GIS-based estimation of soil loss from hilly urban area incorporating hill cut factor into RUSLE
S Patowary, AK Sarma - Water resources management, 2018 - Springer
Unplanned residential development in hilly areas leads to steep cuts in natural hillslopes,
which in turn, results in excessive soil loss. GIS-based Revised Universal Soil Loss Equation
(RUSLE), applied in such a case, underestimates soil loss since such near vertical surfaces
are not completely projected in orthorectified satellite images. This paper introduces a" hill
cut factor (H f)", which is input into the cover management factor of RUSLE model. Model is
validated with observed soil loss data of a mini hilly urban watershed located in Japorigog …
which in turn, results in excessive soil loss. GIS-based Revised Universal Soil Loss Equation
(RUSLE), applied in such a case, underestimates soil loss since such near vertical surfaces
are not completely projected in orthorectified satellite images. This paper introduces a" hill
cut factor (H f)", which is input into the cover management factor of RUSLE model. Model is
validated with observed soil loss data of a mini hilly urban watershed located in Japorigog …
GIS-based estimation of soil loss from hilly urban area incorporating hill cut factor into RUSLE.
SP Sagarika Patowary, AK Sarma - 2018 - cabidigitallibrary.org
Unplanned residential development in hilly areas leads to steep cuts in natural hillslopes,
which in turn, results in excessive soil loss. GIS-based Revised Universal Soil Loss Equation
(RUSLE), applied in such a case, underestimates soil loss since such near vertical surfaces
are not completely projected in orthorectified satellite images. This paper introduces a" hill
cut factor (Hf)", which is input into the cover management factor of RUSLE model. Model is
validated with observed soil loss data of a mini hilly urban watershed located in Japorigog …
which in turn, results in excessive soil loss. GIS-based Revised Universal Soil Loss Equation
(RUSLE), applied in such a case, underestimates soil loss since such near vertical surfaces
are not completely projected in orthorectified satellite images. This paper introduces a" hill
cut factor (Hf)", which is input into the cover management factor of RUSLE model. Model is
validated with observed soil loss data of a mini hilly urban watershed located in Japorigog …
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