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Active Mission
"Plant Growth in Space"
 

OQ Mission X, Plant Growth in Space is our newest research mission designed to help students understand how the plant species Brassica rapa responds to growing in microgravity. Participating students will analyze photos from an experiment onboard the International Space Station to gather and submit data to the Principle Investigator for the mission.

Additional details can be found by going to the Missions page.

 
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Active Mission
"Spiders In Space"
 

OQ Mission IX, Spiders in Space is our newest research mission designed to give scientists information about the ability of the orb-weaving spider Nephila clavipes to construct webs in microgravity. Participating students will gather and submit data to the Principle Investigator for the mission.

Additional details can be found by going to the Missions page.

 
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Active Mission
"Fruit Flies In Space"
 

OQ Mission VIII, "Fruit Flies in Space" is our newest research study. This Biology based research was launched to the International Space Station in May 2011. Students will participate in this study which supports the work of NASA scientists.

Additional details can be found by going to the Missions page.

 
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Virtual Mission
"Butterflies In Space"
 

Launched to the International Space Station in November 2009, this study is designed to increase knowledge of the role gravity plays in life processes of the Painted Lady butterfly through long duration exposure to microgravity.

Additional details can be found by going to the Missions page.

 
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Virtual Mission
"Worms In Space" Study Series
 

This biology based mission, focuses on the nematode C. elegans and uses actual photos and data collected during their 6 month stay on the International Space Station. This virtual mission is available to teachers enrolled in the program and data gathered by participating students will be sent to NASA scientists at Ames Research Center in California.

Additional details can be found by going to the Missions page.

 
Enroll In "Worms In Space"
 
 
Virtual Mission
"Silicate Gardens" Study Series
 

This chemistry-based research mission uses actual photographs and data downlinked from the International Space Station. It is designed to have students support the work of scientists studying the effects of microgravity on the formation and growth of hollow tubes in spheres which are the basic structures of chemical gardens. Data gathered by participating students will be sent to scientists at the Laboratory for the Study of Crystallography in Granada, Spain.

Additional details can be found by going to the Missions page.

 
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Mission Statement

To challenge America’s students to excel in math and science through their active participation in space–based research. 

Teachers Enroll Today.

Start your classroom on an educational journey.  Orion's Quest is an Internet delivered program for middle and high school students that seeks to reach the "Next Generation of Explorers".  Students hone their skills in the STEM disciplines through active participation in authentic research being conducted by scientists and engineers at NASA and other world class research organizations.

 
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What's Happening In Space
NASA to Announce Mars 2020 Rover Instruments
NASA will announce on Thursday, July 31, the instruments that will be carried aboard the agency’s Mars 2020 mission, a roving laboratory based on the highly successful Curiosity rover. The announcement will air live at noon EDT on NASA Television and on the agency’s website.
NASA Selects Instruments to Track Climate Impact on Vegetation
NASA has selected proposals for two new instruments that will observe changes in global vegetation from the International Space Station. The sensors will give scientists new ways to see how forests and ecosystems are affected by changes in climate or land use change.
NASA, Small Business Administrators and U.S. Sen. Cardin to Announce Results of 2013 Small Business Federal Procurement Scorecard
NASA has selected proposals for two new instruments that will observe changes in global vegetation from the International Space Station. The sensors will give scientists new ways to see how forests and ecosystems are affected by changes in climate or land use change.