Bok Choy: Second Experiment
- Dr. Ankita Garkoti
- Jun 5
- 3 min read
We conducted a second experiment on Bok Choy (Chinese Cabbage) to evaluate the effects of Nurture Growth Biofertilizer on plant growth and to validate our previous findings. As observed in our earlier experiment, the results were consistent, showing that plants treated with biofertilizer exhibited superior growth compared to untreated plants.
Bok Choy plants treated with Nurture Growth Biofertilizer exhibited a greater number of leaves, increased height, and higher overall biomass. These findings strengthen the evidence that Nurture Growth Biofertilizer consistently promotes denser root growth and more robust vegetative growth in comparison to untreated plants.
Material and Method:
To carry out this assessment, Bok Choy seeds were divided into two distinct groups: one group was soaked in water, serving as the control, while the other group was immersed in the Nurture Growth Biofertilizer solution. Each group consisted of four replications, with ten seeds per replication.
In contrast to our first Bok Choy experiment where the seeds were germinated using the paper towel method, these seeds were soaked for four hours, then sowed directly into large pots. All four replications of each group were carefully monitored to assess seed germination and subsequent plant growth in both treated and controlled plants.
Observation & Results:
Seed germination began within four to five days after sowing. On the seventh day, germination rates were recorded, revealing a higher germination percentage in the treated group compared to the controlled group. The control plants exhibited an 85% germination rate, whereas the treated plants achieved a 95% germination rate, resulting in a 10% increase in germination. These results suggest that Nurture Growth Biofertilizer has a positive influence on seed germination, providing an early boost that supports initial plant development and growth.
Throughout the growing period, a weekly foliar spray of 1% Nurture Growth Biofertilizer was applied to the treated plants to assess its effect on growth. Plants were harvested 54 days after sowing, marking the end of the experimental period.
At harvest, key growth parameters, including plant height, leaf number, and plant weight, were recorded for analysis. Observation recorded at the time of harvest indicated that, on average, the treated plants were taller, showing a 4.8% increase in height compared to the control plants. The number of leaves per plant was higher in treated plants in comparison to control plants. The control plants had an average of 9.2 leaves, while treated plants averaged 10.5 leaves, representing a 12.3% increase of leaves per plant. The overall biomass was also greater in the treated replications, with plant weight increasing by 15.6% compared to the control plants.
Additionally, enhanced root growth and noticeably darker soil were observed in the biofertilizer-treated pots, suggesting improved soil structure and microbial activity. These results strongly support the conclusion that Nurture Growth Biofertilizer contributes significantly to both root and shoot development, highlighting its value as an effective input for improving Bok Choy cultivation.
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About the Scientist
Dr. Ankita Garkoti is a Senior Science Officer at Nurture Growth Biofertilizer. She has over 9 years of experience in Agriculture research and extension. Her areas of specialization encompass Plant Pathology, Microbiology, Plant Protection, Organic farming, Biofertilizers, Organic Fertilizers, and Biocontrol agents.
She holds a Ph.D. in Plant Pathology and a master's degree in Botany with a specialization in Plant Pathology. Her doctoral research involved an in-depth study of lentil wilt and its management through various practices. She has extensive experience in organizing training programs on Organic and Natural farming techniques for farmers, agricultural growers, students and other stakeholders.
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