…that give plant nucleus its shape discovered, also regulate copper tolerance. Researchers at the University of Tokyo have identified how the architecture of the cell nucleus can change gene activity…
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…much faster than previously expected, potentially accelerating climate change even further. Experiments conducted by researchers at the University of Leeds, and published in the AGU journal Earth’s Future, show that…
…“One of the most dominant metals is iron. That’s what is causing the color change.” While O’Donnell first noticed a change in 2018, satellite images have turned up stained waters…
…for how temperature, moisture, and especially wind speed and direction change with height in the atmosphere,” Chavas says. “The climate determines where and when those ingredients can be found together…
A dusty lunar landscape, as envisioned by NASA’s Advanced Concepts Laboratory. Credit: NASA Researchers Propose Using Lunar Dust To Block Sunlight and Combat Climate Change On a cold winter day,…
…in higher temperatures. This suggests a way to predict how different corals will react to warmer waters, which are expected to result from climate change over the coming decades. The…
A parrotfish feeding on degraded coral. Credit: Shaun Wilson, Department of Biodiversity, Conservation and Attractions in Australia, and the University of Western Australia Climate change and warming seas are transforming…
…million years of global warming and climate change. Researchers can explore the impact of environmental crises on organismal evolution by studying climate change-induced mass extinctions in the deep geological past….
A recent study reveals the key in simulating and predicting near-term temperate change is to correctly separate and simulate the two distinct signals, i.e., the human-induced long-term warming trend and…
…rate of change and which factors changed first, for example, will ultimately give a clearer picture of the Earth’s climate change patterns,” Michel said. “I think it is valuable to…
…new method to capture and store atmospheric carbon for centuries. The technique involves sealing woody biomass in “wood vaults,” offering a potentially cost-effective way to combat climate change. Achieving net-zero…
A new study suggests that stratospheric aerosol injection (SAI) could effectively reduce ice sheet melting caused by climate change. However, this geoengineering approach is contentious, focusing on symptoms rather than…
…Kong University of Science and Technology (HKUST), CO2 in the deep Earth may be more active than previously believed and could have played a bigger role in climate change than…
MIT researchers find that extratropical storm tracks — the blue regions of storminess in the Earth’s middle latitudes — would change significantly with solar geoengineering efforts. Credit: Courtesy of the…
…the direct result of human-induced climate change. Over the course of its mission, AIM has helped answer these questions by documenting for the first time the entire complex life cycle…
A study shows significant transformations in California’s grasslands, with species adapting to increasingly warm and dry conditions, highlighting the quick response of these ecosystems to climate change. Research reveals rapid…
…of the 50 Reefs approach as ‘climate change avoidance sanctuaries’ as a priority for investment in coral reef conservation. Expansion of the 50 Reefs conservation portfolio for climate change to…
…so-called “positive feedback” — when climate change causes knock-on effects that contribute to further climate change. The response of soil carbon to climate change is the greatest area of uncertainty…