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Santosh Rijal
Santosh Rijal
Verified email at vt.edu - Homepage
Title
Cited by
Cited by
Year
Spatial and temporal assessment of cumulative disturbance impacts due to military training, burning, haying, and their interactions on land condition of fort riley
G Wang, D Murphy, A Oller, HR Howard, AB Anderson, S Rijal, NR Myers, ...
Environmental Management 54, 51-66, 2014
182014
Detection of gullies in Fort Riley military installation using LiDAR derived high resolution DEM
S Rijal, G Wang, PB Woodford, HR Howard, JMS Hutchinson, ...
Journal of Terramechanics 77, 15-22, 2018
172018
Estimating surface soil water content in the Red River Valley of the North using Landsat 5 TM data
S Rijal, X Zhang, X Jia
Soil Science Society of America Journal 77 (4), 1133-1143, 2013
162013
Statistical and Machine Learning Models for Remote Sensing Data Mining—Recent Advancements
M Das, SK Ghosh, VM Chowdary, P Mitra, S Rijal
Remote Sensing 14 (8), 1906, 2022
32022
The exposure of vulnerable coastal populations to flood-induced Natech events in Hampton Roads, Virginia
MC Crawford, A Bukvic, S Rijal, JM Gohlke
Natural Hazards 119 (3), 1633-1663, 2023
12023
Comparison of military and nonmilitary land condition using an image derived soil erosion cover factor
S Rijal, G Wang, PB Woodford, HR Howard, J Schoof, TJ Oyana, LO Park, ...
Journal of Soil and Water Conservation 72 (5), 425-437, 2017
12017
Monitoring and Assessment of Military Installation Land Condition under Training Disturbance Using Remote Sensing
S Rijal
Southern Illinois University at Carbondale, 2017
12017
Mapping gullies in a military disturbed land using LiDAR data
S Rijal, G Wang, H Howard, PB Woodford
 American Association of Geographers (AAG) Annual Meeting, Chicago, 2015
2015
Mapping burned areas using image-derived cover factor in Fort Riley Military Installation
S Rijal, G Wang
 Illinois GIS Association (ILGISA) Regional Meeting, Carbondale, 2015
2015
Developing image derived indices for quantifying land condition recovery in a military disturbed land-Fort Riley Installation, Kansas
S Rijal, G Wang, H Howard
 American Society of Photogrammetry and Remote Sensing (ASPRS) Annual …, 2014
2014
Assessment of military induced impacts on land condition recovery of Fort Riley Installation by comparison with Konza Prairie ecosystem
S Rijal, G Wang, H Howard
 Soil Science Society of America International Annual Meeting, Tampa, 2013
2013
Assessment of Fort Riley’s land condition recovery under multiple disturbances due to military training, burning and haying
S Rijal, G Wang, H Howard
 ASPRS Specialty Conference, Tampa, 2012
2012
Developing A Remote Sensing Algorithm For Deriving Soil Moisture From Spectral Reflectance
S Rijal
2011
Effect of soil moisture on reflectance: An artifact observed in the continuous operation of ASD
S Rijal, X Zhang
 Art, science and application of reflectance spectroscopy, an international …, 2010
2010
Greenhouse Gas Emissions Inventory at the University of North Dakota
JY AK McElroy, S O'Neil, S Rijal, N Thapa
Catalyst 1, 51-60, 2009
2009
Biodiversity in the Northern Great Plains: assessing the impacts and trade-offs between multiple resource uses
A McElroy, S O'Neil, S Rijal, N Thapa, J Yang
 Biodiversity in a rapidly changing world, Washington, 2008
2008
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