Elsevier,

Waste Management for Sustainable and Restored Agricultural Soil, Agricultural Soil Degredation and Restoration, 2024, Pages 371-386

This content aligns with Goals 11, 12, and 13 by explaining how indigenous technical knowledge can enhance and complement OF: (1) biodiversity and traditional seeds, (2) ecosystem integration, (3) natural pest and disease management (4) soil health and fertility, (5) cultural and spiritual significance, (6) community engagement and decision, and (7) climate resilience.

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 article covers a novel restoration strategy to minimize trade-offs between hydropower and fish habitat disruptions.

Until now, the absence of data on global building floorspace has impeded the measurement of building carbon intensity (carbon emissions per floorspace) and the identification of ways to achieve carbon neutrality for buildings. For this study, we develop a global building stock model (GLOBUS) to fill that data gap.

The study demonstrates that natural levee evolution in the central Kanto Plain is controlled by river migration and sea-level fluctuations, which are influenced by climate change, providing insights that can inform climate action.

This research identifies optimal passive retrofitting methods, such as adding insulation, to enhance the resilience of residential buildings and protect vulnerable communities from the safety risks posed by climate change-driven extreme weather events. By increasing he time a building maintains a safe temperature without external power, this approach helps societies adapt to an already warming world while reducing the energy demand that contributes to further temperature increase.
Elsevier, Cell Reports Physical Science, Volume 5, 19 June 2024
This research demonstrates how the engineering concept of dynamic similitude can be successfully applied to a lab-scale carbon capture column, allowing its performance to accurately predict that of a larger pilot-scale system. Accurately scaling these technologies is a crucial step for the rapid, widespread deployment of carbon management solutions needed to effectively limit global temperature increase and mitigate the severe impacts of climate change.
This chapter aligns with UN SDG Goals 6 and 13 by discussing advanced water treatment technologies and promoting sustainable water management and climate adaptation strategies.
This article links to the United Nations Sustainable Development Goals (SDGs) by addressing Goal 3 (Good Health and Well-Being) and Goal 13 (Climate Action), as it highlights the significant greenhouse gas emissions associated with radiotherapy, a critical component of cancer treatment. By proposing strategies to reduce the environmental impact of oncology care through sustainable practices and treatment modifications, the study emphasizes the importance of integrating health care with climate action efforts to promote both patient well-being and environmental sustainability.

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