factors, such as crop rotation, soil type, and marketing, influence cropping decisions, production costs are vital information for production and pricing decisions. This article presents components of crop budgets from two Pennsylvania organic farms. These
David Conner and Anusuya Rangarajan
Olya Rysin, Amanda McWhirt, Gina Fernandez, Frank J. Louws and Michelle Schroeder-Moreno
systems with the same pesticide use as in the conventional system, but with the addition of compost application, summer cover crop rotations, and beneficial soil inoculants. Finally, the organic production system includes only production practices approved
John E. Beck, Michelle S. Schroeder-Moreno, Gina E. Fernandez, Julie M. Grossman and Nancy G. Creamer
based soil management practices, such as cover crop rotations, additions of compost and vermicompost are important practices in organic systems, but may also serve as important transitions from fumigation in conventional strawberry systems. These soil
Na Liu, Baoli Zhou, Xin Zhao, Bo Lu, Yixiu Li and Jing Hao
recommended, including crop rotation ( Garber, 1973 ), solarization ( Morgan et al., 1991 ), resistant cultivars ( Kalloo, 1993 ), and grafting eggplant onto resistant rootstocks ( Lockwood et al., 1970 ; Oda, 2007 ). Many reports have suggested that using
Rachel E. Rudolph, Carl Sams, Robert Steiner, Stephen H. Thomas, Stephanie Walker and Mark E. Uchanski
management in cash crop rotations that may present additional options for conventional and organic growers. Biofumigants are biologically active (bioactive) cover crops and are frequently referred to as green manures because they are incorporated into the
Anita Gunnarsson, Börje Lindén and Ulla Gertsson
a crop rotation with and without biodigestion of crop residues on a sandy soil in southern Sweden. The aim of this study was to test the hypothesis that harvesting the ley and beet foliage for biodigestion and returning the biodigestor effluent as
Richard L. Hassell, Frederic Memmott and Dean G. Liere
Vegetable grafting is most common in European and Asian countries where crop rotation is no longer an option and available land is under intense use. Grafting is an alternative approach to reduce crop damage resulting from soilborne pathogens and increase plant abiotic stress tolerance, which increases crop production. We discuss and outline four grafting methods that are available for vegetable production in cucurbits: tongue approach grafting, hole insertion grafting, one cotyledon grafting, and side grafting.
Zachary N. Hoppenstedt, Jason J. Griffin, Eleni D. Pliakoni and Cary L. Rivard
.L. Chaudhari, S. Schultheis, J.R. Jennings, K.M. Bullen, S.G. Monks, D.W. 2017 Optimizing sweetpotato seed root density and size for slip production HortTechnology 27 7 15 Black, B. 2010 High value crop rotation for Utah high tunnels. Final Rpt. Sustainable Agr
Denis A. Shah and Lydia Stivers-Young
Data collected on 181 fields from 1998 to 2000 were analyzed for associations among cultural practices in table beet (Beta vulgaris) and levels of decay in the harvested beet roots. Increased risk of decay was associated with short rotations between beet crops, certain crop rotations in the four years before beets, the frequency of row cultivation, and narrow row spacing. Shielding during cultivation was associated with increased risk of decay, but the effect may be an indirect one. Decay levels were not associated with beet variety, the use of manure or preplant fertilizer. Decay did increase with higher rates of nitrogen side dressing. Mean decay differed significantly among growers, and could be explained in part by the set of cultural practices used by a grower. The results suggest that the risk of decay is determined by interacting biological and cultural factors. Manipulation of cultural practices and cropping sequence may be useful in managing levels of beet decay.
S. B. Sterrett, D. B. Taylor, C. W. Coale Jr. and J. W. Mapp Jr.
An interdisciplinary approach had been developed to examine the production, economic, and marketing feasibility of new crops. The methodology requires the determination of yield potential and product quality, construction of production budgets, and completion of marketing window analyses. Potential for integration of new crops into the existing farm enterprise is assessed using linear programing techniques that consider labor and equipment constraints, crop rotations and best management practices. Risk analyses consider yield, production costs, and price of both new and traditional crops. By using this method, broccoli has been identified as a potential new crop for eastern Virginia, with labor requirements and slush ice availability being the major constraints to integration into vegetable production in this area.