(b) bits, where both ends of the said straps are tied to each other by bypassing the said support pole
The straps in question were pre-treated: after immersing them in 3000 times the sunscreen, after fumigation of 25min at 45°c, and then 12min in 1,000 times the polybacterial spirit, after which they were repeated three times。
3) after planting, untie the tie every one month, and place the length of the strap in the trunk of the tree adapted to the tree seedlings of w. Growing thick, ensuring that the tie can contain the tree seedlings, remove the tie after one year of planting, inducing water in orchards once every seven days after planting, and planting ginger, soybeans or beads in the middle of the orchard within three months of planting。
Three weeds are carried out each year in orchards, three accelerators are performed, three accelerates are applied, 30 g urea, 30 g compound fertilizers and 15 g clock fertilizer are applied to each of australia's nuts aged 3 years and w, 60 g urea and 35 g mercy bell fertilisers are applied to each of the plants in january-february, 80 g complex fertilizer is applied to each of the plants in march-august and 60 g urein are applied to each of the plants in september-december。
In order to illustrate the effects of this invention, the inventor selected five plots in the orchards with the same names in groups a, b, c, d and e. Three of the australian nut varieties were tested, each of which consisted of acupuncture 1 from the australian nuts, 0c from the australian nuts pole and acupuncture from the australian nuts pole。
A group of 24 australian nuts grow 24 australian nuts to cuisine 1, a group grow 24 australian nuts pole impregnated oc, c group grow 24 australian nuts pole impregnated, d group grow 12 australian nuts pole impregnated 0c and 12 australian nuts pole impregnated, e group grow 8 australian nuts pole impregnated 0c, 8 australian nuts pole impregnated and 8 australian nuts to creased to cuisant 1 with the same method of cultivation as in e group 3 of the invention, a~d group grow the same range of dens grown from 3-4 m of australian nuts pole impregnated seedlings, 4-6m of australian nuts, and a~d group of tree seeders are not tied to the poles and the rest are measured in the same manner as in e group:
1) measure the growth of australian nuts and measure the yield and weight of fresh fruit。
005 quoted table 1
As can be seen from table 1, the high-yield cultivation of australian nuts, which is based on this invention, compares with the average planting method, and the high-yield cultivation of australian nuts, which is based on two different varieties of australian nuts and one species of australian nuts pole, are planted in orchards at different distances from one plant to another。
2) record the strength of wind resistance in all groups of wind weather。
In five groups, wind resistance ranges from strength to weakness: e group > 3 group > d group (3 group > 6 group), as a result of the banding in e group, the tree seedlings are helped better against the wind through a stable angular structure and a tight support pole。
Although the application of this invention is public, it is not limited to the applications listed in the statement and the manner in which it was carried out. It is fully applicable to the various areas suitable for the invention. For those who are familiar with the field, it is easy to achieve additional modifications, so that the invention is not limited to specific details and examples of implementation and description under general concepts that do not depart from the requirements of rights and the scope of equivalence。
Sovereignty
1. A high-yielding method of cultivation of nuts in the canyon range ~g ~ ~ ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o < 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o ~ 5o > > > 5 > > > > ; 2. As described in claim 1, the high-yielding cultivation of australian nuts is characterized by the completion of step 2) by the filling of the above-mentioned topsoil in any group of plantations, from the bottom to the top of the three seedlings that were planted in the two plantations adjacent to them at a distance of 4-6 m, from the bottom to the top, so that the strips were triangleed and then watered one time and followed by steps; 3. As described in claim 2, the high-yielding cultivation of australian nuts is characterized by the placement of the above-mentioned support poles in the two adjacent dens with a distance of 3-4 m. 4. As described in claim 3, the high yields of australian nuts are characterized by step 3 described, which is followed by a one-month adjustment of the length of the tie to fit the growth of tree seedlings. 5. As described in claim 4, the high-yielding methods of growing australian nuts are characterized by the removal of the said straps one year after planting, step 3. 6. As described in claim 5, the high production methods of australian nuts are characterized by the above-mentioned step 3, once in every three to seven days after planting. 7. As described in claim 6, the high production methods of australian nuts are characterized by the fact that, in step 3 above, two to three months after planting, ginger, soybeans or pineapples are grown in the middle of orchards。
The [proprietary summary] invention revealed a high-yielding method for the supply of australian nuts, with a range of 3 to 4 m in single rows within orchards, 4 to 6 m in double rows, and a grouping of single rows and adjacent double rows, with the position of each double row close to the edge of the plot forming the equivalent triangle of the position of the two most recent this invention combines different varieties of seedlings and seedlings to achieve genetic complementarities and increase the yield of australian nuts for the infertility of most australian nuts。
A01g17/00, a01g1/00
Cn105409545
Cn201510866736
"the inventor"
Renhong agricultural technology ltd., guangxi hoshan city
March 23, 2016
1 december 2015
