Global warming
Research published in the Physics of Fluids journal, a special issue comprising 15 papers, has shed light on the complexities of geophysical flows in the atmosphere and oceans. According to the study, these flows are characterized by a wide range of scales, making their physical representation and interpretation crucial for
Global warming
A recent study published in Fuel, a peer-reviewed journal, has investigated the potential of integrating oxy-fuel combustion into waste-to-energy power plants with electrolysis to address waste management and reduce CO2 emissions. The research, conducted by Aalto University, found that retrofitting a combined heat and power plant into oxy-fuel combustion is
Global warming
A new study conducted by researchers at the University of Delhi explores the relationship between board gender diversity and corporate greenhouse gas emissions in two contrasting economies, the United Kingdom and India. The research, published in the Gender in Management: An International Journal, analyzes panel data from 2014 to 2023
Global warming
Research conducted in Turkey, supported by Turkiye Bilimsel ve Teknolojik Arastirma Kurumu (TUBITAK), provides valuable insights into the impact of climate change on low flows in the country. The study, which employed stationary and non-stationary models, revealed that decreases in low flows are expected for most Turkish stations, except for
Global warming
A new study conducted by researchers at China University of Mining and Technology has revealed that both climate change and human activities have had a profound impact on hydrological processes in the Liuhe River Basin in Northeast China. The researchers used various observed records and statistical methods to investigate the
Global warming
A new research study developed an integrated framework to reduce GHG emissions from food miles and enhance urban food security. The framework combines the 15-minute city concept, urban agriculture, and a renewable-energy-powered green transportation (GT) system to create a scalable, holistic approach to sustainable food production and distribution within neighborhoods.
Global warming
Climate change is dramatically altering regional and seasonal patterns of mosquito-borne diseases, making proactive intervention more challenging. A recent study conducted by researchers from the National Library of Medicine (NLM) and colleagues used machine learning and satellite data to estimate the habitability of ecologies worldwide, finding a decrease in risk
Global warming
Researchers at the University of Helsinki are stressing the importance of implementing adaptive ecosystem restoration to minimize the risk of zoonotic diseases associated with restoration projects. The study, part of the Horizon Europe Project BEPREP, focuses on providing practical guidance for stakeholders in ecosystem restoration projects. The team is concerned
Global warming
In a recent study conducted in Nova Scotia, researchers from Khulna University explored the complex interconnections between land surface temperature, air pollution, ecosystem services values, and land use and land cover change. Using datasets on land use and land cover, ecosystem services values, land surface temperature, aerosol optical depth, and
Global warming
Researchers have made significant findings in understanding the relationship between greenhouse gas concentrations and climate change in a warmer-than-modern world. By analyzing paleoceanography data, scientists have reconstructed atmospheric CO2 concentration in the Late Miocene, a period crucial for understanding Earth's climate history. The study highlights the importance of
Atmospheric carbon dioxide
Scientists at the University of Exeter have uncovered crucial information about the mechanisms controlling carbon dioxide (CO2) uptake in continental shelf seas. Their 20-year observational-based analysis has revealed that wind-driven water flows play a significant role in determining the rate of CO2 absorption by these seas. The research, funded by
Global warming
Research has been conducted to develop a flood susceptibility model for Demak District, Indonesia, by integrating remote sensing data, machine learning techniques, and CMIP6 Global Climate Model (GCM) data. The study aimed to develop a reliable model for predicting flood-prone areas and providing valuable sustainable planning insights for flood risk
