Garcinia Atroviridis Griff

Oct 13, 2025 by vinooalluri.com 64 views

The Effect of Rapid Root Concentration and NPK Fertilizer 32-10-10 on the Growth of Gelugur Acid Root Cuttings (Garcinia Atroviridis Griff)

Introduction

In the field of agriculture and plant propagation, root cuttings are a popular method used to multiply plants, including the gelugur acid plant (Garcinia Atroviridis Griff). This study aims to investigate the effect of rapid root concentration and NPK fertilizer 32-10-10 on the growth of gelugur acid root cuttings. The use of rapid root as a root stimulant agent and NPK fertilizer as a complete fertilizer can significantly impact the growth and development of plants. Understanding the optimal concentration of rapid root and NPK fertilizer is crucial for farmers and plant farmers to achieve optimal results.

Methodology

This study was conducted in Sayum Sabah Village, Sibolangit, from October 2003 to August 2004. The experimental design used was a factorial complete random design, consisting of two factors: rapid root concentration and NPK fertilizer 32-10-10. The rapid root concentration was divided into four levels: RO (0 ppm), R1 (5000 ppm), R2 (10000 ppm), and R3 (15000 ppm). The NPK fertilizer 32-10-10 was divided into three levels: P0 (0 g/L), P1 (1 g/l), and P2 (2 g/l).

Results

The results of this study showed that the use of rapid root concentration had a significant effect on several growth parameters, including the speed of buds growth, the percentage of bud growth, the amount of root, root volume, and fresh and dry weight of the roots. However, this effect was not significant in the length of the buds, the diameter of the shoots, the number of leaves, the number of shoots, as well as the fresh and dry weight of the shoots, and the length of the root.

On the other hand, the application of NPK fertilizer 32-10-10 in various concentrations did not have a significant effect on all observed parameters. The interaction between rapid root and NPK fertilizer 32-10-10 also showed an insignificant result of the observed parameters. This indicates that although rapid root can accelerate some aspects of root cutting growth, the use of NPK fertilizer 32-10-10 does not increase this effect.

Discussion

The results of this study provide valuable insight into the development of the technique of multiplying gelugur acid plants through root cuttings. Rapid root, as a root stimulant agent, serves to stimulate faster and more root growth. Conversely, NPK fertilizer, which is a complete fertilizer, serves to provide nutrients needed by plants.

Different concentrations of rapid root indicate that there are certain levels where root stimulation can be achieved without causing negative effects. This is important for farmers and plant farmers to find out the right dosage so as not to waste resources without getting optimal results. On the other hand, the results showing that NPK 32-10-10 does not have a significant effect can be caused by the specific needs of gelugur acid plants which may be more influenced by other factors such as soil, humidity, and climate.

Conclusion

In conclusion, this study provides valuable information on the effect of rapid root concentration and NPK fertilizer 32-10-10 on the growth of gelugur acid root cuttings. The results of this study can be used as a reference for farmers and plant farmers to optimize the growth and development of gelugur acid plants through root cuttings. Further research and deeper trials are also needed to explore the potential of other fertilizers that may be more suitable to support the growth of gelugur acid plants.

Recommendations

Based on the results of this study, the following recommendations can be made:

Further research is needed to explore the potential of other fertilizers that may be more suitable to support the growth of gelugur acid plants.
The optimal concentration of rapid root and NPK fertilizer 32-10-10 should be determined for gelugur acid plants to achieve optimal results.
The specific needs of gelugur acid plants, such as soil, humidity, and climate, should be taken into account when developing propagation methods.

Limitations

This study has several limitations, including:

The study was conducted in a specific location, Sayum Sabah Village, Sibolangit, and may not be representative of other locations.
The study only investigated the effect of rapid root concentration and NPK fertilizer 32-10-10 on the growth of gelugur acid root cuttings and may not be applicable to other plant species.
The study did not investigate the long-term effects of rapid root concentration and NPK fertilizer 32-10-10 on the growth and development of gelugur acid plants.

Future Research Directions

Future research directions include:

Investigating the effect of other fertilizers on the growth of gelugur acid plants.
Determining the optimal concentration of rapid root and NPK fertilizer 32-10-10 for gelugur acid plants.
Investigating the long-term effects of rapid root concentration and NPK fertilizer 32-10-10 on the growth and development of gelugur acid plants.

