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Perry Oddo, NASA GSFC

Perry Oddo

Affiliation
NASA Goddard Space Flight Center
Program Role
Associate Program Manager, Water Resources

Perry Oddo serves as an Associate Program Manager of NASA's Applied Sciences Water Resources Program.

Erin Urquhart

Erin Urquhart, PhD

Affiliation
NASA Goddard Space Flight Center
Program Role
Associate Program Manager, Water Resources

Dr. Erin Urquhart serves as associate program manager for the NASA Earth Science Applied Sciences Water Resource program area.

Chris Hain, NASA Marshall Space Flight Center

Chris Hain

Affiliation
NASA Marshall Space Flight Center
Program Role
Associate Program Manager, Water Resources and Agriculture

Christopher Hain is an Associate Program Manager in the Water Resources and Agriculture Application Areas.

Cordelia Hiers Brady, NASA HQ

Cordelia Hiers Brady

Affiliation
NASA Headquarters
Program Role
Program Coordinator, Agriculture

Cordelia Hiers Brady is the Program Coordinator for NASA’s Applied Sciences agriculture application area.

photo of a forest showing healthy green trees and dead tree trunks
Ecological Conservation

Hemlock Forests Under Attack by Sap-Sucking Bugs

By
Marissa Kunerth, Applied Sciences Writer
satellite image showing the edges of a water reservoir
Capacity Building
Ecological Conservation
Water Resources

Tenacious Plant Threatens Birds in Lake Thurmond

By
Marissa Kunerth, Applied Sciences Writer
NDTI-processed river imagery from 2021 PlanetScope data with GPM IMERG data shown in blue. The Shoshone River in northwestern Wyoming is shown with red values indicating lower turbidity and yellow values representing higher turbidity. Lighter blue values indicate higher monthly mean IMERG precipitation values for 2021. NDTI values and precipitation averages help watershed managers understand where and when excess sediment enters the river.​

Assessing Sediment Inputs into the Shoshone River in Wyoming to Determine Areas for Protection and Restoration Practices

Topic
DEVELOP
Capacity Building
Water Resources
Shoshone River Water Resources (Fall 2022) Team: Robyn Holmes (Project Lead), Will Campbell, Cassie Ferrante, Nelson Lemnyuy Summary: In 2016, a routine repair operation at...
Fall 2022 Maldives Climate

Monitoring Shoreline Change and Island Loss in Response to Climate Change

Topic
DEVELOP
Climate
Capacity Building
Maldives Climate: Monitoring Shoreline Change and Island Loss in Response to Climate Change (Fall 2022) Team: Aidan Harvey (Project Lead), Daniel Lopez, Mitch Porter, Derek...
Land cover imagery processed from Landsat 8 OLI and ocean turbidity data imagery processed from Sentinel-2 MSI. The Tijuana River stormwater plume off the San Diego coast was mapped from data collected on December 5th, 2019, while the land surface data was collected on April 4th, 2022. Shades of red indicate high turbidity values, while blue areas show normal turbidity values. Areas of high turbidity reflect high concentration of pollutants from stormwater runoff.​

Monitoring Pollution Plumes due to Storm and Wastewater Runoff in the San Diego Bay and Tijuana River Estuary to Inform Water Quality Management

Topic
DEVELOP
Capacity Building
Water Resources
San Diego Water Resources: Monitoring Pollution Plumes due to Storm and Wastewater Runoff in the San Diego Bay and Tijuana River Estuary to Inform Water...
NDVI imagery derived from Landsat 8 OLI data. This imagery showing the California’s Carmel and Salinas Valleys within the surrounding Santa Lucia Mountain range was collected in the Spring of 2019 . Light green areas show the more developed, agriculturally intensive areas of the valley while the dark blue areas show the less developed hills. NDVI calculations were used in models of forest cover changes in the area over time.

Monitoring Land Cover Change to Understand Conservation Outcomes in Coastal California

Topic
Urban Development
DEVELOP
Capacity Building
Carmel Valley Urban Development: Monitoring Land Cover Change to Understand Conservation Outcomes in Coastal California (Fall 2022) Team: Cooper Campbell (Project Lead), Julia Portmann, Devina...

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