The Revised Universal Soil Loss Equation (RUSLE) computes sheet and ri terjemahan - The Revised Universal Soil Loss Equation (RUSLE) computes sheet and ri Bahasa Indonesia Bagaimana mengatakan

The Revised Universal Soil Loss Equ

The Revised Universal Soil Loss Equation (RUSLE) computes sheet and rill erosion from rainfall and the
associated runoff for a landscape profile. As a revision and update of the Universal Soil Loss Equation (USLE)1,
RUSLE incorporates data from rangeland and other research sites in the United States to significantly improve
erosion estimates on untilled lands. RUSLE can be used to compute soil loss on areas where significant overland
flow occurs, but is not designed for lands where no overland flow occurs, such as undisturbed forest lands2. Since a
significant proportion of military lands is comprised of rangeland communities and disturbed forest lands, an
improved erosion estimation model should be of interest to installation natural resource managers. This paper
focuses on the time-invariant cover management factor (C) module, which is designed for pasture and rangeland
applications where the plant community changes little over the course of a year. This module is appropriate for land
areas not subject to intense rotational grazing by livestock or other agricultural uses. When mechanical soil
disturbance is extensive or the plant community changes significantly over a year, the time-variant module should be
applied (e.g., construction sites, mine spoils, tracked vehicle maneuver areas, vehicle staging areas, and excavation
sites, where a single disturbance is followed by long-term stabilization).
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The Revised Universal Soil Loss Equation (RUSLE) computes sheet and rill erosion from rainfall and theassociated runoff for a landscape profile. As a revision and update of the Universal Soil Loss Equation (USLE)1,RUSLE incorporates data from rangeland and other research sites in the United States to significantly improveerosion estimates on untilled lands. RUSLE can be used to compute soil loss on areas where significant overlandflow occurs, but is not designed for lands where no overland flow occurs, such as undisturbed forest lands2. Since asignificant proportion of military lands is comprised of rangeland communities and disturbed forest lands, animproved erosion estimation model should be of interest to installation natural resource managers. This paperfocuses on the time-invariant cover management factor (C) module, which is designed for pasture and rangelandapplications where the plant community changes little over the course of a year. This module is appropriate for landareas not subject to intense rotational grazing by livestock or other agricultural uses. When mechanical soildisturbance is extensive or the plant community changes significantly over a year, the time-variant module should beapplied (e.g., construction sites, mine spoils, tracked vehicle maneuver areas, vehicle staging areas, and excavationsites, where a single disturbance is followed by long-term stabilization).
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Revisi Universal Soil Loss Persamaan (RUSLE) menghitung lembar dan erosi rill dari curah hujan dan
limpasan terkait untuk profil lanskap. Sebagai revisi dan update dari Universal Soil Loss Equation (USLE) 1,
RUSLE menggabungkan data dari rangeland dan lokasi penelitian lain di Amerika Serikat untuk secara signifikan meningkatkan
perkiraan erosi pada lahan untilled. RUSLE dapat digunakan untuk menghitung kerugian tanah pada daerah di mana darat signifikan
arus terjadi, tetapi tidak dirancang untuk tanah di mana tidak ada aliran darat terjadi, seperti lands2 hutan yang tidak terganggu. Karena
proporsi yang signifikan dari tanah militer terdiri dari masyarakat rangeland dan lahan hutan terganggu, sebuah
peningkatan model estimasi erosi harus menarik bagi manajer sumber daya alam instalasi. Makalah ini
berfokus pada modul faktor manajemen penutup waktu-invariant (C), yang dirancang untuk padang rumput dan rangeland
aplikasi di mana komunitas tumbuhan berubah sedikit selama setahun. Modul ini cocok untuk tanah
daerah tidak dikenakan intens penggembalaan rotasi oleh ternak atau penggunaan pertanian lainnya. Ketika tanah mekanik
gangguan luas atau mengubah komunitas tumbuhan secara signifikan lebih dari satu tahun, modul waktu-varian harus
diterapkan (misalnya, lokasi konstruksi, rampasan tambang, dilacak daerah kendaraan manuver, daerah kendaraan pementasan, dan penggalian
situs, di mana gangguan tunggal diikuti oleh stabilisasi jangka panjang).
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