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Member Since 1971
Eric F. Wood
Princeton University
AGU Research
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High‐Resolution Soil Moisture Data Reveal Complex Multi‐Scale Spatial Variability Across the United States
GEOPHYSICAL RESEARCH LETTERS
11 august 2022
Noemi Vergopolan, Justin Sheffield, Nathaniel W. C...
Soil moisture (SM) spatiotemporal variability critically influences water resources, agriculture, and climate. However, besides site‐specific...
Field-scale soil moisture for drought monitoring and agricultural yield prediction at the local scales
MONITORING AND MODELING PLANT WATER AVAILABILITY IN DRYLANDS FOR SUSTAINABLE MANAGEMENT UNDER CLIMATE CHANGE I HYBRID ORAL
managing scarce resources | 22 june 2022
Noemi Vergopolan, Sitian Xiong, Lyndon D. Estes, N...
Soil moisture is highly variable in space and time, and its deficits (i.e., droughts) play an important role in modulating crop yields. Limited hydroc...
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The spatial variability and scaling behavior of field-scale soil moisture across the United States using SMAP-HydroBlocks
DIALOGUES CONCERNING TWO SCIENCES: SCALING AND HYDROLOGIC PROCESSES I ORAL
learning from observations | 20 june 2022
Noemi Vergopolan, Justin Sheffield, Nathaniel W. C...
Soil moisture (SM) varies widely in space and time. This variability influences agriculture, land-atmosphere interactions and triggers hazards, such a...
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Mapping surface soil moisture at 30-m resolution and assessing its spatial variability across the United States using SMAP-HydroBlocks
ADVANCING SOIL MOISTURE SCIENCE VIA MONITORING, MODELING, AND REMOTE SENSING II ORAL
hydrology | 17 december 2021
Noemi Vergopolan, Justin Sheffield, Nathaniel W. C...
Soil moisture (SM) varies widely in space and time. This variability influences agriculture, land-atmosphere interactions and triggers hazards, such a...
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Advancing Global River Network Characterization for High-Resolution Global River Discharge Modeling
RIVER NETWORKS: CONNECTING FORMS AND FUNCTIONS I ORAL
hydrology | 13 december 2021
Peirong Lin, Ming Pan, Eric F. Wood, Dai Yamazaki,...
Accurate characterization of global river networks, including centerline accuracy, topology, and drainage density, is key to the modeling of global ri...
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Synergistic Satellite Assessment of Global Vegetation Health in Relation to ENSO‐Induced Droughts and Pluvials
JOURNAL OF GEOPHYSICAL RESEARCH: BIOGEOSCIENCES
19 may 2021
Jinyang Du, John S. Kimball, Justin Sheffield, Isa...
We used environmental metrics developed from multi‐source satellite observations to quantify the global influence of El Niño‐South...
Global Reach-level River Flood Reanalysis (1980-2019)
GLOBAL FLOODS: FORECASTING, MONITORING, RISK ASSESSMENT, AND SOCIOECONOMIC RESPONSE I
hydrology | 16 december 2020
Ming Pan, Yuan Yang, Peirong Lin, Hylke Beck, Cedr...
Flood is the extreme upper tail of river hydrology that can happen within a much shorter time (hours to days) and smaller area (a few river reaches) t...
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A reversal in global terrestrial stilling andits implications for wind energy production
RENEWABLE ENERGY: WIND ENERGY I ELIGHTNING
global environmental change | 16 december 2020
Zhenzhong Zeng, Alan D. Ziegler, Timothy Searching...
Wind power, a rapidly growing alternative energy source, has been threatened by reductions in global average surface wind speed, which have been occur...
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