The computer model CATCH (Computer Analysis of Tobacco Cutting and Housing) was developed to provide the individual tobacco producer with management information concerning alternative methods of harvesting burley tobacco. CATCH utilizes specific producer in-puts to analyze 24 alternative burley production systems and presents up to four economic rankings containing costs, equipment and labor for each system. The economic rankings aid the producer in decision making with regard to his own operation
A harvester for tobacco plants is provided for towing by a prime mover to which an articulated frame...
Portable frames, wood and steel, and tractor lifts will make tobacco housing a little easier. The fo...
A computer model has been developed to analyze alternate management strategies and energy and econom...
Agricultural operations and practices have been the subject of many computer models and simulations....
A computer model has been developed using systems analysis techniques to simulate the labor and equi...
A prototype system for fully automated harvesting of burley tobacco has been developed and tested. T...
The purpose of this study is to examine burley tobacco growers decision making processes as they per...
A fully automated system for harvesting and handling mature buriey tobacco has been developed. This ...
Satisfying multiple, simultaneous, and often conflicting goals is the crux of farm management, a pro...
The major purpose of this study was to quantify factors affecting the total cost of harvesting, curi...
If burley tobacco can be successfully cured at high density under waterproof covers in the field, a ...
In 1993 tobacco led all crops in cash receipts for the state of Tennessee. Tobacco production added ...
The most profitable harvesting and curing system for flue-cured tobacco and the amount of farm labor...
The decision-making process associated with the scheduling of burley tobacco harvesting operations w...
With the several options now available for housing and curing burley (conventional tobacco barn type...
A harvester for tobacco plants is provided for towing by a prime mover to which an articulated frame...
Portable frames, wood and steel, and tractor lifts will make tobacco housing a little easier. The fo...
A computer model has been developed to analyze alternate management strategies and energy and econom...
Agricultural operations and practices have been the subject of many computer models and simulations....
A computer model has been developed using systems analysis techniques to simulate the labor and equi...
A prototype system for fully automated harvesting of burley tobacco has been developed and tested. T...
The purpose of this study is to examine burley tobacco growers decision making processes as they per...
A fully automated system for harvesting and handling mature buriey tobacco has been developed. This ...
Satisfying multiple, simultaneous, and often conflicting goals is the crux of farm management, a pro...
The major purpose of this study was to quantify factors affecting the total cost of harvesting, curi...
If burley tobacco can be successfully cured at high density under waterproof covers in the field, a ...
In 1993 tobacco led all crops in cash receipts for the state of Tennessee. Tobacco production added ...
The most profitable harvesting and curing system for flue-cured tobacco and the amount of farm labor...
The decision-making process associated with the scheduling of burley tobacco harvesting operations w...
With the several options now available for housing and curing burley (conventional tobacco barn type...
A harvester for tobacco plants is provided for towing by a prime mover to which an articulated frame...
Portable frames, wood and steel, and tractor lifts will make tobacco housing a little easier. The fo...
A computer model has been developed to analyze alternate management strategies and energy and econom...