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NASA
Principal Investigator
Matthew Alvarado
Using remote sensing and Earth system models to improve air quality and public health in megacities
The primary goal of this project is to use NASA retrievals of boundary-layer concentrations of ammonia (NH3) from the
Principal Investigator
Joaquim Goes
Over the past 15 years the Arabian Sea ecosystem has witnessed a radical shift in the composition of winter phytoplankton blooms due to the warming of the Eurasian continent and the spread of hypoxia. Recurrent and trophically important, winter diatom blooms until 1990s, have since...
Principal Investigator
Richard A Smith
SPARROW is widely used throughout the United States for long term, steady state water quality analysis. However, users are increasingly asking for a dynamic version of the model that can provide seasonal estimates of nutrients and suspended sediment to receiving waters. Time varying SPARROW forecasts...
Principal Investigator
Megan Donahue
The goal of the proposed research is to develop better models of coral disease outbreak risk across the western tropical Pacific Ocean and embed these improved forecasts into the NOAA Coral Reef Watch decision support system (DSS). The current DSS was developed based on ~50...
Principal Investigator
Charon Birkett
Description: This project provides a range of surface water products related to lakes, reservoirs, and wetlands in a near real time framework. It also offers a longer-term set of observations via integration of historical data sets. Products include water level, water extent, hypsometry and bathymetry...
Principal Investigator
Valerie Seidel
The Balmoral Group team proposes to conduct a series of workshops in Gulf Coast states to advance the use of Earth observations for valuing ecosystem services and to define practical means to incorporate these values into resource planning and decision making in the coastal environment...
Principal Investigator
Neil Carter
Our collaborator and end-user, the US National Park Service (NPS), has policy and legislative mandates to conserve acoustic and night sky environments unimpaired for the enjoyment of future generations. The rapid and unprecedented spread of anthropogenic nightlight and noise (ANLN) across the contiguous US jeopardizes...
Principal Investigator
Amir AghaKouchak
This project proposes a methodology that improves capabilities to forecast 1- to 6-month precipitation and water supply anomalies. Predicting and understanding droughts' effects on water resource systems is essential to securing sustainable water resources. This project will make unique contributions through a comprehensive and challenging...
Principal Investigator
Jeff Dozier
Our primary objective is to improve our ability to apply remotely sensed measures of snow properties to improve in-season estimates of snow accumulation, snow melt and runoff in remote, snow-dominated mountain regions, which supply water to 1/5th of Earth’s population. The results enable decision makers...
Principal Investigator
Blake A Schaeffer
The Cyanobacteria Assessment Network is a multi-agency project among the National Aeronautics and Space Administration, National Oceanic and Atmospheric Administration, U.S. Environmental Protection Agency, and U.S. Geological Survey to develop an early warning indicator system for algal bloom detection in U.S. freshwater systems. This research will utilize historical and...