@article{poling_2008, title={Anthracnose on strawberry: Its etiology, epidemiology, and pathology, together with management strategies for strawberry nurseries: Introduction to the workshop}, volume={43}, number={1}, journal={HortScience}, author={Poling, E. B.}, year={2008}, pages={59–65} }
 @article{ballington_poling_olive_2008, title={Day-neutral Strawberry Production for Season Extension in the Midsouth}, volume={43}, ISSN={["2327-9834"]}, DOI={10.21273/hortsci.43.7.1982}, abstractNote={Until recent years, there have been few attempts in the midsouth to evaluate alternative types of strawberries (e.g., day-neutrals); alternative cultural systems (e.g., tunnel culture); or specific products (e.g., rowcovers) that could be used for either season extension and/or off-season production. In the early 2000s, research was undertaken to evaluate day-neutral (DN) strawberry production in higher elevations in western North Carolina for harvest in the summer and fall. The effect of DN cultivar, plastic mulch color, planting dates, and plant types was studied in at the Upper Mountain Research Station, Laurel Springs, NC (elevation 914 m) over several seasons. In the 2004 season, the DN ‘Everest’ had yields of nearly 1 kg/plant on white plastic mulch using plugs transplanted in late Sept. 2003. However, ≈95% of ‘Everest's’ production occurred in July and August, when U.S. strawberry prices to growers in wholesale fresh markets have averaged $1.32 and $1.68 kg, respectively (2001 to 2005). Assuming a production level of ≈1 kg/plant, market prices above $2.48 kg (breakeven cost) will be needed to make day-neutral strawberry production in the southern Appalachians a profitable venture. We observed peak periods of heavy production in midsummer and more research is needed to identify cultural strategies with plastic mulches, plant types, and possibly rowcovers to increase fall fruit volumes.}, number={7}, journal={HORTSCIENCE}, author={Ballington, James R. and Poling, Barclay and Olive, Kerry}, year={2008}, month={Dec}, pages={1982–1986} }
 @article{carpio_safley_poling_2008, title={Estimated costs and investment analysis of producing and harvesting muscadine grapes in the southeastern United States}, volume={18}, number={2}, journal={HortTechnology}, author={Carpio, C. E. and Safley, C. D. and Poling, E. B.}, year={2008}, pages={308–317} }
 @inproceedings{poling_2008, title={Spring cold injury to winegrapes and protection strategies and methods}, volume={43}, DOI={10.21273/hortsci.43.6.1652}, abstractNote={Active frost protection methods may be expensive, but a correctly selected and operated system can provide more consistent crops and improved cash flow in years of potentially damaging cold events at postbudbreak stages of grape development. The selection of an active frost protection system depends on a number of factors, including the prevailing climatic conditions that occur during the spring season at the vineyard location, the costs associated with different frost control systems as well as considerations related to the reliability and relative simplicity of operating the equipment associated with each method. In winegrape production areas in North Carolina, hoar (white) frosts are the predominant cold threat in the postbudbreak period. A wind machine can be a very cost-effective investment on sites that are prone to a damaging frost event in 1 of 5 years or with a higher frequency of occurrence. However, wind machines have less overall usefulness in growing areas where there is also potential for black frosts (a more damaging radiational event than a hoar frost) and frosts/freezes (events with subfreezing temperatures and winds in the range of 2.2 to 4.5 m·s−1). For black frost events, a well-designed overvine sprinkling system can provide nearly 6 °C protection; sprinkling is also an appropriate management option for frost/freeze events. Windborne freezes are far less common at the postbudbreak stages but represent the most damaging type of cold event that can occur in eastern and midwestern winegrape regions in the United States. Methods that reliably delay budbreak (e.g., dormant oils, evaporative cooling with targeted sprinklers) may represent the best near-term opportunity for growers to decrease or avoid vine injury from freeze events such as the early April Easter freeze of 2007 that devastated grape vineyards through much of the midwest and southeastern United States.}, number={6}, booktitle={HortScience}, author={Poling, E. B.}, year={2008}, pages={1652–1662} }
 @book{albertson_mitchem_poling_safley_sutton_2007, title={The North Carolina winegrape grower's guide}, publisher={Raleigh, NC: N.C. Cooperative Extension Service}, author={Albertson, A. L. and Mitchem, W. E. and Poling, E. B. and Safley, C. D. and Sutton, T. B.}, year={2007} }
 @article{sydorovych_safley_ferguson_poling_fernandez_brannen_monks_louws_2006, title={Economic evaluation of methyl bromide alternatives for the production of strawberries in the southeastern United States}, volume={16}, number={1}, journal={HortTechnology}, author={Sydorovych, O. and Safley, C. D. and Ferguson, L. M. and Poling, E. B. and Fernandez, G. E. and Brannen, P. A. and Monks, D. M. and Louws, F. J.}, year={2006}, pages={118–128} }
