Eleven years after catastrophic fires prompted promises of tougher action, Southeast Asia is again choking on transboundary haze, raising questions about whether the region has learned the lessons of 2015.

Over the last five years, Swiss glaciers have lost nearly 20% of their mass, and 2026 saw the second-biggest loss of glacier volume on record. Experts warn there could be no ice left in the next 10-15 years.

Anthropogenic climate change served as a primary driver behind last month's catastrophic glacial mountain collapse along the China-Nepal frontier, a disaster that claimed upwards of 1,400 lives and left at least 6,600 individuals unaccounted for, researchers announced on Thursday.

Nepal's catastrophic inundations have laid bare the escalating exposure of hydroelectric undertakings and alternative infrastructure within the swiftly heating Himalayan landscape, whilst officials confront the task of reconstruction devoid of replicating historical errors. Laborers were clearing heavy silt from a flood-damaged power facility situated in central Nepal that provides electricity to upwards of 20,000 residents.  As many as 900 workers remain missing across roughly twelve hydroelectric schemes, with hundreds suspected of being trapped inside tunnels. The catastrophe, which has claimed over 900 lives in Nepal and China alongside leaving approximately 4,700 unaccounted for, has knocked an estimated 700 megawatts of power generation offline—representing about 10% of Nepal's overall capacity. Read More 40-Year Marine Mystery Solved as Rare New Seaweed Species Identified in UK Hydropower installations, roadways, bridges, educational facilities, and medical centers suffered damage or total destruction across the Rasuwa, Nuwakot, and Dhading districts. Catastrophe specialists indicated that rebuilding efforts ought to prioritize resilience, encompassing protected sites, alternative pathways, emergency generators, early-detection mechanisms, and insurance coverage.  Nepal possesses an estimated USD 124 billion worth of infrastructure vulnerable to climate-driven calamities, whilst average yearly disaster damages approach nearly USD 760 million. Climate researchers caution that accelerated glacier thaw, eroding permafrost, unstable hillsides, glacial reservoirs, and increasingly erratic precipitation are heightening the hazards of floods and mudslides throughout the Hindu Kush Himalaya. Specialists noted that enhanced risk evaluations and prompt advisories remain vital, whereas upcoming energy strategies could additionally incorporate decentralized solar electricity alongside hydropower. Source: AP

A marine scientist has successfully unraveled a biological puzzle four decades in the making following the verified identification of an elusive new seaweed species originating from ancient British maerl beds. The initial encounter occurred during the 1980s when Professor Christine Maggs came across the minute, pink-striped organism while conducting doctoral research on maerl habitats—complex marine ecosystems constructed from calcified, coral-like seaweed fragments that support diverse aquatic life.  Collected Photo Suspecting the specimen was entirely unknown to science, Maggs embarked on a multi-decade quest to gather sufficient material to make a definitive identification. Collected Photo Throughout the intervening years, traces of the organism surfaced only sporadically, never yielding a substantial enough sample for conclusive laboratory study. The turning point arrived two years ago during a Natural England habitat monitoring dive off the Cornish coastline, where researchers retrieved a specimen resembling the long-sought marine plant. Read More World Nature Conservation Day Observed Today Marine biologist Francis Bunker, who gathered the essential specimens, recounted using a magnifying glass underwater to inspect marine growth when he identified the small, pink-banded organism and realized its potential significance to Maggs's ongoing quest. Collected Photo To perform necessary genetic testing on the microscopic sample, Maggs cultivated the organism inside a temperature-controlled wine refrigerator, utilizing its dark, chilled environment to nurture growth prior to DNA extraction. Collected Photo "I just kept hoping that one day I would find out. It's been more than four decades," Maggs stated in an interview, emphasizing that obtaining genetic data was indispensable to resolving the mystery after forty years. Collected Photo Following successful DNA sequencing and official confirmation, a preserved specimen of the newly classified species has been formally deposited into the collections of the Natural History Museum. Describing the diving conditions within the maerl beds where spider crabs, starfish, king scallops, and goby fish thrive, scientific diver Lucy May noted, "It's magical. You feel completely surrounded by nature." Source: BBC