International Day for Biological Diversity 2026, celebrated under the theme “Acting locally for global impact”, highlights how local actions and community-led efforts can drive meaningful global pr

Introduction: Healthcare systems are responding to the immediate and long-term impacts of climate change by providing care, and implementing carbon reduction initiatives.

This article reviews climate-smart forestry (CSF) as an integrated approach that combines climate mitigation and adaptation strategies in forest management while balancing ecological, economic, and social objectives. It examines key implementation strategies, policy frameworks, and challenges in adopting CSF practices globally to enhance forest resilience and carbon sequestration.

The paper finds that managed aquifer recharge (MAR) is a promising strategy for sustainable groundwater management but is not clearly addressed within existing EU water policies, creating legal and administrative barriers. It recommends policy reforms to explicitly recognize MAR, harmonize regulations, and improve monitoring, licensing, and the use of reclaimed water across Member States.

Analysis on the link between biodiversity conservation, energy transition, and external financial support

China's government has launched a series of frestation initiatives to increase forest coverage for both carbon neutrality and ecological resilience goals. This study explores whether China's forestation intiatives play a positive role overall, analyzing its implications on the land-energy-water-emission-biodiversity nexus.

Energy?efficient building materials that dynamically manage heat from the sun and outer space are opening new pathways to cut energy use and lower emissions. Recent advances in photothermal?modulating windows, roofs, and walls show how smart materials can help create cooler, greener, and more sustainable buildings.

The chemical industry must undergo a dual transformation: electrifying energy use and defossilizing carbon feedstocks. This paper, developed by ENGIEs Scientific Council, examines how energy and chemistry can converge to enable this shift.

This study analyzes decarbonization efforts of 1,095 European firms, identifying six key strategic pathways—ranging from risk diagnosis to supply chain redesign—and uses a systems dynamics approach to reveal how these interconnected strategies influence climate risk performance. The findings offer valuable tools for managers and policymakers to coordinate supply chain actions more effectively, fostering continuous innovation and improved sustainability outcomes.