Fifty years after the iconic 'Blue Marble' photo, new satellite images reveal dramatic changes to Earth's surface caused by climate change. Discover how our planet has transformed since that historic snapshot!
Supervolcanoes are unlike any other natural phenomenon, capable of ejecting over 1,000 cubic kilometers of material in a single eruption. Discover the science behind these massive geological events!
Gayle King faces criticism for her recent Blue Origin space flight but challenges naysayers to experience it for themselves. She highlights the mission's environmental goals and addresses the double standards in public perception.
As spring brings a welcome warmth, millions in the U.S. are battling record pollen counts that trigger severe allergies. Discover how climate change is intensifying this annual nightmare.
After two explosive test flights of SpaceX's Starship over the Caribbean, concerns are rising about the environmental impact of space debris on marine ecosystems. With over 100 pounds of debris washed ashore, experts fear the ongoing rocket launches could be harming our oceans.
A new short film from ESA highlights the urgent crisis of space debris threatening vital satellite operations and calls for global action to address the escalating hazards in Earth's orbit.
Asteroid mining is closer than ever, but challenges remain. As AstroForge launches its spacecraft, experts weigh in on the feasibility and potential impact of extracting resources from space.
In a startling revelation, NASA reports that global sea levels rose more than expected in 2024, driven by ocean warming and land-based ice melt. This marks a significant concern for coastal populations as climate change accelerates.
In 2024, global sea levels rose faster than anticipated, primarily due to thermal expansion. With this year marking the hottest on record, experts warn of accelerating climate change impacts.
A new MIT study reveals that climate change will significantly increase space debris, reducing available satellite space in low Earth orbit by up to 82% by the century's end. As the atmosphere cools, it becomes less effective at pulling debris down, leading to a crowded orbital environment.
