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The LOW rotation had the lowest weed density.
Intercropping significantly changed weed density compared to sole cropping, as weed density was decreased in the dill + common bean intercropping.
Wild buckwheat was the dominant weed (>80% of the weed density) in conventional corn.
In 2009, ZT-F recorded the highest weed density and weed biomass followed by ZT-B.
In switchgrass stands, weed density was increased with N rate increasing, whereas biomass was decreased.
RED and HIGH input systems had similar crop yields and lower weed density than ORG.
Post treatment biomass and weed density were greater (P < 0.01) for control than burned plots.
An interaction between residue level and weed density was observed, indicating weed suppression in H treatments.
Weed density was lower in all cover crop systems compared to bare ground.
Weed density within a pasture can change over time, and can vary from one area to another within a pasture.
This article will focus on corn yields while also providing supporting plant density, weed density, and grain N data.
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