eGreenhouse

eGreenhouse monitors greenhouse environmental parameters, including temperature, relative humidity, luminosity, and CO2 concentrations, and records spatially and temporally resolved measurements to support agricultural and plant science research.

Key Features:

• Comprehensive Environmental Monitoring: Measures temperature, relative humidity, luminosity, and CO2 concentrations for microclimatic assessment within greenhouses.
• Integration with HyperRail System: Integrates with the OPEnS HyperRail device to enable linear-motion spatial sampling across different greenhouse locations.
• Data Logging with Timestamps and Locations: Logs all measurements with precise timestamps and location information to produce spatially and temporally resolved datasets for longitudinal analysis.

Scientific Applications:

• Crop yield optimization: Provides environmental datasets to evaluate and optimize conditions that influence crop yield in greenhouse experiments.
• Plant stress response studies: Enables analysis of plant responses to microclimatic variations such as humidity, temperature, light, and CO2 fluctuations.
• Resource-use optimization: Supports studies aiming to optimize water and energy use by correlating environmental conditions with plant performance.
• CO2 enrichment and carbon dioxide research: Supplies CO2 concentration measurements for experiments on carbon dioxide enrichment and related climate-change mitigation research.

Methodology:

Sensors are deployed within a greenhouse and integrated with the OPEnS HyperRail for systematic positioning; measurements are captured in real time and automatically logged with location and precise timestamps.