The presentation explains how an effective pastoral territorial development (investment) could be a key driver for enhancing rangeland governance and restoration.
The majority of smallholder farmers in Ethiopia depend on rainfall-fed subsistence agriculture for their livelihoods and are highly vulnerable to climate change and variability. To address the negative impacts of climate change, climate-smart agriculture technologies are implemented and practiced in Doyogena climate-smart landscape. However, there are specific CSA activities that need gender mainstreaming.
Food production faces interlinked challenges with increasing uncertainties from the increasing impacts of climate change and variability. The underlying philosophy of CSA is the development and promotion of an integrative approach that results in landscape management for productive croplands, livestock, forests, and fisheries. It aims for improved food and nutrition security and equitable livelihoods. The program seeks to support the achievement of three outcomes i.e.
Small ruminant value chain development started in Ethiopia as part of Livestock and Fish CRP in 2012, and then continued since 2017 as Livestock CRP, in seven sites representing different regions of Ethiopia, production systems and communities. The objective of the initiative was to test technological and institutional innovations that would transform the small ruminant value chain and this involved rigorous procedures.
In Africa, many actors, programmes, projects, or initiatives are implemented by international organizations or continental institutions, or sub-regional and national entities to improve the development, provision, uptake and use of weather and climate services1 .For instance, the Regional Climate Centers (RCCs) have been engaged in developing models and methodologies based on ground and satellite observations to forecast/monitor rainfall, cropwater requirements, drought, early warning
Improving agricultural productivity in Ethiopia is crucial to alleviate poverty and meet growing food demand amid environmental stress and climate change. Agricultural innovation and access to digital agricultural solutions have the potential to boost productivity while reducing negative environmental footprints in agriculture and food system value chains. However, most smallholder farmers in Ethiopia have limited access to digital farming solutions.
This study evaluates the context within the targeted areas in the Horn of Africa, and summarises common investments in these countries in relation to climate adaptation and climate security based on a review of Nationally Determined Contributions. The report also assesses key agreements in the Karamoja-Turkana/Pokot-Eastern Equatoria cluster, identifying the focus priorities of these agreements and suggested interventions with the purpose of informing stakeholders on regional priorities and investments with cross-border benefits.
Southern Africa is highly drought-prone, and its agricultural and hydrological systems are vulnerable. Climate forecasts provide tools for decision-making and adaptation to climate extreme events. This report presents the preliminary results regarding the development of seasonal drought forecasts for the Limpopo River basin. Using multiple climate-relevant datasets, a diagnosis of the climate of the Limpopo basin was carried out, and the relevance of using the SPEI drought index for characterizing droughts was also assessed.
Climate change can potentially exacerbate the social, economic and political processes that lead to instability and conflict. Yet, there is insufficient localized and policy-relevant evidence on how exactly climate-related security risks may emerge across different geographic contexts. The ClimBeR initiative held a 3-day workshop to understand the climate action needs of Kenya and to explore the main challenges towards integrating the climate security nexus in Kenya's climate change policy frameworks and action strategies.
Htee Pu village in the Dry Zone was designated as Climate-Smart Village, where participatory action research was undertaken from 2018 to 2020 to find solutions to climate change's challenges to local farmers' lives and livelihoods. A Dry Zone is typically characterized by a lack of water, thin vegetation cover, and severe soil erosion. Nyaung U Township has the highest temperature in Myanmar's dry zone regions. With support from the International Development Research Centre (IDRC), Canada, the research project was implemented in Myanmar from July 2020 to July 2022.
Women’s Voice & Agency beyond the household (VABH) has increasingly been recognized as critical to strengthening resilience, increasing women’s access to important resources, improving women’s decision-making power, and facilitating broader social networks (Njuki et al. 2022). Despite rapidly intensifying climate change in recent years, a knowledge gap persists as to how climate change may affect women’s VABH in developing countries.
The occurrence of high temperature and heavy rain events during the monsoon season are a major climate risk affecting aquaculture production in Bangladesh. Despite the advances in the seasonal forecasting, the development of operational tools remains a challenge. This work presents the development of a seasonal forecasting approach to predict the number of warm days (NWD) and number of heavy rain days (NHRD) tailored to aquaculture in two locations of Bangladesh (Sylhet and Khulna).