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Chad E. Finn, Bernadine C. Strik, Brian M. Yorgey, Theodore A. Mackey, Patrick P. Moore, Michael Dossett, Patrick A. Jones, Jungmin Lee, Robert R. Martin, Kelly L. Ivors and Andrew R. Jamieson

Peak’ strawberry; the female parent is on top. In all research trials, the plants were grown in a matted row system, the predominant commercial system in the Pacific Northwest. Plants were established in nonfumigated eight-plant plots at 46 cm apart

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Chrislyn Ann Particka and James F. Hancock

( Chen and Rich, 1962 ). LaMondia and Martin (1989) found that the severity of R. fragariae infection is raised as a result of infestation by P. penetrans . No completely effective chemical control measures have been identified for BRR in matted

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Kim S. Lewers, John M. Enns and Patricia Castro

of 2.0 to 2.5 was considered a good balance because strong runner production is valued by matted-row growers and by nurseries propagating plants for sale, but too many runners can lead to high labor expenses for removing runners in the plasticulture

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Shiow Y. Wang and Kim S. Lewers

. Experimental design, fruit production, harvest, and processing. The 19 strawberry genotypes were grown on the north farm of the Henry A. Wallace Agricultural Research Center at Beltsville, MD, using the advanced matted row production system ( Black et al

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Amanda J. Vance, Patrick Jones and Bernadine C. Strik

were overhead irrigated with sprinklers, whereas at location 2, they were drip irrigated with overhead sprinklers used for evaporative cooling when temperatures exceeded 29 °C. In strawberry, ‘Hood’ was grown in a perennial matted row system with

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James R. Ballington, Barclay Poling and Kerry Olive

plasticulture production and marketing system in the midsouth has several important advantages over matted row culture, including earlier and longer harvests, cleaner fruit, and increased quality and yields ( Pattison and Wolf, 2007 ; Poling, 2004 ). In 2003

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Thomas G. Bottoms, Timothy K. Hartz, Michael D. Cahn and Barry F. Farrara

genotypes grown in an advanced matted row production system HortScience 40 1190 1193 Bottoms, T.G. Smith, R.F. Cahn, M.D. Hartz, T.K. 2012 Nitrogen requirements and N status determination of lettuce HortScience 47 1768 1774 Doane, T.A. Horwath, W.R. 2003

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Thomas G. Bottoms, Mark P. Bolda, Mark L. Gaskell and Timothy K. Hartz

nutrient diagnosis of Valencia oranges J. Plant Nutr. 10 1401 1408 Black, B.L. Hokanson, S.C. Lewers, K.S. 2005 Fruit nitrogen content of sixteen strawberry genotypes grown in an advanced matted row production system HortScience 40 1190 1193 Caldwell, J

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Jayesh B. Samtani, Curt R. Rom, Heather Friedrich, Steven A. Fennimore, Chad E. Finn, Andrew Petran, Russell W. Wallace, Marvin P. Pritts, Gina Fernandez, Carlene A. Chase, Chieri Kubota and Brad Bergefurd

to promote water-use efficiency and reduce disease pressure in the canopy. AHP has replaced older technology such as perennial matted row (PMR) production in many regions of the United States, and nearly all berry supply by volume comes from AHP

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Rebecca M. Harbut, J. Alan Sullivan, John T.A. Proctor and Harry J. Swartz

−1 ( Cameron and Hartley, 1990 ), so the higher LSP and NCERs observed in the hybrids allows better use of light energy available under maximum intensity conditions. Low-light adaptability can be advantageous to strawberries grown in a matted row