2520 papers
This study demonstrates that UAV-based thermal sensing effectively captures high-resolution diurnal land surface temperature variations across diverse materials in a tropical urban setting, revealing how surface properties and color drive localized Urban Heat Island dynamics to inform climate-resilient design.
This study reveals that heavy metals, particularly cadmium, from anthropogenic petroleum activities have caused extremely high ecological risks and contamination in the surface water of Kidaro Creek, Niger Delta, while sediment contamination remains relatively low.
This study demonstrates that accounting for sampling bin-width-dependent heteroscedasticity using an inverse Gaussian generalized linear model significantly improves the robustness of zooplankton abundance predictions in the Southern Ocean compared to traditional log-transformed Gaussian models, thereby preventing biased ecological inferences.
This study demonstrates that the AlphaEarth foundation model's surface embeddings serve as a versatile shared geospatial representation for inferring diverse subsurface properties, acting either as augmenting features alongside traditional covariates or as primary descriptors depending on the target physics and prediction scale.
This study analyzes crop carbon emissions in Southwest China from 2011 to 2023, revealing that agricultural policies with a three-period lag significantly reduce emissions through direct and spatial spillover effects, while forecasting a continued downward trend through 2030 to support differentiated regional governance strategies.
This study demonstrates that the open-source PlanktoScope imaging system, combined with Ecotaxa, serves as a powerful, cost-effective tool for high-frequency monitoring of plankton community dynamics in La Paz Bay, successfully capturing seasonal shifts in composition and biomass that correlate with satellite-derived chlorophyll-a data.
By combining machine learning land classification with archaeological survey data, this study demonstrates that Early Holocene pastoralist occupation in the arid Eurasian Steppe was not uniform but was instead structured by a reliance on rare, resource-rich microenvironments that served as thermal refugia and productive plant communities, particularly during summer months.
In southern permafrost peatlands, soil depth exerts a stronger control on soil organic carbon stabilization than vegetation type, primarily by regulating nutrient and iron oxide availability that drive the vertical differentiation of carbon fractions.
This study assesses the carbon footprint of electricity consumption at Deen Dayal Upadhyaya Gorakhpur University from 2019 to 2024, revealing significant seasonal and pandemic-driven fluctuations in emissions while highlighting the critical role of solar energy and energy management strategies in achieving sustainable campus development.
This study utilizes a process-based climate feedback analysis to demonstrate that lower greenhouse gas concentrations in PMIP4 simulations suppress polar amplification by weakening key positive feedbacks, thereby resolving intergenerational discrepancies with proxy data and supporting a cooler mid-Holocene temperature relative to preindustrial times.