 @article{safley_poling_wohlgenant_sydorovych_williams_2004, title={Producing and marketing strawberries for direct market operations}, volume={14}, number={1}, journal={HortTechnology}, author={Safley, C. D. and Poling, E. B. and Wohlgenant, M. K. and Sydorovych, O. and Williams, R. F.}, year={2004}, pages={124–135} }
 @article{durner_poling_maas_2002, title={Recent advances in strawberry plug transplant technology}, volume={12}, number={4}, journal={HortTechnology}, author={Durner, E. F. and Poling, E. B. and Maas, J. L.}, year={2002}, pages={545–550} }
 @article{miner_poling_carroll_nelson_campbell_1997, title={Influence of fall nitrogen and spring nitrogen-potassium applications on yield and fruit quality of 'Chandler' strawberry}, volume={122}, number={2}, journal={Journal of the American Society for Horticultural Science}, author={Miner, G. S. and Poling, E. B. and Carroll, D. E. and Nelson, L. A. and Campbell, C. R.}, year={1997}, pages={290–295} }
 @article{poling_1996, title={Blackberries}, volume={4}, DOI={10.1300/j065v04n01_02}, number={1}, journal={Journal of Small Fruit & Viticulture}, author={Poling, E. B.}, year={1996}, pages={33} }
 @book{small fruits in the home garden_1996, ISBN={1560220546}, publisher={New York: Food Products Press}, year={1996} }
 @article{poling_1996, title={Strawberries for the home garden}, volume={4}, number={3}, journal={Journal of Small Fruit & Viticulture}, author={Poling, E. B.}, year={1996}, pages={227} }
 @article{poling_1994, title={Strawberry plasticulture in North Carolina. I. Developing a competitive horticultural industry requires "experts", not "participatory groups"}, volume={2}, DOI={10.1300/j065v02n03_02}, abstractNote={The United States land-grant university system has been coming under increasing criticism by a number of extension professionals as well as senior horticulturists for its primary emphasis on basic research at the expense of applied research and service to horticultural industries. Once-strong extension/research/producer ties have been weakened, and this could result in further declines in general public support for land-grant universities. New approaches, including a “participatory model,” have been proposed as a mechanism to provide public feedback to land-grant scientists on relevant areas of basic science and encourage implementation of new technologies. However, our present expert/student relationship between research scientists and grower would be altered if the participatory model were to be adopted. Recognizing the limitations of existing horticultural production systems and visualizing new purposes for technology is the work of “experts,” not committees. The experience in North Carolina h...}, number={3}, journal={Journal of Small Fruit & Viticulture}, author={Poling, E. B.}, year={1994}, pages={3} }
 @article{poling_1994, title={Strawberry plasticulture in North Carolina. II. Preplant, planting and postplant considerations for growing 'Chandler' strawberry on black plastic mulch}, volume={2}, DOI={10.1300/j065v02n03_06}, abstractNote={Abstract North Carolina is experiencing a revitalization of the strawberry industry due to the adoption of plasticulture technologies and the California cultivar ‘Chandler,’ which produces excellent yields and fruit quality on black plastic mulch. With this system berries can be harvested in just 7 to 8 months after planting. The spring harvest season can last up to 6 weeks in most years. Strawberry plasticulture growers in North Carolina typically experience yields of 17,000 to 18,000 lbs/acre (19,054 to 20,174 kg/ha). Cash expenses for the system are approximately $4345/acre ($10,736/ha). The system requires both an overhead sprinkler system for blossom and bud frost/freeze protection, and drip irrigation for supplying water and fertilizer in the prebloom, bloom and fruiting periods. Sandy loam and clay loam soils are ideal for forming the 10-inch-high (25.4 cm) beds with bedding machines. Usually 33% of the N, 50% of the K and all of the P is applied preplant with the remaining N and K being applied th...}, number={3}, journal={Journal of Small Fruit & Viticulture}, author={Poling, E. B.}, year={1994}, pages={53} }
 @article{poling_1993, title={Strawberry plasticulture in North Carolina: I. Developing a competitive horticultural industry requires 'experts', not 'participatory groups'}, volume={3}, number={4}, journal={HortTechnology}, author={Poling, E. B.}, year={1993}, pages={400} }
 @article{poling_1993, title={Strawberry plasticulture in North Carolina: II. Preplant, planting, and postplant considerations for growing 'Chandler' strawberry on black plastic mulch}, volume={3}, number={4}, journal={HortTechnology}, author={Poling, E. B.}, year={1993}, pages={383} }
 @article{poling_fuller_perry_1991, title={Frost/freeze protection of strawberries grown on black plastic mulch}, volume={26}, number={1}, journal={HortScience}, author={Poling, E. B. and Fuller, H. P. and Perry, K. B.}, year={1991}, pages={15} }
 @article{poling_durner_1986, title={Annual strawberry hill cultural system in southeastern North Carolina}, volume={21}, number={2}, journal={HortScience}, author={Poling, E. B. and Durner, E. F.}, year={1986}, pages={240} }
 @article{poling_safley_1986, title={Economics of changing from matted row to annual hill system strawberry production}, volume={21}, number={6}, journal={HortScience}, author={Poling, E. B. and Safley, C. D.}, year={1986}, pages={1409} }