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Robert D. Wright, Brian E. Jackson, Michael C. Barnes, and Jake F. Browder

topdressing with three different N rates (0, 1, and 2 lb/1000 ft 2 ) from 12N–2.6P–6.6K fertilizer (Harrell's Fertilizer). Plants were mulched as above and were irrigated as needed with trickle irrigation. After 10 weeks, growth index (GI) was determined for

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Andrea R. Garfinkel and Karen L. Panter

Nau (2011) . Plants were watered by hand twice daily, until water drained from the bottom of each container. Fertilization occurred 13 d following transplant, upon the development of the second set of true leaves, with a topdressing of 2.5 g of 15N–4

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Alexander R. Kowalewski, Brian M. Schwartz, Austin L. Grimshaw, Dana G. Sullivan, and Jason B. Peake

: Tifdwarf bermudagrass Crop Sci. 6 94 Goddard, M.J.R. Sorochan, J.C. McElroy, J.S. Karcher, D.E. Landreth, J.W. 2008 The effects of crumb rubber topdressing on hybrid kentucky bluegrass and bermudagrass athletic fields in the transition zone Crop Sci. 48

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Filippo Rimi, Stefano Macolino, Bernd Leinauer, and Umberto Ziliotto

, D.E. Landreth, J.W. 2008 The effects of crumb rubber topdressing on hybrid kentucky bluegrass and bermudagrass athletic fields in the transition zone Crop Sci. 48 2003 2009 Huang, B. 2008 Turfgrass water requirements and factors affecting water usage

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David W. Williams, Paul B. Burrus, and Kenneth L. Cropper

freezing tolerance Crop Sci. 42 853 858 Goddard, M.J.R. Sorochan, J.C. McElroy, J.S. Karcher, D.F. Landreth, J.W. 2008 The effects of crumb rubber topdressing on hybrid kentucky bluegrass and bermudagrass athletic fields in the transition zone Crop Sci. 48

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Kristoffer J. Barker and Jessica D. Lubell

and fertility treatments were applied by topdressing. Modules were provided 30 min of overhead sprinkler irrigation every day for the first 36 d of the study and each half module received ≈0.7 L of water per day. After day 36, when cuttings were fully

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David O. Okeyo, Jack D. Fry, Dale J. Bremer, Ambika Chandra, Dennis Genovesi, and Milton C. Engelke

japonica from sprigs: Effects of topdressing and nitrogen fertility HortScience 36 377 379 SAS Institute, Inc 2003 SAS/STAT user's guide SAS Inst., Inc Cary, NC Zuk, A.J. Fry, J.D. 2005 Seeded zoysiagrass establishment in a perennial ryegrass sward Crop

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Kyle Briscoe, Grady Miller, Scott Brinton, Dan Bowman, and Charles Peacock

://www.ntep.org/reports/ratings.htm > Patton, A.J. Hardebeck, G.A. Williams, D.W. Reicher, Z.J. 2004 Establishment of bermudagrass and zoysiagrass by seed Crop Sci. 44 2160 2167 Richardson, M.D. Boyd, J.W. 2001 Establishing Zoysia japonica from sprigs: Effects of topdressing and nitrogen

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Brian A. Kahn, Niels O. Maness, Donna R. Chrz, and Lynda K. Carrier

study then was placed on a schedule of one harvest of plants in all plots approximately every 3 weeks. Thus, the pattern of harvest and top-dressing was repeated on 16 Aug., 7 Sept., 27 Sept., and 19 Oct. Statistical analysis. Data were subjected to

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S. Christopher Marble, Andrew K. Koeser, and Gitta Hasing

beneath root ball) significantly reduced weed germination compared with incorporating (mixing fertilizer in with media) or top-dressing (placing fertilizer on container media surface). In a similar study, Broschat and Moore (2003) reported less weed