Vacant vegetables are grown in many areas of the country's south, with short-term growth cycles, high yields and more adaptable, and many friends grow them in their own gardens. While emptied cabbage is more adaptable, there are still high demands on the planting environment and on fatty water, and failure to use it may not be good enough to grow it. Then, together with the southern bulk innovative service platform, we will look into the correct method of planting the cabbage。
I. Environmental requirements for cultivation
In terms of temperature, the best growth temperature for hollow cabbage is 25-30°c, with a strong heat resistance to high temperatures of 35-40°c. However, it is less resistant to cold, and growth stops when temperatures fall below 10°c, and leaves die if exposed to freezing weather below 0°c。
Air moisture has a significant impact on the growth of hollow cabbage and requires the maintenance of 50-80 per cent higher air moisture. If the air is too dry, it can lead to an increase in the planting of fibres and a deterioration in the taste of food。
In terms of soil moisture, the soil is always wet. Vacuum vegetables are more wet-resistant and some varieties can be grown in shallow water fields, but care is taken to avoid water accumulation in the fields in order to avoid damage to root systems。
Empty cabbage prefers adequate light conditions, although it can be adapted to a semi-vaginal environment. At high summer temperatures, proper sunshield treatment is needed to prevent strong light burning of plants。
Ii. Fertilizer water management
1. Fertilizer management
Pre-plantation is preceded by the application of foot-based fertilizer, with the option of using adult farmer fertilizer of 1500-2000 kg per acre; or soil-based fertilizer of 600-800 kg per acre, with a combination of 5-10 kg of nitrogen phosphorus per acre. After fertilization, the soil needs to be vertigated to 20-25 cm, so that the fertilizer is fully balanced with the soil to improve soil conservation。
The urea solution is applied during the fertilisation period, with 2-4 kg per acre, when the larvae grows 3-4 leafs。
Upon entering the long term of life, each harvest must be followed up immediately, mainly by fast-activated nitrogen fertilizer (e. G. Urea), accompanied by 5-8 kg of potassium phosphorus compound fertilizer per acre, which can effectively facilitate the growth of side buds and leaf regeneration。
In addition, the harvest is followed by external fatting, the spraying of 0. 2 per cent of urea solution or 10 per cent of grass ash leaching, which is quickly replenishing the plant。
Water management
Empty cabbage prefers a wet environment, with soil water content at 80-90 per cent. While growing in drylands, water is watered every day; in high-temperature seasons, water is poured out every day and every night to avoid the aging of the leaves due to soil drought. During the rainy season, special attention is to be paid to drainage and flood-proofing to prevent the root causes of water accumulation in the field。
This is what the southern complex innovative service platform has to do with the cultivation of cabbage, which it is hoped will help. The southern complex innovative services platform (www. Nfxpt. Com) is committed to improving the effectiveness of southern services across the board, building a solid support system for agricultural research and production through the deep integration and efficient use of southern resources. The platform is based on the core concept of “driving scientific and technological innovation in agriculture, leading to high-quality agricultural development” and is driven by the innovative southern complex cro service model. It is closely focused on four core areas of business: production services, scientific research services, scientific land services, and agro-based agricultural trade, and deep-land areas and their surrounding municipalities。
Innovative service platforms have established a comprehensive system of standardization of agricultural production operations, such as ploughing, flight defence, seeding and harvesting, to ensure the standardization and standardization of service products and to improve the quality and efficiency of service delivery. In addition, the platform has introduced a wide variety of south-south socialization services, covering a wide range of areas, such as machine farming, flight protection, ploughing, rakeland, etc., so as to better match the production needs of growers and scientific institutions。
In the area of scientific land services, we have achieved a profound integration of digital and informationalization, with users able to access online and remote information on the location of land to be leased, area data, traffic conditions and detailed indicators such as hydropower, which have greatly improved transparency and ease of management of scientific land. At the same time, the platform's trading hall brings together a large number of high-quality agricultural assets, providing growers and scientific research units with rich procurement options。
As a central feature of the platform, the southern bulk cro model, through specialized contractual r & d services, has further promoted sti and industrial upgrading in the southern bulk and has injected new dynamism into high-quality agricultural development。
(text references are web-based, hacking)
