A new study of the freshwater greenfin darter fish suggests river erosion can be a driver of biodiversity in tectonically inactive regions. New findings could explain biodiversity hotspots in ...
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Rivers choose their path based on erosion, a discovery that could transform flood planning and restoration
Rivers are Earth's arteries. Water, sediment and nutrients self-organize into diverse, dynamic channels as they journey from the mountains to the sea. Some rivers carve out a single pathway, while ...
Rivers are Earth’s arteries. Water, sediment and nutrients self-organize into diverse, dynamic channels as they journey from the mountains to the sea. Some rivers carve out a single pathway, while ...
River-channel migration is a key geological process that strongly influences society and the environment — it determines the viability of human settlements, infrastructure and ecology on the bank, and ...
It’s mid-morning at an oxbow on the Mendenhall River, and signs of change are all around. A handful of spruce trees, felled by river erosion, sit awash in the gray-green rush. Silty ledges, ...
It's anyone's guess as to when the Minnesota River will stop growing. Stretches of its eastern bend, not far from Mankato, have more than doubled in size since the 1940s. Several homes that were built ...
Charlotte Milne receives funding from the Social Sciences and Humanities Research Council of Canada and the Public Scholars Initiative at UBC. The research mentioned in this article received funding ...
(Santa Barbara, Calif.) — Rivers are Earth’s arteries. Water, sediment and nutrients self-organize into diverse, dynamic channels as they journey from the mountains to the sea. Some rivers carve out a ...
It’s mid-morning at an oxbow on the Mendenhall River, and signs of change are all around. A handful of spruce trees, felled by river erosion, sit awash in the gray-green rush. Silty ledges, ...
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