The Elsevier Foundation Chemistry for Climate Action Challenge is a collaboration between the Elsevier Foundation, a non-profit focused on inclusive research and health funded by Elsevier and Elsevier's Chemistry journals. The Challenge represents a commitment from Elsevier to uncover practical, scalable solutions to specific issues caused by climate change in global South communities thereby advancing both Climate Action (SDG13) and Gender Equity (SDG5).
This research article presents a comprehensive review of the snow cover area, mass balance, glacial area loss, surface velocities, and the application of snowmelt runoff models in the Kashmir Himalayas and Upper Indus Basin. It finds that glaciers in these regions are experiencing significant ice loss and negative mass balance, with broader implications for water resources and ecosystems as climate change accelerates.
This study demonstrates the large rooftop photovoltaic energy potential of China’s capital cities, showing that rooftop installations could also mitigate heat.
The primary outcome of our work is the strong evidence that flood hazards are related to the structural setting of the basin, which includes topography and geology, while the transition of flood hazards into disasters is mainly because of unplanned urbanization.
This study is a comprehensive assessment of the effects of climate change mitigation and pollution policies in China, providing policy recommendations.
The effect of temperature on language complexity: Evidence from seven million parliamentary speeches
iScience, Volume 27, 21 June 2024
In this study, the authors find that warmer temperatures to reduce language complexity of politicians.
In this current study, six metropolitan areas were selected to differentiate the built-up landscapes by utilizing the concept of local climate zones. Results revealed a 30.67% higher heat health risk in compact built-up landscapes than in the open built-up type, with urban green spaces playing an effective but differentiated role in mitigating risk.
This study estimates heat- and cold-related excess deaths over 60 years in China, showing that Heat-related mortality has increased sharply during the last two decades and social-economic development contributes to adaptability.
