Blog - Brian Andrew Campbell

Greetings from NASA and the ICESat-2 Satellite Mission,   As you may know, the NASA Ice, Cloud, and land Elevation Satellite-2 (ICESat-2) will launch from the Vandenberg Air Force Base in California on September 15, 2018. ICESat-2 will be a satellite that will use an on-board laser system to measure the height of Earth’s ice, trees, oceans, geographic features, among others.   For...

ANNOUNCING THE NEXT ENSO PHASE III SHORT OBSERVATION & DATA ANALYSIS (SODA) WEBINAR Wednesday, 28 February 2018 @ 4:00pm EST (9:00 UTC) THE WEBINAR WILL BE AT https://zoom.us/j/7578241037. WE ARE LOOKING FORWARD TO YOU JOINING US FOR THIS WONDERFUL WEBINAR.

ENSO Student Research Campaign Students in the United States, here is where you take your GLOBE date to the next level! The US Student Research Symposium is ready to learn all about the data that you have taken! https://www.globe.gov/web/united-states-of-america/student-research-symposia Teachers, if you are interested in attending with a group of students, please indicate your interest and...

There are many application for SMAP soil moisture satellite data. Understanding drought risk is vital to the health of the planet and to the lives of potentially billions of people around the world. Soil moisture strongly affects plant growth and hence agricultural productivity, especially during conditions of water shortage and drought. Currently, there is no global in situ network for soil...

Guest Blog by NASA SMAP Scientists Dr. Erika Podest and Dr. Narendra Das of the NASA Jet Propulsion Laboratory in Pasadena, California USA. SMAP scientists are using soil moisture in a number of ways, ways that allow all of us to better understand water’s role on Earth: Weather Prediction: Water in the soil has the potential to evaporate (depending on atmospheric temperature and pressure) and...

Have you ever wondered how the SMAP satellite, with an altitude of 685 km (425 miles) above the Earth, can take measurements as precise as the amount of water in the Earth's soil? The quick answer is that it requires precisely calibrated instruments, along with a technological marvel in satellite design. SMAP was designed to use a combination of two precise instruments, one with high...