1447 papers
This study reveals that while suspended sediment concentrations have broadly declined across U.S. East Coast bays over the past four decades, slower in-bay sediment loss often masks underlying geomorphic instability and marsh erosion rather than indicating true resilience.
This study reveals that increased precipitation in Eurasian boreal deciduous forests drives a shift in carbon allocation from leaves to woody tissues, which boosts woody biomass storage but simultaneously heightens the ecosystem's vulnerability to severe carbon loss during subsequent drought events.
This study presents the first comprehensive mineralogical and geochemical analysis of the Tyulkulam Massif in Central Kazakhstan, revealing that its ultramafic-mafic rocks record a tectonomagmatic evolution from forearc to island-arc settings during the early development of the Junggar–Balkhash Ocean.
Although forest cover has expanded across tropical and subtropical Asia, this gain largely masks a critical shift toward low-complexity forests and the continued loss of high-complexity ecosystems, underscoring the urgent need to prioritize structural quality over mere area in conservation monitoring.
The paper introduces bioDYM, an open-source dynamic material flow analysis software built on the ODYM framework that enables flexible modeling of biogenic carbon systems and CDR strategies, demonstrating its effectiveness through a German wheat straw case study that highlights the critical impact of carbon stability and product lifetime on long-term carbon removal performance.
This study analyzes the distribution and influencing factors of movable fluids in the ultra-low permeability Chang 6 member of the Ordos Basin, revealing that movable fluid saturation is strongly correlated with pore-throat characteristics and that the development of micron-scale pore-throats is the key factor distinguishing these reservoirs from tight sandstones.
This study establishes a forward-modeling-driven framework to quantify geometric distortions in karst ERT pseudosections and demonstrates that while AI-assisted interpretation suffers from inherent response artifacts, the integration of borehole constraints significantly improves anomaly detection accuracy, provided the boreholes intersect the target.
This study utilizes ERA5 reanalysis data from 2016 to 2025 to characterize the spatial and temporal variability of Total Cloud Cover over Bali, revealing higher cloudiness in mountainous interiors, distinct monsoon-driven seasonal cycles, no significant long-term trends, and a strong ENSO influence during monsoon transition periods.
This study utilizes multi-source data to characterize the orientation, formation mechanisms, and spatial distribution of fractures in the Lower Longmaxi Formation shale of the Zigong area, establishing specific development models for various fault structures to predict favorable zones for shale gas exploration.
This study integrates field-based ecological analyses with a systematic review to demonstrate that coastal ecosystems in the Gulf of Guinea, specifically the East Coast of Cotonou, are undergoing a regime shift toward macroalgal dominance driven by synergistic nutrient enrichment and sea surface temperature anomalies, highlighting the critical role of structural complexity in maintaining ecosystem resilience against coupled climate and anthropogenic stressors.