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Organic rice costs too much, so is organic taro cultivation technology and yield better?
Do you know whether it is better to grow organic rice or organic taro? In fact, the organic rice market is now saturated. If you grow organic rice, you will not make much money. It would be better to try growing organic taro, which can bring high returns and is easier than growing
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Factors Affecting Summer Corn Yield Per Mu and Key Points of Planting Technology
What factors affect summer corn yield per mu? Please provide an introduction and solutions. The main factors affecting summer corn yield are as follows: Reason one, unreasonable corn planting density: excessive planting density is a fairly prominent problem in current summer corn production. For example, some farmers planting "Nongda 108" leave more than 5,000 plants per 667 sq m (1 mu), about 1/3 more than the suitable density for this variety.
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Key Application Points of Soybean Foliar Fertilization Technology in Production
In soybean production, paying attention to foliar fertilization is an important measure for increasing yield and income. Therefore, it is necessary to understand the fertilizer requirements of soybeans at different growth stages, supplement nutrients in a timely manner, and meet the needs of soybean growth and development, thereby achieving the goal of increasing yield and income. Fertilization principles: adequate phosphorus and potassium, less nitrogen, and trace molybdenum. Because...
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Three-Row Narrow-Furrow Dense Planting Supporting Cultivation Technology for Soybean on Ridges
The three-row narrow-furrow dense planting supporting technology for soybean on ridges is a new soybean cultivation model independently developed by agricultural science and technology personnel in the reclamation area, and it passed the scientific research achievement appraisal of the Inner Mongolia Science and Technology Department in December 2005. On the whole, this technology has reached the advanced level of soybean cultivation technology in similar areas in China, and in terms of mechanized rational dense planting...
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Production Technology for Drought Resistance and Early Maturity Promotion of Soybean During the Summer Hoeing Period
1. Symptoms: When infected at the seedling stage, the stem base turns brown and becomes water-soaked; under high humidity, cottony white mycelium grows; later the diseased part shrivels, turns yellow-brown and dies, and the seedlings lodge and die. Symptoms at the adult plant stage: Infection at the adult plant stage mainly affects the soybean (4458,-23.00,-0.51%) stem, and the upper leaves of plants in the field turn brown and die. Pods...
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Detailed explanation of rice seed pre-germination technology: master the method for fast and uniform sprouting
Rice seed pre-germination technology
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Key points of tomato seedling raising technology, how to grow strong seedlings
How to raise tomato seedlings well? Please introduce and guide. Raising tomato seedlings by green branch cuttings is a seedling-raising method that uses side branches from mature tomato plants that have already flowered and fruited for asexual propagation. After nearly three years of practice, I have found three major benefits: first, it can save seed investment. Especially for expensive imported varieties...
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Detailed Explanation of the Key Points of Full-Process Chemical Regulation Technology for Cotton
Cotton has an indeterminate growth habit, and its vegetative growth and reproductive growth proceed simultaneously and overlap. If fertilizer and water management is improper in production or climatic conditions change, cotton plants are highly prone to excessive vegetative growth or delayed maturity with excessive green growth, which is very unfavorable for achieving high and stable cotton yields. This problem is generally solved through chemical regulation. At present, the...
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Detailed Explanation of Cotton Connected Seedling Raising and Seedling Separation Transplanting Technology
Connected seedling raising and seedling separation transplanting is a completely new cotton cultivation model. Each cultivation technique step in this model is closely linked and inseparable. During implementation, every step must be closely connected to bring its systemic effects into play. The four major steps are described below: (1) Lightweight seedling raising. In connected seedling raising and seedling separation transplanting,...
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