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• W2085571766 abstract "Abstract The Arnold Zone Map and the USDA Hardiness Zone Map are widely used by horticulturists and botanists to determine northern limits of plant adaptation within the United States. Similar maps to determine the southern limits of successful plant performance do not exist. Many northern species perform poorly when moved to southern climates and are generally better adapted to cooler areas or where rapid cooling occurs at night. Night (2000 to 0500 hours) temperature data from four physiographic areas of North Carolina were used to develop threshold temperature (5–30°C) curves for the months of May through October. These curves displayed a smooth, continuously differentiable, sigmoid shape between maximum and minimum asymptotes at 5 and 30°C. Fletcher (southern mountains) experienced the lowest night temperatures followed by Lewiston (northern Coastal Plain), Raleigh (central Piedmont) and Wilmington (southern Coastal Plain). Low/medium/high threshold temperatures of 15/20/25°C resulted in 261/64/0.5 and 278/256/64 threshold hours accumulated during July at Fletcher and Wilmington, respectively. A high threshold temperature of 25°C resulted in 1, 71, 65 and 133 threshold hours accumulated at Fletcher, Lewiston, Raleigh and Wilmington out of 828 total hours occurring during June, July and August. Threshold temperature curves were described mathematically using a five-parameter asymptotic model developed by van Genuchten. The mean threshold temperature exceeded by not more than 10% of the maximum threshold hours occurring during June, July and August was calculated for each station. These values and the threshold temperature curves were used to develop a hypothetical classification scheme for plant high night temperature tolerance zones." @default.
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• W2085571766 date "1989-05-01" @default.
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• W2085571766 title "Plant high night temperature tolerance zones: Describing and predicting summer night temperature patterns and the southern limits of plant adaptation" @default.
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• W2085571766 doi "https://doi.org/10.1016/0168-1923(89)90065-8" @default.
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