Smart Soil Monitoring System for Smart Agriculture

Smart Soil Monitoring System for Smart Agriculture

Rekha Rani (Delhi Technological University, Delhi, India), Gurjit Kaur (Delhi Technological University, India), and Prabhjot Singh (Salesforce, San Francisco, USA)
DOI: 10.4018/978-1-7998-1722-2.ch013
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Abstract

Accurate and timely information is crucial to optimize resources. Sensors determine clay, organic matter, moisture, and nutrients of soil. Sensors at various locations are connected using different technologies. Its data will be automatically reported to cloud without any internet connection. Sensors broadcast data to local base stations (LBS) at different ranges of distances using WiFi, LPWAN, LoRa, Bluetooth, etc., and then to central base station (CBS), which is far away. Modulation, coding techniques, and line of sight keeps signal intact. Data from CBS goes to cloud for analysis, visualization, and trend analysis. This helps farmers to get frequent and real-time data without actual need of physical presence. It reduces manpower, water usage, and other costs of agriculture and has positive environmental impact. Integration with other data like weather forecasts gives more precise information. Convergence of technologies, sensors, cloud, automation, etc. without human interaction contributes to IoT.
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1. Soil Monitoring And Its Parameters

Food system in large part starts from soil. Taking care of land soil is essential for secured and sustained supply of food. It is often taken for granted and is an important natural resource. Composition and nature of soil varies with change in geographical location and also with climate, animals, and plants feeding on them, the soil’s parent material, and soil’s age. Basic components of soil are Minerals, Water, dead organic matter, air, and living microorganisms.

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