The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate

137Cs radiogenic content in the soil can be used to estimate the rate of erosion and deposition in an area occurring since 1950’s, by comparing the content of the 137Cs in observed site with those in a stable reference site. This experiment aimed to investigate the influence of cultivation type on d...

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Main Author: Nita Suhartini
Format: Article
Language:English
Published: Muhammadiyah University Press 2016-05-01
Series:Forum Geografi
Online Access:http://journals.ums.ac.id/index.php/fg/article/view/1821
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spelling doaj-5bc18c24a55c4826bd36c226276da4802020-11-25T00:32:59ZengMuhammadiyah University PressForum Geografi0852-06822460-39452016-05-012111478The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition RateNita Suhartini0Pusat Aplikasi Tehnologi Isotop dan Radiasi - BATAN Jl. Cinere Pasar Jumat Kotak Pos 7002 JKSKL, Jakarta 12070, Indonesia137Cs radiogenic content in the soil can be used to estimate the rate of erosion and deposition in an area occurring since 1950’s, by comparing the content of the 137Cs in observed site with those in a stable reference site. This experiment aimed to investigate the influence of cultivation type on distribution profile of 137Cs and distribution of erosion and deposition rate in cultivated area. A study site was small cultivated area with slope steepness <10o and length 2 km located in Bojong – Ciawi. For this purpose, the top of a slope was chosen for reference site and three plot sites were selected namely Land Use I that using simple cultivation, Land Use II that using simple cultivation with ridge and furrow, and Land Use III using machine cultivation. The results showed that cultivation could make a movement of 137Cs to the deeper layer and ridges and furrows cultivation system could minimized an erosion process. The net erosion and deposition for land Use I, II and III were -25 t/ha/yr , 24 t/ha/yr and -58 t/ha/yr, respectively.http://journals.ums.ac.id/index.php/fg/article/view/1821
collection DOAJ
language English
format Article
sources DOAJ
author Nita Suhartini
spellingShingle Nita Suhartini
The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
Forum Geografi
author_facet Nita Suhartini
author_sort Nita Suhartini
title The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
title_short The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
title_full The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
title_fullStr The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
title_full_unstemmed The Influence of Cultivation System on Distribution Profile Of 137cs and Erosion / Deposition Rate
title_sort influence of cultivation system on distribution profile of 137cs and erosion / deposition rate
publisher Muhammadiyah University Press
series Forum Geografi
issn 0852-0682
2460-3945
publishDate 2016-05-01
description 137Cs radiogenic content in the soil can be used to estimate the rate of erosion and deposition in an area occurring since 1950’s, by comparing the content of the 137Cs in observed site with those in a stable reference site. This experiment aimed to investigate the influence of cultivation type on distribution profile of 137Cs and distribution of erosion and deposition rate in cultivated area. A study site was small cultivated area with slope steepness <10o and length 2 km located in Bojong – Ciawi. For this purpose, the top of a slope was chosen for reference site and three plot sites were selected namely Land Use I that using simple cultivation, Land Use II that using simple cultivation with ridge and furrow, and Land Use III using machine cultivation. The results showed that cultivation could make a movement of 137Cs to the deeper layer and ridges and furrows cultivation system could minimized an erosion process. The net erosion and deposition for land Use I, II and III were -25 t/ha/yr , 24 t/ha/yr and -58 t/ha/yr, respectively.
url http://journals.ums.ac.id/index.php/fg/article/view/1821
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