The Central Highlands of Vietnam is an important Robusta coffee growing region. However, the region is facing climate change impacts from rising temperatures and irregular rainfall, while Vietnamese coffee farmers predominantly rely on irrigation from heavily depleted aquifers. To continue productive and sustainable growth, this system requires an innovative approach to meet this hydrological challenge. Here we propose a user-friendly tool, which aims to support coffee farmers’ irrigation decisions, through the Targeted Irrigation Support Tool or ThIRST.

Indigenous Peoples’ food systems are inextricably connected to land, which in turn is interwoven with issues of self‐determination, livelihoods, health, cultural and spiritual heritage, and gender. While mounting evidence shows that food security and nutrition are negatively affected by water insecurity, experiential water security measures have not yet been used to explore relationships with other outcomes of public health interest.

Locally led climate action has emerged as a critical approach to address the challenges posed by climate change at the grassroots level. As the impacts of climate change intensify, communities around the world face a wide range of vulnerabilities such as extreme weather events, water scarcity, rising sea levels, and disruptions to lives and livelihoods. In this context, locally led climate action emphasizes the importance of empowering local communities to take ownership of their adaptation strategies.

The Integrated Watershed Development Programme (IWDP) is key for rejuvenation and improvement of waterscarce landscapes in India. Despite policy guidelines, there has been limited success in ensuring community participation and inclusion in IWDPs, especially for women and people from vulnerable social groups. This study attempted to explore the politics of inclusion and exclusion because local hierarchies of caste and gender inhibit decision-making, access to services, participation and benefits from IWDPs.

Bangladesh’s water management shifted toward a decentralized system in the 1990s, with more power to community, including the water management groups (WMGs). Empirical evidence, however, suggests unequal access to water among women and marginalized populations. To zoom into this, we reviewed studies published after 2000 to synthesize evidence on access to water among women and marginalized people, their recognition and representation in institutions, and barriers to those, in Bangladesh.

Climate change poses a significant threat to agri-food systems. However, individuals involved in agriculture, particularly women and marginalized communities, bear a disproportionate burden of the climate’s unpredictability. This disparity arises from existing structural inequalities, such as women having limited access to resources; unequal sharing of agricultural and household responsibilities; lack of decision-making power; insufficient availability of nutritious food, leading to malnutrition and food insecurity; and heightened vulnerability to climate-related stresses.

The polders in coastal zones of Bangladesh are vulnerable to climate risks resulting in low agricultural 3.50-5.00 DAY 2 · Tuesday, October 10 · Parallel sessions productivity and low incomes for the communities dependent on agriculture-based livelihoods in these regions. Bangladesh adopted a participatory approach to water governance in the 1980s to improve the equitable and sustainable use of water resources. With men migrating away for better income opportunities, women are more involved in agricultural production and dependent on water resources.

Abstract In Western Africa, agro-sylvo-pastoral systems are dominant and food demand is booming. To meet this demand, many farmers intensify the production with industrial inputs (mineral fertilizers, feeds, pesticides, herbicides). However, the price of these inputs is rocketing. To face this issue, some farmers reconsider crops, livestock, and tree synergies and by-product recycling to increase their production sustainably at a lower cost.

Understanding the implications of replacing fallows with cover crops on plant-available water (PAW) and soil mineral nitrogen (N) and their carry-over effects on subsequent cash crops is critical for understanding their potential for ecological intensification in water-limited environments. We modelled the impacts of different cover crop functional types over historical climate to predict how climate variability influences soil water and N acquisition and subsequent availability to a maize crop in a dryland farming system of subtropical Australia.