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A new development model for the world’s third-longest river
The new paper by UNC-Chapel Hill researchers reveals rapid fluvial incision attributed to the growth of high topography in China’s Yangtze River. “This study presents a new model for when and how the Yangtze River was born,” said Eric Kirby, professor and chair of the department of earth, marine and environmental sciences.
A new development model for the world’s third-longest river
The new paper by UNC-Chapel Hill researchers reveals rapid fluvial incision attributed to the growth of high topography in China’s Yangtze River. “This study presents a new model for when and how the Yangtze River was born,” said Eric Kirby, professor and chair of the department of earth, marine and environmental sciences.
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