• reporter of the technique for the cultivation of peppers: the cultivation of peppers in the catalogue xx ltd., 01, which outlines the breeding methods of 02, 03, which regulates the collection and processing of 05, and the economic benefits of the processing of 05, describes chapter i, which describes the warm and wet climate of the peppers, which are drought-resistant, cold-resistant and adaptable and suitable for growing in multiple soils. Precipital trees 01 are produced mainly through seeds, which can also be produced by non-sexual reproduction methods, such as admixture and mating. The paprika roots of 02 are well developed, deep-rooted and widely distributed, helping to plant and absorb more nutrients. The 03 pepper tree blooms in spring, with small and many flowers, the fruit is a polymer and matures in red or purple, with unique scents. The roots of the 04 paprika tree, which grows and breeds, the roots of the paprika tree, the characteristics of the paprika tree. It is not only a spice, but also a medicinal value, and the planting of peppers can bring considerable economic benefits to farmers. The economic value of peppers has a place in china's traditional culture, and their planting helps to transmit and promote this traditional agricultural culture. Culturally transmitted pepper trees are drought-resistant and infertile, and the planting of peppers helps to improve soil structures, prevent soil erosion and have good ecological benefits. The eco-efficient growing area chooses a warm and wet climate with an average annual temperature of 15-20°c and annual precipitation of 600-1000mm. The adaptive nature of the tree is highly adaptive, but is best served by well-drained, deep-soiled, organically rich sandy land. Soil types require the selection of slopes that are flat, well-silent, well-ventilated hills or mountains to grow peppers for growth and fruit quality. Chapter ii of the crop breeding techniques for geomorphologically appropriate paprika trees selects the seed seeds of plume-filled, disease-free and insect-free seed to ensure the growth rate and quality of cultivation. The choice of high-quality seeds will pre-treated the selected seeds with impregnation, disinfection, etc. In order to increase seed growth and disease resistance. Seed treatment, which selects the appropriate planting time according to climatic conditions, usually takes place after the spring soil has been unfrozen in order to facilitate seed sprouts. The seeding time is chosen in the form of a strip or den sowing, which is spread evenly to the ready seedbed, covering the soil and maintaining the appropriate humidity. The method of seeding is to interpolate the appropriate breeding techniques and select healthy, pest-free branches as an insect to ensure the activity rate and future growth quality. The management plugs that are prepared to be plugged into the matrix are designed to keep the soil wet, avoid direct sunlight, spray water in due course to keep it wet, and facilitate the rapid rooting of the ear. Use of ventilated sandy soil as a pyrotechnic matrix for rooting and reducing disease. The selection of the interpolation time for spring or fall interpolation is appropriate for the two seasons, which facilitate the rooting of the interpolation and the production of life. Bridging technique selects a sturdy aluminum that is closely related to the paprika tree to increase the incidence and later growth. The choice of suitable apricot 01020304 pre-spring and fall leaves is the best time for the marriage of a pepper tree, at which point the fluid flow is appropriate for healing. The selection of the period of indoctrination uses such methods as sprouts or branches to ensure that the ears are closely integrated with the logs and to promote rapid healing and growth. The method of marriage is followed by regular examination of the growth of the ear, timely management of pests and diseases, and healthy growth of the child. The third chapter of the management of the cultivation of the paprika tree after marriage, together with the application of fertilizer management, is suitable for growth in well-drained, deep, organicly rich sandy border soil to ensure the health of the roots. The selection of soil suitable for application in the pre-spring application of fertilizers and the recovery of phosphate fertilizers during flowering and fruit expansion periods to promote the growth and quality of the flowers tree. The application of circular or radioactive ditches during reasonable fertilization periods is used to avoid direct exposure of the fertilizer to the root system, to avoid the burning of roots and to ensure that the fertilizer is absorbed evenly. Fertilisation method 03 hydrologic management and irrigation select suitable irrigation timings, such as pre-flowering, outcome periods, etc., based on the growth cycle of the pepper tree, to ensure water supply. The choice of timing for irrigation regularly monitors soil moisture to ensure that the root of the flowers is environmentally appropriate and avoids excessive or too little water influence. Soil moisture monitoring uses water-saving irrigation methods such as drip irrigation and spraying to reduce water waste while improving irrigation efficiency. The determination of irrigation methods and plasticization techniques are the best periods for pre-spring and fall leaves in the autumn in order to improve the growth and production of new branches. The precipitous period of the pepper tree is used to increase its disease resistance and production by trimping the tree