Climate change presents significant challenges to countries worldwide, and Ethiopia is not exceptional (Simane et al., 2016). The nation confronts a wide array of climate risks that pose substantial obstacles to its sustainable development and the well-being of its people. Ethiopia is particularly vulnerable to climaterelated hazards due to its predominantly agricultural economy and large population reliant on rain-fed farming.

Mali, situated in the Sahelian region of West Africa, faces vulnerability to the impacts of climate change, and these effects are already evident across various sectors. Noteworthy consequences of climate change in Mali encompass heightened temperatures, increased frequency of droughts, water scarcity, and the progression of desertification. Indirect impacts include health impacts, such as the spread of vector-borne diseases, and resource conflicts, exacerbating existing tensions arising from diminishing resources.

To improve the farming efficiency, Egypt has been struggling to narrow the water, energy, and yield gaps owing to exacerbated water shortage. For quantitative diagnosis of farming performance, the paper presented an on-farm water, energy, food, and carbon-footprint (WEFC) nexus index made up of four equally pillars. The arithmetic average preserved the multi-centric approach and equal importance of the four pillars.

To contribute to building sustainable and effective climate change adaptation solutions avoiding usability gap, it is largely recommended to engage in the process of co-production, integrating expertise and knowledge from various academic and non-academic actors. We want to learn if and how co-production, believed to effectively link knowledge and decision-making, and thus suggested as the best practice in building decision-support frameworks, is really applied in the frameworks that are being implemented on the ground.

INNOVATION PROFILE of Cactus pear as a drought-tolerant crop, provides food and livestock feed and thereby improves the livelihood of poor farmers in the dry areas.

This conceptual and methodological note introduces a conceptual framework designed to assess multi-scalar climate adaptation policy instruments by gauging the extent to which they consider linkages between climate, peace and security. The purpose of this methodology is to assess whether policy instruments – and the activities and operations enacted within them - are intentionally formulated, implemented, and evaluated with regard to their effectiveness in mitigating conflict and societal instability risks, and to contribute to sustainable peacebuilding efforts.

Zambia has historically qualified as a regional model of stability and peace. However, this status is being undermined by a number of socio-political factors, including deeply entrenched patterns of social inequality and gender discrimination, high levels of poverty and youth unemployment, as well as recurring episode of electoral violence. Climate and extreme weather events compound most of these vulnerabilities and even create new ones. This profile, derived from the Climate Security Observatory, answers: 1) HOW does climate worsen the root causes of conflict?

Within the global literature on ecological restoration, a subset of literature examines the relationship between smallholder
land restoration and rural outmigration. However, intrahousehold dynamics surrounding the outmigration of one or more
household members and the capacity of the household to undertake land restoration activities are often overlooked.
With analyses rooted in Burkina Faso and Kenya, we explore the relationships between restoration, household labor, and

The study focused on the extensive rangelands in Kuwait, covering more than 75% of the total land area. These rangelands face severe degradation due to factors such as overgrazing, anthropic misuse, and mismanagement. The research aimed to assess the impact of natural restoration, specifically through resting, on vegetation cover and species richness in a fenced 1 km² area. The findings indicated that while perennial species cover remained consistent between fenced and unfenced areas, there was a notable increase in annual species cover within the fenced sections.

Sustainable agricultural intensification (SI) seeks to address multiple development objectives at the same time, among them