In the Indian Himalayas, numerous species of colorful pheasants roam the understory, pecking at seeds, roots, leaves, berries, and insects. These large, ornate birds are vital to the Himalayan ecosystem. But some species now face increasing pressures from habitat degradation and hunting, reports contributor Hirra Azmat for Mongabay India. Among them is the white-crested kalij pheasant (Lophura leucomelanos hamiltoni). It’s a highly adaptable bird capable of living in habitats ranging from coniferous forests to scrublands and forest edges near human settlements. “Like other pheasant species, it plays an essential role in Himalayan ecosystems by forming a major prey base for carnivores and raptors,” said Arif Nabi Lone, a researcher at the University of Kashmir’s Department of Zoology. “Besides, it also acts as a seed disperser and soil aerator.” The white-crested kalij pheasant isn’t considered threatened on the IUCN Red List. However, in a 2025 study, Lone and his colleagues interviewed communities around two protected areas in the Indian-administered region of Jammu and Kashmir, and identified several threats to the bird, including habitat degradation, hunting, livestock grazing, and mushroom collection. “Timber and firewood collection, resource extraction and deforestation are degrading its habitat,” Lone said. “Hunting and overgrazing are other serious threats. Mushroom collection is particularly concerning because it coincides with the breeding season, and people searching for mushrooms often disturb nesting females, reducing their breeding success.” Human activities may also be threatening a rarer pheasant species: the western tragopan (Tragopan melanocephalus). Listed as vulnerable on the IUCN Red List, the bird…This article was originally published on Mongabay

A new study has found that in Ecuador’s Amazon, Indigenous territories without formal conservation contracts maintained forest conditions just as well as formal protected areas. Ecuador has three different approaches to forest governance: Forests protected by government institutions, forests managed by local communities under formal conservation agreements and Indigenous territories without formal conservation agreements. To find out the state of forests under these different policies, researchers used satellite data to examine three metrics: Long-term changes in vegetation greenness as an indication of degradation or improvement in forest cover; abrupt changes in forest condition due to more acute disturbances like human settlements, roads and agricultural fields; and how forest productivity responded to the 2015-2016 El Niño drought — a climate phenomenon that causes extreme changes in rainfall and temperature patterns. They found that community-protected forests performed best overall in some measures, particularly resilience after drought. These forests were under formal contracts such as a Payment for Ecosystem Services (PES) program, which provides communities with financial incentives to refrain from any commercial activity that disturbs the natural forest. However, Indigenous territories without similar formal conservation agreements and who can use natural resources for subsistence and cultural preservation also had forest condition patterns comparable to the other governance regimes. In fact, they had the greatest proportion of areas showing positive long-term trends in vegetation greenness. “From a practical perspective, our results suggest that conservation is not only about drawing lines on a map,” lead author Fernando Troya, currently based in Ecuador, who conducted…This article was originally published on Mongabay

Scientists have identified a new-to-science, reddish-brown snake from specimens found in the forests of Papua New Guinea  and named it after Slash, the lead guitarist of the rock band Guns N’ Roses. Slash’s groundsnake (Lielaphis slashi) is the twentieth species to be confirmed within the genus Lielaphis, a group of groundsnakes found primarily on the island of New Guinea – which is split between Papua New Guinea in the east and Indonesia in the west, the researchers reported in a recent study. The snake’s name honors the musician Saul Hudson, professionally known as “Slash”, of Guns N’ Roses, for his lifelong promotion and advocacy of snakes, zoos, and museums, the authors write. “As a long-time herpephile, I am extremely honored and humbled to have Lielaphis slashi from New Guinea named after me,” Slash said in a press release. “It is really exciting, I never would have imagined this moment would arrive.” Slash’s groundsnake has a reddish-brown, unpatterned back and an unmarked white or cream underside. Study co-author Christopher Austin, professor of natural science and curator of amphibians and reptiles at Louisiana State University in the U.S., first found the snake in July 2006 in a largely undisturbed secondary forest in Sandaun Province, Papua New Guinea. “Snakes in general are pretty hard to find, and these nocturnal snakes are especially challenging to find,” Austin told Mongabay by email. “Given that there are several venomous snake species in New Guinea, one needs to be especially careful finding these snakes at night.” Austin…This article was originally published on Mongabay

Cities can become dangerously hot during extreme heat events, making it increasingly important for urban planners to find ways to reduce temperatures and protect people from heat exposure. Woodlands, grasslands, lakes and rivers can create significantly cooler microclimates, offering one potential way to reduce urban heat, a new study finds. The study focused on Guildford, a town in southeast England with a variety of green-blue infrastructure (GBI) types. GBI are land and water-based features integrated with each other and the built environment to provide mutually beneficial services, including wildlife corridors, flood mitigation and cooling. In Guildford, researchers collected data from six sites — a woodland, grassland, lakeside, vegetated green wall, small pocket park and riverside — and compared how effective they are in cooling the areas around them. They compared each site with a built-up location. The team established sensors at each site and recorded temperatures at one-minute intervals, from June 2023 till the end of August 2025. These sensors recorded temperatures through both normal climatic conditions and several extreme heat events. The researchers also used satellite data over the same timeline to get a more robust picture of the conditions in each location. The team found that all six GBI sites were cooler by 1.81-2.49° Celsius (3.26-4.48° Fahrenheit) than their built-up comparison site. The cooling was more pronounced during extreme heat events. The woodland site was upward of 6°C (almost 11°F) cooler than the built environment on the hottest days. The riverside and pocket park were cooler by 3.5°C…This article was originally published on Mongabay