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investigate viable solutions for organic weed, insect, and disease management; and to compile, compare, and incorporate proven horticultural practices into a sustainable production system for highbush blueberry. MATERIALS AND METHODS From 2000 to 2006

The oomycetous pathogen, Phytophthora capsici Leonian, is capable of causing several disease syndromes in cucurbits, including crown rot, foliar blight, and fruit rot ( Roberts et al., 2001 ; Zitter et al., 1996 ). Crown rot appears at the soil

season-long weed control. However, sequential cultivations at regular intervals may provide the foundation for a successful integrated system of weed control in transplanted onion. To date, there has been no research on weed management in organic Vidalia

.E. Sonon L. 2008 Soil test handbook for Georgia. Univ. Georgia Spec. Bul. 62 Koike, S.T. Gaskell, M. Fouche, C. Smith, R. Mitchell, J. 2000 Plant disease management for organic crops. Univ. California Agr. Natural Resources Publ. 7252 Martini, E.A. Buyer, J

relative absence of pests and diseases in the commercial production zone (semiarid, irrigated, winter precipitation). Production began to expand rapidly in the mid 1990s with the introduction of pheromone mating disruption for control of codling moth

Organic farmers need a diverse toolbox of weed management tactics. Tillage is currently the most common method of weed management in organic systems ( Baker and Mohler, 2015 ), but wet soil conditions, crop growth stage, and overuse can limit its

killing them. By contrast, RRV is currently killing large numbers of garden roses and threatening the future of the garden rose industry ( Byrne et al., 2015 ; Windham et al., 2014 , 2016 ). The disease complex has three important biological components

fumigation with traditional fumigants, such as chloropicrin and the now banned methyl bromide, have proven ineffective in the management of this pathogen ( Chellemi et al., 1997 ; Driver and Louws, 2002 ; Enfinger et al., 1979 ). Grafting of susceptible

from North American farms producing strawberry plants. For a workshop that had the primary goal of identifying management strategies to help nursery growers minimize the potential of selling disease-infected transplants to fruit growers, I believe we

systems, or both ( Barrett et al., 2012 ; King et al., 2010 ; Rivard and Louws, 2008 ). One of the challenges associated with tomato grafting is that rootstock selection for disease management, and therefore associated production and economic benefits of