A massive wildfire within a national park in Indonesia has forced a total closure of one of the country’s best-known tourist destinations. Some 899 hectares (2,222 acres) of savanna and forest within Bromo Tengger Semeru National Park (TNBTS) in East Java province have been destroyed by fire as of the morning of Aug. 11, the provincial disaster management agency told Mongabay. The fire, which broke out on Aug. 3 in the park’s eastern entrance, is suspected to be human-caused, TNBTS chief Rudijanta Tjahja Nugraha told local media. TNBTS spokesperson Endrip Wahyutama confirmed the blaze originated along a path used as a shortcut by local residents that bypasses the park’s official tourist roads. “The source is … not a tourist location, and not a public road either,” Endrip said as quoted by Detik.com. The Bromo Tengger Semeru National Park Agency, which manages the protected area, has ordered it closed until further notice. Daryono Perwira Sakti, a disaster mitigation educator who previously oversaw the earthquake and tsunami directorate at the BMKG, Indonesia’s weather agency, posted on social media that it’s crucial the park be closed because vegetation on loose volcanic soil there is highly vulnerable to severe fires, which could trigger more disaster. “The extreme heat from this fire not only destroys vegetation cover and natural seed reserves (seed bank), but also triggers the formation of a water-repellent soil layer,” Daryono wrote. He said this water-repellent soil layer eliminates water absorption into the soil, elevating risks of massive gully erosion and landslides…This article was originally published on Mongabay

There’s no conservation motive or benefit behind the Uzbekistan government’s recent releases of more than 2,000 captive-bred Asian houbara bustards across its desert regions, according to an expert on the threatened species. The government has touted the releases over the past three months as a wildlife restoration effort, but Nigel Collar, a conservation biologist at BirdLife International, suggested the birds are meant to serve as quarry for hunting parties. “In reality both areas [where they were released] are hunting concessions for Gulf State falconers and these are birds being put out in the wild simply to provide ‘sport,’” Collar, who also co-chairs the Bustard Specialist Group at the IUCN, the global wildlife conservation authority, told Mongabay by email. “[T]here is no conservation strategy related to these releases, because they are not intended for conservation except in the sense that they can absorb some of the hunting pressure on wild populations,” he added. Neither Falcon Hunting Solutions LLC nor Uzbekistan’s National Committee on Ecology and Climate Change, both involved in the releases, had responded to Mongabay’s requests for comment by the time this story was published. The Asian houbara (Chlamydotis macqueenii) is listed as vulnerable to extinction on the IUCN’s Red List. It migrates between Central and South Asia and the Middle East, and is hunted intensively across this range. Uzbekistan released nearly 900 of the birds in the Aral Sea region of Karakalpakstan in May this year, followed by some 670 birds in June, according to statements from the National…This article was originally published on Mongabay

Human-induced climate change has more than doubled the likelihood of the extreme weather conditions that fueled Canada’s destructive 2026 wildfire season, finds a rapid analysis. As of early August, thousands of wildfires torched more than 3.8 million hectares (9.4 million acres) across the country — an area already significantly in excess of Canada’s 30-year annual average of 2.7 million hectares (6.7 million acres). The 2026 wildfire season has escalated with astonishing speed, with approximately 94% of the total burned area accumulating in a brief five-week window between late June and late July. In its analysis of Canada’s wildfires, the team at World Weather Attribution (WWA), a global network of scientists who examine the influence of climate change on extreme weather events, focused on a metric called daily severity rating (DSR). It integrates temperature, wind, humidity and dryness to measure how difficult a fire is to suppress once ignited. By combining observational data with climate models, the researchers found that the kind of fires that burned in July 2026 can now be expected in today’s climate influenced by greenhouse gas emissions every two to six years in the Northwest Territories and every six to 15 years in Ontario. In a pre-industrial, cooler climate, such fires would occur every 50 years or so.   “Our research is yet another piece of evidence for this shift being due to climate change,” Theodore Keeping, research associate in extreme weather and climate change at Imperial College London, said in a press release. “The geographic spread…This article was originally published on Mongabay