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Please use this identifier to cite or link to this item: http://hdl.handle.net/1813/145
Title: Protecting Orange Saplings from Irreparable Frost Damage
Authors: Buchlis, George
Koetje, Bethany
Kwon, Sang Yeon
Manos, Jamie
Rand, Gabriel
Keywords: heat transfer, cooling, plants
Issue Date: 13-Jul-2004
Series/Report no.: 2004;7
Abstract: Nocturnal frost and freeze damage can have a major impact on the survival and fruit production of young citrus trees. When temperatures fall below -4oC irreparable damage occurs. Because of this damage, many methods, including insulating sapling trunks and building soil banks have been used to help reduce the rate at which these trees lose heat in sub-zero conditions. This study focused on the effect a combined insulation-and-metal-stake method has on preventing frost and freeze damage of Washington Navel Orange saplings by looking at increase in trunk temperature using this system and comparing it to trunk temperatures in both an insulation only system and a bare tree system. It was found that the rod had little effect on trunk warmth but trunk insulation helped significantly ? the thicker and denser the insulation, the better.
URI: http://hdl.handle.net/1813/145
Appears in Collections:BEE 4530 - 2004 Student Papers

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