Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia

The research purposeis to analyze erosion hazardous level and sedimentation on Manna watershed, Bengkulu Province. The research area geographically lies between 102°51′38.2″-103°10′57.8″ East., and 4°0′39.6″-4°29′38.0″ South covering 72,071.9 ha. Potential erosion yield and level were calculated by...

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Main Authors: Armi Khairul, Faiz Barchia Muhammad, Aprizal Yuzuar
Format: Article
Language:English
Published: EDP Sciences 2017-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201710104002
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spelling doaj-b0a292619c8643a6bb4da724fade4a9c2021-02-02T06:46:04ZengEDP SciencesMATEC Web of Conferences2261-236X2017-01-011010400210.1051/matecconf/201710104002matecconf_sicest2017_04002Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province IndonesiaArmi Khairul0Faiz Barchia Muhammad1Aprizal Yuzuar2Civil Engineering Department Faculty of Engineering, University of BengkuluSoil Science Department Faculty of Agriculture, University of BengkuluSoil Science Department Faculty of Agriculture, University of BengkuluThe research purposeis to analyze erosion hazardous level and sedimentation on Manna watershed, Bengkulu Province. The research area geographically lies between 102°51′38.2″-103°10′57.8″ East., and 4°0′39.6″-4°29′38.0″ South covering 72,071.9 ha. Potential erosion yield and level were calculated by applying Universal Soil Loss Equation, and spatial analysis of the erosion was done using ArcGIS. The potential erosion in Manna watershed was classified as moderate hazardous level of 12,442,368.12tons yr−1 or similar to170.68 tons ha−1yr−1. Moderate to high level Soil erosion covered areas of 47,359.00ha, or 65.19% of Manna watershed, and high risk of potential erosion with very high sedimentation rate amounted to 248.851,1 tons yr−1. In short, land cover in Manna watershed was generally in high environmental pressures, therefore, and in future, water resources would face environmental problems.https://doi.org/10.1051/matecconf/201710104002
collection DOAJ
language English
format Article
sources DOAJ
author Armi Khairul
Faiz Barchia Muhammad
Aprizal Yuzuar
spellingShingle Armi Khairul
Faiz Barchia Muhammad
Aprizal Yuzuar
Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
MATEC Web of Conferences
author_facet Armi Khairul
Faiz Barchia Muhammad
Aprizal Yuzuar
author_sort Armi Khairul
title Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
title_short Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
title_full Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
title_fullStr Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
title_full_unstemmed Analysis of erosion hazardous level and sedimentation in Manna Watershed, Bengkulu Province Indonesia
title_sort analysis of erosion hazardous level and sedimentation in manna watershed, bengkulu province indonesia
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2017-01-01
description The research purposeis to analyze erosion hazardous level and sedimentation on Manna watershed, Bengkulu Province. The research area geographically lies between 102°51′38.2″-103°10′57.8″ East., and 4°0′39.6″-4°29′38.0″ South covering 72,071.9 ha. Potential erosion yield and level were calculated by applying Universal Soil Loss Equation, and spatial analysis of the erosion was done using ArcGIS. The potential erosion in Manna watershed was classified as moderate hazardous level of 12,442,368.12tons yr−1 or similar to170.68 tons ha−1yr−1. Moderate to high level Soil erosion covered areas of 47,359.00ha, or 65.19% of Manna watershed, and high risk of potential erosion with very high sedimentation rate amounted to 248.851,1 tons yr−1. In short, land cover in Manna watershed was generally in high environmental pressures, therefore, and in future, water resources would face environmental problems.
url https://doi.org/10.1051/matecconf/201710104002
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AT faizbarchiamuhammad analysisoferosionhazardouslevelandsedimentationinmannawatershedbengkuluprovinceindonesia
AT aprizalyuzuar analysisoferosionhazardouslevelandsedimentationinmannawatershedbengkuluprovinceindonesia
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