2455 papers
This study assesses the seismic risk of the planned DeepStor high-temperature thermal energy storage project in Germany using coupled numerical modeling and stress analysis, concluding that while fault reactivation risk depends on friction angles and operational conditions, the overall likelihood of induced seismicity remains low.
This study demonstrates that simple empirical concentration-flow relationships effectively characterize pollutant transport dynamics in the tropical semiarid Middle Jaguaribe river, revealing a dominance of non-point source pollution and predicting that climate-driven increases in discharge will likely exacerbate eutrophication and sanitary risks.
This paper introduces a reproducible geospatial workflow that audits and quantifies subsidence exposure hidden by InSAR observability biases, demonstrating through the Chao Phraya delta case study that treating weakly observable radar data as decision-neutral significantly underestimates population and infrastructure risk.
This study reveals that while most private wells in western Kansas comply with current regulatory standards for nitrate and arsenic, a composite health risk assessment demonstrates that nearly 85% pose moderate-to-high pediatric risks and over 25% exceed acceptable cancer thresholds, thereby supporting the implementation of risk-informed governance with stricter, health-based thresholds for private well management.
This study reveals a period-dependent decoupling of light absorption and absorption efficiency in methanol-soluble BrC over Southwest China, where enhanced absorption during the late dry season is driven primarily by increased organic aerosol loading from biomass burning rather than higher intrinsic absorptivity, as aging processes during long-range transport simultaneously produce weakly absorbing materials that reduce mass-normalized efficiency.
This study introduces the Hazard-Normalized Flood Burden Deviation (HNFBDev) framework to diagnose spatial disparities in Jakarta's urban flood burden by quantifying the deviation between observed and environmentally expected outcomes, thereby identifying locations where flood impacts are unusually high or low relative to hydro-environmental conditions.
In a Brazilian Cerrado comparison, long-established managed pasture demonstrated the lowest soil greenhouse gas balance by acting as a net methane sink and emitting less nitrous oxide than native vegetation or integrated crop-livestock systems, a performance attributed to continuous grass cover, better soil aeration, and optimized nitrogen timing.
This bibliometric study reveals that while bluefin tuna research is larger and driven by aquaculture and reproductive biology led by Japan, yellowfin tuna research is growing faster and focused on capture-fishery challenges led by the US, China, and Indonesia, reflecting a divergence between policy-push and market-pull research trajectories.
This study demonstrates that combining well pattern adjustments with separate-layer injection–production is more effective than simple production shutdowns for regulating interlayer interference and improving recovery in offshore ultra-high water-cut heavy oil reservoirs by mobilizing medium- and low-permeability layers and reducing preferential flow in high-permeability zones.
This study demonstrates that sea urchins in Inner Ambon Bay, Maluku, serve as effective bioindicators for environmental health, with their abundance and diversity varying across different beaches and showing significant correlations with key water quality parameters.