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Method for Treating Purulent Wounds with Garlic and Honey
Traumatic purulent wounds in livestock are a common surgical condition. Using garlic and honey to treat purulent wounds of varying degrees has produced fairly good results. The treatment method is as follows: Preparation: Mash the garlic into a paste, then add honey, mixing one part garlic to four parts honey, and stir into an ointment-like consistency. It is best to prepare it fresh each time before use. Application: Clean the purulent wound thoroughly with an antiseptic solution, then place the prepared ointment into the wound cavity, and bandage it with two layers of gauze. Change the dressing every 2-3 days. Generally, 1-3 applications are enough for full healing.
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Garlic "throwing small braids" phenomenon needs early prevention
In recent years, garlic has every year exhibited the phenomenon of "throwing small braids" due to various reasons. Scientifically speaking, this is the secondary growth of garlic, a major physiological phenomenon that affects garlic yield and quality, and it is also a problem of widespread concern among farmers in garlic-growing areas. In some plots, it can even cause widespread total crop failure of garlic, and its causes are relatively complex. As an agricultural technician providing postal services for agriculture, rural areas and farmers, the author now introduces the main causes and control measures as follows: 1. Select varieties suitable for local cultivation.
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Detailed Explanation of Key Points for Safe Garlic Production Technology
I. Plot selection. Choose loam or light clay loam plots for planting. II. Early sowing at the appropriate time. September 25-30 is the suitable sowing period for garlic. III. Seed garlic selection. Choose garlic produced in the current year as seed garlic, stored under natural conditions, with seed garlic cloves weighing 4-6 grams. IV. Reasonable application of base fertilizer. Make the soil nutrient content reach 110.53 micrograms/gram of available nitrogen, 60.22 micrograms/gram of available phosphorus, 136.77 micrograms/gram of available potassium, 8.41 micrograms/gram of available sulfur, and 0.85 micrograms/gram of available boron,
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A new method for keeping garlic fresh, teaching you to store it longer
5-10 days before harvesting garlic, spray the basal leaves with a 0.2% maleic hydrazide (MH) sprout inhibitor. The MH sprout inhibitor is absorbed through the leaves and transferred to the young sprouts of the garlic cloves, thereby inhibiting their growth and achieving the purpose of keeping them fresh. With this method, garlic can be stored until April of the following year. The following points should be noted when spraying the chemical: 1. Do not water for 3-4 days before spraying the solution. If rain occurs within 24 hours after spraying, immediately re-spray the solution once at the original dosage after the weather clears. 2. Strictly control the concentration of the maleic hydrazide (MH) sprout inhibitor, which must not exceed 0.
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Functions of Essential Nutrient Elements in Garlic and Detailed Explanation of Deficiency Symptoms
Garlic prefers loose soil rich in humus, has strong adaptability to soil pH, and grows well under slightly alkaline conditions. Among the different growth stages of garlic, the demand for nitrogen is the highest, followed by potassium, calcium, phosphorus, and magnesium. For every 1000 kg of fresh garlic produced, it needs to absorb 4.5-5.0 kg of nitrogen, 1.1-1.3 kg of phosphorus, and 4.1-4.7 kg of potassium, with a ratio of about 1:0.25-0.9. The root system of garlic is a string-like fleshy root system, mainly distributed within the 5-25 cm plow layer, and it belongs to shallow-rooted vegetables.
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Detailed Explanation of Key Points for Standardized Garlic Cultivation Techniques
1. Garlic field site selection. Choose second-category fields with loose, fertile soil, abundant water, convenient drainage and irrigation, and suitable for garlic-rice rotation for garlic cultivation. 2. Careful land preparation. After the previous crop is harvested, plow while there is still moisture in the soil, or use a rotary tiller to prepare the land when the field is half-dry, making beds 2 m wide, with bed width 1.5-1.8 m, complete with three ditches, ditch depth 0.2 m, ditch width 0.3 m, and carefully prepare the land to achieve level beds, fine soil, and both drainage and irrigation capability. 3. Apply sufficient base fertilizer. Apply 50 loads of farmyard manure per mu, 75 kg of potassium sulfate compound fertilizer, and 50 kg of ammonium bicarbonate, spread evenly before land preparation
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Control Methods and Technical Key Points for Garlic Viral Disease
The garlic planting area in Eryuan County is over 30,000 mu, with an output value exceeding 100 million yuan. In recent years, due to continuous planting, viral disease has occurred widespread, leading to variety degeneration, decreased yield and quality, and seriously affecting the income of garlic farmers. 1. Disease symptoms: In the early stage of the disease, yellow striped markings appear along the leaf veins, plants become dwarfed, new leaves do not extend properly and are distorted. When the disease occurs after bolting, the parts below the flower bud of the garlic scape gradually lose green color and turn white. Plants have few fibrous roots, and in severe cases the garlic bulbs become smaller and hardened. 2. Environmental conditions for disease occurrence: Mainly the garlic seed carries the virus. During the seedling stage
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Detailed Explanation of Garlic Disease Types, Causes, and Prevention and Control Methods
I. Types of Garlic Diseases 1. Round leaf (also called barrel) This disease mainly manifests during the period before the garlic scape emerges; the leaves at the top of the garlic form a barrel shape that tightly wraps the garlic scape inside the barrel, causing the scape to become enclosed or broken. 2. Garlic branching That is, multiple branches on one plant, like grandfather and grandson, with nutrients dispersed; the main garlic scape lacks sufficient nutrients and is thin and short. 3. Spots This disease mainly manifests before the garlic scape bolts; spots appear on the surface of the garlic scape, including white spots, yellow spots, and red spots, causing the garlic scape to rot or become moldy. 4. Garlic glume turning red or flowering
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Garlic Disease Identification and Integrated Control Techniques
In recent years, with the expansion of garlic planting areas, continuous changes in cropping systems and cultivation ecological environments, the disease resistance of garlic plants has also decreased year by year, and the losses caused by garlic diseases have become increasingly severe. In particular, the continuous emergence of new diseases, with some diseases even showing a sharp upward trend, has further intensified the harm to garlic. According to investigation and analysis, the damage caused by garlic diseases generally results in a loss rate of 20%-30%, and in severe years and plots, it can reach over 50%, or even higher. For example, in a 1993 survey, garlic rust disease in Zhongmu County reached a diseased plant rate of up to 80% in severely affected garlic fields, with the affected area exceeding 65% of the planted area. The affected garlic was severely downgraded, affecting export earnings and greatly dampening the enthusiasm of garlic farmers. At present, more than 20 known garlic crop diseases exist, caused by fungi, bacteria, viruses and nematodes respectively. In addition, physiological diseases are also attracting increasing attention. The occurrence and damage of diseases has become a major obstacle in garlic production. The main garlic diseases and their integrated control techniques are introduced as follows.
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Garlic sowing time should not be advanced; mastering the right sowing time is key
Garlic prefers cool conditions and has a dormant characteristic. If sown too early, the emergence time is prolonged, and after emergence the temperature cannot drop, so the leaves tend to turn yellow and form weak seedlings, ultimately affecting quality and yield. If sown too late, before overwintering the seedlings are small and have weak cold resistance, and the following year they easily form large-headed garlic. By summarizing the experience of growers and the author's trials, it is recommended that garlic in our province be sown in late September. At this time the garlic dormancy period has passed, and 13 days after sowing the seedlings can emerge uniformly. After emergence, the seedlings are in the cool autumn season, which is favorable for their growth, and before overwintering they can grow enough 6 leaves, with enhanced cold resistance.
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