Latest

In Tajikistan two neighbouring towns face different fates as one suffers the aftermath of drought and displacement and the other is saved by irrigation.

Irrigation brings water to the world's poorest rural people in the right quantities and when they need it, helping farmers adapt to climate pattern shifts.

Sub-Saharan Africa’s drylands – that is, the areas where more water is lost through evaporation than gained through rainfall – are facing widespread degradation. There are many factors causing this, but one of the most prominent is the use of agricultural practices that aren’t adapted to the land, such as overgrazing and intensive agriculture.

From California to the Sahel, from the steppes of Central Asia to the Andes, drylands are some of the most productive ecosystems in the world. But they’re also some of the most fragile.

“At the end of the day, restaurants are a luxury, but having food is a right. Everyone should have access to food.”

Groundwater depletion continues to be a challenge for small-scale farmers in the NENA region, despite the existence of water-saving technologies. Now, a new study is shedding light on ways farmers can improve their water efficiency – and where they can turn for help.

If groundwater is used carefully, it can be used by small-scale farmers to grow the crops they need to feed their families and build livelihoods in areas that are strongly affected by climate change.

Below our feet lies a hidden treasure: groundwater. It sustains ecosystems and provides food, drink and livelihoods for billions. And as climate patterns change with global heating, this reliable water source is becoming ever more important for food security and livelihoods.