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This report from the publication series 'Green Recovery for Practitioners' presents a compilation of 23 examples that show how communities, cities and countries have implemented the idea of a green recovery. Covering a wide range of sectors, entry levels and approaches, it draws upon measures and instruments that have been deployed in more than 20 countries, particularly in developing and emerging economies. Each example reflects on the actors involved, the progress made and the lessons learned so far.
The CRED Practitioner's Guide offers a framework to help economic advisers in central and sectoral government ministries to integrate climate economic modelling results in economic development processes, with the ultimate objective to support climate-resilient economic development. The guide describes various opportunities to integrate climate modelling results along all steps of the economic development policy cycle, from planning to budgeting and financing, implementation, and monitoring, evaluation, and learning.
With a particular focus on the role of development cooperation, impacts of climate change on the ocean and coastal zones were discussed during the expert dialogue ‘The ocean in a changing climate: Rapidly growing risk of loss and damage?’ hosted by GIZ Global Programme on Risk Assessment and Manage­ment for Adaptation to Climate Change (Loss & Damage) in January 2021. Key insights from the event are presented in this report.
Understaning and explaining what Ecosystem-based Adaptation is can be tricky. This new facthseet developed by the Global project Mainstreaming EbA provides you with a brief overview and a simple visualization to help make the term EbA more clear. It also relates EbA to the now often discussed term 'Nature-based Solutions' and thereby offers an easy to remember bridge to avoid confusion. 
The Global Project Mainstreaming EbA is a knowledge management project supports actors at international, national and local level to incorporate ecosystem-based adaptation into policy and planning processes of different sectors.  A focus of the project lies on knowledge management within an international EbA community of practice. With the help of additional networks, the global EbA project has developed a variety of concepts, strategies, methods and tools to promote EbA and to inform adaptation negotiations, policies, strategies and action plans. 
C‘est un enjeu fondamental pour l’avenir de l’humanité de nourrir une population mondiale en augmentation constante, tout en respectant les limites de la planète. Les modèles dominants de production et de consommation entraînent la perte des bases d’existence naturelles et détruisent les écosystèmes et leur fonctionnement. En 2017, 820 millions de personnes souffraient de sous-alimentation. Le changement climatique renforce cette tendance et pousse les écosystèmes naturels jusqu’aux limites de leur capacité de charge, entraînant ainsi de graves conséquences pour l’environnement, l’économie et les êtres humains. Afin d’assurer la survie de l’humanité, il est nécessaire de rendre les systèmes agro-alimentaires plus durables et plus résilients au climat.
La transformation de l’agriculture et des systèmes alimentaires mondiaux est une tâche centrale pour les années à venir. Garantir la sécurité alimentaire d’une population mondiale croissante, maintenir des écosystèmes sains pour soutenir les revenus et l’économie, limiter les risques climatiques et diminuer les émissions de gaz à effet de serre sont les principaux objectifs de systèmes agricoles et alimentaires (agroalimentaires) pérennes.  Compte tenu de la complexité de cette question, l’agroécologie (AE) s’est imposée dans le débat scientifique et politique comme un paradigme essentiel à y répondre.
The climate crisis and threats to food security are strongly interlinked. Global food and land use systems account for 21-37% of global greenhouse gas emissions and are one of the main drivers of climate change. On the other hand, agricultural production systems are very vulnerable to climate hazards, which are accelerated by climate change. Without action, yield reductions of up to 30% are expected. A rising population further increases food demand. To tackle this problem, adapting agricultural production systems to climate change is an indispensable step. Agroecology provides one solution that aims at developing sustainable land use and food systems and transforming them towards climate resilience and adaptiveness.
Agroecology is an approach that aims at developing sustainable land use and food systems and transforming them towards climate resilience and adaptiveness. The transformation of global agricultural and food systems is a central task of the coming years. Suitable solutions require the integration of as many system components as possible – from food cultivation, processing and trade, through consumers and their behaviour, to the relevant political and social environment.
The 6-step climate risk assessment (CRA) methodology provides practitioners and decision-makers with a guidance on how to assess climate-related risks and how to translate the assessment into measures. Main characteristics of the methodology include the participation of all stakeholders, the assessment of hazards along the entire spectrum from slow onset processes to extreme weather events, the consideration of non-economic losses and damages as well as the focus on risk tolerance levels. It aims at identifying a smart mix of climate risk management measures, combining proven instruments from climate change adaptation and disaster risk management with innovative instruments to address residual risks which cannot be averted. As such, CRA can support evidence-based and risk-informed decision making and planning in the context of climate change.