31
Subject:
Description: Native and non-native pathogens, insects and animals continue to negatively impact forest ecosystems and plantations worldwide. Climate change will alter host-damage agent relationships and may increase detrimental impacts from many biotic agents. Genetic resistance within tree species is a key element to maintaining forest health.
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1
Subject:
Description: Native and non-native pathogens, insects and animals continue to negatively impact forest ecosystems and plantations worldwide. Climate change will alter host-damage agent relationships and may increase detrimental impacts from many biotic agents. Genetic resistance within tree species is a key element to maintaining forest health.
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2
Subject:
Description: Native and non-native pathogens, insects and animals continue to negatively impact forest ecosystems and plantations worldwide. Climate change will alter host-damage agent relationships and may increase detrimental impacts from many biotic agents. Genetic resistance within tree species is a key element to maintaining forest health.
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3
Subject:
Description: Native and non-native pathogens, insects and animals continue to negatively impact forest ecosystems and plantations worldwide. Climate change will alter host-damage agent relationships and may increase detrimental impacts from many biotic agents. Genetic resistance within tree species is a key element to maintaining forest health.
|
4
Subject:
Description: Native and non-native pathogens, insects and animals continue to negatively impact forest ecosystems and plantations worldwide. Climate change will alter host-damage agent relationships and may increase detrimental impacts from many biotic agents. Genetic resistance within tree species is a key element to maintaining forest health.
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5
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6
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