What is one primary use of satellite data in environmental management?

Satellite data plays a crucial role in analyzing climate change over large areas due to its ability to capture a wide range of environmental variables and observations across vast geographic regions. This data includes temperature readings, cloud cover, land-use changes, vegetation cover, and other atmospheric conditions that are integral to understanding climate dynamics. By using satellite imagery, scientists can observe trends over time, such as changes in ice cover, shifts in vegetation growth, and fluctuations in sea level, all of which are essential for climate change assessments. The extensive coverage and consistent monitoring capabilities of satellite technology make it an invaluable tool for environmental researchers, enabling them to analyze and model climate patterns on a global scale.

The other options, while relevant in their contexts, do not leverage the capabilities of satellite data to the same extent as climate change analysis. Developing mobile applications is more about practical technological applications rather than direct environmental analysis. Predicting animal migration involves specific ecological studies that may or may not depend on satellite data as the primary source. Monitoring human health, although impactful, generally relies more on ground-level data and health statistics than the broad-scale environmental data that satellites provide.