This operational guide is dedicated to public, academic and private institutions working in the fields of climate, water, environment, agriculture, livestock, plant protection, food and nutrition security, climate disaster risk reduction, and any other related sectors using (or wishing to use) the products and services of AGRHYMET Regional Climate Centre for West Africa and the Sahel (AGRHYMET RCC-WAS), which is a specialized agency of the Permanent Inter-State Committee for Drought Control in the Sahel (CILSS). Its main objective is to enhance the value of AGRHYMET RCC-WAS's various products and services, by making them more visible and attractive to development stakeholders (public, academic and private), decision-makers and partners (technical and financial), through their performance, relevance, and effectiveness in meeting the specific and collective needs of different users in the countries of West Africa, the Sahel, and other zones. The guide maps out the various services provided by AGRHYMET RCC-WAS, which is a benchmark institution in the sub-region for diploma and continuing training in the various fields listed above, and for building the operational capacities of state, university and private technical institutions involved in reducing hydro-climatic and phytosanitary risks and improving the productivity of agro-sylvo-pastoral and environmental systems in West Africa and the Sahel. It explains the different types of services that AGRHYMET RCC-WAS provides or can provide, as well as the modalities and procedures that state technical institutions and other applicants must adopt to gain access to them, in accordance with their specific or collective, immediate, or future needs, and in compliance with environmental and social safeguard standards.

Abstract: In Niger (a fully Sahelian country), the use of climate information is one of the early warning strategies (EWSs) for reducing socio-economic vulnerabilities in farmer communities. It helps farmers to better anticipate risks and choose timely alternative options that can allow them to generate more profit. This study assesses the impacts of the use of climate information and services that benefit end-users. Individual surveys and focus groups were conducted with a sample of 368 people in eight communes in Southwestern Niger. The survey was conducted within the framework of the ANADIA project implemented by the National Meteorological Direction (NMD) of Niger. The survey aims to identify different types of climate services received by communities and evaluates the major benefits gained from their use. Mostly, the communities received climate (73.6%) and weather (99%) information on rainfall, temperature, dust, wind, clouds, and air humidity. Few producers in the area (10%) received information on seasonal forecasts of the agrometeorological characteristics of the rainy season. The information is not widely disseminated in the villages during the roving seminars conducted by the NMD. For most people, this information is highly relevant to their needs because of its practical advice for options to be deployed to mitigate disasters for agriculture, livestock, health, water resources, and food security. In those communities, 82% of farmers have (at least once) changed their routine practices as a result of the advice and awareness received according to the climate information. The information received enables farmers (64.4%) to adjust their investments according to the profile of the upcoming rainfall season. The use of climate information and related advice led to an increase of about 64 bunches (equivalent to 10 bags of 100 kg) in annual millet production, representing an income increase of about 73,000 FCFA from an average farmland of 3 ha per farmer. In addition, the use of climate information helps to reduce the risks of floods and droughts, which often cause massive losses to crop production, animal and human life, infrastructure, materials, and goods. It has also enabled communities to effectively manage seeds and animal foods and to plan social events, departures and returns to rural exodus. These analyses confirm that the use of climate information serves as an EWS that contributes to increasing the resilience of local populations in the Sahel.