The melon, which tastes good, produces good production, has many friends who grow it well in their own yard, and does not require a very high level of planting technology, and can produce more with scientific knowledge, management and maintenance. Then let's follow the southern complex innovative services platform to find out how to grow silkmelons to produce more。
I. Election of the land
The demand for soil is not so high, but it is more favourable for the soil to grow in lax and fertile conditions. It is therefore necessary to do good work on the ground before planting, so that the soil is ploughed deep and the roots of the melon can be ploughed better into the soil. It is also recommended to plant in high-lying areas, and if water is accumulated, the silkmelon can easily rot。
Selection
Cultivators should choose suitable varieties for cultivation, taking into account local climatic conditions, as well as the planting environment. In particular, attention should be paid to the disease-resistant, heat-resistant and wet-resistant nature of varieties. The purchase of seeds is recommended through formal channels to ensure reliable seed sources。
Iii. Fertilizer management
The growth cycle of the melon is long and therefore the amount of fertilizer required is higher and, in addition to the application of foot-based fertilizers, the demand for fertilizers is properly measured according to the growth of the plant. Attention is also drawn to the fact that the silkmelon prefers to grow in a wet environment, but is not resistant to flooding, irrigated reasonably according to the soil and weather conditions of the plantation, and kept the soil wet but without water accumulation。
Iv. Pest management
Silk melons are vulnerable to diseases and pests such as frosting, powdery, aphids and guacamole during their growth, affecting growth and production. The response needs to be based on the principle of “preventives, integrated approaches”, combining multi-method scientific controls. Agricultural control is based on the choice of disease-resistant varieties, rational rotation, improved field management and timely removal of disease and disability, and the reduction of disease and grass-roots sources. Physical control can trap aphids on cedars and install anti-worm nets to prevent infestation. Biocontrol is environmentally friendly and can release natural enemies such as dictums and ladybugs or use biological pesticides. Chemical control is used only when the disease or pest is severe, with the use of highly effective, low-toxic residual pesticides and strict adherence to safe intervals to avoid environmental and human health hazards。
This is what the southern complex innovative service platform has to do with filamental cultivation, which it is hoped will help. The south innovative services platform (www. Nfxpt. Com) aims to improve the overall effectiveness of southern services and to build 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 to lead high-quality agricultural development” and is driven by the innovative southern industries cro service model, closely centred around four core areas of business: production services, scientific research services, scientific research land services, and agro-agricultural trade, and deep-springing southern regions and their surrounding municipalities。
The southern innovation service platform has established a comprehensive system of standardization of agricultural production practices, such as ploughing, flight protection, 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, the southern innovation service platform has been able to digitize and digitize in depth, allowing users to view online and remote information on the location of land to be leased, data on area, transport 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)
