The experiment was conducted to study the impact of indole-3-butyric acid (synthetic auxin) and 6-benzyloaminopuryn (synthetic cytokinin), and the mixture of these compounds on fresh and dry matter production and the number of leaves, stems, and inflorescences Medicago x varia T. Martyn and Trifolium pratense L. For the plants to be thoroughly covered, 0.2 dm³ of spraying liquid was used per one cylinder with growth regulator concentration of 30 mg dm⁻³. Synthetic auxin in the form of IBA, cytokinin in the form of BAP, and their mixture significantly affected biometric parameters of hybrid alfalfa and red clover. However, auxin was more effective than cytokinin. Plants treated with it had more leaves, stems, and inflorescences, which caused an increase in fresh and dry matter weight. Hybrid alfalfa produced more fresh and dry matter than red clover. Plants of the first harvest had the highest values of most biometric features.

进行该实验以研究吲哚-3-丁酸（合成生长素）和6-苄基氨基嘌呤（合成细胞分裂素）的影响，以及这些化合物的混合物对新鲜和干物质生产以及叶，茎和花序数量的影响。Medicago x varia T. Martyn和Trifolium pratense L.为彻底覆盖植物，每缸使用0.2 dm ³喷雾液，生长调节剂浓度为30 mg dm ^-3。IBA形式的合成生长素，BAP形式的细胞分裂素及其混合物显着影响杂交苜蓿和红三叶草的生物特征参数。然而，生长素比细胞分裂素更有效。用它处理过的植物的叶子，茎和花序更多，这导致鲜重和干物质重量增加。杂种苜蓿比红三叶草产生更多的新鲜和干物质。首次收获的植物具有大多数生物特征的最高价值。