Context and backgroundIn the classified and managed forests of Upper-Casamance, the vegetation cover is undergoing significant changes.

Mapping Of Pipeline Oil Spill Sites In Part Of Niger Delta Area, Nigeria, Using Geographic Information System From 2016 To 2018

This report presents adoption patterns of common bean varieties with associated technologies and the resultant effects on productivity and household well-being. In a bid to identify the key variables that govern the use of the technologies promoted by the project, on the one hand, and to examine the impact of the technologies adopted on the livelihood and productivity of bean farmers, on the other, appropriate statistical and econometric techniques were employed. The findings and the conclusions drawn thereof are assumed to represent features of common bean growers in the country.

Since 2017, ICARDA has been facilitating the transition to improved policies for sustainable management of rangelands in Tunisia. PIM-supported methods and approaches on the quantitative assessment of alternative rangeland governance approaches have been used as inputs into the development of the future new pastoral code.

Forage-based cattle systems play a key role in rural economies of developing countries in terms of food security and poverty alleviation. However, they can generate negative environmental impacts by contributing to increased greenhouse gas emissions, land degradation, and reduction of biodiversity.

Hunger and malnutrition are key global challenges whose understanding is instrumental to their elimination, thus realization of important sustainable development goals (SDGs). However, understanding linkages between farm production diversity (FPD) and household micronutrient intake is important in mapping micronutrient deficiencies and hidden hunger. Such understanding would inform appropriate interventions against malnutrition. Unfortunately, empirical literature is scarce to sufficiently inform such understanding.

Silvopastoral systems (SPS)—production systems integrating trees, forages, and livestock within the same land area—are recognized as critical for reducing tropical deforestation and improving livelihoods, ecosystem services, and carbon sinks. Yet, research on how scaling SPS influences forest cover changes at large geographical scales is scant. Our study delves deeper into the interlinkages between scaling SPS and deforestation.

Protocol has been developed, piloted, and revised and is now guiding case studies at additional sites. UPDATE 2021: Protocol has been published. CGIAR research based on the protocol has been published.