Methomyl banned-manufacture,factory,supplier from China

Glyphosate is currently the most widely used herbicide in the world, and its ongoing pesticide reassessment in the EU has attracted widespread attention from pesticide companies and related interest groups around the world. Regarding the re-evaluation results that are expected to be announced next year, in addition to whether it will be banned and restricted in the EU, there is also a point that has also attracted attention-if it is approved to continue to be used in the EU, what will glyphosate eventually do?

Germany will ban the export of dangerous pesticides to other countries as millions of people around the world have been affected by accidental poisoning, Federal Development Minister Erich Schulze said on Thursday. Schulze also criticized pesticide companies for increasingly selling dangerous pesticides on the continent that are banned by the European Union. "Relying on credit to obtain resistant seeds and corresponding pesticides is an unacceptable business model for small farmers in developing countries," she said.

In a decision issued on November 19, the ministry called for a ban on pesticides containing the active ingredients chlorfenapyr and oxadiazon.The ministry said the continued use of chlorpyrifos, dimethoate, beetroot, fenamidin and liguron would be allowed due to the "lack of alternatives". All seven pesticides are banned in EU countries.The move was opposed by the Buğday (Sheat) association, which pro-ecological living, said in a report published by the association that the pesticide is not needed in viticulture.

In just twenty years, the active synthetic substances for phytosanitary defense have practically halved, going from around 440 in 2000 to just over 200 today.This is due to increasingly demanding regulatory requirements in terms of toxicological and environmental profiles.However, the defense knows no setbacks, demanding the utmost attention against pathogens and parasites. All this, with an eye also on the residual profile of the crops, is another issue on which the global agri-food chains have instead thought of raising the bar.This has created the need to develop new solutions with a c

Phenylpyrazole insecticides are a category of chemically-associated broad-spectrum pesticides. The chemical systems of those pesticides are characterised with the aid of using a vital pyrazole ring with a phenyl institution connected to one of the nitrogen atoms of the pyrazole.Phenylpyrazole insecticides were developed in response to increasing pesticide resistance to other chemicals. Now, along with neonicotinoids, they are some of the most widely-used pesticides.Phenylpyrazole insecticides function by blocking glutamate-activated chloride channels in insects.

What are pyrethrins?Pyrethrins are pesticides found naturally in some chrysanthemum flowers. They are a mixture of six chemicals that are toxic to insects. Pyrethrins are commonly used to control mosquitoes, fleas, flies, moths, ants, and many other pests.Pyrethrins are generally separated from the flowers. However, they typically contain impurities from the flower. Whole, crushed flowers are known as pyrethrum powder.Pyrethrins have been registered for use in pesticides since the 1950’s.

In the first quarter of 2022, the market fell and the technical price kept falling. In the second quarter, the technical inventory was basically digested, and in June, the overall inventory tended to be reasonable, with price stalemate and supply-demand game.

The soil ecosystem is a complex multi-media, multi-interface system that includes both a solid part - soil minerals and organic matter - and a liquid part - interstitial water groundwater and surface runoff - as well as a variety of plants and microorganisms, and is connected to the atmosphere. After direct or indirect application of many kinds of pesticides to the soil, the important way for residual pesticides to disappear in the soil is through photochemical degradation (the main pathway), hydrolysis (aqueous degradation characteristics), microbial degradation (important pathway).

Koppert Spain has signed an agreement with UPL Iberia to sell several of its biological solutions. UPL Iberia will sell these products in Spain and Portugal. This will give Koppert access to a wider distribution network. Providing growers throughout the Iberian Peninsula with Koppert’s quality products, offering them highly effective tools to facilitate the growth of sustainable agriculture. Koppert will supply four biological solutions to UPL Iberia, increasing the market presence of our biological solutions and making them available for more growers and farmers.

Glufosinate movement in soil depends on both soil properties and pesticides properties. The leaching potential of glufosinate is reduced with increasing soil clay and organic matter content.