Ron Vogel Presents at the Restore America’s Estuaries Coastal and Estuarine Summit

Figure: Satellite-based temperature indicators for 84 estuaries across the United States are available from the NOAA CoastWatch Data Portal. Displayed is monthly mean sea surface temperature (SST) for Delaware Bay, 2007–2023.
Figure: Satellite-based temperature indicators for 84 estuaries across the United States are available from the NOAA CoastWatch Data Portal. Displayed is monthly mean sea surface temperature (SST) for Delaware Bay, 2007–2023.

ESSIC/CISESS Scientist Ron Vogel convened with environmental stakeholders at the Restore America’s Estuaries Coastal and Estuarine Summit, which took place from 7–9 October 2024 in Arlington, VA. Vogel presented at the conference on collaborative work between UMD, NOAA, and the Environmental Protection Agency applying long-term satellite temperature data to 84 estuaries across the United States. The temperature indicators, available through NOAA CoastWatch, provide estuary managers with critical information for monitoring change and making decisions in coastal environments. Estuary managers point out the satellite data are crucial for estuaries where in-situ measurements are lacking. They also shared feedback on satellite temperature product characteristics most important to their needs. Vogel’s presentation was titled “Nationwide estuarine water temperature monitoring by satellite.” The work demonstrates how environmental satellite data meets societal decision-making needs.
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In his research, Vogel applies earth-observation satellite data to environmental decision-making. He currently develops decision-support tools for water quality, fisheries and climate change in coastal areas. Other interests include ecological modeling with satellite data and vegetation and land surface monitoring by satellite. He has expertise in both visible and infrared satellite remote sensing.

This article was put together by the CISESS coordinators based on scientist input.

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Debra Baker

Debra Baker is the Coordinator for the Cooperative Institute for Satellite Earth System Studies (CISESS) at the University of Maryland. She received her M.S. in atmospheric science from the University of Maryland, College Park. Before joining ESSIC in 2013, she worked on air quality issues at the Maryland Department of the Environment. Debra also has a law degree from Harvard Law School.

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Kate Cooney

Katherine Cooney is a part-time faculty assistant at the Cooperative Institute for Satellite Earth System Studies (CISESS). Kate received a B.S. in environmental science and policy from the University of Maryland (UMD), College Park. She later earned a M.S. in geology from UMD, while investigating the isotopic fractionation of precipitation nitrate under the guidance of Distinguished University Professor James Farquhar. After graduation, she worked as an air-quality specialist at the Mid Atlantic Regional Air Management Association in Baltimore, Maryland. While her family was stationed in Tokyo, Japan, she dedicated her time serving military families and the local community. She is grateful for the opportunity to return to earth system studies, supporting the CISESS Business Office and assisting the CISESS Coordinator Deb Baker since January 2021.

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Maureen Cribb