Lane et al. (1987) found that the proportion of bare or covered ground surface under the canopy is important for modeling infiltration in rangeland soils. Using a total of 322 composite plant canopy cover and ground cover measurements collected in Idaho, Arizona, and Nevada, equations were developed for predicting the ground cover under plant canopy from standard resource surveys or remote sensing techniques which primarily measure ground cover outside plant canopy. Equations were developed for predicting (1) percent by weight of soil rock in the top 76 mm of soil from ground cover measurements made outside of plant canopy, and (2) surface rock cover outside plant canopy from soil texture.This material was digitized as part of a cooperative...
Ground cover is a key indicator of rangeland condition and influences rangeland management decisions...
Infiltration and sediment production rates, under simulated rainfall, were determined for plots cove...
Soil is a major physical component of the ecosystem. To ignore soil or treat it superficially merely...
Soil textural relationships were used on 3 soil series on both plowed and native rangeland to predic...
Vegetation cover and soils data were taken on sites in Arizona, Oklahoma and South Dakota and analyz...
Important to the management of rangelands is knowledge of the water intake properties of their soils...
A rotating disk rainfall simulator was used to examine infiltration-runoff relations from selected r...
Infiltration and runoff from mechanically treated arid Southwestern rangeland were measured. Control...
Prediction of soil characteristics over large areas is desirable for environmental modeling. In arid...
The objective of this research was to determine the effects of selected vegetation, soil, rock, and ...
Many studies have been made, and continue to be conducted, to determine infiltration rates and sedim...
A fundamental knowledge gap in understanding land-atmosphere interactions is accurate, high-resoluti...
Accurate soil erosion and hydrology predictions are needed to determine the impact of farm or ranch ...
The influence of soil type, grazing level, and vegetation on infiltration rates were evaluated at th...
Based on infiltrometer data from 13 pinyon-juniper sites in Utah, the relationship of selected range...
Ground cover is a key indicator of rangeland condition and influences rangeland management decisions...
Infiltration and sediment production rates, under simulated rainfall, were determined for plots cove...
Soil is a major physical component of the ecosystem. To ignore soil or treat it superficially merely...
Soil textural relationships were used on 3 soil series on both plowed and native rangeland to predic...
Vegetation cover and soils data were taken on sites in Arizona, Oklahoma and South Dakota and analyz...
Important to the management of rangelands is knowledge of the water intake properties of their soils...
A rotating disk rainfall simulator was used to examine infiltration-runoff relations from selected r...
Infiltration and runoff from mechanically treated arid Southwestern rangeland were measured. Control...
Prediction of soil characteristics over large areas is desirable for environmental modeling. In arid...
The objective of this research was to determine the effects of selected vegetation, soil, rock, and ...
Many studies have been made, and continue to be conducted, to determine infiltration rates and sedim...
A fundamental knowledge gap in understanding land-atmosphere interactions is accurate, high-resoluti...
Accurate soil erosion and hydrology predictions are needed to determine the impact of farm or ranch ...
The influence of soil type, grazing level, and vegetation on infiltration rates were evaluated at th...
Based on infiltrometer data from 13 pinyon-juniper sites in Utah, the relationship of selected range...
Ground cover is a key indicator of rangeland condition and influences rangeland management decisions...
Infiltration and sediment production rates, under simulated rainfall, were determined for plots cove...
Soil is a major physical component of the ecosystem. To ignore soil or treat it superficially merely...