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SLAP in Spain for LIAISE Field Campaign

07.16.2021
Goddard's Scanning L-band Active Passive (SLAP) airborne soil moisture sensor is participating in the European Land surface Interactions with the Atmosphere over the Iberian Semi-arid Environment (LIAISE) campaign, with applications to Planetary Boundary Layer and related science. Ed Kim (617), Hessam Izadkhah (617/Aerotek), Albert Wu (61A/ATA Aerospace), and NASA Langley's B200 aircraft are currently in Spain for the campaign.

Earth Matters Blog: NASA Supports Drought Resilience in the American West

07.13.2021
The American West is in the grip of an exceptional drought. Following one of the planet’s hottest years on record — and with rainfall and snowfall in the western U.S. well below average — water managers, policymakers, government agencies, and scientists are facing strapped water supplies and anticipating potentially devastating wildfires.

Division Scientists Provide ARSET Training

05.27.2021
The Applied Remote Sensing Training (ARSET) program completed its longest (six part) bilingual series, "Satellite Observations and Tools for Fire Risk, Detection, and Analysis." The training covered the use of Earth observations pre-fire (fire types, conditions, and fire danger), during-fire (thermal anomalies and smoke mapping), and post-fire (burned area, landscape changes, and regrowth), and the content spanned air quality, disasters, and land applications. The course instructors were Melanie Follette-Cook (614/MSU), Pawan Gupta, Amita Mehta (612/UMBC), Erika Podest, Sean McCartney (610/SSAI), Juan Torres-Pérez, Zach Bengtsson, Robert Field (611/CU), and Ana Prados (614/UMBC); and guest presenters Elijah Orland (617/USRA) and Blanca Rios. Brock Blevins (614/SSAI), Selwyn Hudson-Odoi (612/UMBC), David Barbato (614/UMBC) and Jonathan O’Brien (614/SSAI) supported the training. There were 2,544 attendees from 110 countries and 47 US states. Approximately 1,200 unique organizations were represented.
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Overview

The Hydrological Sciences Laboratory examines the role of water in the Earth system. Laboratory researchers strive to better understand, quantify, and analyze the hydrological cycle and to measure hydrological processes in order to improve prediction of the response of global hydrology to anthropogenic and/or natural climate change.

Special emphasis is placed on land surface hydrological processes and their interactions with the atmosphere. Laboratory scientists develop remote-sensing and modeling techniques to investigate how the various components of the hydrological cycle interact over a broad range of spatial and temporal scales.

For further information, data, research, and other resources, see Hydrological Sciences Research.


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Matthew Rodell
301.286.9143
matthew.rodell-1@nasa.gov

General inquiries about the scientific programs at NASA's Goddard Space Flight Center may be directed to the Center Office of Communications at 1.301.286.8955.

                                                                                                                                                                                        
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