Where the waters meet: Connecting global limits and river basin management
Human activity and climate change are putting growing pressure on water resources, disrupting the predictability of the water cycle and changing the availability and quality of freshwater. IIASA researchers and partners have developed a new framework for guiding water management and planning at the river basin level, derived from the existing Global Water Planetary Boundary.
Key Takeaways
- Human activity and climate change are putting growing pressure on water resources, disrupting the predictability of the water cycle and changing the availability and quality of freshwater.
- IIASA researchers and partners have developed a new framework for guiding water management and planning at the river basin level, derived from the existing Global Water Planetary Boundary.
- Full details and original dispatch available below.
Human activity and climate change are putting growing pressure on water resources, disrupting the predictability of the water cycle and changing the availability and quality of freshwater. IIASA researchers and partners have developed a new framework for guiding water management and planning at the river basin level, derived from the existing Global Water Planetary Boundary.
Original Publisher Attribution
This summary was curated from Phys.org.