Stakeholders’ Perspective on Groundwater Management in Four Water-Stressed Mediterranean Areas: Priorities and Challenges

Bonì, Roberta; Teatini, Pietro; Zoccarato, Claudia; Guardiola‐Albert, Carolina; Ezquerro, Pablo; Brú, Guadalupe; Tomás, Roberto; Valdés-Abellán, Javier; Pla, Concepción; Navarro-Hernández, María Inés; Elçi, Alper; Çaylak, Barış; Ören, Ali Hakan; Shatanawi, Khaldoun; Mohammad, Alsharifa Hind; Hajar, Husam A. Abu; Letterio, Tommaso; Genovesi, Roberto; Hreisha, Hazem; Al-Mimi, Qamar; Meisina, Claudia

doi:10.3390/land11050738

Cited by 5 publications

(4 citation statements)

References 36 publications

(51 reference statements)

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“…The research of Bonì et al (2022) highlighted the main issues with groundwater management from the viewpoint of the stakeholders. The performance of a certain RO process in terms of wastewater chlorophenol removal may be predicted using MLANN.…”

Section: Literature Surveymentioning

confidence: 99%

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Analysis of sustainable groundwater management policies for urban development

Kuchampudi,

Panchal,

Naveen

et al. 2023

Environmental Quality Mgmt

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Groundwater is essential to human well‐being and sustains a variety of aquatic ecosystems in both urban and rural settings. Yet, it is commonly overlooked in these contexts. As a result, groundwater may be very important to the development and well‐being of many nations if it is properly evaluated and utilized. Although the possibility for sustainable groundwater resource development is still debated in the literature, these issues still lack quantitative understanding. In order to assess groundwater potential in two different urbanized regions of “Northern Kerala, Southern India,” this research uses the “Enhanced Fuzzy Analytic Hierarchy Process (E‐Fuzzy AHP) based Multi‐Criteria Decision Making (MCDM)‐Geospatial Framework employing Improved Particle Swarm Optimization (IPSO)”. The study area is a coastal region that is quickly becoming urbanized and relies on groundwater resources to meet its basic needs. By incorporating both spatial and non‐spatial data into the Geographic Information System (GIS) platform, a groundwater potential zone map with an accurate integer value was created, known as the “groundwater potential index (GWPI)”. The very excellent potential zone occupies 35% and 11%, respectively, of the “urban and peri‐urban zones,” according to the final groundwater potential map, which employed the quantile technique to split the research territory into four zones. The statistical effectiveness and dependability of results in the overall decision‐making phase were examined in the validation study using the data on mean water depth level, and it was found that the reliability was well within the tolerance threshold.

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Section: Literature Surveymentioning

confidence: 99%

“…The research of Bonì et al. (2022) highlighted the main issues with groundwater management from the viewpoint of the stakeholders. The survey's findings were utilized to pinpoint unique and recurring problems among the four research locations and among the various stakeholder groups.…”

Section: Literature Surveymentioning

confidence: 99%

Analysis of sustainable groundwater management policies for urban development

Kuchampudi,

Panchal,

Naveen

et al. 2023

Environmental Quality Mgmt

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“…In addition to socio-economic changes, anthropogenic contamination, and land use changes, climate change represents a central factor to be considered in water supply planning [1][2][3][4]. Current analyses of climate projections for Europe show a differentiated picture.…”

Section: Introductionmentioning

confidence: 99%

GIS-AHP Ensembles for Multi-Actor Multi-Criteria Site Selection Processes: Application to Groundwater Management under Climate Change

Scheihing¹,

Kübeck

Sütering³

2022

Water

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A possible adaptation pathway for water suppliers in Germany who face a climatically driven increase in water stress is the development of aquifers which are not used at their full potential. However, identifying suitable sites for aquifer development can go along with severe conflict potential due to the great variety of stakeholders who are involved in the decision-making process. We approach this multi-actor and multi-criteria decision-making problem by developing a geoinformation system-based analytic hierarchy process ensemble (GIS-AHP ensemble). As opposed to the classic GIS-AHP method that yields ratings of site suitability based on a single expert evaluation, the here proposed new GIS-AHP ensemble method respects multiple expert evaluations and allows for quantifying the robustness of yielded site ratings in multi-actor contexts, which helps to mitigate conflict potential. The respectively derived GIS-AHP ensemble site ratings for northwest Germany are successfully checked for plausibility in the framework of the study by using long-established groundwater abstraction areas as indicators for good site conditions. The GIS-AHP ensemble site ratings are further tested regarding their usability for long-term water supply planning by integrating a groundwater recharge scenario under climate change for the period 2020 to 2050. The proposed GIS-AHP ensemble methodology proves useful in the given case study for fostering integrated environmental decision-making and exhibits a high transferability to other, thematically differing site selection problems.

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“…Modeling tools are used for artificial aquifer recharge such as injection of treated water [14]. A recent study on stakeholder perspectives [16] emphasized the need for developing tools to formulate management that support decisionmaking on groundwater management with limited resources. This reinforces the need emphasized by the workshop participants.…”

Section: Introductionmentioning

confidence: 99%

A Framework for Sustainable Groundwater Management

Anandhi

Karunanidhi²,

Muthusankar

et al. 2022

Water

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This manuscript aims to present the framework for the development of a four-stage tool for sustainable groundwater management as one of the highly interactive three-day workshop products. The four stages in the tool are (1) representing the target system, (2) description of the target system using components of DPSIR framework (drivers, pressures, state, impact, responses), (3) development of causal chains/loops, and (4) identifying knowledge gaps and articulating next steps. The tool is an output from the two-day Indo-US bilateral workshop on "Integrated Hydrochemical Modeling for Sustainable Development and Management of Water Supply Aquifers”. Four case studies from the invited talks, panel discussions, and breakout sessions were selected to demonstrate the developed four-stage framework to a coastal aquifer (India) and in high plains in Floridian, Piedmont, and Blueridge aquifers (United States of America). The developed tool can be practically used in the development of strategies for the sustainable use of groundwater in various regions around the world (e.g., planning/building/maintaining groundwater recharging structures). Continued work can result in establishing a center for excellence as well as developing a network project. The recommendations from the workshop were: (1) developing vulnerability analysis models for groundwater managers; (2) treatment and new ways of using low-quality groundwater; (3) adopting groundwater recharge; (4) mitigating pollutants getting into the aquifer; and (5) reducing groundwater use. This study provides a framework for future researchers to study the groundwater table related to the effectiveness of water recharging structures, developing a quantitative model from the framework. Finally, recommendations for a future study are more data collection on groundwater quality/recharge as well as enhancing outreach activities for sustainable groundwater management.

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Stakeholders’ Perspective on Groundwater Management in Four Water-Stressed Mediterranean Areas: Priorities and Challenges

Cited by 5 publications

References 36 publications

Analysis of sustainable groundwater management policies for urban development

Analysis of sustainable groundwater management policies for urban development

GIS-AHP Ensembles for Multi-Actor Multi-Criteria Site Selection Processes: Application to Groundwater Management under Climate Change

A Framework for Sustainable Groundwater Management

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