Transline Herbicide Label – Selective, post-emergence control of broadleaf weeds in uncultivated areas including machine paths, industrial production and storage areas and rights-of-way such as roads, power lines and railways. The use of these areas may include the use of pastures and the establishment and maintenance of open spaces for wildlife, areas of wildlife parks and wildlife management areas and the use of forest patches adjacent to these areas. Apply to actively growing weeds. Controls acacia, ergot, wild buckwheat, buffalo burdock, common burdock, chamomile, clover, cock, coffee tree, cornflower, dandelion, curly dock, earth seal, hawksbill, hawkweed, horseweed, jimsonweed, kudzu, ladystwettuce perickly, , nightshade, oxeye, daisy, pineapple, ragweed, salsify, sickle, smartweed, sorrel, sothistle , sunflower, thistle, thistle and vetch. The active ingredient is clopyralid 40.9%: 3, 6-dichloro-2-pyridinecarboxylic acid, monoethanolamine salt.
Product Notes: Extra charge if shipped by domestic air. Limited Sales: R93 Not for Sale International Limited Sales: R47 Not for Sale in CA, MA, NY, VT, WA
Transline Herbicide Label
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Integrating Herbicides In Prairie And Grassland Management By Techline Invasive Plant News
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Sales Updates! $489.95 Out of stock, back order. Please click here to request! Free Fast Shipping! (US 48 states only) Most ship within 14 days except for rush order item no. : 4906 UPC : 00662974049067 EPA no. : 62719-259 Note : Transline Specialty Herbicide Clopyralid – 2.5 Gallon Controls broadleaf weeds and select grain weeds for use on most hardwood species. Additional details LABEL/SDS This item has been sold: 2 times By purchasing this product and leaving a product review, you can collect 48 regular reward points as a $4.80(1%) voucher. Your earned reward points. Others also bought Brush Killer Triclopyr Herbicide – Qt -.. $19.95 Acephate Pro 75 Fire Ant Killer Dust.. $16.50
Transline Specialty Herbicide Clopyralid – 2.5 Gallon Controls broadleaf weeds and leguminous plants with high selectivity, allowing maximum use on most hardwood species.
Use Transline Specialty Herbicide for post-emergence control of broadleaf weeds and brush species in areas listed on this label, such as tree stands, fallow areas and natural habitats. Use in these areas may include grazing.
Potential Herbicide Applications For Hardwood Stands
RATE: mostly 4 ~ 21 oz per hectare per 100 liters of water or 0.25 ~ 0.5 oz per 1 liter of water per 1,000 sq.ft.
In California and Washington, the use of turf and grass is limited on golf courses. (not vegetables or t-shirts)
Copyright©2007-2021 — Best Online Store for Do-It-Yourself Weed Control. Sponsored by KORUSA Pest Control, Inc.1 Site of Weeds and Symptoms of Injury Pesticides kill plants by interfering with vital physiological processes. The herbicide does this by specifically binding to a protein in many herbicides. The target protein is called the site of the herbicide. Herbicides in the same family usually have the same site of action. The method of killing weeds is known as its method of action. For example, triazine herbicides interfere with photosynthesis by binding to the D1 protein involved in photosynthetic electron transfer. Therefore, the site of action of triazine is the D1 protein, and the mechanism of action is the interference of photosynthesis. Understanding the mechanism of action of herbicides is important for diagnosing crop injury or non-target problems and for designing low-risk weed control programs to select herbicide-resistant weeds. ACCase inhibitors The ACCase enzyme is involved in the synthesis of fatty acids. Two families of herbicides attack this enzyme. Aryloxyphenoxypropanoate (commonly called fops) and cyclohexanedione (called dims) herbicides are used post-emergence, although some have limited soil activity (eg, fluazifop). ACCase inhibitors only work on weeds, and selectivity is due to differences in sensitivity at the site of action, rather than differences in absorption or digestion of the herbicide. Most herbicides in this class are transported in the phloem of the weed. The growing points of the weed are killed and rot inside the stem. 1 Herbicides listed in italics in this section are tank mix ingredients that represent a different chemical family. At low levels, irregular leaf discoloration or bands of chlorotic tissue may occur on affected leaves. Weed-resistant organisms have emerged after repeated use of these herbicides. The altered domain of action is responsible for resistance. Method of action: ACCase. 