We have recently conducted a study on the outcome of\u00a0SPECIAL ROOTING AGENT<\/strong><\/a>\u00a0at the beginning of pumpkin cultivation to visualize and quantify its impact on the formation of secondary roots and absorbent hairs.<\/p>\n To do this, we germinated some pumpkin seeds in conditions similar to those of a seedbed.<\/p>\n In total, 12 pots were arranged with one plant in each pot, which were divided into two groups (with and without product application) and were subjected to treatment in two specific phenological stages: unfolding of the second cotyledon and formation of the first two true leaves.<\/p>\n For the application of the treatments, the same conditions that the farmer faces in the field were reproduced, a similar humidity was maintained in all the plots, whether they were treated with product or not, and the irrigation volumes were adapted.<\/p>\n The results of this study conclude that\u00a0SPECIAL ROOTING AGENT<\/strong><\/a>\u00a010L\/HA<\/strong>\u00a0It generates a significant increase in root development in pumpkin plants in their early stages, which can be seen in the following images.<\/p>\n As we can see in this graph, the root mass area is almost double in the plants treated with\u00a0SPECIAL ROOTING AGENT<\/strong><\/a>\u00a0in front of an untreated witness.<\/p>\n Therefore, this solution is emerging as an optimal tool to achieve perfect rooting in climatic conditions with low temperatures and days with few hours of solar radiation.<\/p>\n<\/div>\n<\/div>\n<\/div>\n\n ![\"\"](\"https:\/\/edyprobiotec.com\/wp-content\/uploads\/2021\/02\/Comparativa-1-es-1024x606.jpg\")
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