Ecoforecasts detail how interactions between organisms and their environment may affect ecological phenomena such as animal extinction, the spread of invasive plants and disease, and the health of waterbodies.
Major benefits of ecological forecasts include:
Predicting the amount of oxygen depletion in water (hypoxia) is just one example of ecoforecasting. Certain fertilizers used in farming operations can seep into neighboring waters, causing nutrient overabundance. Excess nutrients can reduce the amount of oxygen in the water, creating a hypoxic environment, which can, in turn, harm marine life. By integrating such factors as historical data about seasonal fertilizer usage, water temperature, sea level rise, and the affected waterbody’s natural hypoxic cycle, scientists produce ecoforecasts that help inform strategies for controlling nutrient pollution.
NOAA scientists continue to develop a suite of ecological forecasts to support more effective ecosystem management. The forecasts bring together wide-ranging research and observations to allow coastal resource managers to answer "What if?" questions about the numerous factors that affect coastal resources, including harmful algal blooms, pathogens, and coral bleaching.
NOAA’s ecoforecasting efforts made it possible for experts to confidently predict the end of the third global coral bleaching event. NOAA and partners used ocean temperature data from satellites and operational climate models to determine that widespread coral bleaching was no longer occurring in Earth’s three ocean basins (Atlantic, Pacific and Indian) indicating the likely end to the global coral bleaching event.
Last updated: 07/01/20
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