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NOVEMBER 2018 FOR THE MONTH OF NOVEMBER 2018, HERE ARE THE TOP 5 MOST ACTIVE GLOBE PARTICIPANTS TAKING TREE HEIGHT, GREENINGS, AND LAND COVER MEASUREMENTS FOR THE TREES AROUND THE GLOBE STUDENT RESEARCH CAMPAIGN! CONGRATULATIONS! TREE HEIGHT (The numbers represent how many measurements they took): J. BOUWMAN S. NERN A. PRIETO B. VASYLCHYSHYN F. SAUD GREENINGS (GREEN UP/GREEN DOWN): M. DOBRZYCKA B. VASYLCHYSHYN O. MOVCHAN Z. ŽRAUTHACKER I. MIHALJEVIC LAND COVER: A. MAJKUT ...

  The 2019 GLOBE International Virtual Science Symposium important dates and rubrics are now available! The GLOBE Clouds team at NASA Langley Research Center would love to see you use cloud observations in your research!  Do you need some ideas? Here are a few. Also, don't forget about the blog on how to come up with a good research question .  K-2nd grade: - What is the cloud type observed the most during Fall/Spring/Summer (choose one or a different period of time)? - Which cloud type, nimbostratus or cumulonimbus, produces the most...

CloudSat and CALIPSO were designed to complement each other in the 1990s. They launched together on the same rocket in 2006. Then they spent more than 10 years orbiting Earth in formation with a coterie of other satellites in what's known as the A-Train, or afternoon constellation.  Flying together enables the A Train satellites to gather diverse measurements of the Earth below at nearly the same time as they circle the globe pole-to-pole, crossing the equator around 1:30 p.m. local time every day. The nearly simultaneous observations allow scientists to build a more...

Understanding our planet's forests is vital to helping us gain knowledge about tree canopies, Earth's carbon budget, biomass estimations, among others. Also, knowing how our planet's forests respond to disasters like fires, blight, and natural disasters is an important facet in knowing how our planet responds to change. Through a combination of satellite and ground-based data collection, the Canadian Forest Service was able to i mprove Canada’s ability to observe, track and study forest disturbances such as wildfires and insect infestations, and how quickly forests grow back after...

Our mosquito story is a climate story. In the Early Holocene around 8200 years ago, the area that is today the Sahara Desert was much wetter and supported grassland vegetation. During the mid-Holocene, about 5000 years ago, changes in the monsoon began to dry out much of north Africa. This caused the Sahara to expand, and the yellow fever mosquito ( Aedes aegypti) was forced to retreat to areas where they could still find standing water to breed. These were also the same places where humans migrated, congregated and settled. A changing climate brought people and mosquitoes together, and...