A new development model for the world’s third-longest river
September 22, 2023
The new paper by UNC-Chapel Hill researchers reveals rapid fluvial incision attributed to the growth of high topography in China’s Yangtze 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.
A new study “The past and future of global river ice” from researchers in the Department of Geological Sciences was published in the journal Nature. It is the first study to look at the future of river ice on a global scale.