PUBLICATIONS

Here you can find publications on the subject of climate change adaptation in different languages.
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Cette évaluation décrit sept facteurs d’impact climatique importants pour la Tunisie, avec un accent particulier sur les gouvernorats de Béja, Jendouba, Kairouan, Kasserine, Kef, Sidi Bouzid et Siliana. Elle montre comment les facteurs d’impact climatique devraient changer selon deux trajectoires de changement climatique à l’avenir (2030, 2050 et 2080).
Cette évaluation décrit sept facteurs d’impact climatique importants pour le Burkina Faso, avec un accent particulier sur les provinces du Houet et du Tuy dans la région des Hauts-Bassins. Elle montre comment les facteurs d’impact climatique devraient changer selon deux trajectoires de changement climatique à l’avenir (2030, 2050 et 2080).
Cette évaluation décrit sept facteurs d’impact climatique importants pour le Bénin, avec un accent particulier sur les régions d’Alibori, de Bourgou, des Collines et du Zou. Elle montre comment les facteurs d’impact climatique devraient changer selon deux trajectoires de changement climatique à l’avenir (2030, 2050 et 2080).
This assessment describes seven important climatic impact drivers for India, with a special focus on the districts Ahmadnagar, Amravati, Dhule, Jalna and Yavatmal in the state of Maharashtra and Mandla and Balaghat in the state of Madhya Pradesh. It shows how the climatic impact drivers are projected to change under two climate change trajectories in the future (2030, 2050 and 2080).
This assessment describes seven important climatic impact drivers for Kenya, with a special focus on the counties Bungoma, Kakamega and Siaya. It shows how the climatic impact drivers are projected to change under two climate change trajectories in the future (2030, 2050 and 2080).
This assessment describes seven important climatic impact drivers for Ethiopia, with a special focus on the regions Afar; Amhara; Oromia; Southern Nations, Nationalities, And Peoples´ Region (SNNP) and Tigray. It shows how the climatic impact drivers are projected to change under two climate change trajectories in the future (2030, 2050 and 2080).
There is an unprecedented interest in nature-based solutions for climate change mitigation and adaptation. But something very important is often missing from discussions of such solutions: the role of healthy soils. As habitats for plants and animals, as regulators of climate and water, and as the foundation of terrestrial ecosystems and the vast majority of our food production, soils are critical to all ecosystem services – including those that humans depend on for survival. This guidebook aims to demonstrate the importance of sustainable soil management (SSM) for adaptation to climate change, biodiversity conservation and the achievement of long-term food security. By adopting nature-based solutions such as ecosystem-based adaptation (EbA), farmers can dramatically increase their productivity while adapting to climate risks.
Based on a database that also builds the foundation of the search engine CRAMSE, this study aims to increase the understanding of recent innovations, and of remaining methodological challenges to future innovation in climate risk assessments. Six dimensions relevant to the challenges of CRAs in the context of climate-related losses and damages are evaluated in detail, ideally benefiting decision makers’ selection of suitable methods and practitioners’ efforts to further develop future methods and approaches.