UNIVERSE OF NATURE

Turkey’s landfill methane problem has become a major environmental warning just weeks before the country hosts COP31. New satellite observations have revealed exceptionally large methane emissions from waste sites around Istanbul and other Turkish cities, putting landfill pollution, climate policy and waste management under renewed scrutiny. The most striking discovery concerns the Silivri municipal landfill on the outskirts of Istanbul. According to an investigation published by The Guardian on October 5, 2026, satellite monitoring identified a huge methane plume above the site. Researchers associated with UCLA estimated an average emission rate of approximately 7.4 tonnes of methane per hour . That finding matters far beyond Turkey. Methane is a powerful greenhouse gas, and large emissions from landfills can contribute significantly to near-term global warming. The discovery also demonstrates how modern satellite technology is changing environmental monitoring: pollution that ...

For centuries, human understanding of the cosmos was constrained by what our eyes could see. Even as optical and ultraviolet space telescopes opened breathtaking vistas of stars and galaxies, a massive portion of the universe’s evolutionary history remained dark and hidden. More than half of all the starlight emitted since the Big Bang has been absorbed by thick clouds of cosmic dust and re-radiated into a specific, elusive band of the electromagnetic spectrum: far-infrared light . Now, NASA is preparing to shed light on this uncharted territory. The PRobe Far-Infrared Mission for Astrophysics (PRIMA) represents a revolutionary leap forward in space exploration. Designed to bridge a critical observational gap between the James Webb Space Telescope (JWST) and ground-based radio observatories, PRIMA promises to answer fundamental questions about how stars form, how supermassive black holes grow, and where the water that fills planetary oceans originates. The Far-Infrared Gap: Why t...

Reports of a possible plague outbreak in Russia have triggered growing public concern after the death of a laboratory worker in the Irkutsk region of Siberia. The case has attracted international attention because the woman worked at an anti-plague research institute and reports have raised questions about possible exposure to Yersinia pestis , the bacterium responsible for plague. However, there is an important distinction between a suspected case, media reports and a confirmed outbreak. As of October 5, 2026, available reporting does not establish a large confirmed outbreak of pneumonic plague in Russia. Russian authorities have reported that the woman died from pneumonia of unknown origin and that no new cases among institute staff had been identified. Read similar articles: How Sleep Positions Impact Brain Health, Spine, and Breathing The situation is nevertheless being monitored because pneumonic plague is a serious infectious disease that can spread between people through r...

NASA GIMLI Mission: Exploring the Mysterious Marius Hills Pit and the Secret Subterranean World of the Moon For decades, human dreams of colonizing Earth's natural satellite have focused entirely on its desolate, cratered surface. However, as space agencies prepare for long-term human survival beyond Low Earth Orbit, a stark realization has emerged: the lunar surface is one of the most hostile environments in the Solar System. Unfiltered solar radiation, galactic cosmic rays, extreme thermal swings of over 250 degrees Celsius, and continuous micrometeoroid bombardment pose immense hazards to long-term habitats. The solution to surviving on the Moon may not lie in building thick concrete domes on the surface, but rather in descending beneath it. NASA’s selection of the GIMLI (Geotechnical Inspection and Mapping of Lunar Interiors) project marks a historic shift in deep-space exploration. By targeting the mysterious Marius Hills Pit , scientists aim to explore what could be a col...

New Zealand’s giant wētāpunga is showing that even severely threatened wildlife can recover when science, habitat protection and long-term conservation work come together. A major breeding and reintroduction programme has helped more than 11,000 giant wētāpunga return to protected habitats, while the species’ conservation status has improved from “nationally endangered” to “nationally recovering.” The remarkable development was reported by The Guardian . The recovery of this enormous New Zealand insect provides an important example of how captive breeding can support endangered species when wild populations are too small to recover on their own. Why the Wētāpunga Is So Unusual The wētāpunga , also known as the giant wētā, is one of New Zealand’s most extraordinary native insects. It belongs to a group of large flightless insects known as wētā, which are found naturally in New Zealand. According to New Zealand’s Department of Conservation , adult wētāpunga can become heavier th...

The Escalating Crisis in Indonesia's Rainforests The tropical rainforests of Borneo and Sumatra are home to some of the richest biodiversity on Earth, including the critically endangered Bornean and Sumatran orangutans. However, intense dry spells exacerbated by the El Niño climate cycle have sparked widespread wildfires across Indonesia. As flames engulf thousands of hectares of ancient peatlands and canopy forests, wildlife rescue organizations are working around the clock to evacuate displaced, injured, and starving primates. According to field reports published by The Guardian, emergency teams in Kalimantan are encountering orangutans fleeing toxic smoke and scorched habitats, forcing them into human settlements in search of food. This environmental emergency not only threatens the survival of Asia’s only great ape but also accelerates global climate change through massive carbon emissions. An orangutan searches for refuge as fires fragment critical rainforest corr...

For over a century, the story of how animals conquered the skies was told through a single, elegant narrative: a linear path leading from ground-dwelling theropods directly to modern birds. The iconic discovery of Archaeopteryx in the 19th century anchored this view, positioning a solitary feathered creature as the ultimate evolutionary bridge between reptiles and birds. However, a sensational feathered dinosaur fossil unearthed in northeastern China is dismantling this long-held consensus. According to groundbreaking research recently highlighted in the Nature Journal research report , the ability to launch into the air was not a rare, one-time evolutionary miracle. Instead, flight appears to have been a chaotic, widespread experimental phase across multiple distinct dinosaur lineages. This extraordinary fossil specimen showcases fully developed flight feathers and aerodynamic structures on a creature that sits outside the direct ancestor line of modern birds, providing undeniable ...

The global transition toward sustainable energy has reached a pivotal milestone. Researchers have unveiled a groundbreaking method to extract green hydrogen directly from water using visible light—completely eliminating the need for expensive, scarce noble metal catalysts like platinum and iridium. This breakthrough promises to radically reduce the production cost of clean fuel and accelerate the phase-out of fossil fuels across heavy industry, transportation, and power generation ecosystems. For decades, hydrogen has been celebrated as the ultimate zero-emission fuel. When burned or converted in a fuel cell, hydrogen releases only water vapor and heat as byproducts. However, producing truly green hydrogen at a commercial scale has remained financially challenging due to energy-intensive electrolyzers and rare earth metal components. This new solar-driven water splitting innovation offers a low-cost, highly scalable solution to unlock hydrogen's full potential as an alternative e...