A graphical model of a discontinuously stable herbivore-plant system is used to demonstrate analytically relationships between the amount of rest, stocking rate, and seasons of use in rest-rotation livestock grazing management on shrub-grass ranges. All three of these components are important and their interaction determines the system's response. Important points applicable to management are enumerated.This material was digitized as part of a cooperative project between the Society for Range Management and the University of Arizona Libraries.The Journal of Range Management archives are made available by the Society for Range Management and the University of Arizona Libraries. Contact lbry-journals@email.arizona.edu for further information....
Simulated 8-pasture short duration grazing systems were studied in 1985-86 to determine the effect o...
We formulate a grazing model linking privately optimal stocking rates to their long-term impacts on ...
This publication provides an explanation of the grazed class method of estimating forage utilization...
Rotational grazing systems (RGS) are often implemented to alleviate undesirable selective grazing by...
The spatial component of herbivory remains enigmatic although it is a central aspect of domestic and...
The objective of this study was to provide a tool for maintaining a high grazing efficiency. In a ro...
In spite of overwhelming experimental evidence to the contrary, rotational grazing continues to be p...
The literature, long-term temporal data sets, and spatial data points surrounding livestock watering...
Manipulating stocking rate and duration of grazing is fundamental to range management. It has been c...
This material was digitized as part of a cooperative project between the Society for Range Managemen...
Forage production under five different grazing management schemes was compared after 20 years of tre...
A model, more detailed than a set of stocking rate response curves but less detailed than large proc...
A model describing livestock grazing system dynamics was developed and fitted to available data. Thi...
Harvest of forage from irrigated pas-tures can be distinct, at a given time and a determined amount....
Changes in vegetation under yearlong grazing were compared with those under the Santa Rita grazing s...
Simulated 8-pasture short duration grazing systems were studied in 1985-86 to determine the effect o...
We formulate a grazing model linking privately optimal stocking rates to their long-term impacts on ...
This publication provides an explanation of the grazed class method of estimating forage utilization...
Rotational grazing systems (RGS) are often implemented to alleviate undesirable selective grazing by...
The spatial component of herbivory remains enigmatic although it is a central aspect of domestic and...
The objective of this study was to provide a tool for maintaining a high grazing efficiency. In a ro...
In spite of overwhelming experimental evidence to the contrary, rotational grazing continues to be p...
The literature, long-term temporal data sets, and spatial data points surrounding livestock watering...
Manipulating stocking rate and duration of grazing is fundamental to range management. It has been c...
This material was digitized as part of a cooperative project between the Society for Range Managemen...
Forage production under five different grazing management schemes was compared after 20 years of tre...
A model, more detailed than a set of stocking rate response curves but less detailed than large proc...
A model describing livestock grazing system dynamics was developed and fitted to available data. Thi...
Harvest of forage from irrigated pas-tures can be distinct, at a given time and a determined amount....
Changes in vegetation under yearlong grazing were compared with those under the Santa Rita grazing s...
Simulated 8-pasture short duration grazing systems were studied in 1985-86 to determine the effect o...
We formulate a grazing model linking privately optimal stocking rates to their long-term impacts on ...
This publication provides an explanation of the grazed class method of estimating forage utilization...