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Geo-science
Showing 1-30 of 431 Thesis
Assessing Groundwater Sustainability in BumiTech Mining Operations, Kalimantan, Indo...
This study investigates groundwater sustainability within the operational footprint of BumiTech mining activities in Kalimantan, Indonesia, addressing concerns ...
Comparative Sedimentology of River Basins Under Dam Influence Across Regions...
The study investigates how dam-induced alterations influence sedimentology across river basins in distinct regional settings, addressing the problem of inconsis...
Smart Satellite Imagery Pipeline for Rapid Landslide Risk Assessment...
The increasing frequency and impact of landslides in mountainous regions, accelerated by climate variability and deforestation, demand rapid, scalable risk asse...
Assessment of groundwater salinization in coastal aquifers under climate-driven sea-...
Coastal groundwater resources are increasingly threatened by salinization driven by climate-induced sea-level rise, which facilitates seawater intrusion and ele...
Integrated Landslide Susceptibility Modeling Using Remote Sensing and In-Situ Data ...
This study addresses the critical challenge of predicting landslide susceptibility in mountainous environments by integrating remote sensing data with detailed ...
A Predictive Framework for Multi-Scale Seismogenic Hazard Coupling...
This study addresses the growing need for predictive capabilities in seismogenic hazard by integrating multi-scale processes—from fault-scale dynamics to regi...
Assessing Groundwater Contamination Risk at Coastal Crude Retention Facility ...
Groundwater quality in coastal regions is increasingly exposed to anthropogenic pressures from crude oil storage and handling facilities, raising concerns about...
Comparative Analysis of Groundwater Depletion in Coastal Aquifers Worldwide...
Groundwater resources in coastal aquifers are increasingly stressed by over-extraction, saltwater intrusion, and climate-driven recharge variability, compromisi...
AI-driven Drone and Satellite Data Fusion for Landslide Early Warning Systems...
The study addresses the persistent challenge of rapid and accurate landslide risk assessment in mountainous and hilly terrains, where traditional monitoring net...
Assessing Groundwater Recharge in Semi-Arid Basins Using Tracer Hydrology Data...
In semi-arid basins, groundwater recharge remains poorly quantified due to limited direct observations and high spatial-temporal variability, hindering sustaina...
Integrated Landslide Risk Mapping with Open-Source GIS Toolkit and Field Validation...
Integrated Landslide Risk Mapping with Open-Source GIS Toolkit and Field Validation Abstract Landslides pose significant hazards to infrastructure, livelihoods...
A Framework for Integrated Surface–Subsurface Geochemical Hazard Modeling...
This study addresses the escalating geochemical hazards arising from coupled surface and subsurface processes in mineralized and industrially impacted environme...
Assessing Groundwater Recharge Impacts in India's Bhuj Water Utility System...
The Bhuj water utility system faces increasing groundwater stress due to urban demand, climate variability, and limited surface recharge options, necessitating ...
Comparative Assessment of Urban Groundwater Recharge in Adjacent Basins...
Groundwater resources in rapidly expanding urban settings face increasing risk from altered recharge dynamics, urbanization-induced impervious surfaces, and het...
AI-Driven Geospatial Data Assimilation for Urban Flood Forecasting...
Urban flooding remains a persistent risk in densely populated coastal cities, where rapid urbanization, climate variability, and aging drainage infrastructure i...
Quantitative Assessment of Groundwater-Rock Coupling in Fractured Aquifers...
In fractured aquifers, groundwater-rock interactions govern hydraulic conductivity, storage, and chemical evolution, yet quantitative characterization of this c...
Design and evaluation of an open-source landslide early-warning system...
In many mountainous and hilly regions, landslides pose significant threats to life, infrastructure, and livelihoods, yet early-warning capabilities remain limit...
A Framework for Integrated Geohazard Risk Assessment and Adaptation ...
The study addresses the escalating challenge of geohazards in densely populated regions by proposing an integrated framework that synthesizes hazard identificat...
Assessing Urban Groundwater Resilience: Case Study of Jakarta's Water Utilities...
Urban groundwater resources in Jakarta are increasingly stressed by rapid urbanization, sea-level rise, extensive groundwater extraction, and climate-related va...
Comparative Analysis of Groundwater Recharge in Urban vs. Rural Basins...
Groundwater resources in urban and rural basins exhibit divergent recharge dynamics due to contrasting land-use patterns, infiltration regimes, and hydrological...
Integration of AI-enabled Landslide Early Warning using Multi-Source Geospatial Data...
This study addresses the escalating risk of landslides in geologically diverse and densely populated regions by integrating artificial intelligence with multi-s...
Assessing the Impact of Land Use Change on Coastal Erosion Dynamics...
Coastal erosion poses a significant threat to coastal communities, ecosystems, and infrastructure, particularly in regions undergoing rapid land use changes dri...
Design and evaluate a GIS-based model for landslide susceptibility mapping...
Landslides pose a significant threat to life, infrastructure, and economic development in hilly and mountainous regions, demanding effective risk assessment and...
A Framework for Integrating Remote Sensing and Geophysical Data in Landslide Predict...
Effective landslide prediction remains a critical challenge in geomorphology and disaster risk management, particularly in regions characterized by steep terrai...
Assessment of Seismic Risk and Mitigation Strategies for Coastal Oil Refineries...
Coastal oil refineries are critical infrastructural assets whose operational integrity is significantly threatened by seismic hazards, especially in earthquake-...
Comparative Analysis of Soil Contamination Levels in Urban and Rural Areas...
The pervasive issue of soil contamination presents significant environmental and public health challenges, particularly when contrasting urban and rural setting...
Developing AI-Enabled Remote Sensing for Landslide Risk Prediction...
Landslides constitute a significant natural hazard causing extensive socio-economic and environmental damage, particularly in regions characterized by rugged te...
Assessing Ore Mineralization and Alteration in the Copper-Gold Deposit Using Remote ...
The effective assessment of ore mineralization and alteration zones within copper-gold deposits remains critical for optimizing mineral exploration strategies, ...
Design and Evaluation of a Remote Sensing-Based Landslide Susceptibility Model...
Landslides pose significant threats to infrastructure, ecosystems, and human safety in mountainous and hilly regions, necessitating the development of reliable ...
A Framework for Assessing Seismic Hazard Risks in Urban Geology...
Urban areas worldwide are increasingly vulnerable to seismic hazards due to rapid urbanization, inadequate underlying geological assessments, and the variabilit...
