Holocene Palaeoenvironmental change at the mouth of Sabarmati River, Gulf of Khambhat, Western India
Quaternary Environments and Humans, Volume 2, Issue 5, October 2024, 100016
The study of the sedimentary record at the mouth of the Sabarmati River in the Gulf of Khambhat provides insights into how changes in climate, sea level, and sedimentation patterns over the Holocene period impacted the environment and ancient human settlements in the region, which is relevant for understanding climate change and its effects.
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 study is a comprehensive assessment of the effects of climate change mitigation and pollution policies in China, providing policy recommendations.
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.
Elsevier,
Digital Healthcare in Asia and Gulf Region for Healthy Aging and More Inclusive Societies: Shaping Digital Future, 2024, pp 331-352
This chapter advances the UN SDG goals 3 and 9 by exploring the potential benefits and ethical considerations of AI tools in healthcare settings.
This study supports SDG 3 and 13 by showing that human activities will amplify future heat-related cardiovascular mortality burden, highlighting the significance of limiting greenhouse gas emissions and further warming of the planet.
Study suggests rampant reductions in habitat and biological corridors under climate change.
This Article supports SDG3 by investigating the barriers to receiving childhood hepatitis B vaccines in Laos. The findings suggest that socioeconomic factors play a substantial role in the variation in vaccine coverage, particularly household income and education.
This study aims to evaluate the alterations in mean daily temperature (Tmean) and total daily rainfall (rrr24) utilizing climate change scenarios from both phases 5 and 6 of the Coupled Model Inter-comparison Project (CMIP5 and CMIP6, respectively) in the southern coastal regions of Iran (Hormozgan province), specifically north of the Strait of Hormuz.
This Article supports SDGs 3 and 13 by investigating health-care resource factors associated with heatwave-realted mortality in cities in South Korea.
