Controlled environment crop response trial

Moscow, Russia

Climate lab analytics that anticipate crop stress

Crop Urbanis quantified how humidity, airflow, light spectra and CO₂ shifts influence plant physiology, translating findings into deployable climate recipes for controlled-environment operators.

Documented outcomes shared with stakeholders

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Services used

Crops

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Project overview

A Moscow-based research greenhouse invested in an artificial climate laboratory to test crop responses before rolling updates to commercial sites. Crop Urbanis was asked to design experiments, capture data and translate results into practical recipes that operators could trust.

Challenges & approach

Experiments needed tight control over humidity, airflow and spectra without disrupting simultaneous trials.
Data logging infrastructure lacked calibration, risking noisy signals and unreliable comparisons.
Researchers required clear playbooks to apply findings to production greenhouses.

Our contribution

Designed factorial trials covering humidity, temperature, airflow and CO₂ envelopes across three leafy cultivars.
Installed calibrated sensors with automated QA alerts, harmonising data capture across chambers.
Authored bilingual application guides linking lab findings to day-to-day set-points for commercial teams.

Outcomes & proof

Metric	Result	Context
Protocol	Delivered	Factor design and controls
Sensor schema	Delivered	Data logging plan
Results brief	Compiled	Summary with figures

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