Extreme downpours caught people off guard from Las Vegas to Kentucky in July 2022.
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Articles on Water cycle
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‘Green water’ is essential for healthy soils and a benign climate, but it’s under threat.
Dry regions will get drier and wet regions wetter as the climate changes. How quickly? Quicker than we thought, unfortunately.
Winters are getting warmer, yet Bostonians were digging out from nearly 2 feet of snow from a historic blizzard in late January. Why is the Northeast seeing more big snowstorms like this?
Some Arctic regions will see more rain than snow decades earlier than previously thought, say scientists.
Water-related hazards are exceptionally destructive, and the impact of climate change on extreme water-related events is increasingly evident, a lead author of the new report warns.
New Zealand’s climate has been changing in line with global trends over the last century, warming by 1.1℃. But unless we curb emissions fast, we can brace for more extreme downpours and droughts.
As rivers run dry in the Rocky Mountains and the West, it’s easy to wonder where all the snow you see on mountain peaks goes. Some of it ends up in the air, but researchers aren’t sure how much.
The water cycle is intensifying as the world warms, bringing heavier downpours and longer droughts.
Mass tree planting could affect precipitation patterns.
It’s an ecological disaster, but my research shows we should not lose hope.
As the world’s largest rainforest, the Amazon is not only an important carbon sink, but also home to thousands of species of plants and animals and a crucial part of the water cycle.
Auckland’s extreme drought and the rapid retreat of glaciers in the Southern Alps both highlight how important long-term observations are for water management policy and planning.
The water that replenishes groundwater, rivers and lakes is under threat from climate change, pollution and aging infrastructure.
Satellites hundreds of miles overheard are helping scientists to predict drought, track floods and see how climate change is changing access to water resources.
The effects of climate change above ground are well known, but what’s happening to underground aquifers which supply most of the world’s fresh water?
Footprints get people thinking about their own impact, but for water the analogy simply doesn’t work.
Clouds formed by rising warm air currents are called ‘convection clouds’. Because of all the rising air coming up, these clouds can be bumpy on top, sometimes looking like cotton wool or cauliflower.
After two and a half years, the embattled Japanese government and Tepco, the company responsible for the Fukushima nuclear power plant, have sought the world’s assistance in tackling the three damaged…
Global warming is primarily driven by increasing emissions of greenhouse gases from human activities. Chief among these gases is carbon dioxide (CO2), which warms the planet by trapping heat that would…
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Professor of Climate Science, UMass Lowell
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Reader in Cell and Molecular Biology, Oxford Brookes University
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Director of Future Design Institute, Kanazawa Institute of Technology
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Associate Director, Climate System Research Center, UMass Amherst
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Principal Research Fellow & Reader, Cardiff University
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Professor of Oceanography and Climate, University of Southampton
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Professor of Ocean Circulation and Climate, Scottish Association for Marine Science
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Lecturer in Computational Hydrology, Newcastle University
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Professor, Physical Geography (climate science), Te Herenga Waka — Victoria University of Wellington
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Principal Scientist & Programme Leader of Southern Hemisphere Climates and Environments, National Institute of Water and Atmospheric Research
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Hydrologist, Flood Forecaster, Australian Bureau of Meteorology
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Low Carbon Manager (BEACON), Aberystwyth University
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Emeritus Fellow, Marine Physics and Ocean Climate, National Oceanography Centre
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Associate Professor of Global Hydrology, University of North Carolina at Chapel Hill
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Meteorologist/forecaster, National Institute of Water and Atmospheric Research
