Iot sensors network for monitoring plant-environment interactions
Advanced IoT sensor network for real-time monitoring of plant physiological responses through environmental microclimate changes, enhancing growth predictions and optimizing agricultural productivity.
Overview
The IoT sensors network developed by The Hebrew University of Jerusalem offers a cutting-edge solution for monitoring spatial-temporal interactions between plants and their environment. This technology provides real-time insights into plant physiological responses by measuring microclimate changes within the canopy. By detecting temperature, relative humidity, and radiation deltas between the canopy and its surrounding environment, the system accurately estimates plant activity and development status. This enables agricultural professionals to optimize growth conditions and improve crop yield.
Technical specifications
Key features:
- Utilizes IoT Wireless Sensor Networks (WSNs) for continuous environmental monitoring within plant canopies
- Measures deltas in temperature, relative humidity, and radiation to assess plant physiological responses
- Integrates with PlantArray for comprehensive data collection on transpiration rates, biomass gain, and canopy conductance
- Capable of operating under various soil and atmospheric conditions
- Supports machine learning models for enhanced predictive accuracy
Technology readiness level
This technology has achieved a Technology Readiness Level of 6, indicating successful validation in relevant environments such as lab settings and growth chambers. Future plans include demonstrations in commercial greenhouses to further establish its effectiveness in real-world agricultural applications.
About Hebrew University of Jerusalem
The Hebrew University of Jerusalem is a comprehensive public research university with multiple campuses in Jerusalem and an agricultural campus in Rehovot. Its integration with Hadassah’s university hospitals enables clinical studies, access to varied patient populations, and co‑located research that accelerates translation. Industry engagement runs through Yissum, the university’s tech‑transfer company, managing IP, licensing, startup creation, and sponsored research agreements. Research is supported by competitive national funding and international programs, including European Union frameworks.
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