- Explorations (by Vivian Hoette)
- Explore and Discover Observing! – Astronomy Projects and Science Guides
- Optical Powers: Telescopes and Imaging
Software for use in HOU activities:
- SalsaJ Image Processing Software
- AstroArt …software for image processing, photometry, astrometry, camera control and image stacking for digital and film images.
- FITS Photoshop Liberator – free software plugin for Adobe Photoshop CS to open FITS data and process it. Create color composite images from Hubble (and other) data. Article by Zolt Levay, StScI: http://hubblesource.stsci.edu/services/articles/2005-02-10/
From Lawrence Hall of Science (LHS) – Alan Gould
- Solar System Science, the HOU middle school curriculum, (previously Hands-On Solar System or HOSS) – students use images from professional telescopes along with image processing software developed for use in the classroom to learn key concepts in astronomy, mathematics, and technology. Solar System Science blends content learning with critical thinking skills and processes such as data interpretation, measurement techniques, and using appropriate tools for exploration. Solar System Science curriculum materials include:
- Solar System Science books (free!)
- Salsa J software – A multiplatform, multilingual program that allows students to display, analyse, and explore real astronomical images and other data. Download Salsa J from the Global HOU software page.
- Telescope Images (13 Mb zipped – FITS format images; Solar System Science under see “image sets”).
- A Changing Cosmos – HOU high school curriculum – students use astronomical telescope images to explore science, math, and technology concepts. This is the “Best” of the 7 original HOU books (developed by TERC). The essential components are:
- HOU Modeling Unit (high school – Newton’s Universal Law of Gravitation and Kepler’s 3rd Law; summer 2005)
- HOU Transit Unit (high school – Discovering New Planets)
- Uncle Al’s Sky Wheels – an astronomical tool to help find constellations and other sky objects.
- Habitable Zone Simulations – Simulations from The Science Learning Activation Lab (LHS and Tufts University) to explore the effects of planet orbit distances and star temperatures on planet temperatures. Effect of Distance | Effect of Star Temperature | Both
- What Is It? How Far is It?
From HOU teacher/TRA Dane Toler:
From HOU teacher/TRA Harlan DeVore:
- The Mass of Jupiter Project
- Titan Project Project by Cape Fear High School students to find the mass and density of Saturn. Orbital data for Titan and Rhea were obtained for 19 images using HOU-IP. An Excel spreadsheet was used to fit a sine curve to the moons’ data to determine their orbital periods and orbital radii. These values were then used to find Saturn’s mass.
- Io Project by Cape Fear High School students to find the mass of Jupiter. Orbital data for Io was obtained from images using HOU-IP. An Excel spreadsheet was used to fit a sine curve to Io data to determine its orbital period and orbital radius. These values were then used to find Jupiter’s mass.
From HOU teacher Fred Page:
From HOU TRA in Poland Lech Mankiewicz <firstname.lastname@example.org>: Polish HOU has prepared an English version of the “Webcam Astronomy in School” manual. It can be downloaded from http://www.cft.edu.pl/~tomsow/ccd/ccd_obs/ccd_en.pdf
To be added…
- Tour of the Universe (ISE) [Look for lunar crafts and puzzles, explore the motions of the planets and their moons; make a flip-book animation of Jupiter; find a comet; see the Orion Nebula; star hop to the Pleiades; learn to photograph constellations and to classify galaxies.]
- NASA’s Saturday Academy for Space Science, at Chicago State University in Chicago
- Explorations page from Kitanomaru Internet Telescope (KIT)