1.5 billion people live in fragility and conflict-affected settings (FCAS) and they face an increased risk of food insecurity and poverty trap. A systems approach in collaboration with innovators in FCAS is needed to produce practical and inclusive solutions that can improve the resilience of food, land, and water systems (FLWS).

Smallholder production systems in low-income countries suffer the most from the impacts of climate change but receive the least benefit from climate adaptation programs. This is due to governance structures that make it difficult for governments and organizations to effectively reach marginalized communities. Technical, financial, and institutional support is provided in vertical siloes, limiting coordination between national government departments and hindering integrated climate interventions.

Nearly 90% of farming households in Senegal rely on rainfed agriculture; in recent years, climate change-induced disruptions to rainfall patterns and the ensuing depletion of water resources have had adverse effects on agricultural production, livelihoods, and food security. Recent studies recommend further assessment of the viability of and potential for Flood Residual Water Cultivation (FRWC) as an alternative growing strategy (i.e., to supplement or extend natural growing seasons).

There are few studies that rigorously assess how agricultural and nutrition related interventions enhance resilience and even fewer that incorporate a gendered dimension in their analysis. Mindful of this, we address three knowledge gaps: (1) Whether agricultural interventions aimed at diversifying income sources and improving nutrition have sustainable impacts (on asset bases, consumption, gender-specific outcomes and women’s empowerment, and on diets) that persist after the intervention ends; (2) whether such interventions are protective when shocks occur?

Applying the difference-in-difference (DID) estimation procedure, this study quantifies the wheat blast (Magnaporthe oryzae pathotype Triticum) induced losses in wheat yield, quantity of wheat sold, consumed, or stored, as well as wheat grain value in Bangladesh in 2016 following a disease outbreak that affected over 15,000 ha. Estimates show that the blast-induced yield loss was 540 kg ha−1 on average for households in blast-affected districts. Estimated total wheat production loss was approximately 8,205 tons worth USD 2.1 million in during the 2016 outbreak.

The integration of gender concerns in crop breeding programs aims to improve the suitability and appeal of new varieties to both women and men, in response to concerns about unequal adoption of improved seed. However, few conventional breeding programs have sought to center social inclusion concerns. This community case study documents efforts to integrate gender into the maize-focused Seed Production Technology for Africa (SPTA) project using innovation history analysis drawing on project documents and the authors’ experiences.

This manual is a product of the Alliance of Bioversity International and International Center for Tropical Agriculture (CIAT), and the University of Kassel, as part of the outputs of the Innovation for Africa Climate Risk Insurance (InACRI) project funded by the German Federal Ministry of Education and Research (BMBF). The InACRI project addresses the current poor performance and uptake of index-based crop insurance products in Kenya.

Accurate and timely agricultural weather information is crucial, given the evolving environmental dynamics and increased climatic variability. The report emphasizes the significance of tailored weather and climate-based advisories for farmers and highlights the dispersed nature of essential information across various organizations and formats. Despite advancements in meteorological analysis capabilities, there are still gaps in effectively translating data into tangible actionable advisories.

This report underscores the escalating threat of climate disasters to global populations, emphasizing the heightened vulnerability of Sri Lanka, an island nation susceptible to diverse climate-related hazards. With floods, landslides, droughts, cyclones, and other extreme events on the rise due to climate change, the inevitability of future disasters looms large. Urgent proactive measures are imperative to address this pressing issue, as the population is ill-prepared to handle severe consequences without comprehensive and anticipatory strategies.

Local agrobiodiversity in remote areas such as the Moroccan High Atlas is poorly studied, despite being of great importance for the sustainability and resilience of mountainous populations. This includes important species such as wheat (Triticum spp.), barley (Hordeum vulgare), fava beans (Vicia faba), peas (Pisum sativum), and alfalfa (Medicago sativa). This study aimed to better understand varietal naming by farmers and the traits they use for assessing the current diversity of the five species, in 22 locations, distributed across three hubs of the High Atlas.