The results clearly suggest that resistance to ALS inhibitors in S.halepense involves more than one resistance mechanism and both mechanisms (target-site and non-target-site) can likely occur in the same plant. This is a troublesome situation in maize because no alternative herbicides are available to control S. halepense originated from rhizomes and pre-emergence herbicides is the only alternative to control S. halepense from seeds.
First European cases of Sorghum halepense (L.) resistant to ALS inhibitors: resistance patterns and mechanisms
Panozzo S;Scarabel L;Sattin;
2015
Abstract
The results clearly suggest that resistance to ALS inhibitors in S.halepense involves more than one resistance mechanism and both mechanisms (target-site and non-target-site) can likely occur in the same plant. This is a troublesome situation in maize because no alternative herbicides are available to control S. halepense originated from rhizomes and pre-emergence herbicides is the only alternative to control S. halepense from seeds.File in questo prodotto:
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