Sensing and Decision Support for Enhanced Productivity and Sustainability in Precision Agriculture

Project Overview: At the forefront of agricultural technology, our project is dedicated to harnessing the power of sensor-based decision support systems. This innovative approach aims to significantly enhance both productivity and sustainability in farming practices.

Core Features:

1. Sensor Fusion for Soil Water Dynamics: We implement cutting-edge sensor fusion techniques to meticulously track spatial soil water dynamics. This integration of diverse sensor data provides a comprehensive understanding of soil moisture levels, which is crucial for effective water management and crop health.
2. Mobile Soil Electrical Conductivity (EC) Data Integration: Our system utilizes mobile sensors to gather soil electrical conductivity data. This information is crucial for understanding soil properties, which directly influence crop growth and yield.
3. Point Soil Water Sensor Data: Alongside EC data, we employ point soil water sensors. These sensors offer precise and localized moisture measurements, enabling tailored irrigation strategies that reduce water usage while maximizing crop productivity.

Impact:

Our approach not only enhances farm productivity but also advocates for environmental sustainability. By optimizing resource usage and adapting to the precise needs of crops, we pave the way for a more efficient and responsible agricultural future