Roundup Pro Herbicide for Industrial Weed Control

Roundup Pro Herbicide is a water-soluble, post-emergent herbicide concentrate designed for use in industrial, turf, ornamental, forestry, roadside, utility rights-of-way, railroad management, and other listed terrestrial weed control areas. This product provides broad-spectrum control of a wide range of annual and perennial weeds, woody brush, trees, and vines.

The active ingredient in Roundup Pro Herbicide inhibits an enzyme found only in plants and microorganisms, which is essential for the formation of specific amino acids. This inhibition is visible on most annual weeds within 2-4 days and on most perennial weeds within 7 or more days after application.

Weeds must be emerged at the time of application to be controlled by the foliar application of this product. Roundup Pro Herbicide does not provide residual weed control, and weed seeds in the soil will continue to germinate. For enhanced results, the spray coverage must be uniform and complete, but foliage should not be sprayed to the point of runoff.

Rainfall within 4 hours of application could wash this product off the foliage, and a second application may be needed for acceptable weed control. Roundup Pro Herbicide may be applied using various types of application equipment, as specified on the product label.

The concentrate can be used to control a wide range of weeds, including crabgrass, hophornbeam copperleaf, Virginia copperleaf, foxtail, dwarf dandelion, ragweed, ryegrass, Russian thistle, wheat, wild oats, bermudagrass, cattail, horsetail, and pampas grass, among others. The concentrate is water-soluble and should be diluted prior to application based on a percentage-of-volume basis, as directed on the label.

In summary, Roundup Pro Herbicide is a versatile, post-emergent herbicide concentrate that can be used for broad-spectrum weed control in a variety of settings. Its water-soluble formulation and targeted mode of action make it an effective tool for managing a wide range of problematic weeds, while its application requirements and limitations should be carefully considered for optimal results.

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