The difference between cultivation technology and afforestation technology

Cultivation technology and afforestation technology, one is more professional, the other is ordinary cultivation and cultivation, if it is suitable for ordinary planting, cultivation and afforestation technology, he has professional technology, and the application area is relatively wide.

The difference between cultivation technology and afforestation technology is that cultivation technology is the technology of breeding and cultivation at home, and afforestation technology is different, and it is necessary to go to the wild to afforestation, so the difference between the two of them is still very big.

The difference between cultivation technology and afforestation technology is that cultivation technology is used to make flowers and can also be used to grow crops, while afforestation technology needs to do a good job of greening, which is also related to urban greening.

The difference between cultivation technology and afforestation technology is that cultivation is a small area, and it is necessary to breed very good plant seeds, while afforestation is a wide range of large-scale tree planting.

There is a difference between the technology of recruitment and the technology of afforestation, the cultivation technology, he cultivates things, and then cultivates the same seed one by one, and in the case of afforestation, there should be many seeds.

The biggest difference between cultivation technology and afforestation technology is that the technical methods and emphases they use are different, so pay attention to the distinction.

Cultivation is a general term for many species, and it can be said that flowers and trees are planted. In some species that can be planted, the afforestation technique is to measure the disposal of this piece of forest land and make a comprehensive comparison to decide what species of trees to plant. The survival rate is relatively high.

Cultivation technology and afforestation technology. There is a big difference, and then it is only the original intention, while afforestation is the whole piece.

The difference between this accompaniment technology and afforestation technology. Cultivation technology refers to the cultivation technology of a certain plant. The difference with Zhao Lin's technique is that Zhao Lin only refers to trees.

The cultivation technique is the technique of a tree, and the technology of a silvicultural technician to create a forest.

Peipei, the technology is that you cultivate the numbers in advance and then transplant the forest, and the technology is to plant forests directly in the woodland.

The difference between cultivation technology and afforestation technology. They have similarities, but there are still big differences.

In these two aspects, their technical aspects are different, relatively speaking, the former technology is more extensive, and the latter is just afforestation.

The difference between cultivation technology and afforestation technology, for this question, you should find a original meaning to consult him, he will tell you, Zhao Lin and horticultural cultivation of the heart, you can also go to the Internet to search for it, and there should be a correct answer to this immediately, because you know.

There is still a big difference between this one, because there is a difference in their methods and his concept, thank you.

Personally, I think the afforestation technology is still relatively reliable, because there are quite a lot of people using it now, and the afforestation technology is very popular.

In Beijing, this kind of homework is caused by the fact that everyone does not need to enter the same as the teacher's requirements.

Artificial afforestation is mainly divided into the following parts: one is artificial seedling afforestation, the second is artificial sowing afforestation, and the third is aircraft sowing afforestation. There are many afforestation technologies involved, which can be summarized into several parts:

1. Seedling technology. Including seedling cultivation, transportation, preservation, etc., each of which contains many technologies.

2. Afforestation technology. It includes seedling afforestation and sowing afforestation, each of which contains many technologies.

3. Young forest tending and management technology. These include soil loosening, weeding, fertilization, pest control, shaping, pruning, etc., each of which contains many techniques.

Summary. Landscape technology is a junior college major in ordinary colleges and universities, and it belongs to forestry majors. This major cultivates all-round development of morality, intellect, physique and aesthetics, has good professional ethics and humanistic qualities, masters the basic knowledge of garden plants, garden engineering and management, and has the professional ability of garden plant identification, garden plant breeding, garden plant pest control, garden plant maintenance, small terrain mapping of garden green space, planning and design of common small and medium-sized green space, production of bidding documents, and construction of small-scale landscaping projects. High-quality technical and skilled personnel in the construction and management of garden engineering.

1] Crop production technology mainly studies plant production environment, crop production technology, crop genetics and breeding, crop pest control, high-tech agricultural production technology, crop seed production technology, field experiment and statistical analysis, agricultural marketing, etc.

