Client: Large agricultural producer of essential oil crops
Project: Weather monitoring across 800 hectares of agricultural land
Location: East Africa
Overview
The cultivation of essential oil crops such as lavender, roses, and sage requires precise control of environmental conditions. Temperature, humidity, solar radiation, and precipitation directly influence plant development, flowering phases, and the concentration of aromatic compounds in essential oils.
A large agricultural enterprise specializing in essential oil crop production required reliable meteorological monitoring across mountainous and hard-to-access farmland. By deploying Sokol Meteo weather stations, the company established continuous climate monitoring and improved the efficiency of agricultural planning and harvesting operations.
Challenge
The enterprise cultivates essential oil crops across approximately 800 hectares of mountainous and foothill terrain. These landscapes create unique microclimates that can significantly affect crop development and essential oil quality.
However, monitoring weather conditions across remote agricultural areas presented several challenges.
Limited access to real-time weather data
Agricultural fields were located in remote areas where frequent on-site measurements were impractical.
Sensitivity of essential oil crops to weather conditions
Environmental parameters such as temperature, humidity, and precipitation directly influence oil yield and quality. Incorrect timing of harvesting can reduce the concentration of aromatic compounds and increase processing losses.
Need for precise operational planning
Agricultural activities—including irrigation, fertilization, crop protection, and harvesting—require accurate weather forecasts and historical climate data.
For example:
- Lavender thrives in warm, dry conditions, while excess moisture may lead to root diseases and reduced oil concentration.
- Rose flowers, used for essential oil extraction, contain the highest concentration of aromatic compounds in the early morning after cool nights. High temperatures or excessive humidity can significantly affect oil quality.
Without continuous weather monitoring, determining optimal harvest windows and planning field operations becomes significantly more difficult.
Solution
To address these challenges, Sokol Meteo deployed a network of Sokol-M1 automated weather stations across the agricultural fields.
The stations were installed at locations selected according to terrain characteristics and crop production requirements.
The monitoring system provides continuous measurement of key environmental parameters including:
- air temperature
- humidity
- precipitation
- solar radiation
- wind speed and direction
All data is transmitted in real time, enabling agricultural specialists to remotely monitor climatic conditions throughout the entire growing season.
In addition to initial deployment, Sokol Meteo carried out a comprehensive modernization of the weather stations several years after installation as part of scheduled technical maintenance.
The modernization included:
- replacement of temperature, humidity, and atmospheric pressure sensor modules
- upgrade of the main control electronics
- improvements to wind monitoring components
- connector sealing and structural improvements
- battery system enhancement
- software updates
These upgrades ensured the stations continue to operate reliably in remote mountainous conditions and maintain high measurement accuracy.
Implementation
The weather stations were deployed across the enterprise’s farmland to capture localized weather conditions and provide accurate data for agricultural decision-making.
The system operates autonomously and transmits measurement data remotely, eliminating the need for permanent personnel presence at monitoring sites.
Through the monitoring platform, agronomists and operational teams can access real-time meteorological information from desktop systems or mobile devices, enabling faster and more informed decision-making.
Results
The deployment of Sokol Meteo weather stations enabled the enterprise to establish a data-driven approach to agricultural management.
Key outcomes include:
- Optimized harvest timing
Continuous monitoring helps determine the optimal harvesting window when the concentration of essential oils in plants reaches its peak.
- Improved agricultural planning
Weather data is used to schedule irrigation, fertilization, crop protection, and machinery operations more efficiently.
- Higher crop quality and yield stability
Accurate environmental monitoring supports better management of crops that are highly sensitive to weather conditions.
- Reliable operation in remote areas
The autonomous monitoring system ensures continuous data collection even in hard-to-access mountainous locations.
- Long-term system reliability
The modernization program improved equipment durability and ensured uninterrupted operation across agricultural seasons.
Equipment Used
Sokol-M1 Weather station
