Author(s): PM Khune, PR Kolhe, PA Sayyad, Ganesh S Kahar, AK Mishra and SB Dalvi

Abstract: It is crucial to calculate accurate measurement of agricultural land for proper and efficient land management, decision-making, and resource allocation in the agricultural sector. Traditionally, manual methods have been employed to measure land areas, relying on physical measurements and calculations. However, with the advent of Global Positioning System (GPS) technology, a new approach has been introduced to land measurement, offering the potential for improved accuracy, efficiency, and data integration. However, the advent of Global Positioning System (GPS) technology has introduced a new approach to land measurement, offering the potential for improved accuracy, efficiency, and data integration. This study aims to compare the accuracy, time efficiency, and practicality of using GPS technology versus manual calculations for measuring agricultural land. The research methodology involves the measurement of agricultural land parcels using both GPS devices and manual methods. Through field experiments and data analysis, we investigated the performance of both methods in various agricultural settings. Our findings reveal that manual calculations, despite being time-consuming and labour-intensive, demonstrate higher accuracy compared to GPS measurements. This accuracy stems from the direct involvement of surveyors in the field, enabling a comprehensive understanding of terrain nuances and potential obstacles. However, manual calculations are more suitable for small agricultural plots due to their cost-effectiveness and reliability. Overall, this research provides valuable insights into land measurement practices in agriculture, empowering farmers and landowners to make informed decisions to optimize productivity and resource management.

DOI: 10.33545/27075923.2024.v5.i2a.75

Pages: 20-24 | Views: 216 | Downloads: 69

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