Narrowing and siltation of drainage channels

Oct 13, 2025 by recoveryshake.com 133 views

The use of biopori infiltration system applications to drainage flow to overcome floods in Banda Sakti District, North Aceh Regency

Flooding is a complex issue that requires serious attention and a comprehensive solution. In Banda Sakti Subdistrict, North Aceh Regency, the factors that cause floods, such as the increase in discharge due to changes in land use, narrowing and siltation of drainage channels due to settlement construction, sediment deposits, and waste problems, also worsen the drainage conditions in the region. One of the proposed solutions to overcome floods is the application of a water conservation system, which includes the use of biopori and infiltration infiltration holes. This study aims to investigate the effectiveness of biopori infiltration system applications in reducing flood discharge in Banda Sakti District.

Flooding is a major problem in Banda Sakti Subdistrict, North Aceh Regency, causing significant damage to properties and affecting the livelihoods of the community. The factors that contribute to flooding in the region include:

Changes in land use: The increase in discharge due to changes in land use, such as deforestation and urbanization, has led to a significant increase in flood discharge.
Narrowing and siltation of drainage channels: The narrowing and siltation of drainage channels due to settlement construction have reduced the capacity of the drainage system, leading to flooding.
Sediment deposits: Sediment deposits in the drainage channels have further reduced the capacity of the drainage system, exacerbating the problem of flooding.
Waste problems: The presence of waste in the drainage channels has also contributed to the problem of flooding.

This study used a case study approach, with Banda Sakti District as the study location. The primary data collected includes the infiltration rate of water into the soil before and after the application of biopori infiltration holes and the number of infiltration holes needed to reduce flood discharge. The analysis method used is the Harton method. In addition, the maximum daily rainfall intensity is analyzed using several distribution methods, namely normal distribution, normal log, log person-III, and gumbel. This study also calculates the capacity of drainage and infiltration wells needed.

The results of this study showed that the soil permeability coefficient in the region was 9,610 x 10^-4 cm/sec, with a constant infiltration rate (FC) of 18 cm/hour. Meanwhile, the average infiltration rate for biopori infiltration holes reaches 95.20 cm/hour. From the data analysis, the ideal number of ideal biopori infiltration holes for a house with a roof area of 90 m² and page 60 m² is seven holes. For circular infiltration wells, a well with a diameter of 0.5 meters and a depth of 1.5 meters is needed for each house.

The application of biopori and infiltration infiltration systems has great potential to overcome the problem of drainage and flooding in Banda Sakti District. The success of the implementation of this system depends on the awareness and participation of the community in maintaining environmental cleanliness and the commitment of the local government in conducting supervision and maintenance of the built infrastructure. With these steps, it is hoped that Banda Sakti District can reduce the impact of flooding and improve the quality of life of the community.

Based on the findings of this study, the following recommendations are made:

Implementation of biopori and infiltration infiltration systems: The local government should implement biopori and infiltration infiltration systems in Banda Sakti District to reduce flood discharge.
Community awareness and participation: The community should be aware of the importance of maintaining environmental cleanliness and participate in the implementation of biopori and infiltration infiltration systems.
Supervision and maintenance: The local government should conduct supervision and maintenance of the built infrastructure to ensure its effectiveness in reducing flood discharge.

This study has several limitations, including:

Limited study location: The study was conducted in a single location, Banda Sakti District, which may not be representative of other areas.
Limited data collection: The study relied on primary data collected from a single location, which may not be sufficient to draw general conclusions.
Limited analysis: The study used a limited number of analysis methods, which may not be sufficient to fully understand the problem of flooding in Banda Sakti District.

Future research should focus on:

Scaling up the implementation of biopori and infiltration infiltration systems: The study should be replicated in other areas to determine the effectiveness of biopori and infiltration infiltration systems in reducing flood discharge.
Investigating the impact of biopori and infiltration infiltration systems on the environment: The study should investigate the impact of biopori and infiltration infiltration systems on the environment, including the effects on water quality and soil health.
Developing a comprehensive flood management plan: The study should develop a comprehensive flood management plan that includes the implementation of biopori and infiltration infiltration systems, as well as other measures to reduce flood discharge.
Frequently Asked Questions (FAQs) about Biopori Infiltration System Applications to Drainage Flow to Overcome Floods in Banda Sakti District, North Aceh Regency

A: A biopori infiltration system is a type of water conservation system that uses biopori (small holes) to infiltrate water into the soil, reducing flood discharge and improving drainage conditions.

A: A biopori infiltration system works by allowing water to infiltrate into the soil through small holes, reducing the amount of water that flows into drainage channels and causing flooding.

A: The benefits of using a biopori infiltration system include:

Reduced flood discharge: Biopori infiltration systems can reduce flood discharge by infiltrating water into the soil, reducing the amount of water that flows into drainage channels.
Improved drainage conditions: Biopori infiltration systems can improve drainage conditions by allowing water to infiltrate into the soil, reducing the amount of water that accumulates in drainage channels.
Increased water quality: Biopori infiltration systems can increase water quality by allowing water to infiltrate into the soil, reducing the amount of pollutants and sediments that enter drainage channels.

A: The effectiveness of a biopori infiltration system in reducing flood discharge depends on several factors, including:

Soil permeability: The soil permeability coefficient in the region was 9,610 x 10^-4 cm/sec, with a constant infiltration rate (FC) of 18 cm/hour.
Number of biopori holes: The ideal number of biopori holes for a house with a roof area of 90 m² and page 60 m² is seven holes.
Diameter and depth of infiltration wells: A well with a diameter of 0.5 meters and a depth of 1.5 meters is needed for each house.

A: The limitations of a biopori infiltration system include:

Limited study location: The study was conducted in a single location, Banda Sakti District, which may not be representative of other areas.
Limited data collection: The study relied on primary data collected from a single location, which may not be sufficient to draw general conclusions.
Limited analysis: The study used a limited number of analysis methods, which may not be sufficient to fully understand the problem of flooding in Banda Sakti District.

A: Future research directions for biopori infiltration system applications include:

Scaling up the implementation of biopori and infiltration infiltration systems: The study should be replicated in other areas to determine the effectiveness of biopori and infiltration infiltration systems in reducing flood discharge.
Investigating the impact of biopori and infiltration infiltration systems on the environment: The study should investigate the impact of biopori and infiltration infiltration systems on the environment, including the effects on water quality and soil health.
Developing a comprehensive flood management plan: The study should develop a comprehensive flood management plan that includes the implementation of biopori and infiltration infiltration systems, as well as other measures to reduce flood discharge.

A: The community can participate in the implementation of biopori and infiltration infiltration systems by:

Maintaining environmental cleanliness: The community should maintain environmental cleanliness by reducing waste and pollutants that enter drainage channels.
Participating in the construction of biopori and infiltration infiltration systems: The community can participate in the construction of biopori and infiltration infiltration systems by providing labor and resources.
Monitoring and maintaining the systems: The community should monitor and maintain the biopori and infiltration infiltration systems to ensure their effectiveness in reducing flood discharge.