1447 papers
This study finds that relaxing California's stringent summer gasoline volatility limits would yield significant monthly production and consumer cost savings exceeding the monetized health impacts, despite causing a negligible increase in ozone levels due to the lower reactivity of winter-blend emissions.
This study challenges the linear model of nutrition transition by demonstrating that Hadzabe foragers have undergone a nonlinear dietary shift characterized by the simultaneous expansion of both wild and market-based food consumption, driven by complex social-ecological reconfigurations rather than simple substitution.
This review synthesizes the development, theoretical foundations, and applications of mechanistic pedotransfer functions (MPTFs), which integrate process-based modeling with data-driven approaches to overcome the limitations of traditional empirical methods by offering greater physical realism, interpretability, and predictive capability for sustainable soil management.
This study developed and validated a national-scale groundwater potential framework for Zimbabwe's data-scarce crystalline basement aquifers by integrating GIS, Google Earth Engine, and Multi-Criteria Decision Analysis, demonstrating strong predictive accuracy in delineating high-potential zones through the synthesis of eleven hydrogeological factors and extensive borehole data.
Although regenerating coastal wetlands in abandoned North Carolina farm fields are accumulating soil carbon and vertical accretion, their current rates remain insufficient to keep pace with regional sea-level rise and their soil carbon stocks are significantly lower than those of native tidal marshes, indicating a need for active management to enhance resilience.
This study evaluates the performance of seven CMIP6 models in simulating historical Tropical North and South Atlantic sea surface temperature variability and projects that under high-emission scenarios, these regions will experience intensified warming, prolonged anomaly persistence, and increased climate risks for West Africa.
This paper challenges the assumption that more data sources always improve mineral prospectivity mapping by demonstrating through a pre-fusion diagnostic framework that fusion gain is inversely correlated with modality imbalance, becoming negligible or negative when data sources are balanced and highly correlated.
This study employs an integrated gravity and magnetic interpretation approach to delineate litho-structural boundaries and identify seven prospective mineralisation targets within the tectonically complex Eastern Son Valley region of Central India.
This study enhances landslide susceptibility mapping in the Mandi district of Northwestern Himalaya by integrating InSAR-derived ground deformation data to refine the landslide inventory and training an Extreme Gradient Boosting model, which significantly improves prediction accuracy and identifies slope, road proximity, fault distance, and rainfall as key controlling factors.
This study systematically reviews published whole-rock geochemistry for the Chagai Arc in Pakistan using the Loucks et al. magmatic fertility framework to demonstrate that Reko Diq and Saindak exhibit fertile signatures indicative of porphyry Cu–Au prospectivity, while highlighting the need for a unified database to fully map the belt's exploration potential.