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Rising Heat: Tropical Cities Projected to Warm Faster Than Rural Areas
New research from the University of East Anglia reveals that tropical and subtropical cities are warming faster than rural areas due to intensifying urban heat islands, posing major health risks as global temperatures rise.
Mental Health is Key to Ending Neglected Tropical Diseases
WHO warns that neglected tropical diseases cause hidden mental suffering. Learn how new health guides aim to end stigma for 1 billion people worldwide
Thunderstorms Emerge as a Major Driver of Tree Death in Tropical Forests
Tropical forests are losing trees at unprecedented rates, and a surprising culprit has emerged: intense thunderstorms that are growing more frequent due...
The Melting Secrets of Quelccaya El Niño’s Impact on Tropical Glaciers
https://youtube.com/watch?v=9ZWAMHU_FMo&si=0YIrpKXlgmCrnpAA
El Nino Accelerates Ice Loss on Tropical Glaciers: New Study
Natural climate patterns, like El Niño, are causing tropical glaciers to lose ice at alarming rates. The Quelccaya Ice Cap (QIC) in...
Tropical Glaciers Shrink to Smallest Size in 11,700 Years
Rocks recently uncovered from beneath prehistoric ice have exposed a concerning reality: tropical glaciers have shrunk to their smallest size in over...
Cyclone Freddy Longest-Lasting Tropical Cyclone
Tropical Cyclone Freddy sets a new world record, lasting 36 days and causing major losses in Southeast Africa.
Diverse Seedlings Hold Key to Accelerating Tropical Forest Restoration
A groundbreaking ecological experiment led by the University of Oxford on Borneo Island demonstrates the remarkable potential of replanting logged tropical forests with diverse seedlings in expediting their recovery. Published in the journal Science Advances, the study underscores the significance of biodiversity preservation in pristine forests and its restoration in recovering logged forests.
Tropical Trees Utilize Social Distancing Strategies to Sustain Biodiversity
Tropical forests, with their remarkable diversity of tree species, have long puzzled scientists trying to comprehend how numerous species can thrive together. In a groundbreaking study published in Science, researchers from The University of Texas at Austin shed light on this mystery by revealing a crucial characteristic of adult tree distribution in Panamanian forests.
Forests in Crisis: How “Sprinter” Trees are Replacing Earth’s Ancient Guardians
A massive global study of 31,000 tree species reveals that forests are becoming uniform as "sprinter" trees replace long-lived species







































