Climate change education plays a vital role in addressing the climate crisis (Vaughter, 2016). By incorporating climate knowledge products into the curriculum, enhancing the capacity of staff to teach the subject, improving teaching infrastructure, and providing necessary financial support, educational institutions can contribute to nurturing a knowledgeable and future-oriented workforce.

The CGIAR Initiative on Climate Resilience is geared towards Building Systemic Resilience against Climate Variability and Extremes in developing countries including Guatemala, Kenya, Morocco, the Philippines, Sri Lanka, Senegal, and Zambia. The initiative has four work packages: 1). De-risking agriculture production systems and livelihood from climate change, 2). Building production system resilience recognizing the linkages of climate, agriculture, security, and peace; 3). Developing adaptation instruments to inform policy and investments, and 4).

Tajikistan, one of the least urbanized countries in Central Asia, is prone to natural disasters, disruptions in rainfall, rising temperatures, reductions in glacial cover, and extreme weather events. Agriculture and energy sectors are the highest emitters of greenhouse gases. The Government of the Republic of Tajikistan acknowledges the problems and risks posed by climate change and is working to address them.

This paper analyzes the complex relationships of factors influencing rangeland governance in the arid areas. A Bayesian Belief Network (BBN) model was developed in a participatory way to illustrate and assess the weight of a combination of environmental, social and institutional factors enabling the achievement of strengthened rangeland governance at a local level. The Bayesian model was applied in Tataouine situated in south of Tunisia. A complex diagram was built in a participatory way to illustrate the most important interactions between rangeland socioecological system components.

The central delta of the Niger is characterized by the coexistence of various production systems sharing water
and land as common elements. These systems have long interacted, complementing and substituting one another through efficient socio-spatial organization. However,
several factors have led to the emergence of challenges between users of natural resources, especially farmers and herders. This makes the central delta of the Niger one of
the Sahelian regions where conflicts have taken alarming proportions.

There is a need to overcome systemic bottlenecks to facilitate agri-data management, access, and sharing. Among the possible measures recommended by various studies is the development and establishment of national ag- data hub. Understanding the gaps, needs, constraints, and priorities of partners is essential to co-define contextualized interventions that are timely and useful. One of the key activities is thus be to engage with partners in order to consult them on data and infrastructure needs and requirements in order to facilitate co-creation.

Global population growth will require a 50% increase in food production by 2050. However, the current food system that promotes productivity and competitiveness has failed to provide nutritious food for all and contributes to environmental (gas emissions, pollution) and natural resources degradation (overexploitation).

Flood risks are a major concern in Nigeria, due to their consequences on human life and socioeconomic activities of the people. Floods are induced by high rainfall intensity resulting from climate change. Other factors identified as the drivers of the perennial flooding in Nigeria include, poor drainage systems, poor waste management, unregulated urbanization, weak implementation of planning laws and changes in land use without regard to ecological considerations.

This report presents the results of a scoping study conducted between April and June 2022 in Nepal as part of the CGIAR NEXUS Gains Initiative. The study aims to inform and offer a baseline for the development of a water - energy - food - environment (WEFE) nexus capacity strengthening strategy for the Initiative in Nepal, which will serve as a hub for NEXUS Gains capacity strengthening activities in the sub-region.

Nexus SAMs aims to improve the quality and standardize the construction process of SAMs using a standard toolkit that enables tracing data sources and assumptions. The unified structure of nexus SAMs allows for more robust cross-country comparisons of economies, especially the sectoral composition, allocation of government spending and trade orientation.

This paper provides an inventory of novel approaches to and mechanisms for quality assurance of the seeds of vegetatively produced crops (VPCs). It explores to what extent seven African countries (Ethiopia, Kenya, Malawi, Nigeria, Tanzania, Uganda and Zambia) are decentralising and integrating VPC seed systems, in terms of regulations governing the sector, methods of seed production, and methods of seed inspection and certification. It consolidates existing data and presents new data on decentralised seed quality assurance (SQA) approaches for VPCs in these seven selected countries.

The Participatory Mapping method was applied by Vietnam’s Department of Crop Production and the CGIAR Research Program on Climate Change, Agriculture and Food Security – Southeast Asia in designing the approach for Climate-risk mapping and adaptation planning – CS-MAP. Local knowledge is very important in identifying affected area, the level of climate risks and adaptation measures taking into account local contexts (natural resources, infrastructure and production activities). In CS-MAP, spatial and temporal factors are used in analysis following a 5-step process.