One, the northern iron prystone greenhouse plantation technology, the northern iron prystone pyrotechnic plantation technology. However, since iron platinum is an extremely rare wild resource, the prices of health supplies made of iron platinum are extremely high and beyond the reach of the general population. As people's standard of living rises, awareness of health has increased, so that iron platinum can grow in the north of the yellow river, and the inhabitants of the north can eat well and afford it. The modern agro-ecological park in lingyun, shanxi province, has introduced iron platinum, bioclonic techniques, soilless cultivation, intellectual governance and the use of advanced seedbeds or pellets, among other things, are strictly implemented in terms of scientific, standardized, advanced and harmless requirements. The quartz has certain requirements for temperature, humidity, light, etc
2. Plantation in the greenhouses of the facility is based on the growth habits of iron platinum, the key technology being to manipulate natural factors such as light, temperature, humidity, ventilation, etc. In the quartz growing environment. Keywords: iron platinum; greenhouse culture; technology i, iron platinum, artificial culture 1. Base-based preparation of iron platinum fermentation is first to provide a good growth environment for root systems. The roots of the platinum are roots of gas, with obvious aerobics and shallow roots, thus requiring the decomposition of the matrix, good drainage, and the preservation of moisture and fertilizers, impregnable, disease-free and harmless insects. It is desirable to select two substrates, crude and fine, made of pine bark, which are lower, upper, disinfected, immersed for 24 hours, so that the substrate is fully inhaled. The matrix was sprayed with 0. 3 per cent potassium permanganate or more than 1,000 times the pharmacological fluid before planting. 2. The selection of seedlings requires a strong, normal leaf colour with 34 knots of meat trachea
It has 45 leaves; 45 roots of more than 3 cm in length, green in white, black, deformed and unchanged. 3. When a bottle is produced, the seedlings are removed lightly with the seedlings, properly cleaned in the basin, and the movement is light, avoiding damage to their roots and leaves. Contaminated seedlings, bare seedlings or small seedlings are placed separately. The normal group of seedlings washes the base in the clean water, especially with a view to removing the gum, so as not to cause the rotten roots of the silt, and wash the water again. After the above-mentioned cleanup, the seedlings of naked or small groups are also required to be immersed for 15 minutes in the abt root powder of 100 mg/l in order to induce them to take root. After being washed, the contaminated seedlings were soaked with more than 1,000 times the vitro for 10 minutes. 4. The correct season for transplantation should be 1530 hours, with average daily temperatures. In the north, 35 months would be appropriate and too low or too high for bottle transfer. The platinum team grew to 0. 5
Transplant 4-1cm. Prior to cultivation, iron platinum groups were planted in indoor seedlings, and the seedling base was cultivated with water cleaning units, using 0. 1 per cent of the bacillus liquid to kill the bacteria in order to prevent the tissues from decomposition. When the plant is removed, a small hole of 23 cm deep is dug with its finger in the matrix, the root of the stone is slowly placed into a small hole, the root is grown to soak naturally, and care is taken not to break the root of the stone, so that the foundation is covered with the root. Iron platinum, with many plants growing more than single plants, is better grown with 35 plants, 1115 cm and 1820 cm. It would be preferable to separate bare seedlings or less so as to facilitate governance. 5. A light of governance following the transfer of iron and stone. Iron platinum is a negative-resistant accelerant with the most suitable light of 500010,000 lx, with direct light by 10 a. M. And 20% of the rest of the time will be required to adjust the light by 30% of the dispersive light through the shading net of the mobile greenhouse shed
Five degrees. In summer, the shades should be increased appropriately to protect the leaves from yellowing because of excessive light, and in winter to increase the intensity of light, to protect the leaves from weakness due to lack of light. 2 temperature, humidity. Group seedlings are kept at 2530 during the day, not less than 8 or more than 35 and 1520 at night. At high summer temperatures, ventilated indoors are required to ventilate and spray to cool and wet, with 35 sprays per day for 25 minutes each; at low winter temperatures, no more than 0 must be maintained to prevent the freezing of seedlings. Humidity should be at 60 per cent, 80 per cent, and cooling and humidity measures such as shades and microsprays should be acceptable in the summer. Newly grown seedlings are sensitive to moisture, while water scarcity is slow to grow, dry and low. In the case of excessive spray, the root of the water is grazed and, when the temperature and humidity are high, it is also prone to a large-scale occurrence of soft decay. It is desirable to keep the seedlings wet for about 90 per cent within a week of planting, and a week later the plant begins to take a fresh root and the air is safe
6 at 70 per cent. Newly grown seedlings are usually watered once in two days. Cultivating dry and wet dives is conducive to rooting. 3 fertilizer water governance. Since the platinum is the root of the gas, the application of suitable leaf fertilizers as nutrient fluids provides sufficient nutrients for the plant to facilitate early rooting. The application of liquid fertilizers, such as potassium dihydrophosphate or potassium dihydroxide with urea, began one week after the general transplantation, at a concentration of about 0. 1 per cent and usually once for about 10 days. After december, seedlings have gradually been adapted to the new environment, and when the new root grows around 10 cm, it is possible to apply a mildly decompressed particle fattening to care for its robust growth. In general, water is stopped two days after fertilization. If the air convection is too large, appropriate spraying of water is required, depending on the dry humidity of the matrix. 6. Pest management technology 1 is the main disease. Soft rot, black spots, anthrax. Soft decomposition occurs quickly and, in times of severe severity, entire decompositions break into wet decay. Black spots on the leaves
7. Smalls, with leaves withting, most of which occurred in 35 months, can be dealt with 50 per cent of the polybacterium, which can be sprayed 12 times more frequently. Phrase anthrax endangers the leaves and bones. Black or brown-coloured diseases of the affected blades occurred in 15 months, and 70 per cent of methyl tobuzin could be treated with 1,000 times the liquid spray 23 times. In response to these common conditions, greenhouses should be strengthened. Ventilation, proper reduction of indoor humidity, timely application and removal of disease belts. 2 common pests. Snails, shellfish, red spiders, etc. Of these, snails are common pests that endanger pups, leaves, buds and young fruit. It can be used to trap, trap or disperse lime. Iron platinum is a precious drug, and the principle of pest control is to prevent and treat. Integrated pest and disease management is integrated with the acceptance of insecticide-treated lamps, insecticide-treated nets, biological and chemical control. 7. Accurate harvest occurs before and after winter, when the iron platinum is dormant and the branch is saturated
8. Full, dry substance content and dry rate are high. The greenhouses and plant-bed construction technology element 1. The greenhouses components of the greenhouses in the greenhouses are steel mixing structures or steel skeleton structures, approximately 110 m long, 10 m long and 4. 34. 5 m high, covered by 60 per cent of the plastics thin film and shade cover nets. The greenhouses have three hydroelectric roads, with automatic or manual spray systems and advanced equipment, such as automatic rollers, mirrors and worm nets. 2. High-planted seedbeds are built within the hothouses of the pyrotechnics, with a framework of angular steel and wood, with an empty height of 3050 cm and a wet bed width of 1. 21. 5 m, depending on the length of the greenhouses, with a 1 m-wide management corridor between and on both sides. The planting bed space is 6080 cm with a spray-ready spray, which can also be replaced by a sprayer if no conditions exist. The purpose of the pyrotechnic plant is to provide the correctest moisture for the growth of a group of seedlings, to ensure ventilation, to allow for the simultaneous application of fertilizers, to allow for high rates of planting activity and to save the labour force significantly in large areas. - six--