1 Aryloxyphenoxypropanoate Assure II quizalofop-pethyl Fusilade DX fluazifop-pbutyl Fusion fluzaifop-pbutyl + fenoxaprop Hoelon* diclofop Cyclohexanedione Poast, Poast Plus _ sethoxydim Select clethodim ALS synthesis families including synthesis ALS families. branched-chain amino acids, especially valine, leucine and isoleucine. These amino acids are necessary for protein synthesis and plant growth. Generally, these herbicides are absorbed in the roots and leaves of the plant and are easily transferred to the xylem and phloem. Herbicides accumulate in the meristematic regions of the plant and the effects of the herbicide are first observed there. Symptoms include plant wilting, chlorosis (yellowing), and tissue necrosis (death) and appear 1 to 4 weeks after herbicide application, depending on plant species and environmental conditions. Soybean and other affected broadleaves often have red veins on the underside of the leaves. Corn symptoms include reduced secondary root growth, stunted roots, short internodes, leaf deformities (chlorosis, glazing) and nutrient deficiencies. However, the symptoms usually do not vary or change. Factors such as soil moisture, temperature and soil compaction can increase the incidence of damage or can mimic herbicide damage. Some ALS-inhibiting herbicides have long residence times in the soil and can carry over to and damage susceptible transplants. Herbicide-resistant weed species with altered sites of action have developed after repeated applications of these herbicides. Mechanism of action: ALS. Imidazolinones Lyn imazethapyr + imazapyr Pursuit imazethapyr Pursuit Plus imazethapyr + pendimethalin Raptor imazamox Scepter imazaquin Squadron imazaquin + pendimethalin Sulfonanilides FirstRate/Amplify_cloransulam Gangster flumioxazin flumioxazin flumioxazin flumioxazin + flumioxazin flumioxazin
2 Sulphonylureas Accent nicosulfuron Accent Gold nicosulfuron + clopyralid + flumetsulam Base thifensulfuron Base Gold* nicosulfuron + Beacon primisulfuron Canopy XL chlorimuron + sulfentrazone Celebrity Plus nicosulfuron + dicamba + Cimarron metbasulfuron + dicamba + Cimarron metbasulfuron Sulmon + dichlorosulfuron + dichloron + dichlormetsulfuron + dichlor GT thifensulfuron NorthStar primisulfuron + dicamba Option foramsulfuron + Permit halosulfuron Steadfast nicosulfuron + Synchrony STS chlorimuronethyl + thifensulfuron Steadfast ATZ nicosulfuron + Yukon halosulfuron + dicamba Microtubule Inhibitors in microtubule Inhibitors in microtubule Inhibitors inNAhitroaniline inhibitors with microtubule inhibitors Dinitroaniline of the cell Dinitroaniles Dinitroaniline herbicides are soil applied and absorbed mainly by roots. Very little transfer of weeds to plants occurs, so the main effect of herbicides is on root development. Soybean damage from DNA herbicides is evident by root pruning. The growing roots are thick and short. Hypocotyl swelling also occurs. Stunted root growth causes plant tops to droop and often show a dark green color. Maize damaged by DNA transfer shows stunted roots and short thick roots. The leaves may have a red color. Because DNA can be moved slowly in the soil, such damage is often patchy due to the concentration of herbicides in the area. Early-season reductions in DNA herbicides generally do not result in significant yield reductions. Mechanism of action: microtubules. Balan benefin Start trifluralin + clomazon Prowl, Pentagon, Pendimax pendimethalin Sonalan ethalfluralin Surflan oryzalin Treflan, Trifluralin/Trust _ trifluralin Synthetic auxins Many chemical families cause abnormal roots and sprouts by disrupting the balance of hormones (auxin ) in the plant. These herbicides are most effective on broadleaf species. Absorption can be through seeds or roots with soil or foliar application when applied after germination. Synthetic auxins migrate into plants and accumulate in the growing areas. Damage to corn can occur in the form of onion leaf, root enlargement or abnormal development of starch roots. Corn stalks can be brittle after planting; this answer usually takes 7
Pdf) Applying Herbicides With The Hack And Squirt Method
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