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试验结果表明,对GT1无性系割面涂施液体微肥与植物生长调节剂,干胶产量极显著地高于单施蒸馏水的对照区。施用华南热作研究院橡胶所研制的多元微肥,净增产干胶19.22％;施用辽宁农科院研制的植物生长调节剂和河南化工所与华南热带作物研究院合作研制的螯合稀土钼,各增产6.3％和5.62％;CRM代号A具有能提高干胶含量和使干含变化平稳等优点;田间观察还表明,无论施用哪一种剂型,对死皮病都有极明显的控制作用。
The results showed that the yield of dry glue was significantly higher than that of single distilled water when the liquid fertilizers and plant growth regulators were applied to the GT1 clones. Application of South China Institute of hot rubber developed by the multi-element fertilizer, a net increase of 19.22% dry glue; application of Liaoning Academy of Agricultural Sciences developed plant growth regulators and Henan Institute of Chemical Industry and the South China Institute of Tropical Crops co-developed rare earth molybdenum chelate, Each increase 6.3% and 5.62%; CRM code A has the advantages of improving the dry content of the adhesive and the stability of the dry containing changes; field observations also show that, regardless of which dosage form is administered, have a very significant control of dead skin disease.