketch in the sun's position for each observation (use the same piece of paper to record all your observations). Alternatively, you might use a compass to get the direction, or use your fist held at arm's length to make an angular measurement from a fixed object. You also need to record the date and time of your observation. You should try to make your observation as close to sunrise/sunset as possible. The

99. CU Department Of Astronomy : Research : Projects
    Research projects Astrophysics and Relativity Theory Group Faculty andprojects associated with theoretical astrophysics and relativity.  
    http://astrosun.tn.cornell.edu/research/projects/index.shtml
    
    Extractions: Research Projects Astrophysics and Relativity Theory Group - Faculty and projects associated with theoretical astrophysics and relativity. Atacama Telescope - Investigations in the feasibility of a large optical/ infrared telescope in a high altitude plateau in Northern Chile. Athena - Developing tools for use on the Mars Surveyor lander and rover. Black Holes and Gravitational Waves - Simulating Black Holes on Supercomputers. C-N Galaxy Pair Study - Investigating dark matter in isolated and small groups of galaxy pairs. CONTOUR - An unmanned spacecraft that will analyze the nuclei of three comets from close range. CORMASS - A low-resolution NIR Spectrograph used on the Palomar 60-inch telescope primarily for the study of very low mass stars and brown dwarfs. EGG - Researchers interested in extragalactic study and observational cosmology. FORCAST - A Wide-Field Infrared Camera for SOFIA NEAR - Cornell-led team developed instrumentation for the Near-Eearth Asteroid Rendezvous program.

100. Special Projects
     project is progressing. These web pages detail student's efforts inastronomy special projects. astronomy 356 CCD Special Project.  
     http://physics.carleton.edu/Astro/pages/sprojects.html
     
     Extractions: Links Special Projects Special projects are two or three credit courses (vs six credits for a regular course) which can last a half or a whole term. A student doing a special project is allowed to work "independently" under a professor on a project of the professor's choosing. The professor and student usually meet once a week to discuss how the project is progressing. These web pages detail student's efforts in astronomy special projects.

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