Search Results

You are looking at 91 - 95 of 95 items for :

  • S-metolachlor x
  • Refine by Access: All x
Clear All
Free access

Zheng Wang, Mark Williams, Krista Jacobsen, and Timothy Coolong

applications of 17 kg·ha −1 N, beginning 2 weeks after planting resulting in a total N input of 170 kg·ha −1 in both years. Weeds were controlled in organic plots with hand cultivation; while s-metolachlor (917g·ha −1 , Dual II Magnum; Syngenta, Greensboro

Free access

Daniel C. Brainard and D. Corey Noyes

zones (46 cm between rows) with 61 cm between outer rows of adjacent beds. Herbicide treatments followed standard grower practices and included a preemergence application of s-metolachlor (0.27 kg a.i./ha) and linuron (0.56 kg a.i./ha) applied 1 to 2

Free access

, Auburn University, Auburn, AL 36849 Field studies were conducted in 2006 at the Auburn University's E.V. Smith Research Center and Chilton County Research and Extension Center in Alabama to determine effects of S -metolachlor and halosulfuron for

Free access

Martin M. Williams II

-emergent application of S -metolachlor at 1.78 kg·ha −1 a.i. and atrazine at 2.2 kg·ha −1 a.i. was applied to plots the day of planting. Weeds emerging in unplanted plots were controlled postemergence as needed with 0.47 kg·ha −1 glufosinate plus 5% (v/v) ammonium

Free access

Reflex 16, 20, 24, 32, and 48 fl. oz/A applied alone and 16 and 24 fl. oz/acre applied in combination with Dual Magnum (s-metolachlor) 16 fl. oz/acre. The Reflex alone treatments were similarly applied in the squash and watermelon experiments. However