Evaluating the volatility of three formulations of 2, 4-D when applied in the field
LM Sosnoskie, AS Culpepper, LB Braxton… - Weed …, 2015 - cambridge.org
Cotton genetically engineered to be resistant to topical applications of 2, 4-D could provide
growers with an additional tool for managing difficult-to-control broadleaf species. However,
the successful adoption of this technology will be dependent on the ability of growers to
manage off-target herbicide movement. Field experiments were conducted in Moultrie, GA,
to evaluate cotton injury resulting from the volatilization of 2, 4-D when formulated as an
ester, an amine, or a choline salt. Each formulation of 2, 4-D (2.24 kg ha− 1) was applied in …
growers with an additional tool for managing difficult-to-control broadleaf species. However,
the successful adoption of this technology will be dependent on the ability of growers to
manage off-target herbicide movement. Field experiments were conducted in Moultrie, GA,
to evaluate cotton injury resulting from the volatilization of 2, 4-D when formulated as an
ester, an amine, or a choline salt. Each formulation of 2, 4-D (2.24 kg ha− 1) was applied in …
[引用][C] Evaluating the Volatility of Three Formulations of 2, 4-D When Applied in the Field
CA Stanley, BL Bo - 2015
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