Mitigating the negative environmental impacts of new and varied pollutants invading water systems, driven by the ever increasing demand for agriculture and livestock produce globally.
We need to better understand groundwater usage in the Central Dry Zone in Myanmar - where artesian aquifers are drying up due to increasing demand and climate change.
Raising the citizens up the "citizen participation ladder" would be a better approach in managing water and providing safe sanitation services in developing countries.
Eight WLE and IWMI researchers speak on experiences working in science and development. Hear more in this excerpt from an upcoming podcast exploring gender, inclusion, and representation.
Eight WLE and IWMI researchers speak on experiences working in science and development. Hear more in this excerpt from an upcoming podcast exploring gender, inclusion, and representation.
Goundwater represent close to 99% of all unfrozen fresh water in the world and it's the source of almost half of the water used for irrigation worldwide. This infographic displays the history of groundwater, suggesting how we might better manage it in the years to come.
What do we know about the role of women in agriculture, in different societies across the globe, that can help us design more effective programs for increasing gender equity?
Currently, much of the mainstream media coverage, particularly when it comes to environmental issues limits itself to focusing on political rhetoric and disaster reportage while underlying structural changes taking place due to climate change and other factors, largely go ignored.
How many of us want to address gender in our work, but when it comes down to the specifics, aren’t quite sure how? Join the discussion- help us develop a series of collaborative questions to investigate gender in agricultural water management projects.
This week marks the launch of the new CGIAR research portfolio. Izabella Koziell, Program Director, lays out the ambitions of the CGIAR Research Program on Water, Land and Ecosystems (WLE).
Using satellites to measure soil moisture isn't new, but a new mathematical algorithm is making this technology more accurate, and therefore better able to predict irregular conditions.
