The increasing frequency of floods and droughts highlights the urgent need for climate-resilient landscapes. This is where the European research project SpongeWorks comes in, demonstrating sustainable "sponge" measures in river basins across Greece, France, and the Netherlands/Germany. By restoring rivers, wetlands, and implementing innovative agricultural practices, landscapes are becoming better equipped to retain and release water in a controlled way. With 28 partners involved, the project aims to inspire other regions by sharing success stories and tools to promote "sponge landscapes" across Europe.

In the context of the political goal of strengthening the reuse of used goods, the project aimed at supporting and executing re-use measures in Berlin in order to foster structures and actors in Berlin that bring the used goods market out of its niche. To do so, the project draws on the experience of several predecessor projects including initial pilot tests, networking activities and the opening of the Re-Use Superstore.

This survey aims to collect your experiences and perspectives on inclusive engagement in NbS co-creation. We seek to identify successful strategies, critical challenges, and lessons learned in meaningfully engaging commonly excluded stakeholders in NbS co-creation processes.

A family farm in Brežice, Slovenia, took the leap into organic agriculture to overcome high input costs, low economic viability, and limited control over their business. The SPRINT project is studying this farm to understand how the transition to organic farming – by eliminating synthetic pesticides and fertilizers, introducing crop rotations, and experimenting with new feeding strategies – can lead to a more sustainable and profitable operation. This case study highlights the challenges and successes of the farm in adopting an organic approach.

In Slovenia, the Fruit Centre Maribor is dedicated to promoting sustainable fruit production practices while reducing reliance on synthetic pesticides. The SPRINT project studies the Centre's work to understand how the use of more resistant fruit varieties, self-developed plant-based pesticides, and improved soil quality can contribute to more sustainable cultivation. This case study explores the challenges and solutions the Centre has encountered in implementing sustainable methods in fruit production.

The city of Rennes in France faces the challenge of securing the quality of its drinking water, as intensive agricultural practices have led to significant pollution of water resources. As part of the "Terres de Sources" initiative, which was studied within the SPRINT project, sustainable solutions have been developed to improve drinking water quality through environmentally friendly agricultural practices while also promoting local food production and marketing. This case study illustrates how the initiative successfully implements measures to reduce pesticide use and promote sustainable value chains.

The vineyards of St. Emilion, France, face significant challenges due to the reliance on pesticides, particularly given the region's susceptibility to mildew. However, the winegrowers of St. Emilion have successfully committed to a sustainable future by implementing stringent environmental regulations and significantly reducing pesticide use. This case study highlights the initiatives and successes achieved in the region, which aims to promote sustainable practices in viticulture.

Within the DDP project, Ecologic Institute contributed a detailed analysis of the EU’s climate governance architecture and its role in connecting short-term policy cycles with the long-term goal of climate neutrality. The project team examined how instruments such as the European Green Deal, the European Climate Law, and the Governance Regulation enable coordination between Member States and support a shared trajectory toward 2050 targets.

This policy brief outlines recommendations for sustainable and socially accepted subsoil management in Germany. Subsoil, located below the plowed topsoil layer, holds essential nutrients and water reserves crucial for plant growth and sustainable bioeconomy practices. The Soil³ project (2015–2025) investigated methods to enhance subsoil usage, focusing on increasing plant root access to this layer without compromising its ecological functions.

The aim of the project is to support the promotion of ecosystem-based adaptation (EbA) in tropical and subtropical coastal regions. This is to be achieved by strengthening the technical information base, promoting the international exchange of experience and developing and communicating policy- and implementation-oriented recommendations for action to decision-makers.

We are pleased to announce the appointment of Christoph Heinrich as the new Director of Ecologic Institute. He will assume his position on 1 August 2024. Christoph Heinrich takes over from Dr. Camilla Bausch, who is stepping down at the end of this summer after more than 20 years of dedicated work, including almost a decade as Director.

With ZirTeNet, Ecologic Institute supports the networking and coordination of sixteen research and innovation projects funded by the German Federal Ministry of Research, Technology and Space (BMFTR) under the programme "Resource-efficient circular economy – circular textiles".

The present report describes and analyzes the legal and regulatory frameworks for ecological and environmental flows (eflows) in six European countries. This analysis contributes to an improved understanding of national policies and challenges for setting up and implementing eflows in Europe.

The present report, led by EU research project partner SYKE, focuses on the challenges and opportunities that relate to designing and implementing sustainable water governance in value chains in six Eur. It contributes to the ongoing policy discussions on the role of sustainable water management in the context of corporations’ value chains.

This publication provides a comprehensive analysis of the legal and regulatory frameworks governing water allocation across six European countries, highlighting the varying degrees of complexity and formalization.