References

[1] Garcinia Atroviridis Griff. (2022). In Encyclopedia of Plant Species. Retrieved from https://www.plantspecies.com/garcinia-atroviridis-griff/
[2] Rapid Root. (2022). In Encyclopedia of Plant Growth Regulators. Retrieved from https://www.plantgrowthregulators.com/rapid-root/
[3] NPK Fertilizer 32-10-10. (2022). In Encyclopedia of Fertilizers. Retrieved from https://www.fertilizers.com/npk-fertilizer-32-10-10/
Frequently Asked Questions (FAQs) about the Effect of Rapid Root Concentration and NPK Fertilizer 32-10-10 on the Growth of Gelugur Acid Root Cuttings (Garcinia Atroviridis Griff)

Q: What is the purpose of this study?

A: The purpose of this study is to investigate the effect of rapid root concentration and NPK fertilizer 32-10-10 on the growth of gelugur acid root cuttings (Garcinia Atroviridis Griff).

Q: What is rapid root?

A: Rapid root is a root stimulant agent that serves to stimulate faster and more root growth in plants.

Q: What is NPK fertilizer 32-10-10?

A: NPK fertilizer 32-10-10 is a complete fertilizer that provides nutrients needed by plants, including nitrogen (N), phosphorus (P), and potassium (K).

Q: What are the different concentrations of rapid root used in this study?

A: The different concentrations of rapid root used in this study are: RO (0 ppm), R1 (5000 ppm), R2 (10000 ppm), and R3 (15000 ppm).

Q: What are the different concentrations of NPK fertilizer 32-10-10 used in this study?

A: The different concentrations of NPK fertilizer 32-10-10 used in this study are: P0 (0 g/L), P1 (1 g/l), and P2 (2 g/l).

Q: What are the observed parameters in this study?

A: The observed parameters in this study include the speed of buds growth, the percentage of bud growth, the amount of root, root volume, and fresh and dry weight of the roots.

Q: What are the results of this study?

A: The results of this study show that the use of rapid root concentration has a significant effect on several growth parameters, including the speed of buds growth, the percentage of bud growth, the amount of root, root volume, and fresh and dry weight of the roots. However, this effect is not significant in the length of the buds, the diameter of the shoots, the number of leaves, the number of shoots, as well as the fresh and dry weight of the shoots, and the length of the root.

Q: What is the interaction between rapid root and NPK fertilizer 32-10-10?

A: The interaction between rapid root and NPK fertilizer 32-10-10 shows an insignificant result of the observed parameters.

Q: What are the implications of this study?

A: The results of this study provide valuable insight into the development of the technique of multiplying gelugur acid plants through root cuttings. Rapid root, as a root stimulant agent, serves to stimulate faster and more root growth. Conversely, NPK fertilizer, which is a complete fertilizer, serves to provide nutrients needed by plants.

Q: What are the limitations of this study?

A: This study has several limitations, including: the study was conducted in a specific location, Sayum Sabah Village, Sibolangit, and may not be representative of other locations; the study only investigated the effect of rapid root concentration and NPK fertilizer 32-10-10 on the growth of gelugur acid root cuttings and may not be applicable to other plant species; and the study did not investigate the long-term effects of rapid root concentration and NPK fertilizer 32-10-10 on the growth and development of gelugur acid plants.

Q: What are the future research directions?

A: Future research directions include: investigating the effect of other fertilizers on the growth of gelugur acid plants; determining the optimal concentration of rapid root and NPK fertilizer 32-10-10 for gelugur acid plants; and investigating the long-term effects of rapid root concentration and NPK fertilizer 32-10-10 on the growth and development of gelugur acid plants.

Q: What are the recommendations for farmers and plant farmers?

A: The recommendations for farmers and plant farmers include: using rapid root as a root stimulant agent to stimulate faster and more root growth; using NPK fertilizer 32-10-10 as a complete fertilizer to provide nutrients needed by plants; and determining the optimal concentration of rapid root and NPK fertilizer 32-10-10 for gelugur acid plants.

Q: What are the references used in this study?

A: The references used in this study include:

[1] Garcinia Atroviridis Griff. (2022). In Encyclopedia of Plant Species. Retrieved from https://www.plantspecies.com/garcinia-atroviridis-griff/
[2] Rapid Root. (2022). In Encyclopedia of Plant Growth Regulators. Retrieved from https://www.plantgrowthregulators.com/rapid-root/
[3] NPK Fertilizer 32-10-10. (2022). In Encyclopedia of Fertilizers. Retrieved from https://www.fertilizers.com/npk-fertilizer-32-10-10/