Tracing Prescribed Knowledge Flows in Wastewater Management Policies: An AI-Assisted, Governmentality-Informed Framework with Insights from Indonesia

Policy documents allow for the study of prescribed knowledge flows in decision-making processes. Although policy documents have been analyzed previously in wastewater studies, a more systematic approach to analyze prescribed knowledge flows remains to be developed. Guided by governmentality, this article proposes a framework to investigate prescribed knowledge flows and gain insights into intended stakeholder roles, techniques and technologies used to govern, as well as the nature of knowledge that should be exchanged. The framework is built upon the new possibilities by Artificial Intelligence (AI) by developing a prompt to identify prescribed knowledge flows. Building on an analysis of Indonesian policies, the study presented in this paper illustrates how a decentralized and community-led approach for wastewater management is planned. The approach intends to drive behavioral change and community-led management initiatives, thereby protecting public health and environmental quality. However, challenges include scarce details on prescribed stakeholder roles and an incomplete operationalization of national and/or regional provisions. While verification of AI output remains necessary, AI support saves time by reducing the need for full-text reading and summarization of identified prescribed knowledge flows. The method described in this paper can be used by decision-makers to facilitate critical inquiry of policies, or by non-governmental stakeholders to better understand complex legal texts and opportunities for involvement in decision-making.

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Publication Details

Journal
Environmental Management
Published
2025-09-22
DOI
https://doi.org/10.1007/s00267-025-02277-0
Primary Topic
Smart Cities and Technologies
Type
article
Field-Weighted Citation Impact
0.00

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article

Tracing Prescribed Knowledge Flows in Wastewater Management Policies: An AI-Assisted, Governmentality-Informed Framework with Insights from Indonesia

Roald Niels Christiaan Leeuwerik
Environmental Management
Smart Cities and Technologies
article

Tracing Prescribed Knowledge Flows in Wastewater Management Policies: An AI-Assisted, Governmentality-Informed Framework with Insights from Indonesia

Roald Niels Christiaan Leeuwerik
article en

Abstract

Policy documents allow for the study of prescribed knowledge flows in decision-making processes. Although policy documents have been analyzed previously in wastewater studies, a more systematic approach to analyze prescribed knowledge flows remains to be developed. Guided by governmentality, this article proposes a framework to investigate prescribed knowledge flows and gain insights into intended stakeholder roles, techniques and technologies used to govern, as well as the nature of knowledge that should be exchanged. The framework is built upon the new possibilities by Artificial Intelligence (AI) by developing a prompt to identify prescribed knowledge flows. Building on an analysis of Indonesian policies, the study presented in this paper illustrates how a decentralized and community-led approach for wastewater management is planned. The approach intends to drive behavioral change and community-led management initiatives, thereby protecting public health and environmental quality. However, challenges include scarce details on prescribed stakeholder roles and an incomplete operationalization of national and/or regional provisions. While verification of AI output remains necessary, AI support saves time by reducing the need for full-text reading and summarization of identified prescribed knowledge flows. The method described in this paper can be used by decision-makers to facilitate critical inquiry of policies, or by non-governmental stakeholders to better understand complex legal texts and opportunities for involvement in decision-making.

Environmental ManagementVol. 75(12)
University of Bremen (DE), Leibniz Centre for Tropical Marine Research (DE)
Leibniz-Zentrum für Marine Tropenforschung, Leibniz-Gemeinschaft
Openalex Percentile: Top 62%
Smart Cities and Technologies
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