Finding the Relationship between Independent variables and Annual Income Changes and the Overall Impact on Agricultural Ponds in Jaipur District of Rajasthan

Author: Meenakshi Jakhar, R.N. Sharma, B.S. Badhala, Rituraj Sheshma and Jitendra Kuri

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Abstract

India has a long history in tank technology. There are reservoirs to collect water in all parts of Rajasthan. In order to collect excess rainfall from agricultural areas, some dams must be built against weather conditions. The machine has the ability to increase the amount of water, increase efficiency and productivity, thereby increasing the yield from the crop. Agricultural ponds, if built in large numbers, also play an important role in flood control and welfare. They also play an important role in rain-fed agriculture. From an economic perspective, reservoirs should be created to provide the maximum amount of water. This usually occurs in places where there are narrow and steep places. Agricultural ponds help coordinate planning for better land and water use; Consider groundwater and water resources to develop or identify new ways to interact with water, plants, animals, and human land use in the reservoir farm area.

Keywords

Farm pond, Utilization, Technology, Supplemental, Mechanism

Conclusion

India has a long history in tank technology. There are reservoirs to collect water in all parts of Rajasthan. A number of shelter type ponds are required to collect excess rainfall from the land. Economic change is measured as job creation and changes in annual personal income; beneficiaries, farm pool creates average job after opening the field. The study shows that the average crop yield between Kharif and Rabi has generally increased. While the average productivity of kharif plants increased by 16.20 percent, 7.17 percent, 16.64 percent and 17.52 percent, respectively, compared to the previous year, the average productivity of Bajra, lima gram, peanut and bush increased, while the time average productivity of kharif plants did not change. Seen: Wheat. The percentage change in barley, mustard, mung beans and peas was 13.56%, 7.54%, 24.36%, 16.71% and 13.68%, respectively. As for vegetables, the averages of pepper, eggplant, okra and tomato changed with percentage changes of 8.25%, 11.39%, 17.23% and 14.98%, respectively. After construction of farm dams, most of the beneficiaries (42.50% of the respondents) earn annual income in the range of Rs. 400,000 to Rs. 600,000, indicating that 31.66% of the beneficiaries earn in the range of Rs. 200,000 to Rs. 14.17% of the respondents have an annual income of over 600,000 rupees and only 11.67% of the respondents have an annual income of over 600,000 rupees. Up to 200,000 rupees of farmers' annual income was benefited. The annual income change after the construction of farm ponds is 24.84%.

References

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How to cite this article

Meenakshi Jakhar, R.N. Sharma, B.S. Badhala, Rituraj Sheshma and Jitendra Kuri (2024). Finding the Relationship Between Independent variables and Annual Income Changes and the Overall Impact on Agricultural Ponds in Jaipur District of Rajasthan. Biological Forum – An International Journal, 16(2): 71-75.