Plastic waste is a mounting environmental problem, and heterogeneous catalysts offer a promising route to upcycling such waste into useful products. This article reviews the chemistry underlying such processes.

This article describes a method to measure the water use efficiency or adaptability of plants in response to atmospheric changes like temperature and carbon dioxide.

This review examines the current depth of knowledge in research and the escalating concern of microplastics, identifying significant gaps in research and understanding.

This study explores how humanitarian health workers are adapting to the impacts of climate change in vulnerable contexts. 

Radiative cooling reduces the need to actively cool buildings in hot climates. This paper reports the use of droplets and wrinkles on a surface to increase the performance of radiative cooling coatings, which can be generated using a commercial spray gun.

This article provides guidelines on assessing the role of technology-, infrastructure-induced relationships between sustainable development goals (SDGs).

This review investigates the emerging market for Direct Air Capture (DAC) technology, which is crucial for mitigating climate change by actively removing $\text{CO}_2$ from the atmosphere. By detailing the technologies used by over 50 DAC startups and identifying their potential customers, this work aims to accelerate the worldwide commercial deployment of a technology necessary to meet global temperature limits.

This study seeks the view of ten school principals on the pathways of incorporating environmental education into the school curriculum in South Africa.

This article analyses how land-based pedagogy can contribute to a transformative learning experience for sixth graders through disrupting the dominant ways of knowing and relating to the land.

This paper probed the potential of using vegetation cover as an ecological barometer to gauge the level of environmental damage and restoration in mining areas.