This guidance document, developed by FAO, CIRAD, and GIZ, analyzes 16 foresight processes to explore how agroecology can support the transformation of food systems. It examines methodologies, scenarios, and stakeholder participation, emphasizing the political nature of transformation and the need for inclusive, systemic, and participatory approaches. The findings highlight the diversity of foresight methods, including modeling tools such as the iSDG, and provide recommendations to strengthen the integration of agroecology into foresight, offering decision-makers and practitioners pathways toward more sustainable food systems.

China's long-term sustainability is threatened by five disruptors: pandemics, aging population, deglobalization, climate change, and biodiversity loss. These could reduce China's SDG score by up to 7 points by 2050. However, integrated policies in education, healthcare, energy transition, water efficiency, and ecological conservation can enhance resilience and improve sustainability outcomes.

This report analyzes the impact of targeted investments on accelerating Angola's progress toward achieving the Sustainable Development Goals (SDGs) by 2030. Using the iSDG model, the study focuses on key sectors, including health, education, agriculture, social protection, electricity, and water, to assess their role as SDG accelerators. It explores various investment scenarios aligned with Angola's national development strategies and emphasizes the importance of an Integrated National Financing Framework (INFF) to mobilize public and private resources effectively. The findings highlight both opportunities and challenges in advancing the 2030 Agenda for sustainable development in Angola.

The UNDP Bangkok Regional Hub, in collaboration with the Millennium Institute, developed the Integrated Ambient Air Pollution (IAP) model to analyze and address air pollution in Vientiane province, Laos PDR, and Chiang Rai province, Thailand. This 26-month project included stakeholder engagement, data collection, model development, and policy scenario simulations, culminating in training workshops.

The global energy demand drives decarbonization efforts post-2015 Paris Agreement. Green hydrogen (GH2) emerges as a solution, notably in hard-to-reduce emissions sectors. Brazil, South Africa, and Namibia invest in GH2 for sustainable energy. Simulation-based assessments show significant SDG benefits, highlighting education, infrastructure, and policy integration for optimal outcomes.

This paper argues for the importance of systemic knowledge in policy-making for resilience against global challenges like COVID-19 and climate change, emphasizing systems thinking and dynamic modeling in decision making.