Climate Change Monitoring: How Satellite Data Helps

Aerospace and Defense Review | Wednesday, February 01, 2023

Satellite data with great geographical and temporal resolution help to comprehend floods and their trajectory.

FREMONT, CA: Satellite data continuously monitors and measures climate change. Satellite data monitors and predicts catastrophic climatic occurrences, including floods, wildfires, droughts, heatwaves, and glacier melting, revealing vulnerability to climate change. Satellite photography helps investigate climate change. Satellites monitor most climate variables, providing essential data on climate change drivers and effects. Wildfires and climate change reinforce each other, worsening the crisis. As the situation develops, monitoring flames might significantly reduce hazards. Traditional IoT monitor and camera systems are time-consuming and expensive. Satellites provide real-time observation of large areas. Satellites provide wildfire patterns and favored paths.

Floods: Climate change intensifies and increases floods. The global population in danger of flooding has increased, and credible data is crucial for mapping, managing, and predicting floods. Satellite data can fill the data gap. Satellites give near-real-time global flood data, and it also helps visualize flooding. The extensive data set improves flood model accuracy and adaption strategy efficiency.

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Satellite images help create flood prediction models. Satellites estimate rainfall using weather patterns, and Groundwater retention can get calculated using spatial imagery. NASA's Tropical Rainfall Measuring Mission (TRMM) satellite gives scientists soil moisture data to determine flood risk. It helps officials anticipate and handle floods.

Droughts: Climate change is intensifying droughts. Monitoring and predicting droughts to manage the situation affects water quality, public health, the economy, and infrastructure. Satellites forecast droughts, and the radiation helps them measure soil moisture and it helps with forecasts. Satellite readings may suggest a flood if the soil is getting wetter. If soil moisture decreases, it may indicate a drought.

Remote sensing tracks weather trends, wind speed, and droughts. Satellites also assess vegetation drought damage. Satellite data from meteorological and environmental monitoring helps detect drought. Weather data support authorities' response to calamities and NASA satellites inform the U.S. Drought Monitor of water availability. The data aids farmers in drought preparation.

Heat waves: Heat waves intensify as the world warms, and heat waves are more likely due to climate change. Satellites help to comprehend the warming climate and predict regional temperatures. It is beneficial because weather forecasts rely on projected air temperatures, but the satellite device computed the earth's energy radiated and the land surface's temperature.

Satellites help to anticipate urban heat wave sites as new heat wave resilience initiatives are being made. Satellite-based temperature assessment methods help estimate its Climate Change Initiative Land Surface Temperature project. It seeks to improve climate change detection. Extreme heat forecasts must become more accurate as countries worldwide endure these heat waves.

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