Landscape technology is a junior college major in ordinary colleges and universities, and it belongs to forestry majors. This major cultivates all-round development of morality, wisdom, trust, and envy, physique, and aesthetics, has good professional ethics and humanistic qualities, masters the basic knowledge of garden plants, garden engineering and management, and has the professional ability of garden plant identification, garden plant breeding, garden plant pest control, garden plant maintenance, small terrain mapping of garden green space, common small and medium-sized green space planning and design, the production of bidding documents, and the construction of small-scale landscaping projects. High-quality technical and skilled personnel in the construction and management of open limb garden engineering. 1] Crop production technology mainly studies plant production environment, crop production technology, crop genetics and breeding, crop pest control, high-tech agricultural production technology, crop seed production technology, field experiment and statistical analysis, agricultural marketing, etc.

It's not the same.

In order to ensure the quality of afforestation so that the new forests can be planted and the expected goals can be achieved after the afforestation, the following technical principles should be strictly mastered:

The right tree in the right place. That is, the selected afforestation tree species should be in harmony with the natural conditions of the afforestation site. According to the historical conditions of climate, soil and land use of afforestation land, a comprehensive judgment is made on the natural conditions, characteristics and production potential of afforestation land.

On the other hand, it is necessary to conduct in-depth research on the adaptability of afforestation tree species to various site conditions, and select the tree species that are most in line with the purpose of afforestation and can best adapt to the natural conditions of afforestation sites.

Good seeds and strong seedlings. The selection of varieties with strong vitality and excellent target traits, as well as vigorous and stress-resistant seedlings as planting materials, can not only improve the survival rate of afforestation, but also reduce the tending of young forests. In order to make the forest as a whole have a strong ability to resist disasters and reduce the losses caused by natural disasters such as diseases and insects, it is necessary to avoid excessive singleness of species when selecting improved species, especially those with long production cycles and vegetative reproduction.

Meticulous land preparation. The aim is to improve the soil conditions for seedlings to grow and to make afforestation easier to carry out. Land preparation includes clearing vegetation and tilling soil on afforestation land.

Carefully planted. Correct afforestation methods and suitable afforestation seasons are directly related to the survival rate of afforestation. Afforestation methods include sowing afforestation, seedling afforestation and sub-cropping afforestation.

Afforestation began by aircraft sowing about the 30s of the 20th century. Among these methods, seedling planting is the most widely used for afforestation.

Reasonable density. The number of planting points per unit area at the time of afforestation. A reasonable afforestation density should consider the growth and development characteristics of tree species, the natural environmental conditions of the afforestation site, the needs of forest species, management conditions, and economic investment and income.

Nurturing protection. Various technical measures taken to improve the survival and preservation rate of afforestation, promote the growth of young trees and accelerate the canopy closure of young trees, including weeding and loosening soil, irrigation and fertilization and management of young trees, such as stubble leveling and tillering, and pest and disease control.

Soil moisture is the main factor affecting the survival of afforestation in arid and semi-arid areas of China, and drought has always been the main factor hindering the development of forestry. Afforestation reduces the water lost by evaporation and transpiration in the aboveground parts of plants, avoids the adverse effects of strong winds, and basically solves the problem of maintaining the water balance of plants under drought conditions. Afforestation has the advantages of high survival rate, low cost, abundant time, and reduction of the occurrence of branch diseases and pests, which is worthy of promotion in arid areas, and the specific measures are as follows:

1) Seedling selection.

Annual poplar root stake seedlings with a ground diameter of more than 1 cm, a root pile height of 30 40 cm, and a bud eye 1 2 cm below the top of the root pile. At the same time, the seedlings are graded and soaked for 24 to 48 hours, and the diseased roots, injured roots, and excessively long roots should be pruned.

2) Planting. According to the design of the row spacing of the plant to dot the point, dig the long, wide and deep holes of 60 cm in the center, divide the topsoil and the core soil, and the bottom of the hole is flat, pick up the grass roots and stones, put the seedlings into the hole, support and straighten, keep the root system stretched, first backfill the topsoil, and then backfill the core soil, step on the bottom when filling to half, and water thoroughly according to the degree of soil drought, and then step on the solid after the water seeps, and cover the empty soil. Planting and afforestation cover the soil until the seedling roots appear to be exposed.

shortened forest maturity; Standing trees are evenly distributed, which is conducive to the full use of land and light energy; Target tree species can be selected to meet the needs of production and life; Single-layer or multi-layer forest structure can be formed according to the characteristics of tree species and the purpose of silvistation; facilitates intensive management and maintains high forest productivity; It is easy to operate and manage, and easy to mechanize.