Abstract
Crop booster (CB) is a technological alternative applied to agriculture that has been created to improve the efficiency of the plant. Its irrigation system optimizes both quantity and quality, helping plants grow stronger and healthier, as well as improving the availability of nutrients in the soil. Eight treatments were used: C1 (no fertilizers, no pesticides, 50% water reduction (WR)), K1 (only CB, no fertilizers, no pesticides, 50% WR), C2 (conventional practices), K2a (CB + 10% reduction in fertilizers and pesticides, 50% WR), K2b (CB + 25% reduction in fertilizers and pesticides, 50% WR), K2c (CB + 40% reduction in fertilizers and pesticides, 50% WR), and K2d (CB + 55% reduction in fertilizers and pesticides, 50% WR) and K2e (CB + 75% reduction in fertilizers and pesticides, 50% WR). This technology notably increased the number of tillers (+ 34%), and spike length (+ 7.4%) related to C2. The maximum number of filled grains per spike (55.4) and maximum plant height (77.54 cm) were found in C2, which was statically at par with K2a filled grain per spike (52.8) and plant height (74.12 cm), as K2a had 10% reduction of fertilizers with CB. These findings highlight the potential of CB to improve crop yield with fewer dosages of fertilizer, although it is a new technology, and its benefits remain an area of study.
doi: 10.17756/jfcn.2025-s1-007
Citation: Thakur R, Yadava A, Mehta CM. 2025. Effect of Kyminasi Crop Booster Device on Growth and Yield of Wheat Crop. J Food Chem Nanotechnol 11(S1): S43-S47.
Downloads