植物抗污染进化及其遗传生态学代价

摘要/Abstract

Abstract: The resistant adaptation occurs in plant populations in response to anthropogenic pollution stress. Sensitive genotypes would be eliminated and resistant genotypes would be reserved during pollutant_imposed selection process. As results, pollution_resistant ecotypes evolved. The evolution is obviously of benefit for the plant populations to escape from extinction caused by pollution stress. However, accompanied with the evolution, genetic losses within populations are ecological costs in ecosystem processes. The results of these genetic losses are in great threats to genetic diversity and intergrity of natural systems.

Key words: chlorantraniliprole, Nilaparvata lugens (St-l), sublethal effect, life table.

熊治廷. 植物抗污染进化及其遗传生态学代价[J]. 生态学杂志, 1997, (1): 53-57.

Xiong Zhiting. Pollution Resistant Evolution in Plants and Its Genecological Costs[J]. cje, 1997, (1): 53-57.

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