Cotton Wilt Disease in Fujian Province is Expected to Occurrence of Wilt Disease

According to the Plant Protection Station of Anhui Province, this year's cotton pests and diseases are expected to be generally moderate, with some issues like the blind bug and wilt disease being more severe. Cotton leafhoppers and Spodoptera litura will likely be mild to moderate, while cotton bollworms are expected to be light in occurrence. Farmers should focus on preventing and controlling wilt disease and other major pests during the sowing season. Using resistant varieties such as Suimian 53, Kemian No. 6, Noza No. 5, Zhongmian No. 53, and Zhongmian No. 48, along with coated seeds, can help reduce the risk of infection. For seedling transplanting, it's crucial to select disease-free or custom soil for seedbeds to ensure the growing medium is free from pathogens like dry and yellow wilt. Mixing hymexazol, carbendazim, and other disinfectants into the soil before planting can further protect young plants. Using large, healthy seedlings also helps promote strong growth. Crop rotation is an effective strategy to reduce pathogen buildup in the soil and lower disease incidence. Farmers should also remove weeds and roadside vegetation to minimize the population of pests like blind bugs and leafhopper larvae. During the seedling stage, farmers must monitor for diseases, blind bugs, leafhoppers, thrips, mites, and ground beetles. Timely weeding, cultivation, and top-dressing can help shorten the seedling period. In heavy rain conditions, spraying with carbendazim or thiophanate-methyl can control fungal infections. When larval populations reach 100 per plant, farmers can use insecticides like fipronil, malathion, acephate, chlorpyrifos, or dichlorvos. For low aphid infestations (below 15%), treatments like Ling Ling, acetylene, or avermectin may be used. If infected plants exceed 5% before transplanting and reach 20%, imidacloprid or acetamiprid should be applied. For earthworm control, pyrethroid-based pesticides like deltamethrin or fenvalerate are recommended. In the early seedling stage (before three leaves), if more than 1,000 pests are found per 100 seedlings, imidacloprid should be used. After the three-leaf stage, when numbers exceed 2,000, similar measures apply. During rainy periods, snail control using polyacetal, carbaryl, or tetra-ethylaldehyde is advised. During the bud stage, farmers should pay close attention to blind bugs, wilt disease, and second-generation bollworms. Pruning, weeding, and proper drainage are essential. After harvesting wheat or oilseed rape, removing larvae and encouraging natural predators can help manage pest damage. For potassium-deficient fields, applying potassium chloride or foliar sprays of potassium dihydrogen phosphate is recommended. Fields with excessive nitrogen, early growth, high weed density, or nearby tree lines require special attention for blind bug control. Pesticides should be applied in the early morning or late afternoon to avoid heat stress. Non-Bt and early-growth cotton fields should be monitored closely. When 15–20 second-generation bollworm larvae are found per 100 plants, nuclear polyhedrosis virus can be used, with quick-acting agents like phoxim or Dovey as a backup. If fusarium wilt appears, irrigation or foliar sprays of fulvic acid, oligoaminoglycans, or bactericides can help manage the disease. During the flowering period (mid-July to early August), farmers should focus on third-generation bollworms, Spodoptera litura, leafhoppers, and thrips. Later in the season, the emphasis shifts to fourth- and fifth-generation bollworms, along with other pests and diseases. Timely topping, removing side shoots, and wiping off buds are important practices. After topping, chemical adjustments based on plant growth and removal of egg masses of Spodoptera litura should be carried out. In rainy conditions, picking and spreading the flowers promptly is necessary. When 10–15 third-generation bollworm larvae are found per 100 plants, and 10–15 fourth- and fifth-generation larvae appear, insecticides like pyrethroids or hexaflumuron should be applied at peak larval stages. For fourth- and fifth-generation pests, organic phosphorus, carbamate, or pyrethroid-based products are recommended. For Spodoptera litura, applications of hexaflumuron, tebufenozide, chlorpyrifos, or phoxim should be done before the second instar. Alternating pesticide types is important to prevent resistance. For heavy infestations of blind stink bugs, rotating between different insecticides is advised. When thrips and aphids are problematic, imidacloprid or acetamiprid can be used effectively. Farmers should also remain vigilant about Spodoptera litura in surrounding crops like soybeans and hawthorn.

Coffee Green Hydrochloric Acid

green coffee extract:

Green coffee bean extract is made from the green beans of the coffea Arabica plant.

There are two types of coffee plants, arabica and robusta. The arabica is higher in quality and higher in chlorogenic and caffeic acids, two primary compounds responsible for anti-oxidant activity. Coffee might have anti-cancer properties, and researchers found that coffee drinkers were 50% less likely to get liver cancer than nondrinkers.

Product features:

1. Special large package for industrial raw material sales(10kg/20kg);

2. 100% pure coffee;

3. Good instant solubility;

4. Stable raw material origin and long-term supply

Functions:

Losing weight.
Anti-virus; Anti-bacteria; Anti-cancer; Anti-aging; Anti-infectious.
Lowering toxicity.
Lowering blood pressure.
Reducing the risk of diabetes.
Help with muscle fatigue for athletes and bodybuilders.
Green coffee bean has strong anti-oxidant properties similar to other natural anti-oxidants like green tea and grape seed extract. Green Coffee Beans have polyphenols which act to help reduce free oxygen radicals in the body. Green coffee bean extract is sometimes standardized to more than 50% Chlorogenic Acid. Chlorogenic Acid is the compound present in coffee which has been long known as for its beneficial properties. This active ingredient makes green coffee bean an excellent agent to absorb free oxygen radicals; As well as helping to avert hydroxyl radicals, both which contribute to degradation of cells in the body.

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