Climate information needs and services for climate change mitigation and adaptation in Cameroon, Kenya, Malawi, Nigeria and Tunisia

Abstract

Poor access and use of accurate, timely and appropriate climate information consistently to inform decision making in African countries pose a huge dilemma for sustainable development. The existing climate data observations networks coverage are sparsely distributed. Development strategies and plans are not adequately informed by climate science due to the limited reliable and useable climate data and information produced by National Meteorological and Hydrological Services and other relevant institutions. This paper describes the climate information needs of Cameroon, Kenya, Malawi, Nigeria and Tunisia, the status of the climate information systems (CISs), gaps and recommends improvement in the generation, processing and use of climate information. A study involving in-depth desk studies, key informant interviews, focus group discussions and policy dialogue was conducted. Results revealed that the CISs in the target countries have weak forecasting and alert systems for weather events and low capacities of stakeholders in climate prediction, development of climate products and information to support long-term planning, climate adaptation and resilience. The quality and appropriateness of data collected needs to be improved through networking, development and use of innovative technologies and capacity building. Institutionalizing climate data management training within climate data collection stations, creating modern real-time CISs by strengthening the capacities of national and regional institutions to use and disseminate climate information, is paramount. The capacity of the ministries involved in climate data management to deploy appropriate climate information and best practices to effectively implement climate-proof policies and practices should be enhanced to increase climate resilience and productivity. Key words: climate information needs, climate service, adaptation, mitigation, capacity