INTEGRASI OPEN DATA, URUN DAYA, DAN PEMETAAN PARTISIPATIF DALAM PENGELOLAAN SUMBER DAYA ALAM DAN LINGKUNGAN HIDUP (Integration of Open Data, Crowdsourcing, and Participatory Mapping for Natural Resources and Environmental Management)

Dede, Moh.; Mulyadi, Asep; Widiawaty, Millary Agung

doi:10.31314/jsig.v3i2.659

Cited by 3 publications

(1 citation statement)

References 11 publications

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“…Many studies have revealed how public policies affect the flood management system, but communication barriers are vital because they can have an impact on the coordination, integration, and synergy of all parties (Dede et al, 2020). Currently, there is no review-based study available regarding the communication of flood management policies in Indonesia.…”

Section: Introductionmentioning

confidence: 99%

Public Policy Communication for Flood Management

Setiadi,

Sumaryana,

Bekti

et al. 2023

JSM

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Flood is a hydrometeorological disaster whose intensity and geographic scope continue to increase due to climate change, global warming, and lack of environmental management. Floods often need to be better managed through policy implementation and communication. This study reviews the communication of public policies for flood management. This review uses a traditional approach by referring to previous publications from articles and books, whereas analysis and synthesis refer to the qualitative methods. Public policy must pay attention to fairness, transparency, accountability, participation, and accommodating all parties' interests. The implementation for flood disasters needs to consider elements, the existing programs, and target groups that will receive policies. Flood disaster communication has principles such as transparency, responsiveness, efficiency, effectiveness, accountability, participation, measurement, fairness, and environmental sustainability. Effective and timely communication is very important in dealing with disasters because it can help reduce losses and increase community preparedness. The infrastructure system, which includes drainage, reservoir management, water infiltration zones (green space and densely vegetated land), and mapping of flood-prone areas, must also be communicated adequately. Flood management requires adequate public communication, thus the policy synchronization between different institutions and regions to address socioeconomics and environmental interests within a participatory-based flood management framework

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Section: Introductionmentioning

confidence: 99%

Public Policy Communication for Flood Management

Setiadi,

Sumaryana,

Bekti

et al. 2023

JSM

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Preliminary assessment of river ecosystem services in the volcanic area of Mount Merapi, Indonesia

Sunardi,

Dede,

Wibowo

et al. 2024

Aquat Ecol

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River ecosystem services (RES) are vulnerable to landscape changes mainly by volcanic eruptions. Therefore, this study aims to assess RES in the volcanic area which was affected by the major and minor eruptions of Mount Merapi, Indonesia. The RES referred to the regulating and supporting services of the Krasak River in Jogjakarta. The research involved collecting water and biodiversity samples from two distinct Merapi’s hazard zones (KRB I and KRB II) along the river. Parameters related to regulating services, such as particulate, organic, and nutrient purification, biological control, as well as supporting services like primary productivity, were quantified. We conducted an analysis to understand how landscape conditions interacted with these parameters and employed the t-test to assess differences in RES between the two KRBs. Our findings revealed that the Krasak River exhibited a range of values, including 2.40–5.95 mg/l for Biological Oxygen Demand (BOD), 0.61–3.41 mg/l for nitrate, 0.02–0.11 mg/l for phosphate, 160–60,000 MPN/100 ml for coliform, and 156.3–937 µg/l for chlorophyll-A. These values demonstrated the river’s capacity to perform both regulation and support services. However, certain segments showed variations in ecosystem services, possibly due to the presence of autochthonous matter from aquatic organisms and decomposing organic matters. This showed that volcanic eruption and landscape are closely linked with the water quality and aquatic biodiversity, which affect the ecosystem services.

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