In the case of the construction of the basics of grass-grain cultivation, the inventory of the construction process for the construction of the basics of grass-grain farming, the analysis of the common problems in the construction of grass-grain farming and the classification of the basics of the solution-planting 01 is based on different types of planting materials and processes. The definition of grassland cultivation refers to the cultivation of grassland on specific plots, either by artificially grown or by natural formation, to produce green-covered vegetation. The definition of grassland cultivation and the subclassification of urban landscaping is widely used in landscape works such as urban parks, squares and street greening, providing green cover and aesthetic environments. Sport grounds, such as football stadiums and golf courts, also need to be planted to provide good sports surfaces. Eco-rehabilitation can play an important ecological role in ecological restoration works such as mine restoration and slope management. The scope of application of grassland cultivation has the advantages of simplicity of construction, quickness of view, high green coverage and simple maintenance, which can quickly produce vegetation cover of some value and eco-efficiency. Grassland cultivation requires regular maintenance and trim, high demand for water and nutrients, and certain requirements for soil and climatic conditions, with some potential for poor growth or degradation. Advantages and disadvantages of grass-grain cultivation construction process 02 conducted field visits to the planting areas to understand conditions such as soil, light and terrain in order to identify suitable seed varieties and planting programmes. Cleaning of sites to remove barriers such as weeds and garbage, ensure clean areas for cultivation and provide a good environment for grassseed growth. The soil is tilled, broken and levelled to match the soil requirements of grassseed growth. Pre-construction preparation 01 selects the suitable range of grass seeds according to the conditions and needs on the ground, ensuring that the seed is of good quality and vital. Seed screening, cleaning, drying, etc., are performed by 02 seed processing to ensure that grass seeds are clean and impurity free. The sprouts of the 03 grass seed cause some of the seed to be sprung and increase its gestation rate. Indicators such as the choice of grass seeds and the treatment of 0102 soils to detect soil alkalinity, nutrient content, etc., are used to understand soil fertility. Based on the results of soil tests, soil improvement measures, such as fertilizing, changing soil, etc., have been taken to improve soil fertility. Soil treatment seedlings and cover seedlings are distributed evenly in the soil through sowing, stripping and on-demand broadcasting. Land thickness controls the thickness of the land and ensures the moisture and nutrients required for the growth of grass seeds, based on the characteristics of the seeds and soil conditions. Appropriate irrigation is carried out periodically to maintain soil moisture, in accordance with climatic conditions and the growth needs of grass seeds. Irrigation provides adequate nutrients, based on soil fertility and grassseed growth, where appropriate. Fertilizing irrigation and fertilization regularly check the growth of the grass and detect signs of disease and pests in a timely manner. Integrated biological, chemical, physical and other measures to effectively control the spread and hazards of pests and diseases. The pest surveillance and pest control measures, pest control, construction point 03, will determine the appropriate sowing volume to ensure a balanced distribution of grass seeds in the soil, based on the nature of grass and soil conditions. Mechanical or artificial seeding is used to ensure that sowing depth and density are appropriate for the growth and growth of grass seeds. The seeding of grass seeds and the sowing of seeding methods ph values adjust soil alkalinity to the requirements of grasslands for soil ph values to facilitate the growth of grass seeds. The nutrient content determines the soil nutrient content, which is supplemented by fertilization based on the demand for grass-breeding. The ph values and nutrients of soils control the amount of water irrigated, in accordance with climatic conditions and grassland characteristics, to avoid excess or deficiency. The water volume establishes a rational irrigation scheme to maintain soil moisture and to satisfy the moisture required for seed seed growth and growth. The amount and frequency of water irrigated with frequency vs selects the appropriate fertilizer to provide the necessary nutrients based on the demand for grassland growth. Quantities control the amount and timing of fertilization and avoid excessive fertilization leading to burning of seedlings or inadequate nutrients affecting the growth of grass. The types and quantities of fertilizing types take comprehensive measures to prevent the occurrence of pests and diseases, such as the selection of disease-resistant grass and the strengthening of field management. Effective management measures, such as biological and chemical control, are taken to reduce losses in the event of pests and diseases. Case one is analysed in the case of the prevention of pests and pests and the construction of the grass-grass plantations: the park's grass-grass cultivation focuses on ecology and beauty, and the park's grass-grass cultivation focuses on ecological balance and landscape effects, creating green recreational spaces through the selection of adaptive grasses and the rational allocation of plant communities. The detailed description summation to meet high-intensity sports needs describes in detail the extensive human flow and motor pressure required to plant grass in the stadium, and therefore selects pedal-resistant and resilient grass and uses a specialized drainage system to ensure that it grows well. Case ii: point 2 of the summary of grass cultivation in a sports field seeks quality and tone to describe in detail the quality and tone of grass cultivation in the villa area, the selection of high-quality grass, the introduction of fine construction processes to ensure that it grows well and evenly and enhances the overall environmental quality of the villa area. Case iii: a common problem with the construction of grass-grass plantations in a villa area and the poor quality of the settlement 05 wrap-up phrase for grass seeds should be selected for grass seeds of good quality, high purity and normal growth. Soil conditions are inappropriate to ensure that the soil is soft, ventilated, well drained and has appropriate ph. Low seed growth may be due to poor seed quality, inappropriate soil conditions or inappropriate planting methods. Seeding methods are inappropriately applied to appropriate sowing depth and density to ensure full exposure of seeds to soil. Question one: slow growth of grass-grass fur, which is summed up with low seed growth, may be due to inadequate nutrients, inadequate moisture or poor growing environment. Inadequate nutrients should be applied in appropriate quantities, especially at the early stages of cultivation, depending on soil nutrients. The water is not regularly watered and the soil is humid, especially during the dry season and in less rained areas. The poor growing environment ensures that grassland plantations are protected from sunlight, overture and good ventilation. Issue two: the summary of slow growth of the fur is that its degradation may be due to pests, overexploitation or mismanagement. Pests and pests regularly inspect the grass and find that pests and pests take timely preventive measures such as pesticide spraying, biological control, etc. Excessive use of people and vehicles to avoid overstretch and friction. Poor management regularly trims, weeds, fertilization and watering to keep the grass healthy. Question three: gradually degraded thanks thanks for watching
