2385 papers
This bibliometric analysis of 19,181 Scopus-indexed articles reveals that Indian geographical research from 2015 to 2025 strongly addresses environmental and spatial SDGs like Life on Land and Sustainable Cities, yet remains comparatively under-engaged with social, institutional, and governance-related goals such as Gender Equality and Reduced Inequalities.
Drawing on ethnographic research of East Asian women divers, this paper argues that coastal resilience is fundamentally rooted in "environmental intuition"—an embodied capacity to perceive and anticipate subtle ecological changes through long-term, immersive engagement with the marine environment, thereby expanding conventional resilience frameworks beyond documented knowledge to include cultivated attention and relational perception.
This study utilizes millimeter-scale geochemical analysis of the Point Gratiot Bed to demonstrate that the observed decline in molybdenum enrichment despite intensifying anoxia is best explained by a global oceanic anoxic event rather than basin restriction, as molybdenum levels failed to recover during brief ventilation episodes that would have reconnected the basin to a molybdenum-rich reservoir.
This study utilizes a mixed-method approach to demonstrate that livelihood diversification, particularly through coffee production, ecotourism, and sustainable forest resource use, enhances household resilience and supports poverty eradication within the Kafa Coffee Forest Biosphere Reserve in Southwestern Ethiopia.
This study presents a GoldSim-based screening framework for assessing colloid-facilitated radionuclide transport in near-surface waste disposal, demonstrating that while colloids generally have a negligible impact on peak release concentrations under base conditions, the model effectively identifies scenarios where colloid effects become significant enough to warrant detailed mechanistic analysis.
This study demonstrates that a Boruta–random forest workflow combined with SHAP analysis effectively maps topsoil pH in the fragmented karst landscape of Southwest China by identifying key environmental drivers and outperforming baseline models in accuracy and interpretability.
This study demonstrates that mesoscale anticyclonic eddies significantly contributed to a nuisance flooding event in Guadeloupe in 2022 by elevating coastal sea levels by over 10 cm, highlighting their role as a critical and previously underappreciated driver of coastal flooding.
This study introduces an automated geospatial pipeline integrating web mapping APIs and MATLAB to perform multi-scale fractal dimension analysis of global coastlines, successfully quantifying geomorphological complexity and revealing distinct patterns linked to tectonic settings and paleogeographic histories.
This study demonstrates that slope aspect fundamentally reshapes the climate–growth sensitivity and drought response pathways of *Larix gmelinii var. principis-rupprechtii* plantations in the semiarid Liupan Mountains, with shady slopes exhibiting temperature-limited growth and moisture-driven resilience, while sunny slopes are more moisture-sensitive with temperature-enhanced resilience, underscoring the need for slope-specific management strategies.
This study develops and validates a process parameter-driven system dynamics model to predict carbon emissions in open-pit metal mines and evaluates mitigation scenarios, revealing that while beneficiation and tailings handling dominate emissions, combined efficiency improvements and decarbonization strategies can significantly reduce total emissions and associated costs.