Extreme events that used to occur only at very long intervals (heat waves, extreme droughts, floods and flash-floods) are already more and more frequent, and are becoming the new normal. South-east regions of Romania suffer from droughts that are becoming more frequent and more widespread both in terms of time and spread.

Correct determination of specific agrometeorological parameters (e.g. temperature and volumetric soil water content at various depths, evapotranspiration, amount and intensity of rainfall, plant health) can make the difference between profit and loss.

The systems we offer provide the certainty of accurate measurement of all parameters of interest at minimum long-term costs.

When the quality and health of the crop is at stake, the accuracy and precision of the measured data are essential.

An orchard or vineyard is a long-term investment. Adapting to climate change is essential for planning over a 20-30 year time horizon. The quality of measured meteorological data helps you to accurately determine and take action to prevent dangerous phenomena (frost, heat waves, pest attacks) or to reduce irrigation or phytosanitary treatment costs.

On the other hand, accurate long-term measurements help you understand the specific microclimate of each plantation and allow you to select the most efficient varieties.

Plant growing in greenhouses has evolved from sheet-covered field crops to hydroponic agriculture carried out in fully controlled environments.

The measurement and control of basic parameters – air temperature and humidity, soil volumetric water content, leaf surface temperature – ensure the right conditions for plant growth and disease prevention. In modern greenhouses, “feeding” the plants with carbon dioxide, especially in areas with lower average temperatures, contributes to the proper development of the plant mass.