. Shrefler et al. (2011) used hoop houses to produce spring transplants of bulb onions ( A . cepa L. Cepa group). Although not completely analogous, it was determined that onions could be grown to bunching onion size over winter in Oklahoma using this type
Search Results
Rolston St. Hilaire, Theodore W. Sammis, and John G. Mexal
construct a greenhouse is a potential gap in many horticulture curricula. In contrast, field hoop houses average less than $1.5/ft 2 , thereby overcoming the financial limitation of building a greenhouse. Also, hoop houses are relatively easy to construct
Mark E. Uchanski, Kulbhushan Grover, Dawn VanLeeuwen, and Ryan Goss
) also found that students in outdoor settings learn better than those in indoor settings. High tunnels, hereafter referred to as hoop houses, are temporary plastic-covered structures used to extend the growing season by keeping the temperatures
Brian A. Mitchell, Mark E. Uchanski, and Adriane Elliott
-quality, high-yielding, and valuable crops. A high tunnel, or hoop house, is a temporary, movable, or semipermanent structure that may be single- or multispan (i.e., many connected structures). High tunnels may be covered in polyethylene film, insect netting, or
Olha Sydorovych, Cary L. Rivard, Suzanne O’Connell, Chris D. Harlow, Mary M. Peet, and Frank J. Louws
asset of an integrated pest management program ( Chellemi, 2002 ). High tunnels, also known as hoop houses, are relatively simple polyethylene-covered structures generally without electricity, powered heating, or ventilation systems ( University of
Robert F. Heyduck, Steven J. Guldan, and Ivette Guzmán
Service Environmental Quality Incentives Program. High tunnels (i.e., hoop houses) are defined as a plastic-covered, passively heated, walk-in, semipermanent structure sited on field soil ( Jimenez et al., 2005 ). Although high tunnels were initially
Robert F. Heyduck, Dawn VanLeeuwen, and Steven J. Guldan
High tunnels (i.e., hoop houses) are plastic-covered, passively heated, walk-in, semipermanent structures sited on field soil ( Jimenez et al., 2005 ). High tunnels were developed in the United States ( Emmert, 1955 ), but the adoption of tunnels
Edward E. Carey, Lewis Jett, William J. Lamont Jr, Terrance T. Nennich, Michael D. Orzolek, and Kimberly A. Williams
sometimes called hoop houses or unheated greenhouses and they include a range of designs from single-span to multi-span structures that are usually covered with a single layer of 6-mil polyethylene greenhouse film. High tunnels may be constructed to be
Mark E. Uchanski, Dawn M. VanLeeuwen, Steven J. Guldan, Constance L. Falk, Manoj Shukla, and Juliette Enfield
Hoop house construction for New Mexico: 12-ft. x 40-ft. hoop house. New Mexico State Univ. Coop. Ext. Serv. Circ. 606 Lamont, W.J. Jr Orzolek, M.D. Holcomb, E.J. Demchak, K. Burkhart, E. White, L. Dye, B. 2003 Production system for horticultural crops
Theekshana C. Jayalath, George E. Boyhan, Elizabeth L. Little, Robert I. Tate, and Suzanne O’Connell
quality of lettuce production in Georgia. High tunnels (i.e., hoop houses) are unheated, passively ventilated greenhouse-like structures which can provide some protection to crops from adverse weather events (i.e., cold, precipitation, wind, soil splash