Water governance and system coordination across diverse risk-management cultures

Bromwich, Brendan; Crilly, Damian; Banerjee, Jyoti

doi:10.1080/02508060.2022.2133074

Cited by 4 publications

(1 citation statement)

References 3 publications

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“…Several previous studies have indicated the necessity of protecting natural spring waters to uphold ecosystem sustainability, particularly for local communities reliant on clean water sources for their livelihoods in settlement areas categorized as inland regions [9]- [13]. The empirical evidence underscores the fundamental importance of natural spring waters as a vital natural resource and a lifeline for human populations inhabiting remote areas [14]. As such, prioritizing the conservation and management of natural spring waters is imperative to ensure the continued well-being and resilience of ecosystems and local communities in inland regions [15].…”

Section: Introductionmentioning

confidence: 92%

Analysis and Design of Natural Spring Water Preservation and Monitoring System Using Rapid Application Development

Singgalen

2024

J. Inf. Syst. Informatics

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Climate change in Indonesia has resulted in droughts in several regions, affecting both ecological conditions and the livelihoods of local communities in accessing clean water sources. Therefore, natural spring water preservation and monitoring are needed to identify and analyze the factors contributing to ecological changes. This research utilizes the Rapid Application Development method through the Oracle Apex instrument in designing the database and information system for natural spring water preservation and monitoring. The stages of designing this application are requirements planning, user design, construction, and cutover. Each stage has its challenges, namely the relevance of data to user needs in identifying and analyzing the sustainability of natural spring waters. The findings of this study demonstrate that information on natural spring water location, water quality, local community activities, and observer data play a crucial role in the decision-making process. Through this application, natural spring waters can be identified and protected through appropriate policies, thus contributing to Indonesia's sustainable water resource management and environmental conservation efforts. Additionally, the analysis and design results reveal insights into the structural framework and functionalities of the developed system, highlighting its potential to effectively address the complexities of natural spring water preservation and monitoring.

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Section: Introductionmentioning

confidence: 92%

Analysis and Design of Natural Spring Water Preservation and Monitoring System Using Rapid Application Development

Singgalen

2024

J. Inf. Syst. Informatics

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Towards adaptive resilience for the future of integrated water systems planning

Mijic,

Dobson,

Liu

2024

Camb. prisms Water

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The integrated water systems (IWSs) concept involves managing water quantity and quality through dynamic interactions. This paper reviews the terrestrial water cycle, focusing on resilience and adaptive planning (AP) approaches within IWSs. We examine how integrating these approaches can improve IWS management and planning, addressing their inherent complexities. Using a performance-based resilience definition, we consider the system’s ability to absorb, recover from and adapt to adverse events. The AP focuses on flexible management pathways for uncertain future conditions. Although both resilience and AP aim to enhance water system performance and address uncertainties, they differ in their assessment and implementation approaches. We propose an Adaptive Resilience Planning (ARP) framework that merges both approaches. The ARP uses resilience metrics for performance assessment and incorporates AP’s methods for conceptualising uncertainties and optimising management portfolios. Implementing the ARP framework raises four research questions: (1) holistic characterisation of uncertainties and options in IWSs, (2) using resilience metrics for IWS adaptation, (3) balancing trade-offs among management goals through optimal portfolio selection and (4) monitoring portfolio performance and uncertainties for informed adaptation. The ARP framework offers a structured method for dynamic and adaptive resilience planning, enhancing IWS management’s responsiveness to evolving challenges.

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Chronic crisis: 30 years on from the Dublin Principles and still no market to value water

Keulertz

Riddell

2022

Water International

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Water governance and system coordination across diverse risk-management cultures

Cited by 4 publications

References 3 publications

Analysis and Design of Natural Spring Water Preservation and Monitoring System Using Rapid Application Development

Analysis and Design of Natural Spring Water Preservation and Monitoring System Using Rapid Application Development

Towards adaptive resilience for the future of integrated water systems planning

Chronic crisis: 30 years on from the Dublin Principles and still no market to value water

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