1994Canadian Journal of Plant PathologyRequires access

Plant adaptation to low temperature stress

Tony H.H. Chen

Open publisher page 22 citations

Abstract

Tolerance to freezing is the most common strategy for plants to survive freezing stress. The ability to increase freezing tolerance in response to low nonfreezing temperatures, i.e. cold acclimation, is essential for plants to overwinter in temperate habitats. Cold acclimation is thought to be governed by a complex of genes, inducible by low temperatures, and involves a number of changes that could protect plant cells against freezing stress. Synthesis of the products of cold-regulated genes leads to the final increase in freezing resistance. Because of the complexity of the changes required to achieve maximal cold hardiness, many genes may be involved in the overall process of cold acclimation.

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What this paper is about

Tolerance to freezing is the most common strategy for plants to survive freezing stress. The ability to increase freezing tolerance in response to low nonfreezing temperatures, i.e. cold acclimation, is essential for plants to overwinter in temperate habitats. Cold acclimation is thought to be governed by a complex of genes, inducible by low temperatures, and involves a number of changes that could protect plant cells against freezing stress. Synthesis of the products of cold-regulated genes leads to the final increase in freezing resistance. Because of the complexity of the changes required to achieve maximal cold hardiness, many genes may be involved in the overall process of cold acclimation.

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Available abstract

Tolerance to freezing is the most common strategy for plants to survive freezing stress. The ability to increase freezing tolerance in response to low nonfreezing temperatures, i.e. cold acclimation, is essential for plants to overwinter in temperate habitats. Cold acclimation is thought to be governed by a complex of genes, inducible by low temperatures, and involves a number of changes that could protect plant cells against freezing stress. Synthesis of the products of cold-regulated genes leads to the final increase in freezing resistance. Because of the complexity of the changes required to achieve maximal cold hardiness, many genes may be involved in the overall process of cold acclimation.

Key concepts: Hardiness (plants), Freezing tolerance, Acclimatization, Adaptation (eye), Cold stress, Temperate climate, Biology, Cold tolerance

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