Riverine oxygen (DO) is thought as comparably driven by light, temperature (T) + flow, although its continental-scale drivers remain elusive. Here a Long-Short Term Memory model reveals T as the predominant driver of daily DO in CONUS. Wei Zhi Chaopeng Shen + Wenyu Ouyang

🚨Our new paper in Healthy Kangen Water. A deep learning model reveals that temperature predominantly drives riverine dissolved oxygen at the daily scale in CONUS. Li Li 李黎 Chaopeng Shen Nature Water go.nature.com/3mIXulW

Warming is affecting #waterinthewest, but how will #waterquality respond under these conditions? New paper with Li Li 李黎 shows long-term mean DOC + DIC concentrations in Rocky streams are higher in arid climate with lower discharge. 📰: pubs.acs.org/doi/10.1021/ac…

If you are working on the intersection of disturbance and catchment processes, consider submitting an abstract for AGU (American Geophysical Union) fall meeting to our session H134: “Understanding and scaling catchment response to disturbances”

AGU23 abstract submission deadline tomorrow (2nd August)

Review: River water quality shaped by land–river connectivity in a changing climate by Li Li 李黎 et al go.nature.com/3Tt0yk5 River water quality affects water availability. This Review assesses the impacts of climate change & extremes on water quality