We analyze the temporal control choice problem faced by a manager who uses cell grazing to manage a parcel of rangeland. Specifically, we first delineate the relevant dynamic and stochastic features of a stylized parcel of rangeland. Next, we use a renewal theoretic framework to derive the...

For rangelands managed with spatial and temporal controls, [a] the long run expected net cost of management operations, [b] the long run rate at which grazing is moved from one paddock to another, and [c] the long run rate at which grazing has to be moved from one paddock to another because of...

In spite of a manager's best attempts, a managed rangeland may hit an irreversible state in which it provides neither consumptive nor non-consumptive services to humans. Therefore, given a particular time based management regime, it is useful to know how long it takes for a rangeland to hit the...

For rangelands managed with spatial and temporal controls, [a] the long run mean net cost of management operations, [b] the long run rate of moving grazing from one paddock to another, and [c] the long run rate of moving grazing between paddocks because of adverse environmental factors are...

In spite of a manager's best attempts, a managed rangeland may hit an irreversible state in which it provides neither consumptive nor non-consumptive services to humans. Therefore, given a particular time based management regime, it is useful to know how long it takes for a rangeland to hit the...

Owing to a variety of factors, the total forage consumed by grazing animals on a rangeland is a random variable. Although this fact has been recognized in the extant literature, to the best of our knowledge, there are no studies that have analyzed the statistical properties of this random...

Owing to a variety of factors, the total forage consumed by grazing animals on a rangeland is a random variable. Although this fact has been recognized in the extant literature, to the best of our knowledge, there are no studies that have analyzed the statistical properties of this random...

We analyze a dynamic and stochastic ecological-economic model of grazing management in semi-arid rangelands. The non-equilibrium ecosystem is driven by stochastic precipitation. A risk averse farmer chooses a grazing management strategy under uncertainty such as to maximize expected utility from...

We analyze a dynamic and stochastic ecological-economic model of grazing management in semi-arid range lands. The non-equilibrium ecosystem is driven by stochastic precipitation. A risk averse farmer chooses a grazing management strategy under uncertainty such as to maximize expected utility...

We analyze a dynamic and stochastic ecological-economic model of grazing management in semi-arid rangelands. The ecosystem is driven by stochastic precipitation. A risk averse farmer chooses a grazing management strategy under uncertainty such as to maximize expected utility from farming income....