Add to ORKGAbstract: A three-dimensional finite-difference digital model was used to simulate the principal ground-water reservoir of the Sevier Desert. The model was calibrated against steady-state water levels, aquifer tests, and measured water-level changes from 1952 to 1982. The calibrated model can be used to project future water-level changes assuming various ground-water development options
A quasi three-dimensional model was constructed to simulate the response of the Piney Point and Ches...
The lower Boise River basin (Treasure Valley) aquifer system consists of a series of shallow, relati...
The regional Snake Plain aquifer is the primary source of ground water throughout the eastern Snake ...
June 1973.Includes bibliographic references (pages 69-71).A digital finite difference groundwater mo...
Investigations of water resources systems involving groundwater simulation are generally data-scarce...
From abstract: This report describes modifications that are incorporated into the finite-difference ...
Abstract: ^ digital computer model was used to model an unconfined sandstone aquifer (Arikaree aquif...
An electric analog model was constructed to simulate ground water conditions in Box Butte County, Ne...
Simulative ground-water flow models were developed for Vekol Valley and the Waterman Wash and Bosque...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
From the Proceedings of the 1971 Meetings of the Arizona Section - American Water Resources Assn. an...
In this paper it is proposed to study by means of a numerical model the available ground water resou...
From abstract: A two-dimensional digital model of the ground-water-flow system was constructed to te...
From abstract: A digital model was used to simulate the response of the Potomac-Raritan-Magothy aqui...
A quasi three-dimensional model was constructed to simulate the response of the Piney Point and Ches...
The lower Boise River basin (Treasure Valley) aquifer system consists of a series of shallow, relati...
The regional Snake Plain aquifer is the primary source of ground water throughout the eastern Snake ...
June 1973.Includes bibliographic references (pages 69-71).A digital finite difference groundwater mo...
Investigations of water resources systems involving groundwater simulation are generally data-scarce...
From abstract: This report describes modifications that are incorporated into the finite-difference ...
Abstract: ^ digital computer model was used to model an unconfined sandstone aquifer (Arikaree aquif...
An electric analog model was constructed to simulate ground water conditions in Box Butte County, Ne...
Simulative ground-water flow models were developed for Vekol Valley and the Waterman Wash and Bosque...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
From the Proceedings of the 1971 Meetings of the Arizona Section - American Water Resources Assn. an...
In this paper it is proposed to study by means of a numerical model the available ground water resou...
From abstract: A two-dimensional digital model of the ground-water-flow system was constructed to te...
From abstract: A digital model was used to simulate the response of the Potomac-Raritan-Magothy aqui...
A quasi three-dimensional model was constructed to simulate the response of the Piney Point and Ches...
The lower Boise River basin (Treasure Valley) aquifer system consists of a series of shallow, relati...
The regional Snake Plain aquifer is the primary source of ground water throughout the eastern Snake ...