Nutrient solution for improving transplanting survival rate of Chinese torreya

Abstract

The invention relates to a plant nutrient solution, and concretely relates to a nutrient solution for improving the transplanting survival rate of Chinese torreya. The nutrient solution can be sprinkled to Chinese torreya trees. The nutrient solution comprises oral glucose, compound sodium nitrophenolate, Leffingwell, potassium dihydrogen phosphate and water. The nutrient solution can rise the transplanting forestation survival rate of Chinese torreya to above 90% from normal 70%, and realizes a highest rate of 96%, and has the advantages of no dropping and good growing of transplanted Chinese torreya nursery stocks, provision of support for a large-scale forestation technology, effective breaking of the bottleneck of difficult Chinese torreya plantation, solving of the problem of low survival rate of big seedlings of Chinese torreya, reduction of loss of foresters, reduction of soil balls in big seedling transplanting, convenient transportation and construction, and great reduction of forestation cost.

Description

technical field [0001] The invention relates to a plant nutrient solution, in particular to a nutrient solution capable of improving the survival rate of Chinese torreya transplanting. Background technique [0002] Torreya torreya is mainly produced in Zhuji, Shaoxing, Shengzhou, Dongyang, and Pan'an, five counties and cities in the Kuaiji mountain area of ​​Zhejiang Province. It is an ancient, strange, famous, and excellent dried fruit unique to China. The obvious advantages such as large potential and sustainable development have not attracted enough attention for a long time due to the relatively narrow distribution range. There are not many studies on the growth habit and artificial cultivation of Chinese torreya. Although many farmers have seen its significant economic benefits, they have also tried. Carry out artificial scale cultivation, but due to the lack of grasp of its growth habits, the survival rate of afforestation is very low, resulting in the slow growth of ...

AI Technical Summary

Problems solved by technology

[0002] Torreya torreya is mainly produced in Zhuji, Shaoxing, Shengzhou, Dongyang, and Pan'an, five counties and cities in the Kuaiji mountain area of ​​Zhejiang Province. It is an ancient, strange, famous, and excellent dried fruit unique to China. The obvious advantages such as large potential and sustainable development have not attracted enough attention for a long time due to the relatively narrow distribution range. There are not many studies on the growth habit and artificial cultivation of Chinese torreya. Although many farmers have seen its significant economic benefits, they have also tried. Carry out artificial scale cultivation, but due to the lack of grasp of its growth habits, the survival rate of afforestation is very low, resulting in the slow growth of the output and area of ​​Torreya torreya. The price has been high and the supply is in short supply. Due to the long growth period of Torreya torreya, it takes 10 years from the growth of seedlings to fruiting. If farmers start investing in breeding, due to the long investment period, the investment amount is relatively large, and there is no capital in the early stage. Recycling has caused many farmers to fail to obtain corresponding returns in time, and has dispelled the positive attitude of many growers, thus making the growth rate of the forest area of ​​torreya torreya very low. The seedlings are transplanted for some torreya growers, which reduces the fixed investment period of torreya growers and can obtain income as soon as possible. However, due to the different growth areas and the growth habits of torreya, the survival rate of long-distance transplanted torreya trees is not high. , generally around 70%, because the survival rate of transplanting directly determines the income of the grower and the efficiency of afforestation, so improving the survival rate of Chinese torreya transplanting is a technical problem to be solved in the prior art

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