Use Herbicides Don't Ignore Meteorological Factors

The application of herbicides is closely linked to weather conditions. Applying them under suitable meteorological circumstances can significantly enhance their effectiveness. Understanding how environmental factors influence herbicide performance is essential for optimal results. 1. **Negative Effects of Wind and Rain and Mitigation Strategies** Wind can drastically reduce herbicide efficiency, especially when wind speed exceeds 8–10 m/s, leading to a potential 5% drop in effectiveness. Moreover, wind can carry the herbicide mist onto neighboring sensitive crops, causing unintended damage. Therefore, it's best to avoid spraying on windy days. On the other hand, moderate rainfall (around 10–15 mm) can be beneficial for soil-applied herbicides, as it helps the chemical move through the soil and promotes weed absorption during rapid growth. However, if heavy rain occurs within six hours of application, the herbicide may be washed away, reducing its efficacy. In such cases, reapplication is necessary. 2. **Negative Impacts of Temperature and Humidity and Solutions** Temperature plays a key role in herbicide performance. Higher temperatures increase both the uptake of herbicides by weeds and their activity, making them more effective. Studies show that applying herbicides at 20–30°C yields the best results. Low temperatures, however, slow down crop metabolism, increasing the risk of phytotoxicity. Humidity also affects herbicide effectiveness. High air humidity allows herbicides to stay longer on leaf surfaces, helping open stomata and improving absorption. For soil treatments, high humidity aids in the movement of the herbicide upward through the plant, enhancing its impact. Thus, higher humidity generally improves herbicide performance. 3. **Challenges Posed by Sunlight and Drought and How to Address Them** Sunlight intensity influences herbicide effectiveness. Strong sunlight can boost herbicide activity, especially for foliar applications, but not all herbicides respond the same way. For instance, some like ether-based products work better with light exposure, while others like trifluralin are prone to photodegradation. Farmers should always follow label instructions. Drought conditions, characterized by low humidity and dry soil, hinder herbicide absorption by weeds, reducing its effectiveness. Dry weather also limits the spread of herbicide on foliage and restricts stomatal opening, which further reduces weed uptake and overall efficacy.

Garlic Powder

Dehydrated Garlic powder refers to garlic that has been dried and ground into a fine powder. It is commonly used as a seasoning in various cuisines.

Garlic powder 80-100 mesh refers to the particle size of the garlic powder. The mesh size indicates the number of openings per linear inch in a sieve. In this case, the garlic powder has a particle size that ranges between 80 and 100 mesh.

Garlic powder 100-120 mesh, on the other hand, has a slightly finer particle size compared to the 80-100 mesh variant. It ranges between 100 and 120 mesh, meaning the particles are smaller and more finely ground.

The difference in mesh size can affect the texture and dispersibility of the garlic powder when used in cooking. Finer mesh sizes may dissolve more easily in liquids and provide a smoother texture, while coarser mesh sizes may have a slightly grittier texture.

Except for the different mesh size, we have different kinds of garlic powder: such as garlic powder 4-6 clove, garlic powder standard quality, garlic powder EU quality, and garlic powder B grade. And the garlic powder of 4-6 clove have the most pungent garlic flavour in these different kinds of garlic powder.

Garlic powder Air Dried, Garlic powder 80-100 mesh, garlic powder 100-120 mesh

Henan Sunny Foodstuff Co.,Ltd. , https://www.hnsunnyfood.com