Date: melon cropping gives an overview of the economic benefits of melon cropping techniques for melon breeding and pest control techniques for melon breeding and melon harvesting techniques for storage and analysis of future trends in melon cultivation technologies and a vision catalogue of melon cultivation. The high-quality melon seeds, which enrich the resources of the melon variety, can promote the good seeding of melon production, improve the efficiency of agricultural production and increase farmers ' incomes. Increased productivity in agricultural production can contribute to the sustainable development of the melon industry and improve its competitiveness and market ownership. The significance and value of promoting melon production in the melon industry
In ancient times, the history of melon production and the development of ancient melon cultivation techniques have begun to plant melons and breed seeds using simple selection methods. Modern melon-making techniques have increased with technological developments, including hybrid, radioactive and genetically engineered breeding methods. The development of the melon farming industry has grown as market demand and agricultural technology have evolved and become an important component of agricultural production. During the planting process, strict segregation is required to prevent interference with foreign pollen and to ensure the purity of the seeds. When seeds mature, they must be harvested and stored in time to ensure quality and quantity. The harvest and storage finely manage environmental factors such as soil, fertilizers, moisture, temperature, etc., to ensure healthy growth and normal flowering of plants. Finely managed during flowering, artificially pollination is performed to ensure the purity of the hybrid species. Artificial pollination enhances pest control and reduces the impact of pests and diseases on breeding. The technique of pest control 010201030405 melons requires melon planting technique 02 to select the melon species that are adapted to local climate, soil conditions, disease-resistant, insect-resistant, high-quality and productive. The variety chooses to select, disinfect, impregnate, seedling, etc. In order to increase seed growth and alignment. Seed-treated melon varieties are selected with seed-treated soils that are deep, fertile and well drained to plant, avoiding co-production and retortion. The growth of melons requires appropriate environmental conditions such as temperature, light and moisture, which should be reasonably regulated according to local climatic characteristics. The melon cultivates soil in conditions of environmental conditions and fertilizes the soil in deep tillage, soaks the base, is predominantly organic and is accompanied by appropriate quantitative fertilizers. Seeding and seedlings determine suitable seeding times in accordance with local climatic conditions, using nutrient soil or seedling matrix for seeding, with care to maintain appropriate temperature and humidity. Field management provides timely management of the fields, such as weeding, watering, fertilization, stretching, whole branching, etc., for the growth and development of melons. Collecting and storing sweet melons, based on the characteristics of the species and market demand, is carried out in a timely manner, and they are treated for preservation in order to ensure quality and prolong the marketing period. Pest and pest control strengthens pest and disease control and reduces pesticide use by combining biological, physical and chemical control. The melon-planting technique requires melon-based pest control techniques. High-strength planting, rational planting, control of water irrigation and improved ventilation should be undertaken. Sudden diseases are caused by fungus of the pathogen, in the form of sudden falls of young children and atrophy of leaves. Disease-free seeds should be selected and nursery management should be strengthened to avoid low-temperature, high-humid conditions. Anthrax is caused by fungi, which mainly endangers leaves and fruits. Field management should be strengthened and leaves and fruit removed in a timely manner. Aphids, which are common to melons and their methods of combating them, extract juice from the back of the leaves, causing foliage and yellowness. Physical control methods such as cedar booby traps, silver ash membrane avoidance, or the use of biological pesticides such as lysin, should be used. Night moths eat leaves and fruits with larvae. Measures such as black light traps, artificial larvae hunting or the use of biological pesticides such as bt should be taken. In the process of making melon-based common pests and their control, emphasis should be placed on preventing the occurrence of pests and pests, and integrated prevention and treatment measures, including agricultural, physical, biological and chemical control. Precautionaryly, integrated treatment of chemical pesticides should select efficient, low-toxic and low-residual pesticides and operate strictly in accordance with the instructions of use to ensure their safety and environmental protection. The principles and methods of scientific medicine, safe and environmentally sound pest and pest control and melon harvesting and storage technique, 04, usually take 30 to 40 days after pollination, and seeds are collected at a certain stage of development. The timing depends on the variety and climatic conditions. The method of harvesting is to cut the fruit from the handle with scissors in the morning and to be careful not to damage the seeds. The melon harvest time and method of melon planting storage conditions and methods of storage of melon seeds need to be stored in dry, well-ventilated and temperature-appropriate places. Avoiding dampness and high temperatures, so as not to affect seed gerontivity. The storage method is to load the seeds in a bag or paper and place them in a dry ventilated place. Regular examination of the condition of seeds, such as those found to have cartilage or morbidity, should be done in a timely manner. In storage, the seeds should be kept dry and protected from bad tides. Dynamite protection against moths and rodents can be used, for example, by placing deworms or rodents. The condition of seeds, such as those found to have cartilage or morbidity, should be regularly checked by the insect-proof rodents in order to prevent the growth of seeds. Regular checks of seed collection, storage and inspection are carried out to facilitate management. The eco-efficiency analysis of melon planting techniques in the record management process assesses the direct economic benefits by calculating sales revenues, costs and profits from melon planting techniques. The return on investment in direct economic benefits takes into account the environmental, social and other impacts of melon-based planting techniques and assesses indirect economic benefits. Calculates the return on investment in melon-planting technologies and assesses investment risk and level of return. The abcd method of assessing the economic benefits of melon-planting techniques is to improve the economic benefits of melon-planting techniques and measures to optimize planting structures, rationalize the variety and structure of melon-planting plants in accordance with market demand and resource conditions, and increase the efficiency of cultivation. Strengthening industrial chain building and building complete industrial chains covering melon planting, marketing, processing, etc. To improve overall economic efficiency. Increase the level of cultivation technology by promoting advanced melon planting techniques and increasing the production and quality of cultivation and the benefits. The expansion of marketing channels has actively opened up markets, expanded distribution channels and increased sales and added value of melon-based planting products. Future trends and outlooks in melon-based cultivation technology will increase the productivity and efficiency of future melon-based cultivation technology as agricultural technology progresses. The efficient cultivation of melons is achieved through the optimization of the planting environment, improved planting techniques and management methods. Intelligence will become more intelligent in the future with the development of technologies such as artificial intelligence and networking. Real-time monitoring and regulation of melon growth processes through smart technology to improve the quality and yield of melon-based seeds. As awareness of food safety and environmental protection increases, future melon planting technologies will focus more on greening. Reducing the use of pesticides and fertilizers and improving the quality and safety of melon production through the application of environmental protection measures such as organic fertilizers and biological control. Future trends in the development of melon-based cultivation technologies extend to the application of the future melon-based cultivation technologies in the field 01, not only for agricultural production, but also for ecological restoration and urban greening. To improve the ecological environment and the level of urban greening by planting plants such as melons。resource efficiency 02 future melon planting technology will focus more on resource efficiency through optimization
