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We are in the middle of our December observations for the Urban Heat Island Effect/Surface Temperature Field Campaign. 69 schools have entered 1323 observations. As developer of the surface temperature protocol I wanted to thank everyone who has taken observations . It is your data that will allow other students to create interesting research projects as well as providing a database for me and my students to conduct research. We have schools all over the world taking surface temperature observations to contribute to the campaign. I want to talk about problems some schools are having with...

The GLOBE Clouds team loves coming up with ways to help students and teachers identify clouds. I've been blessed to visit a number of 4th grade full inclusion classrooms and want to share my quick cloud ID and data collection activity outline! Anchor question: Do all clouds look the same, even from space? Goal: Students identify, collect and submit cloud observations by using their own notes and clues for each possible cloud type. Objectives:  Students will, (A) Recognize that clouds are part of the water cycle. (B) Investigate cloud types...

Check out the featured NASA article on the "88S' 470-mile Antarctic Expedition. "In temperatures that can drop below -20 degrees Fahrenheit, along a route occasionally blocked by wind-driven ice dunes, a hundred miles from any other people, a team led by two NASA scientists will survey an unexplored stretch of Antarctic ice." See it HERE!

We flew from Christchurch to McMurdo – 7.5 hours on a C-130 airplane operated by the Royal New Zealand Air Force. There were 38 passengers in the front of the aircraft and three pallets of gear in the rear. The passenger space is extremely tight; you have to work together with your neighbors to share space in an effort to remain as comfortable as possible for the long flight. And ladies, the restroom facilities are not fabulous. Greetings from McMurdo!

Follow two NASA ICESat-2 scientists, Dr. Tom Neumann and Dr. Kelly Brunt, as they head to Antarctica for 2 months to do some preliminary ICESat-2 measurements. They will travel to 88S latitude and collect measurements of the ice sheet elevation around part of the circle at that latitude. We will compare our measurements with those from ICESat-2 shortly after launch to evaluate the performance of the satellite. Click on the blog title below to see Blog 1 from the trip. "Heading South, to New Zealand and Beyond"