Community Blogs

Included below is a feed of the latest blog posts created by the GLOBE Community. To view a tutorial on how you can create a blog click here 

In the summer of 2014 - at the International Student Learning Expedition in New Delhi, India, the GLOBE Implementation Office along with NASA's GLOBE Program Manager established formal working groups to engage in discussions around a variety of GLOBE Research/Science, Education, Evaluation, Communications, and Technology challenges now and into the future. These groups comprise memberships from around the world with participants from science, education and technical institutions, and GLOBE Country and Regional Coordinators. I was honored and pleased to have been elected to chair...

Posted in: GLOBE Working Groups: Technology Working Group

Hello GLOBE friends! The Evaluation Working Group was formed last summer and our first meeting took place during  the GLE in New Delhi, India. The purpose of this group is to get in touch with the people who actually do GLOBE all over the world and find out how the Program works in schools, identify tools, resources and practices, build on the existing experience and provide suggestions that can help its implementation and outcomes. For this purpose, and after having  several teleconferences, we developed a set of questions that were included in the Annual Partner Survey....

Posted in: GLOBE Working Groups: Evaluation Working Group

The Soil Moisture Active Passive (SMAP) mission has engaged with GLOBE to obtain surface soil moisture measurements from student citizen scientists. These measurements will become part of SMAP’s calibration/validation effort. Gravimetric soil moisture measurements are the gold standard for this environmental variable, and these may be taken by almost anyone. Through GLOBE, the resulting data can be reported and archived and put to use by the SMAP Science Team. SMAP scientists have indicated that measurements from clusters of 10 sites within a 10 km radius circle are particularly...

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The radar measurements made by NASA's Soil Moisture Active Passive (SMAP) observatory are sensitive to whether land surfaces are frozen or thawed. As liquid water freezes in soil, the water molecules become bound in a crystalline lattice, which changes how the incoming radar energy from SMAP interacts with Earth's surface, compared to soil containing freely oriented liquid water molecules. Read more HERE!

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"With its antenna now spinning at full speed, NASA's new Soil Moisture Active Passive (SMAP) observatory has successfully re-tested its science instruments and generated its first global maps, a key step to beginning routine science operations next month." Read more HERE ! Brian

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