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ETL extract Metos to Sensorhub
JavaScript functions to extract soil and weather sensor data from the Pessl Instruments Metos software into the SensorHub platform (via Node-Red) -
Experimental design Ochsenwassen - 2025 fertilization trial
Experimental design Ochsenwassen - 2025 fertilization trial -
Experimental field - Ochsenwassen
Experimental field - Ochsenwassen -
Pessl soil probe 01209415
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209415 -
Pessl soil probe 012098CB
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 012098CB -
Pessl soil probe 0390B5B0
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5B0 -
Pessl soil probe 0120941B
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120941B -
Pessl soil probe 01209417
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209417 -
Pessl soil probe 012098C4
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 012098C4 -
Pessl soil probe 0120941D
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120941D -
Pessl soil probe 01209411
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209411 -
Pessl soil probe 0390B5AB
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5AB -
Pessl soil probe 0390B5AD
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0390B5AD -
Pessl soil probe 0120940D
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 0120940D -
Pessl soil probe 01209413
Pessl soil probe; deployed in the Weidenbach wheat fertilization trial, 2024 S/N: 01209413 -
Weidenbach fertilization trial
Wheat fertilization trial carried out by the HSWT in Weidenbach, Bayern -
Metos FieldClimate
Metos is Pessl Instruments' proprietary software to acquire data from Pessl Instruments IoT probes. -
Agricultural Model Intercomparison and Improvement Project
Sustaining and improving the performance of agricultural systems is essential to support a growing global population in the face of a changing and variable climate. Data,... -
ECHORD++ Agricultural and Food Robotics
The EU-funded ECHORD++ project is pioneering demand-driven technological innovation by encouraging novel robotic solutions to pressing social and environmental issues. This is... -
Agricultural robotics - CROPS
Many site-specific agricultural and forestry tasks, such as cultivating, transplanting, spraying, trimming, selective harvesting, and transportation, could be performed more...
