The present and future of the precision agriculture

Natural resources, biotic variables, agro-inputs, and management all impact agricultural production. Uncontrolled use of resources and inputs frequently occurs by farmers, which results in environmental pollution, degradation of land, and financial loss to farmers. The term "precision farming" describes the integration of GIS and GPS tools to provide extensive detailed information on crop growth, crop health, crop yield, water absorption, nutrient levels, topography, and soil variability [1]. Precision agriculture makes use of technology such as sensors, GPS, GIS, Internet of Things, drones, etc., among other things, to optimize the use of natural resources and farm inputs for a given crop production and quality. Agriculture could become more productive and consistent due to digital agriculture and more effective use of resources and time. This article presents the gist of Precision Agriculture along with its components and future implications.

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“…The more significant challenge of the P.A. is handling, storing and processing the data and connecting the different devices [19].…”

Section: Future Scope Of Precision Agriculturementioning

confidence: 99%

Precision Agriculture and Its Future

Sharma

Srushtideep²

2022

IJPSS

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“…The priority order of the evaluation indices was determined according to the importance of these four evaluation indices in the comprehensive evaluation, and the normalized eigenvector (11) showed their priority weights, namely, the importance order of the four evaluation indices were automatic controllability, range of discharge rate, swath width and uniformity of the distribution. Automatic controllability was the most important index among them due to the necessity of remote control of UAV-based GFSs.…”

Section: ) Compution Of the Priority Weightsmentioning

confidence: 99%

“…Additionally, the performance improvements of agricultural UAVs especial in payload and flying capacity have recently increased rapidly, expanding its application in granule spreading [8,9]. Furthermore, the development of precision technologies promotes the field application of agricultural UAVs with good distribution performance [10,11].…”

Section: Introductionmentioning

confidence: 99%

Test and Comprehensive Evaluation for the Performance of UAV-Based Fertilizer Spreaders

et al. 2020

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“…perspectives. Since quality control influences the viability of products, agricultural commodity producing countries are investing significant research efforts in automated quality monitoring and control [1].…”

Section: Introductionmentioning

confidence: 99%