Tidal Flood Handling through Community Participation in Drainage Management System (A case study of the first water board in Indonesia)

Adi, Henny Pratiwi; Wahyudi, Slamet Imam

doi:10.30880/ijie.2018.10.02.004

Cited by 17 publications

(9 citation statements)

References 1 publication

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“…With the gathered information a SWOT (Strengths, Weaknesses, Opportunities, Threats) analysis will be set up. The SWOT analysis identifies the internal strength and weak factors of the project [3]. The outcomes also provide insight into the external factors opportunities and threats.…”

Section: Stakeholdermentioning

confidence: 99%

Social Acceptance for Floating Houses as Alternative Residential in Coastal Area

Adi

Jansen²,

Heikoop³

2020

JACEE

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Semarang as a city located in the coastal area is dealing with the some problems, such as rising sea level, land subsidence, scarcity of land and illegal settlers. In order to deal with rising sea level, a polder system is developed in Kemijen (northern of Semarang). This polder system depends on dredging, a pumping station and retention basins to store water. To make the polder function well and reduce the floods, the existing retention basins should be expanded. Therefore, people who are living at the borders of these basins should be relocated or floating houses could be a solution.. This study aims to determine the acceptance of the Kemijen inhabitants towards floating houses as alternative residential in coastal areas. Data collecting in this study were obtained through interviews with the Kemijen residents and stakeholders. The data then processed by SWOT analysis. Based on the research result, it can be concluded that the social acceptance of the inhabitants is quite low, but there is potential because they see positive elements in a floating house. According to the survey most inhabitants do have insufficient income to pay for a floating house. Building on water is still not legal in Indonesia and therefore the law should probably be adjusted. Besides the land owner is still reluctant in building legal houses on its land. In order to improve the social acceptance of floating houses, these factors should be strengthening, namely relative advantages, compatibility, complexity, trialability and observability.

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Section: Stakeholdermentioning

confidence: 99%

Social Acceptance for Floating Houses as Alternative Residential in Coastal Area

Adi

Jansen²,

Heikoop³

2020

JACEE

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“…In the following paragraphs, every zone will be explained comparing with the water system and the stakeholders who are involved. [8]…”

Section: Flushing Zonementioning

confidence: 99%

Flushing Methods in Polder Drainage System to Obtain Better Environment Quality

et al. 2019

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The Banger Polder is a polder system which covers an area ofaround 670 hectares in Semarang city. There are about 90,000 inhabitantsliving in this area. The Polder area is vulnerable to flooding caused by highwater levels during high tide and more during heavy rain. Climate changewhich may cause high sea level forms a serious threat for the coastal areasin Semarang as delta area. Objectives of the paper are to create causerelation flowchart, to analyse flushing zone, and to plan implementationand maintenance of flushing system. Regarding the research methods forimplementing the case, there are seven parties interviewed and observedrelated to flushing program. The parties are described with their interests, influence and (optional) negative impacts of stakeholders. The Causalrelation tree of flushing process is divided into 5 different steps:innovative, quality effect, operational effect, qualification effect, andmonitor effect. According to the observation and interview result, flushingzone in Banger polder area can be divided into 5 zones which areimplemented by some institutions; SIMA, PSDA, BBWS and Bappeda. Agood implementation and maintenance is needed to maintain the flushingsystem.

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“…The method used in this research began by understanding the background of research and preparation phase by looking for the literature review of libraries, journals, proceedings and project data. [8]. The step was continued with understanding the purpose of research as well as the formulation of problems and determination of variables, so that the model hypothesis that will be simulated to the hydraulics laboratory in the study of water-filled rubber dam was decided.…”

Section: Flow Chart Of Researchmentioning

confidence: 99%

The Design Of Water-Filled Rubber Dam As An Efficient Innovation In Preventing Tidal Flood (Rob)

Roehman¹,

Wahyudi²,

Ni'am³

2018

Proceedings of the the 1st International Conference on Computer Science and Engineering Technology Universitas Muria Kudus

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The river water that cannot flow into the sea because the tide comes through the estuary becomes the background of this research. The objectives of this research are, (1) evaluating flood and rob as the existing motion dam's benefit and preparing the closedcircuit water channels for experiments, (2) analyzing the characteristics of the water-filled rubber dam and making its prototype to obtain its material and to utilize it as the efficient technology, (3) conducting stability analysis of the flow in the dam, (4) conducting the simulation of water's elevation and discharge with prototype of the dam in the laboratory. The researchers used variation of dam parameters tested in Civil Engineering Laboratory of UNISSULA Semarang in six months. Testing the physical model with a simulation of several experiments was done to get the calculation of the stability of the water-filled dam and the effective dimension in handling flood and robs.

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Tidal Flood Handling through Community Participation in Drainage Management System (A case study of the first water board in Indonesia)

Cited by 17 publications

References 1 publication

Social Acceptance for Floating Houses as Alternative Residential in Coastal Area

Social Acceptance for Floating Houses as Alternative Residential in Coastal Area

Flushing Methods in Polder Drainage System to Obtain Better Environment Quality

The Design Of Water-Filled Rubber Dam As An Efficient Innovation In Preventing Tidal Flood (Rob)

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