Nature-based solutions (NbS) at the landscape scale are increasingly recognised for their role in supporting biodiversity, enhancing ecological connectivity and contributing to climate change adaptation. However, their assessment and implementation remain complex. This article examines these challenges using the concept of pondscapes – networks of ponds and their surrounding terrestrial habitats – as a case for landscape-scale NbS.
Cities are increasingly facing challenges from heat, heavy rainfall, and drought. Nature-based measures offer a wide range of approaches to address these developments while simultaneously improving quality of life in urban areas. This infographic series developed by Ecologic Institute illustrates ten key nature-based adaptation measures and highlights their effects on the urban climate, water balance, and biodiversity.
Climate change is affecting cities in various ways: heatwaves are becoming more frequent, flooding is occurring more often, and prolonged periods of drought are putting pressure on water resources. This series of infographics provides an overview of key climate-related risks and shows how nature-based solutions can help mitigate them.
The European Scientific Advisory Board on Climate Change (ESABCC) has published the report “Climate Change Mitigation and Adaptation in the Agri-food Sector – Recommendations for a Coherent EU Policy”. The report calls on the EU to better integrate climate mitigation and adaptation across the entire value chain. Its aim is to safeguard food security, strengthen farmers’ livelihoods and align the agri-food system with the EU’s climate goals.
Nature-based climate adaptation unfolds not only in urban space but also in public perception. Measures such as urban greening, water retention or heat action plans require clear and targeted communication in order to be understood, accepted and supported. A new short guide published by the German Environment Agency outlines how municipalities can use press work strategically to communicate nature-based climate adaptation in a clear and structured way.
Nature-based climate adaptation can only be effective if it reaches the people it is meant to serve. Inclusive public communication plays a key role in this process: it helps ensure that nature-based solutions are not only planned and implemented but also understood, accepted and shaped by a wide range of communities. This guide, published by the German Environment Agency, provides practical guidance on how municipalities can design inclusive communication strategies for nature-based climate adaptation.
What do shaded paths, green roofs and restored waterways have in common? In many cities, they are already part of the urban landscape – yet often remain unnoticed. This guide, published by the German Environment Agency, focuses on these existing measures. It explains how municipalities can use city maps to make nature-based climate adaptation visible, place it in context and communicate it in a transparent and accessible way.
This policy brief examines how current climate-action rewarding mechanisms address – or fail to address – organic farming as a systemic and climate-resilient approach. It analyses existing monetary, regulatory and supportive instruments at EU level, with a particular focus on the Common Agricultural Policy (CAP) and the Carbon Removal and Carbon Farming (CRCF) Regulation.
Drawing on structured expert workshops across Europe, this study identifies key scientific, governance, and socio-economic conditions for making MPAs “climate-ready”. The findings highlight that resilient MPAs must be ecologically robust, socially inclusive, supported by coherent governance frameworks, and adaptable to changing ocean conditions.
Marine Protected Areas (MPAs) are key to conserving biodiversity and strengthening the resilience of marine social-ecological systems. As climate change intensifies, their effectiveness increasingly depends on integrating climate considerations into design, management, and governance. The infographic, "Towards Climate-Ready Marine Protected Areas: Challenges and Strategic Pathways," visualises the conceptual approach of the underlying study. It combines ecological, governance, and socio-economic aspects and shows how they work together to evaluate and improve the climate-readiness of MPAs.
The aim of the analysis is to assess stormwater management measures not only in terms of their hydraulic performance and costs but also to systematically capture their additional ecological, social and economic benefits.
This pilot roadmap is designed to support national authorities and stakeholders in Romania in develo ping a strategic framework for planning coastal wetland restoration, for example in the context of National Restora tion Plans. It draws on the latest scientific data, tools and methods developed by the EU-funded project RESTORE4Cs.
This pilot roadmap is designed to support national authorities and stakeholders in Portugal in developing a strategic framework for planning coastal wetland restoration, for example in the context of National Restoration Plans.
"RESTORE4Cs Restoring Coastal Wetlands in Europe – Implementation Roadmap to Guide National Action" is a practical guidance document, designed to support national authorities and stakeholders in developing or strengthening strategies for coastal wetland restoration, helping countries meet these and other related obligations. The Implementation Roadmap builds on the latest scientific knowledge and integrates key RESTORE4Cs findings, tools and methodologies into a coherent decision-support framework.
This report contributes to a better understanding of the economic implications of climate change adaptation across the European Union. Its central objective is to analyse three key dimensions: the costs of adapting to climate change, the costs of inaction, and current levels of adaptation funding. The analysis focuses on three climate-sensitive sectors of strategic importance for the EU economy and society: transport, energy, and agriculture.
Humanity has already exceeded six of the nine planetary boundaries, with climate change, biodiversity loss, and pollution pushing the Earth system beyond its safe operating space. Because these boundaries interact through complex feedback loops, surpassing one accelerates pressures on the others, creating cascading effects that amplify environmental degradation. This interconnected dynamic is driving a systemic triple planetary crisis, or polycrisis, that undermines ecological resilience and threatens long-term human well-being. Addressing it requires integrated, cross-sectoral approaches that tackle shared drivers and deliver co-benefits across environmental and socio-economic domains.
Nature-based solutions are central to climate change adaptation. Urban green spaces and waterbodies can reduce heat in cities, for example. How can local authorities implement such measures despite limited resources? This paper presents financing options based on practical examples – from crowdfunding to green bonds – and assesses which ones are suitable and when. It also provides recommendations on how the federal and state governments can provide support.
Climate change is exacerbating drought, low water levels, and heavy rainfall in German river basins, posing new challenges for agriculture, forestry, water management, ecosystems, and municipal planning. Against this backdrop, the project KliMaWerk investigated how the landscape water balance can be made climate-resilient through integrated, practical strategies and measures. The KliMaWerk final report summarises the key findings and strategic conclusions.