Global wildfires are intensifying due to climate and land-use changes, with a projected 30% increase by 2050. Mitigating this growing risk is crucial for protecting human health and

Global wildfires are intensifying due to climate and land-use changes, with a projected 30% increase by 2050. Mitigating this growing risk is crucial for protecting human health and ecosystems.

Robots are increasingly vital for first responders, detecting, monitoring, and extinguishing blazes in hazardous environments too dangerous for human entry. An AI for Good webinar, streamed on January 18, 2023, showcased the next generation of autonomous firefighting robots, designed to work alongside emergency workers, enhancing safety and effectiveness on the front line.

Published January 2, 2015, this presentation addresses global obstacles to Mother Earth's rights, compiling insights from Indigenous Peoples worldwide on defending the Earth from human misuse. Dr.

Published January 2, 2015, this presentation addresses global obstacles to Mother Earth's rights, compiling insights from Indigenous Peoples worldwide on defending the Earth from human misuse. Dr. Dan Wildcat, Director of the Haskell Environmental Research Studies (HERS) Center and Dean of the College of Natural and Social Sciences at Haskell Indian Nations University, delivered this report.

His speech was originally given at the 2012 Indigenous Forum, co-produced with the Cultural Conservatory, during the Bioneers National Conference. Dr. Wildcat has taught at Haskell for 25 years.

Supporting CELDF allows us to empower communities. We're excited to share highlights from our 2024

Supporting CELDF allows us to empower communities. We're excited to share highlights from our 2024 achievements.

Your invaluable support makes our work possible. Thank you for helping CELDF advance its mission.

TED head Chris Anderson introduces "Infectious Generosity," exploring how the internet can supercharge small acts of kindness, transforming lives globally. Discover how to cultivate a generous

TED head Chris Anderson introduces "Infectious Generosity," exploring how the internet can supercharge small acts of kindness, transforming lives globally. Discover how to cultivate a generous mindset, with or without money, and amplify your impact. Anderson encourages: "Be brave. Give what you can, and then be absolutely amazed at what happens next."

Learn more about Infectious Generosity at infectiousgenerosity.org and meet the AI Guru, designed to help you help others, at ai.infectiousgenerosity.org.

Support TED's mission of spreading ideas by becoming a TED Member here.

Once thriving deep in Europe’s forests, the European dark bee nearly disappeared by the 1970s. Acclaimed filmmaker Jan Haft’s "Bee Wild!" documentary reveals their hidden world, capturing

Once thriving deep in Europe’s forests, the European dark bee nearly disappeared by the 1970s. Acclaimed filmmaker Jan Haft’s "Bee Wild!" documentary reveals their hidden world, capturing never-before-filmed footage. It shows how wild honey bees live in close harmony with forest ecosystems, without beekeepers.

This powerful film explores bee conservation and biodiversity, advocating for giving these vital insects more space. Watch now to uncover the forgotten life of wild honey bees. For new nature discoveries every week, subscribe here: Free High Quality Documentaries

On January 1, 2013, Shell's Kulluk drilling platform ran aground on Sitkalidak Island, Alaska, amidst 40 mph winds and 20-foot seas. A Coast Guard MH-60 Jayhawk helicopter crew overflew the scene,

On January 1, 2013, Shell's Kulluk drilling platform ran aground on Sitkalidak Island, Alaska, amidst 40 mph winds and 20-foot seas. A Coast Guard MH-60 Jayhawk helicopter crew overflew the scene, captured in a U.S. Coast Guard video by Petty Officer 1st Class Sara Francis.

This incident highlighted ongoing concerns about Arctic drilling. For further insight, read the Ocean Doctor blog post, "Lessons of BP Deepwater Horizon: Unlearned and Now Unleashed in Alaska."

This animation displays a one-year time-lapse of CO2 surface concentration, covering January 1, 2016, to January 1, 2017.

The data originates from NASA's GEOS-5 numerical weather model (