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The document analyzes the transition from conventional water governance and Integrated Water Resources Management (IWRM) toward adaptive management and water security. It emphasizes the necessity of monitoring and measurement to guide decision-making and highlights the importance of equity and social learning in creating participatory and adaptive water governance systems.

The report examines how the perception of risk increases the cost of capital, thereby hindering renewable energy deployment in developing countries, particularly in Sub-Saharan Africa. It details the project development process from a developer's viewpoint, categorizes various investment risks, and analyzes RMT instruments—divided into policy and financial de-risking—designed to make projects financially viable by reducing the Weighted Average Cost of Capital (WACC) and increasing Net Present Value (NPV).

The document explores the 'cascading' principle, which suggests natural resources should be used for their most valuable purposes for as long as possible before energy recovery. It analyzes the tension in the EU between the bioenergy sector, the forest industry, and environmental NGOs, while critiquing historical 'designated eligibility' approaches to implementation.

The document examines the tension between 'mainstreaming' climate change adaptation—integrating it into development, business, and other policy sectors—and treating it as a specialized 'silo' of expertise. Drawing on the Adaptation Futures 2016 conference, it argues that neither approach is inherently superior; rather, the choice depends on the specific purpose and context. While mainstreaming promotes resource efficiency and policy coherence (particularly regarding poverty reduction), the author notes that it can make adaptation progress invisible, complicating monitoring, evaluation, and the tracking of earmarked finance. The brief highlights the expansion of mainstreaming into business operations and city planning, while recommending a pragmatic approach that recognizes the value of both integrated and stand-alone adaptation efforts.

The authors argue that accounting for aquatic ecosystem needs results in a lower planetary boundary for freshwater consumption than previously estimated, suggesting a value of approximately 2800 km3 yr−1 compared to the earlier 4000 km3 yr−1.

The project addresses the lack of empirical work on the links between social and ecological resilience in heterogeneous territories experiencing rapid transformation. By conducting multi-stakeholder workshops in Argentina, Brazil, and Colombia, the project co-designed research questions and developed a comparative territorial baseline using economic, social, and geographic variables. Preliminary conceptual reviews indicate a lack of clear definitions and links between ecological and social resilience in existing literature.