Many people ask “what is the purpose of a rain gauge?” In simple terms, it’s an instrument that measures rainfall – the actual depth or volume of water that falls in one spot.(en.wikipedia.org )Think of it as a funnel and container on a post: rain pours in and the gauge tells us how much arrived. […]
Rain Gauge Uses: Why We Measure the Rain Read More »
Introduction Weather instruments are the tools we use to understand the atmosphere around us. They measure temperature, wind, humidity, pressure, and many other factors that influence weather patterns. These instruments form the foundation of everything from local forecasts to global climate research. Whether used individually or combined into a full weather station, they play a
What Are The 14 Weather Instruments: Types, Uses, and Importance Read More »
Soil testing is essential for agriculture, horticulture, and environmental monitoring, as it provides valuable insights into the health of the soil and the plants it supports. The ES-S225 series soil sensor is a high-precision, sensitive tool designed to measure various soil parameters such as moisture, temperature, electrical conductivity (EC), pH, and NPK (Nitrogen, Phosphorus, Potassium).
How to Test Soil Moisture, Temperature, EC, pH, and NPK Read More »
In modern agriculture, it’s no longer enough to rely on guesswork or past experience. With unpredictable weather patterns and increasing demands for higher yields and sustainable practices, smart sensors have become essential tools for today’s farmers. From underground soil to canopy-level leaves, and even the surrounding air, sensors now monitor every critical variable affecting crop
Agricultural Sensors: 9 types of Smart Sensors in Modern Farming Read More »
Abstract Soil moisture, temperature, and conductivity are critical parameters in precision agriculture, environmental research, and land resource management. Accurate, real-time monitoring across multiple soil layers enhances crop productivity, irrigation efficiency, and soil health assessment. This paper introduces and compares two advanced multilayer soil Moisture sensors developed by EcoSentec: the ES-S2255 and the ES-S2254 . Each
Comparative Overview of Two Multilayer Soil Moisture Sensors: ES-S2255 and ES-S2254 Read More »
Whether you’re building an environmental monitoring system, optimizing indoor climate control, or developing a smart farming solution, temperature and humidity sensors play a vital role in tracking atmospheric conditions. But how exactly do these sensors work? Where should you install them? And how do you choose the right one for your project? Let’s break it
A Practical Look at Total Volatile Organic Compounds and EcoSentec’s Monitoring Solutions In recent years, attention to air quality has increased across homes, workplaces, and public spaces. One of the more important — but often overlooked — indicators of air pollution is TVOC, or Total Volatile Organic Compounds. Understanding what TVOC means and how it
What is TVOC in Air Quality? Read More »
Introduction Air quality sensors play a critical role in industrial environments where pollutants, hazardous gases, and particulate matter can pose serious risks to health, safety, and regulatory compliance. These sensors monitor and analyze air pollutants, enabling timely responses that help maintain a safe working environment, optimize production processes, and reduce environmental impact. What Is an
Industrial Applications of Air Quality Sensors and Sensor Types Read More »
Air quality isn’t something we can see, but it’s something we breathe in every moment of every day. Whether you’re at home, in a workspace, or outdoors, the air around you can carry dust, chemicals, and gases that affect your health — sometimes in ways you don’t notice right away. That’s where air quality monitors
Understanding Air Quality Monitors: What They Are and How to Choose Read More »
Noise pollution is now the third-largest source of environmental pollution, following air and water. In daily life, excess noise disrupts sleep, affects concentration, and, at high levels, can even damage hearing. For a healthy environment, sound levels should not exceed 50 decibels during rest and 70 decibels during work. At 80 decibels, discomfort begins. Prolonged
Noise Detectors, Sensors, Meters: How to Measure Noise Read More »
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