The economic feasibility of soybeans, grain sorghum, and corn in annual rotation with winter wheat using reduced tillage and no-tillage systems in the Central Great Plains was evaluated, with continuous wheat and grain sorghum also analyzed. Net returns were calculated using simulated yield and price distributions based on historical yields, two historical annual price series, and 2011 costs. Stochastic Efficiency with Respect to a Function was used to determine the preferred strategies under various risk preferences. The no-till wheat-soybean and reduced-till wheatsoybean systems are the first and second most preferred, regardless of the level of risk aversion
This study examined the expected returns and risks for traditional row crop production systems in co...
This study examines the key economic results from 10 different no-till crop rotations and two conven...
The economic feasibility of using conservation-tillage rather than conventional-tillage to sequester...
The economic feasibility of soybeans, grain sorghum, and corn in annual rotation with winter wheat u...
A Risk Analysis of Converting CRP Acres to a Wheat-Sorghum-Fallow Rotation This study examines the e...
Stochastic dominance analysis of two tillage systems, conventional tillage and no-tillage, for five ...
Six rotations, four of which include a sequence of wheat followed immediately after harvest by doubl...
No-till (NT) has been shown to reduce fuel, labor, and machinery costs compared to conventional-till...
Six enterprise combinations, four including a double-crop sequence of wheat followed immediately aft...
This study summarizes key economic results from 10 different no-till (NT) crop rotations and two con...
Cotton-grain sorghum rotations in the Southern High Plains of Texas were evaluated using stochastic ...
Arkansas is the top domestic rice producer, representing nearly half of total U.S. rice production. ...
© 2019 Several alternative conservation practices that address farmers\u27 concerns over natural res...
This study evaluates both the profitability and risk efficiency of grazing stocker steers on conserv...
This study applied a broad continuum of risk analysis methods including mean-variance and coefficien...
This study examined the expected returns and risks for traditional row crop production systems in co...
This study examines the key economic results from 10 different no-till crop rotations and two conven...
The economic feasibility of using conservation-tillage rather than conventional-tillage to sequester...
The economic feasibility of soybeans, grain sorghum, and corn in annual rotation with winter wheat u...
A Risk Analysis of Converting CRP Acres to a Wheat-Sorghum-Fallow Rotation This study examines the e...
Stochastic dominance analysis of two tillage systems, conventional tillage and no-tillage, for five ...
Six rotations, four of which include a sequence of wheat followed immediately after harvest by doubl...
No-till (NT) has been shown to reduce fuel, labor, and machinery costs compared to conventional-till...
Six enterprise combinations, four including a double-crop sequence of wheat followed immediately aft...
This study summarizes key economic results from 10 different no-till (NT) crop rotations and two con...
Cotton-grain sorghum rotations in the Southern High Plains of Texas were evaluated using stochastic ...
Arkansas is the top domestic rice producer, representing nearly half of total U.S. rice production. ...
© 2019 Several alternative conservation practices that address farmers\u27 concerns over natural res...
This study evaluates both the profitability and risk efficiency of grazing stocker steers on conserv...
This study applied a broad continuum of risk analysis methods including mean-variance and coefficien...
This study examined the expected returns and risks for traditional row crop production systems in co...
This study examines the key economic results from 10 different no-till crop rotations and two conven...
The economic feasibility of using conservation-tillage rather than conventional-tillage to sequester...