Effects of low dose chronic radiation and heavy metals on plants and their fungal and virus infections
A Dmitriev, O Shevchenko, V Polischuk… - Data Science …, 2009 - jstage.jst.go.jp
A Dmitriev, O Shevchenko, V Polischuk, N Guscha
Data Science Journal, 2009•jstage.jst.go.jpThe effects of low dose chronic radiation on plant disease resistance and fungal and virus
infections have been studied. The results obtained in the 10-km Chernobyl zone
demonstrated a decrease in plant disease resistance and appearance of a “new” population
of stem rust agents of cereal with a high frequency of more virulent clones. Radionuclide
contamination and heavy metals lead to wider virus spread and a higher diversity of virus
species. The Chernobyl zone is a territory of enhanced risk and potential threats for the …
infections have been studied. The results obtained in the 10-km Chernobyl zone
demonstrated a decrease in plant disease resistance and appearance of a “new” population
of stem rust agents of cereal with a high frequency of more virulent clones. Radionuclide
contamination and heavy metals lead to wider virus spread and a higher diversity of virus
species. The Chernobyl zone is a territory of enhanced risk and potential threats for the …
Abstract
The effects of low dose chronic radiation on plant disease resistance and fungal and virus infections have been studied. The results obtained in the 10-km Chernobyl zone demonstrated a decrease in plant disease resistance and appearance of a “new” population of stem rust agents of cereal with a high frequency of more virulent clones. Radionuclide contamination and heavy metals lead to wider virus spread and a higher diversity of virus species. The Chernobyl zone is a territory of enhanced risk and potential threats for the environment. A special type of monitoring of microevolution processes in plant pathogens should provide better understanding of how serious these potential threats are.
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