We develop a model for the dynamic management of spatially heterogeneous resources with multiple users. We apply our model to the case of groundwater and show that contrary to the results of existing studies even when externalities are highly concentrated in space, significant efficiency gains are possible over competitive outcomes
The primary contribution of this thesis is to develop a series of hydroeconomic models to act as sol...
Groundwater management is conducted in spatial aquifers where well pumping results in localized cone...
Water conflicts unfolding around the world present the need for accurate economic models of groundwa...
We develop a model for the dynamic management of spatially heterogeneous resources with multiple use...
In this paper, we develop a spatially explicit hydro-economic model of groundwater use to address tw...
Groundwater is a valuable input to agricultural production in many areas, but its use imposes extern...
Groundwater economic models have refined optimal extraction rules while lagging behind in the study ...
Although the economics of groundwater management is typically modelled as a single aquifer serving a...
This research uses laboratory experiments to examine how hydrogeologic properties of groundwater mod...
For nearly half a century, groundwater has been portrayed in the economic literature as a typical co...
A class of dynamic models is developed to assess potential gains from management of groundwater in a...
Messer, Kent D.Entry behavior in accessing a common-pool resource is critical to efficient use of th...
Most existing economic analyses of optimal groundwater management use single-cell aquifer models, wh...
One of the most important groundwater problems in Oregon, Washington and Idaho is the long-term decl...
Regulation of agricultural groundwater use is increasing throughout the world in response to legal a...
The primary contribution of this thesis is to develop a series of hydroeconomic models to act as sol...
Groundwater management is conducted in spatial aquifers where well pumping results in localized cone...
Water conflicts unfolding around the world present the need for accurate economic models of groundwa...
We develop a model for the dynamic management of spatially heterogeneous resources with multiple use...
In this paper, we develop a spatially explicit hydro-economic model of groundwater use to address tw...
Groundwater is a valuable input to agricultural production in many areas, but its use imposes extern...
Groundwater economic models have refined optimal extraction rules while lagging behind in the study ...
Although the economics of groundwater management is typically modelled as a single aquifer serving a...
This research uses laboratory experiments to examine how hydrogeologic properties of groundwater mod...
For nearly half a century, groundwater has been portrayed in the economic literature as a typical co...
A class of dynamic models is developed to assess potential gains from management of groundwater in a...
Messer, Kent D.Entry behavior in accessing a common-pool resource is critical to efficient use of th...
Most existing economic analyses of optimal groundwater management use single-cell aquifer models, wh...
One of the most important groundwater problems in Oregon, Washington and Idaho is the long-term decl...
Regulation of agricultural groundwater use is increasing throughout the world in response to legal a...
The primary contribution of this thesis is to develop a series of hydroeconomic models to act as sol...
Groundwater management is conducted in spatial aquifers where well pumping results in localized cone...
Water conflicts unfolding around the world present the need for accurate economic models of groundwa...