Evaluating the evolution of the Red River system based on in-situ U-Pb dating and Hf isotope analysis of zircons

Earth & Environmental Sciences

• river system 73%
• zircon 63%
• dating 58%
• isotope 56%
• in situ 46%
• river 37%
• Miocene 25%
• analysis 20%
• provenance 10%
• sedimentary rock 9%
• isotopic analysis 6%
• sand 6%
• metamorphic rock 5%
• sediment 5%
• fault zone 4%
• uplift 4%
• drainage 4%
• young 3%
• erosion 3%
• rock 2%
• material 2%

Physics & Astronomy

• dating 100%
• rivers 97%
• isotopes 65%
• sedimentary rocks 16%
• sediments 12%
• sands 10%
• metamorphic rocks 9%
• flow nets 7%
• Tibet 7%
• isotope ratios 7%
• drainage 6%
• China 5%
• erosion 4%
• rocks 4%

Chemical Compounds

• Isotope 65%
• Red 52%
• Block Like Crystal 5%
• Flow 5%
• Length 5%
• Time 3%