structure, such as a happy or natural round head. The tectonic method of the pepper tree has reasonably been tossed with bouquets and small fruit, to ensure a concentrated supply of nutrients and to improve the quality of the pepper and single production. A common disease in chapter 4 of the pest management of plumbing plumbing and plumbing is one of the most common diseases of plumbing plumbing, manifested in the presence of white powder on leaves and young branches, which require periodic spraying of anti-foul agents. Anthrax, paprika platinum, can lead to spots of precipice fruit and leaf blades, which, in serious cases, can lead to the fall of leaves and the use of microbicides such as polybacterium. The root causes of the apricot anthrax attack on the root of the tree, leading to the weakening and even death of the tree, require attention to drainage and soil disinfection and the timely removal of the strain. The common pests of paprika roots and the prevention of paprika are among the main pests of the paprika tree, which can be combated by artificial infestation, removal of eggs and larvae. Aphids are protected against aphids, which draw from the juice of the apricot tree, leading to poor growth of the plant and effective control of aphids by spraying with biological pesticides or soap. Aphids control the rapid breeding of red spiders in high-temperature dry conditions, regularly spraying mites or biocombating with natural enemies such as aphids. The biological control of red spiders, for example, releases ladybugs to control aphids and uses spiders and predatory insects to reduce pest damage to pepper trees. The use of microbial sources of pesticides such as green and white fungus, using natural enemy control pests, is effective in combating multiple pests and reducing the use of chemical pesticides. Biopesticides are used to plant plants in paprika gardens that can attract pests, such as vasectomy, to disperse pest attacks on paprika trees. Cultivation naturally regulates the number of pests by increasing plant diversity in the ground garden, for example by planting plants that can attract beneficial insects. The time and method of harvesting and processing of chapter 5 peppers, which promote biodiversity, usually matures in the autumn and is the best harvest time when the fruit is red and the seed becomes hard. The best harvest time is the use of scissors or fingers to pick the peppers lightly, to avoid damage to branches and to maintain the integrity of the fruit in order to improve quality. Artisanal harvesting techniques can be used for large-scale cultivation to increase efficiency, but care needs to be taken to reduce damage to fruit. Precious oils from aqueous distillation are extracted from the precipice oils used in the processing of mechanical applications for the processing of pick-up applications to improve their economic value. Fresh peppers are naturally dryed and dry with dryers under well-ventilated conditions in order to reduce cartilage and maintain the scent. It removes seeds from the paprika fruit by mechanical or manual means and improves the quality and purity of pepper oil and powder. Precipitous seed storage and the dry processing of precipitous peppers require rapid drying following the drying of precipice pepper 01 to reduce cartilage and to prolong storage times, often with natural drying or drying machines. Refrigerated freshness and aromatic gas can be effectively extended to prevent oxidation by keeping them sealed in cold cold storage. Vacuum packaging03 uses vacuum packaging techniques to isolate the air and reduce the exposure of the pepper to oxygen, thereby extending its shelf life and maintaining the flavor. Chapter vi cost and benefits analysis of the economic benefits of pepper bush cultivation requires the purchase of seedlings, soil improvement, construction support, etc. At relatively constant costs. The costs of initial investments, which require regular fertilisation, irrigation, shearing and pest control during the growth of the pepper tree, are of a continuing nature. The high price volatility in the market for peppers for maintenance management costs requires attention and reasonable pricing to ensure the proceeds of cultivation. The production of market-priced pepper trees has a direct impact on returns, and high-yield quality varieties can yield higher economic benefits. The leaves and fruits of the paprika are developed as by-products, such as pepper oil, pepper powder, etc., in relation to production and earnings, increasing additional income. By-product development potential market demand and price trends have increased year-on-year demand for peppers as a popular commodity in the market for spices, in line with hot tastes such as canine. Climate change, production volatility and market demand-supply relations directly affect the price of peppers, leading to seasonal price fluctuations. The increase or decrease in exports from china to south-east asia, europe, etc. Has had a significant impact on domestic prices. Other spices, such as chili, pepper, etc., as alternatives, are also priced and supplied to affect market demand and prices for peppers. Market demand analysis of the impact on prices of the impact of the export trade of precipitous price factors on the market's impact on the economy's efficiency strategy to select high-yield quality varieties for high-yield, high-quality pepper varieties adapted to local climatic and soil conditions can increase the quality of mono- and fruit products, thereby increasing returns。branding and
