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RESULTS: Atrazine (2 kg ha−1) killed S and VC shoot biomass 15 days after treatment (DAT), but R was only suppressed by 42% and survived 8 kg ha−1. biotype surviving in atrazine‐treated Serbian corn fields (VC) was compared against atrazine‐susceptible (S) and atrazine‐resistant (R) standards. Copyright © 2007 Society of Chemical IndustryīACKGROUND: A Chenopodium album L.
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Variables related to foliar function provided better detection of weed mechanisms to survive herbicide action than the usual shoot biomass measurements. Further knowledge on this mechanism is needed to establish if surviving VC plants are indicators of atrazine resistance evolution in these Serbian corn fields. CONCLUSION: A toxicity mitigation mechanism could have facilitated VC survival in an atrazine‐treated field. Decline of Fv/Fm after 2 kg ha−1 atrazine was stabilized at 3 DAT for the VC biotype. Chlorophyll fluorescence (Fv/Fm) and transpiration were insensitive to atrazine in R, but were inhibited by 90 and 100% in S and by 50 and 60% in VC respectively. Atrazine at 2 kg ha−1 only inhibited VC height by 60% as against 100 and 0% for S and R respectively. Pavlovic, Danijela Vrbnicanin, Sava Bozic, Dragana Fischer, Albert JīACKGROUND: A Chenopodium album L. Morphophysiological traits and atrazine sensitivity in Chenopodium album L.