Landscape in Sub-Saharan Africa faces increasing pressure from both anthropogenic activities and climate change. The agrifood system struggles to utilize the landscape's potential. Misconceptions in landscape management practices, such as neglecting socio-ecological and participatory concepts, hinder sustainable development. Socio-ecological landscape management, which integrates social and ecological systems and promotes collaboration among stakeholders, innovation, resilience to risks, resource sustainability, and community satisfaction, is gaining acceptance.

Bangladesh summer monsoon rainfall (BSMR), typically from June through September (JJAS), represents the main source of water for multiple sectors. However, its high spatial and interannual variability makes the seasonal prediction of BSMR crucial for building resilience to natural disasters and for food security in a climate-risk-prone country. This study describes the development and implementation of an objective system for the seasonal forecasting of BSMR, recently adopted by the Bangladesh Meteorological Department (BMD).

Across South Asia, millions of small-scale farmers are confronted with a range of urgent challenges. These include poverty, malnutrition, environmental deterioration, and the growing impacts of climate change and unpredictability (Ericksen et al., 2011). Despite these pressing concerns, the region’s farming systems still have potential to sustainably its productivity and profitability (Islam et al., 2019; Gathala et al., 2021).

Silvopastoral systems in dry areas play a crucial role in enhancing land productivity and resilience, offering environmental benefits, and positively influencing the livelihoods of communities. Sabihia Site, managed by the Forestry Department, serves as a pilot site, shedding light on the challenges and successes of implementing silvopastoral systems. As a demonstrative model for sustainable practices, this site showcases favorable outcomes, including soil and water conservation, reduced livestock feeding costs, and enhanced biodiversity.

In Uzbekistan, livestock production accounts for 40% of agricultural output. Since independence, areas planted with forage and feed crops have decreased by 70%, whereas the cattle population has increased by 150%, leading to a sharp increase in GHG emissions (mainly methane through enteric fermentation). Inadequate management practices, aggravated by climate change, have led to salinisation and pasture degradation.

Abstract Livestock production is critical for improved food and nutrition security, sustainability of ecosystems, and resilience. Zambia, like many countries in sub-Saharan Africa, aspires to increase livestock’s contribution to the Gross Domestic Product and generate economic opportunities. Global environmental change, however, and the potential of ruminant production to exacerbate it, requires the implementation of innovative and pragmatic technologies for mitigation of and adaptation to the adverse effects of environmental change.

Understanding the factors driving the farmers’ decisions to diversify their crop production is important for management strategies and policies promoting climate-smart agricultural development. Options for diversification and its associated drivers might be shaped by livelihood context, and it remains as a general gap in knowledge. This study aimed to reveal the driving factors behind households’ decisions to diversify their crops in different livelihood contexts.

A one-day workshop in Jirapa, Ghana was organized to test the results of the Climate Security Sensitivity Tool (CSST) and reflect on the reliability of its recommendations. This document reports on the results of the CSST piloted on the Climate Smart Village (CSV) approach implemented in Jirapa and on the outcomes of the workshop that reflected upon these results and recommendations.

In the frame of AgriLAC resiliente, a framework to integrate climate change mitigation priorities (through low emission food systems) and development priorities will be developed. To inform the development of this framework, a non-systematic literature review has been carried out in order to understand the underlying causes of deforestation in Colombia, and how they can be linked to the food systems dimensions. This report presents the main findings of the literature reviewed.

The overall objective of the study is to outline and unpack climate change processes and identify important actors and institutions at national, regional, and global levels and their specific roles in curbing climate change. This study is aimed to establish how farmers’ organizations can engage, collaborate, build partnerships, cooperate, and act with synergy in promoting awareness and recognition of farmers issues.

The African Union Commission (AUC) launched the inaugural strategic Climate Action Innovation Hub (the Innovation Hub) at the Africa Climate Summit (ACS). The Innovation Hub, hosted at the African Union House between the 4th – 6th September, was a unique event to profile Africa’s young people and women engaged in climate action through innovation.

Mali is a landlocked, Sahelian country of West Africa. The Climate Change Vulnerability Index produced by ND-GAIN in 2016 ranked Mali as the 166th out of 181 most at climate change affected-risk countries in the world. It is the 9th most vulnerable country and the 43rd least ready country to address climate change effects. Mali is home to the inner delta of the Niger River that runs through nine countries in the region.