用于提高根系活力和干旱阳坡造林效果的植物保活助长剂——根宝
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本发明针对苗木移栽时吸收根大量损失, 另有部分根系受伤, 体内原始水分下降, 根系活力降低吸收功能减弱, 因而急需“输液”的特点而采取的技术措施, 否则, 未经“输液”的苗木, 即使栽植到条件较好处也需要较长缓苗期, 若遇干旱等不良条件则很容易死亡。该发明主要以植物极易吸收和营养丰富的蜂蜜作为营养物质, 通过浸根或蘸根, 快速补给根系。根宝中还含有磷酸二氢钾、氯化钙等矿物质, 杀菌剂、少量生长素及其增效剂。苗根用根宝液浸根、蘸根或灌根后能促进伤口愈合, 提高根系活力和再生能力, 增强自身吸收功能, 起到“输液”作用。根宝中的物质还具有抑制苗木体内水分蒸发和抗旱作用。把少量生长素溶液混合在高浓度蜂蜜中, 其有效期可维持到1年以上。由于以上物质的作用可缩短和消除了缓苗期 提高根系活力30%~137%, 提高新苗数42%~224% 提高干旱半干旱地区的造林成活率1S%~20%, 提高幼树生长量10% 提高瓜菜产量15%~30%。根系活力的提高能增强苗木的抗逆性, 其中包括抗旱性和迅速恢复创伤。
This invention targets the technical demands derived from common issues during seedling transplanting: massive loss of absorbent roots, partial root damage, reduced internal water content, declined root activity and weakened water absorption capacity, thus creating an urgent need for "fluid transfusion" for seedlings. Without such treatment, even seedlings planted in favorable conditions will require a long transplanting recovery period, and are highly prone to death under adverse conditions such as drought. The core nutrient of this invention is honey, which is easily absorbed by plants and rich in nutrition, and can rapidly supply nutrients to roots through root soaking, root dipping or root irrigation. Genbao (root-tonic solution) also contains minerals such as potassium dihydrogen phosphate and calcium chloride, fungicides, a small amount of auxin and its synergists. After treating seedling roots with Genbao solution via the above methods, the treatment can promote wound healing, improve root activity and regeneration ability, enhance self-absorption function, and achieve the "fluid transfusion" effect. The components in Genbao also have the functions of inhibiting water evaporation in seedlings and improving drought resistance. When a small amount of auxin solution is mixed with high-concentration honey, the validity period of the formulation can be maintained for more than 1 year. Thanks to the effects of the above components, the transplanting recovery period can be shortened and even eliminated. The treatment can increase root activity by 30% to 137%, the number of new seedlings by 42% to 224%, the afforestation survival rate in arid and semi-arid areas by 1S% to 20%, the growth increment of young trees by 10%, and the yield of melons and vegetables by 15% to 30%. The improvement of root activity can enhance the stress resistance of seedlings, including drought resistance and rapid recovery from trauma.




