Research
2025 ©craigbrinkerhoff
Rivers and their riparian corridors are the landscape’s integrators and exert a powerful influence on the ecosystems and communities through which they flow. To understand that influence under ongoing global change, river science must take a broad, integrative approach that draws on multiple disciplines while remaining observation driven.
In that spirit, I develop and integrate AI/ML predictive modeling, satellite remote sensing, and in situ sensing, all while using data fusion methods to integrate information across sensors, sources, and disciplinary perspectives. I have specific interests in river corridor transport processes, hydrologic connectivity, hydraulic geometry, headwater systems, and global monitoring.
Constraining global river fluxes
- What role do surface waters play in the global cycling of water, nutrients, and sediments?
- What role do humans play in regulating these processes?
- Representative papers:
Understanding the role of small streams
- How much do the headwaters impact downstream rivers and watershed export?
- What is the extent of headwater streams?
- Representative papers:
Understanding how ‘stuff’ moves downstream
- How do organic matter, nutrients, and sediments move through watersheds?
- How does hydrological connectivity impact water quantity and quality?
- Representative papers:
Advancing global surface water monitoring
- How do we observe and monitor global surface water resources?
- What new hydrological understanding is revealed through these techniques (both remote and in situ)?
- Representative papers: