Sensor Technologies
Toprak nem sensörleri ve iklim istasyonları ile tarlanızdan anlık veri alarak tarımsal kararlarınızı bilimsel temellere oturtun.
Esular Carbon Dioxide Sensor and Greenhouse CO2 Control Systems: Efficiency and Ventilation Guide
Increase plant yield and optimize air quality with the Esular-supported carbon dioxide sensor that precisely measures carbon dioxide (CO2) levels in greenhouses and indoor areas.
Level Tracking in Silos
Level Tracking in Silos Silos are high-capacity storage structures that ensure the long-term safe storage of bulk products, especially in the agricultural and industrial sectors. From agricultural products such as corn, wheat, barley, and feed to construction materials such as cement and sand...
Soil Water Holding Capacity Guide: Field Capacity and Wilting Point Values
Soil Water Holding Capacity Guide: Field Capacity and Wilting Point Values Efficient irrigation management starts with recognizing the physical properties of the soil. Every soil type has different water holding capacity, storage, and plant delivery capabilities....
How is Soil Moisture Measured? Dielectric Constant, Water and TDR Technology
Measuring Water in the Soil with Electricity: Dielectric Constant, Water and TDR Technology Knowing how much water is in the soil lies at the heart of making correct irrigation decisions in agriculture. However, it is not possible to see the water in the soil directly. In contrast, water's...
Agriculture and Technology Revolution in the Field: Smart Future with Esular
“Combine agriculture and technology in your field! Increase efficiency, protect resources, and reduce your workload with Esular smart irrigation, fertilization, and sensor solutions. Discover the agriculture of the future!” Agriculture and Technology Revolution in the Field: Smart...
Agricultural Meteorology Station
Agricultural Meteorology Station Agricultural climate stations are advanced technology systems at the center of today's smart farming approach, offering farmers data-based decision-making power. These stations continuously monitor the micro-climate conditions of agricultural lands...
What is a Net Radiometer? The Basis of Energy Balance and Irrigation Decisions in Agriculture
What is a Net Radiometer? The Basis of Energy Balance and Irrigation Decisions in Agriculture. A net radiometer is a measurement sensor that directly answers the question, “How much of the energy from the sun actually heats and evaporates the plant and soil?” A surface's...
What is the Monitoring-PAM Sensor? Looking at Photosynthesis Itself
What is the Monitoring-PAM Sensor? Looking at Photosynthesis Itself. The PAM (Pulse Amplitude Modulation) chlorophyll fluorescence sensor is an advanced plant physiology sensor that directly measures how efficiently photosynthesis works in the plant. Unlike indirect methods like NDVI...
How to Ensure Fair Water Distribution in Cooperatives? Smart Well Automation Guide
How to Ensure Fair Water Distribution in Cooperatives? Smart Well Automation Guide. There are approximately 2500 irrigation cooperatives and 1.8 million farmers affiliated with them in Turkey. The most fundamental duty of these cooperatives is to ensure the fair distribution of water and smart...
What is an Infrared Radiometer?
What is an Infrared Radiometer? An infrared radiometer (IR radiometer) is a sensor that obtains non-contact temperature information by measuring the infrared (thermal) radiation emitted by a surface or object. The measurement is based on the heat energy naturally emitted by the object....
EC Sensor
EC Sensor One of the most effective ways to increase productivity and quality in agriculture is the correct management of the nutrients and water that plants need. At this point, EC sensors offer great advantages to producers in both soil-based and soilless agricultural applications,...
Precision Fertilization: Plant Nutrient Solution Dosing Techniques According to EC Value
In modern agriculture, "with what" irrigation is done is as critically important as "how much" irrigation is done. Fertigation (fertilization with irrigation), which is the cornerstone of plant nutrition, can lead to resource waste, plant stress, and soil...