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Revealing the Science Behind Glufosinate Resistance in Weed Management
In the world of contemporary farming, the pursuit of high-efficiency, low-toxicity, low-residue, and eco-friendly herbicides has actually ended up being critical. Jiangsu Agro Farm Chemical Co., Ltd. stands at the forefront of this venture, concentrating on the research, development, production, and sales of glufosinate-ammonium series products given that 2013. Located in the Zhangjiagang Free Trade Zone of Jiangsu Province, with a robust factory in Jining City, Shandong Province, the business has actually become a key player in the herbicide market. This post aims to explore the nuanced idea of glufosinate resistance, clarifying its significance in weed management.

Understanding Glufosinate-Ammonium:

Glufosinate-ammonium, a broad-spectrum herbicide, has ended up being essential in modern farming due to its effectiveness versus a large range of weeds. The compound acts on the plant's glutamine synthetase enzyme, disrupting the nitrogen metabolism procedure, ultimately resulting in the death of the target weeds. However, the prevalent and continuous use of glufosinate-ammonium has given rise to a growing concern-- the development of resistance.

The Genesis of Glufosinate Resistance:

Resistance to herbicides is a natural phenomenon that occurs gradually as weed populations adapt to the selective pressure put in by the chemicals. When it comes to glufosinate-ammonium, the over-reliance on this herbicide has stimulated the advancement of resistance in specific weed types. Understanding the factors contributing to resistance is important for sustainable and efficient weed management.

Continuous Usage and Selective Pressure:

The repeated and special use of glufosinate-ammonium exposes weed populations to a constant selection pressure. In time, this produces an environment where only the weeds with fundamental resistance or those that get resistance through mutation endure and recreate.

Genetic Diversity in Weed Populations:

Weed populations are inherently varied, with hereditary variations amongst private plants. Some plants might have natural resistance to glufosinate-ammonium, providing them with a survival advantage in the face of herbicide application. This genetic variety adds to the overall advancement of resistance within weed communities.

Incomplete Weed Control:

In circumstances where glufosinate-ammonium is not applied at the recommended rates or where insufficient coverage occurs, some weeds may survive the herbicide treatment. These survivors might bring qualities that permit them to stand up to subsequent applications, contributing to the development of resistance.

The Ramifications of Glufosinate Resistance:

The development of glufosinate resistance presents substantial challenges to farmers and the farming industry at large. Weed types that were once efficiently managed by this herbicide might now require alternative management strategies. The repercussions of resistance consist of lowered efficacy of glufosinate-ammonium, increased weed competition, and the capacity for yield losses.


Getting Rid Of Glufosinate Resistance:

Integrated Weed Management:

To resolve glufosinate resistance, an integrated weed management (IWM) approach is necessary. IWM combines different methods, consisting of crop rotation, diversified herbicide use, mechanical control, and cultural practices, to produce an environment that prevents the development and spread of resistant weed populations.

Rotation of Herbicides:

Rotating glufosinate-ammonium with other efficient herbicides with various modes of action can help break the cycle of resistance. This technique avoids the consistent choice pressure applied by a single herbicide, lowering the probability of weed populations developing resistance.

glufosinate 150 sl of Resistant Crop Varieties:

Some crops have actually been genetically customized to tolerate glufosinate-ammonium, supplying a reliable means of weed control without damaging the crop. Farmers might think about planting such genetically customized crops as part of their resistance management technique.


As Jiangsu Agro Farm Chemical Co., Ltd. continues to blaze a trail in the production of high-quality glufosinate-ammonium products, it is necessary to acknowledge and address the challenges postured by resistance. The understanding of glufosinate resistance and its management is critical in sustaining the effectiveness of this herbicide for the long term. By accepting integrated weed management practices, incorporating varied herbicides, and cultivating partnership between scientists, farmers, and industry stakeholders, we can browse the complexities of glufosinate resistance and lead the way for a resistant and productive farming future.

Read More: https://www.agrofarmchemical.com/e_productshow/?19-Glufosinate-Ammonium-Technical-CAS-19.html