How Scientists Track Climate Change From Space
Discover how satellites help scientists monitor Earth’s changing climate from space by measuring temperatures, glaciers, oceans, greenhouse gases, forests, clouds, and more with remarkable precision.
Understanding a Changing Planet
Discover how satellites help scientists monitor Earth’s changing climate from space by measuring temperatures, glaciers, oceans, greenhouse gases, forests, clouds, and more with remarkable precision.
Learn how scientists monitor Earth’s climate using advanced technology. Explore the tools, instruments, and computer models that help researchers understand our changing planet.
Discover how climate satellites observe Earth from space, measuring everything from sea levels and ice sheets to atmospheric gases and global temperatures. Learn how satellite technology helps scientists monitor climate change.
Are we approaching climate tipping points? Learn what researchers know about Earth’s most vulnerable climate systems, the latest scientific understanding, and why uncertainty remains an important part of climate science.
Climate tipping points are critical thresholds that could trigger major environmental changes. Discover the most significant tipping points scientists are monitoring and why they matter for Earth’s future.
Climate tipping points are critical thresholds that can trigger major environmental changes. Discover how they work, why scientists study them, and what they could mean for our planet’s future.
Hurricanes, tornadoes, and severe storms are among nature’s most powerful forces. Learn the mechanics behind their formation and discover the atmospheric science that drives extreme weather.
Discover how extreme weather develops through atmospheric processes, ocean temperatures, air pressure, and climate patterns. This complete guide explains the science behind severe weather in an easy-to-understand way.
Learn the science behind extreme weather, from hurricanes and tornadoes to droughts and floods. Discover how Earth’s atmosphere, oceans, and climate influence today’s most powerful weather events.
Earth’s climate has changed dramatically throughout history. Learn how solar activity, volcanic eruptions, greenhouse gases, ocean circulation, tectonic shifts, and other natural forces shaped ancient climates.
Ice Ages dramatically changed Earth’s geography, climate, wildlife, and ecosystems. Learn how massive glaciers carved continents, influenced evolution, shaped coastlines, and helped create the modern world we know today.
Paleoclimate science reveals how Earth’s climate has changed over thousands and millions of years. Learn how ice cores, fossils, tree rings, ocean sediments, and other natural archives help scientists reconstruct ancient climates and better understand the future of our planet.