Blueberry softwood cutting seedling method
A green branch cutting and blueberry technology, which is applied in the field of blueberry green branch cutting and seedling cultivation, can solve the problems of unsatisfactory rooting effect, failure to meet the market demand for large-scale blueberry propagation, low rooting rate, etc., and achieve callus formation rate and The number of roots is increased, the technology is simple and easy to learn, and the rooting effect is good
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Embodiment 1
[0021] The experiment was carried out in the greenhouse of the blueberry demonstration base in Gongcun, Baima Town, Meishan City, Sichuan Province, and the green branches of two varieties of Nangaobush blueberry, Lanfeng and Hebert, were selected from the blueberry planting base in Gongcun, Baima Town, Meishan City, Sichuan Province.
[0022] From March to April 2013, select southern highbush blueberry Herbert and Lanfeng's healthy green branches of the year and bring them back to the laboratory. The cuttings should be cut from trees that grow vigorously and are free of diseases and insect pests (it is better to choose hard, mature branches If there is a virus disease in the orchard, the cutting tree should be more than 15cm away from the diseased tree. Cutting branches are the best For one-year-old vegetative branches, the middle and lower parts of the branches should be selected for cutting as much as possible, and the branches should be trimmed into 7-10cm cuttings with 4-5 ...
Embodiment 2
[0062] Example 2 Effects of different self-made rooting agents on the rooting rate and rooting efficiency of southern highbush blueberry at different rooting stages
[0063] Table 6 and Table 7 show the change of rooting rate of southern highbush blueberries Herbert and Lanfeng at different rooting stages. It can be seen from Table 6 that when the Herbert variety was cut for 23 days, the 200mg·L -1 The rooting rate of cuttings treated with boron compound IBA was 11.67%, which was significantly higher than other treatments (P1 The rooting rate increased by 10.00%, and rooting did not appear in CK2 treatment; at 30 days, 200mg·L -1 The rooting rate of boron compound IBA was still significantly higher than that of other treatments, compared with CK 1 Increased by 26.66%; on the 37th day of cutting, 300mg·L -1 Boron compound IBA has the highest rooting rate (with 200mg·L -1 The difference of boron complex IBA treatment was not significant, respectively 46.67% and 43.33%), compa...
Embodiment 3
[0071] Example 3 Effects of different self-made rooting agents on the final rooting quality of southern highbush blueberry
[0072] Table 8 and Table 9 show the final rooting conditions of blueberry Hebert and Lanfeng cuttings treated with different rooting agents. It can be seen from Table 8 that the rooting statistics of the Herbert variety after 70 days of cuttings (full cycle) show that the rooting rate from high to low is in order: 5% sucrose>100mg L -1 Boron>10% sucrose>200mgL -1 Boron>2% sucrose>300mg·L -1 Boron>CK 1 >50mg·L -1 Vitamin B>200mg·L -1 Vitamin B>100mg·L -1 Vitamin B. Among them, 5% sucrose compound IBA had the highest rooting rate, reaching 91.18%, and its average rooting number also reached the highest, which was 16.40; 100mg·L -1 The rooting rate of boron compound IBA was the second, reaching 86.84%, and the third was treated by 10% sucrose compounding, and the rooting rate reached 86.49%. Cuttings treated with sucrose compounded with a certain co...
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