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Sensor based Monitoring for Improving Agricultural Productivity and Sustainability-A Review

机译:基于传感器的监测提高农业生产力和可持续性研究进展

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© 2022, Indian journals. All rights reserved.Soil proximal sensing technologies provide an excellent opportunity for rationalizing input use. This paper critically reviews the current technologies available for soil and crop sensors and suggests effective, economically attractive alternatives for conventional methodologies. It also sheds light on the different types of sensors, including hand-held sensors and soil spectroscopy for precision agriculture. Additionally, this article explores options for drought monitoring and crop yield modelling through remote sensing. An overview of the Decision Support System (DSS), including ICAR Geoportal, is also presented to provide the real-time solution.
机译:© 2022 年,印度期刊。保留所有权利。土壤近端传感技术为合理利用投入物提供了绝佳的机会。本文批判性地回顾了当前可用于土壤和作物传感器的技术,并提出了有效且具有经济吸引力的传统方法替代方案。它还阐明了不同类型的传感器,包括手持式传感器和用于精准农业的土壤光谱。此外,本文还探讨了通过遥感进行干旱监测和作物产量建模的选项。还概述了决策支持系统(DSS),包括ICAR Geoportal,以提供实时解决方案。

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