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Northern red oak (Quercus rubra L.) was used as a model system to determine the effects of reduced greenhouse and acclimation phases of the Ohio production system for use in the mid-southern portion of the U.S. Initiation of the greenhouse phase could be delayed from early February to early March without reducing end-of-season growth. Eliminating the acclimation phase reduced seedling survival, but extending the acclimation phase beyond 7 days did not improve growth. In another experiment, common baldcypress (Taxodium distichum (L.) Rich.) were grown in straight-walled round plastic containers painted with 25, 50, or 100 g Cu(OH)2/l (0.83, 1.67, or 3.34 oz/qt) Spin Out™ carrier, in nontreated straight-walled round containers, in nontreated stepped-pyramid pots, or in stepped-pyramid pots painted with 100 g Cu(OH)2/l (3.34 oz/qt). Either container type treated with 100 g Cu(OH)2/l effectively controlled root deformation. Nontreated stepped-pyramid pots reduced root circling, but did not control kinking and matting of roots at container surfaces.

Timing, Acclimation Period, and Cupric Hydroxide Concentration Alter Growth Responses of the Ohio Production System