Gaziantep Automatic Irrigation and Smart Irrigation Guide: Productivity in Agriculture with Esular
Discover smart irrigation technologies, automatic irrigation systems, and Esular's digital agriculture solutions that will increase yield in Gaziantep's pistachio and olive orchards.
Adana Automatic Irrigation and Smart Irrigation Guide: Efficiency in Agriculture with Esular
The key to increasing efficiency in the fertile lands of Adana lies in smart irrigation technologies. Discover the digital transformation in Çukurova agriculture with Esular soil moisture sensors and automatic irrigation solutions.
Soil Moisture, Water Movement and Measurement Methods
Soil Moisture, Water Movement and Measurement Methods Water is the most critical component of agricultural production. The plant takes water from the soil; carries it within its body, transforms it and sustains its life cycle. However, the plant needs not just water, but the right amount of water. Excess...
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...
Are You Still Irrigating in the Old-Fashioned Way? Smart Irrigation Guide with Soil Moisture Sensor
Are You Still Irrigating in the Old-Fashioned Way? Time for Efficient Irrigation with Soil Moisture Sensor! One of the most critical decisions in agriculture is determining when and how much to irrigate. If you are still irrigating by “eye estimation” or by “checking the soil by hand”...
Agricultural IoT Sensors Turkey 2025 | Soil Moisture, Temperature, Weather Sensors
Agricultural IoT Sensors Turkey 2025: Comprehensive Guide and Comparison. Digitalization in agriculture is no longer a luxury, but a necessity. IoT sensors, the heart of precision farming applications, monitor every parameter from soil to air, water to plants...
Esular Digital Agricultural Solutions: Smart Irrigation and Automation Systems
In modern agriculture, the efficient use of water resources and the reduction of production costs are becoming more critical every day. Water waste, energy costs, and labor losses experienced with traditional irrigation methods are among the biggest...
Center Pivot Digitization: 40% Water Saving
Digitize Your Center Pivot Systems: Increase Productivity with 40% Water Saving. Efficient use of water resources in modern agriculture is becoming more critical every day. Especially center pivot irrigation systems used in large fields...
How to Increase Yield in Viticulture? Smart Irrigation with Soil Moisture Sensor
How to Increase Yield in Viticulture? Viticulture is a long-term branch of agriculture that requires correct knowledge, experience, and precision. Irrigation is one of the most critical factors directly affecting grape quality and yield. With traditional methods...
Smart Irrigation in Pistachios: Productivity Increase with Sensor-Aided Digital Solutions
Smart Irrigation in Pistachios Smart irrigation in pistachios is becoming more critical every day with the depletion of water resources and the effects of climate change. Traditional methods are no longer sufficient for high yield and quality products...
Up to 50% Water Savings with Smart Irrigation Systems | Esular Experiences
Water Saving in Agriculture with Smart Irrigation Systems: Real Experiences and Solutions Water use in agriculture is one of Turkey’s biggest problems. More than half of the 45 billion cubic meters of water spent on agricultural irrigation every year, i.e., approximately 25 billion...
Automatic Irrigation with Soil Moisture Sensor: How Does Precision Irrigation Work?
Automatic Irrigation with Soil Moisture Sensor: How Does Precision Irrigation Work? In modern agriculture, the keywords for efficiency are "data" and "automation." Traditional irrigation methods usually leave "when" and "how much" to irrigate to the farmer's experience...