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Papers
20 resultsShowing papers similar to Multi-Criteria Analysis Approach for Potential Flood Areas Mapping in The Bedadung River Watershed, Jember Regency
ClearFlash flood-risk areas zoning using integration of decision-making trial and evaluation laboratory, GIS-based analytic network process and satellite-derived information
Researchers developed a GIS-based decision-making model combining multiple criteria — including topography, vegetation, and soil type — to map flash flood risk zones in Golestan province, Iran, identifying 68 villages and roughly 83,595 residents at elevated risk. The framework provides local authorities with a practical tool for flood disaster planning and risk reduction.
GIS-Based Modeling Approach for Analysis of Groundwater Quality in the Dry Zone of Sri Lanka
This GIS-based study applied the Analytic Hierarchy Process and multi-criteria decision analysis to map groundwater quality across Sri Lanka's dry zone using six parameters (pH, EC, TDS, alkalinity, hardness, fluoride), identifying spatial risk zones for drinking water safety.
The Utilization of Satellite Data and Machine Learning for Predicting the Inundation Height in the Majalaya Watershed
This paper is not about microplastics; it uses satellite rainfall data, HEC-RAS flood modeling, and artificial neural networks to predict flood inundation heights in the Majalaya Watershed of Indonesia.
Flood Characteristics in the Lower Citarum River, Indonesia and Their Possible Management Practices
This study characterized flood dynamics in the lower Citarum River, Indonesia, which experiences annual flooding from reservoir releases and tributary contributions, and discussed possible flood management strategies for this nationally significant waterway.
Flood Mitigation through Waste Management in Rimuku, Mamuju, Indonesia
Researchers examined how plastic and organic waste mismanagement contributes to drainage blockages and flooding in Rimuku, Mamuju, Indonesia, finding through surveys and field observations that plastic waste was the dominant contributor to drainage obstruction, and proposing an integrated community-driven waste management approach to reduce flood vulnerability.
Identification and Prediction of Crop Waterlogging Risk Areas under the Impact of Climate Change
Researchers developed a crop waterlogging risk identification model to predict areas vulnerable to agricultural flooding under climate change scenarios, aiming to support disaster prevention planning in affected farming regions.
Multi-criteria analysis of the possibility of retrofitting the system of rainwater drainage from subsidence basins in a liquidated mine
Researchers applied multi-criteria analysis to evaluate options for retrofitting rainwater drainage systems in subsidence basins left by liquidated coal mines in Poland. The study examined shifts in hydrogeological conditions and terrain morphology resulting from decades of hard coal extraction to identify viable water management solutions for post-mining landscapes.
Analysis Of The Issues On Bengawan Solo River Basin Management Policies
Researchers analyzed management policy issues affecting the Bengawan Solo River basin in Central Java, Indonesia, using empirical legal research with qualitative analysis through interviews with management officials from the Bengawan Solo River Management Office and environmental services of three regencies, as well as local residents. The study identified key governance and policy gaps in the management of Indonesia's historically significant river basin.
Beyond landscape experience: A systematic literature review on the concept of spatial quality in flood‐risk management
This paper is not about microplastics; it systematically reviews how "spatial quality" is defined and used in flood-risk management planning across different countries and academic traditions.
A geospatial investigation of microplastics leaching in Ubon Ratchathani province, Thailand: fuzzy logic-based analysis
Researchers applied GIS combined with fuzzy logic analysis in Ubon Ratchathani province, Thailand to map microplastic leakage sources and predict pollution transport through river networks, demonstrating that this spatial modeling approach can identify priority catchment areas for microplastic management.
Application of pressure–state–response approach for developing criteria and indicators of ecological health assessment of wetlands: a multi-temporal study in Ichhamati floodplains, India
Researchers developed and tested a comprehensive 105-indicator framework for assessing the ecological health of tropical floodplain wetlands in eastern India, applying it across seven sites over multiple years. The results showed that agriculture-dominated wetlands were the most degraded, while fishing-dominated wetlands fared better, offering a replicable tool for wetland management in similar regions.
Water cycle modelling strengthened by probabilistic integration of field data for groundwater management of a quite unknown tropical volcanic hydrosystem
Researchers developed a lumped hydrological model for a previously uncharacterized andesitic volcanic hydrosystem on the flanks of Salak volcano in West Java, Indonesia, using electrical resistivity tomography, hydrochemistry, and isotopic analysis to distinguish aquifer types and probabilistically integrate field data for sustainable groundwater management.
Delineation of Groundwater Potential zone using geospatial tools and Analytical Hierarchy Process (AHP) in the State of Uttarakhand, India
Using AHP multi-criteria analysis with GIS remote sensing data, groundwater potential zones in Uttarakhand, India were delineated, with 28.67% of the state classified as having good potential and 12.37% as very good potential for groundwater development.
Sediment Suspension Distribution Models in East Canal Flood Estuary Waters, Semarang, Central Java, Indonesia
Researchers assessed the spatial distribution and concentration of total suspended solids (TSS) in the East Canal Flood River estuary of Semarang, Indonesia, using sediment suspension distribution models to map pollution levels and evaluate conformity with regulatory thresholds in this densely populated coastal zone.
Water Quality Degradation in the Deli River Watershed, North Sumatra: Impacts of Land Use and Pollution Sources
Researchers assessed water quality across 46 sampling points in the Deli River Watershed in North Sumatra, Indonesia, using pollution indices and spatial analysis to evaluate the impacts of urbanization and industrial discharge. Samples collected between June and July 2023 from upstream, middle, downstream, and tributary sites revealed spatial variation in water quality degradation driven by land use change and pollution sources.
Wastewater Treatment and Multi-Criteria Decision-Making Methods: A Review
This review assessed the application of multi-criteria decision-making methods to wastewater treatment, identifying approaches that balance technical, economic, environmental, and social factors. The synthesis aims to support evidence-based selection of treatment technologies aligned with sustainability goals.
Enhanced Entropy-Fuzzy Integration Decision Support System for Risk Assessment and Management of Hydraulic Engineering
Researchers developed an Enhanced Entropy-Fuzzy Integration Decision Support System for risk assessment and management of hydraulic engineering projects in the context of climate change and increasingly complex water resource management. The system addresses limitations of traditional probability-based risk methods by incorporating fuzzy logic to handle ambiguous and uncertain risks.
A Spatial Model of Microplastic Pollution Mitigation as an Effort to Preserve the Brantas River Ecosystem
This paper presented a spatial model of microplastic pollution mitigation strategies in an Indonesian coastal area, mapping pollution sources and evaluating the effectiveness of different intervention locations. The spatial approach identified high-priority intervention sites for protecting marine habitats.
Evaluierung einer interdisziplinären Methodik zur hydrotoxikologischen Bewertung schadstoffbehafteter Sedimente nach Resuspensionsereignissen
This German study evaluated interdisciplinary methods for assessing the ecotoxicological risk of contaminated sediments when they are disturbed and resuspended into the water column during flood events. The research helps implement European Water Framework Directive requirements for assessing how sediment-bound pollutants affect water quality.
Assessment of Bango River Water Quality on Different Land Uses
Researchers assessed water quality in the Bango River in Indonesia across different land uses, finding that agricultural, residential, and industrial activities each contributed distinct pollution patterns affecting physicochemical parameters and overall river health.