In an era of lidar, microwave sensors, and AI forecasting, a plastic device costing less than a hundred dollars still performs the most fundamental rainfall measurement at 90% of the world’s weather stations—where does its enduring vitality come from?
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In modern facility agriculture and the seedling industry, the early development quality of seedlings directly determines their potential for subsequent growth and the final yield. Traditional seedling management relies on manual experience observation and lacks quantitative control over the ̶...
No boats, no wading, no complex setups—just raise, aim, pull the trigger, and the pulse of rivers appears digitally on screen.
When flash floods roar down, when irrigation canal levels fluctuate abnormally, when environmental agencies need to quickly trace pollution—traditional flow measurement ...
In the realm of golf, the speed of the green, the elasticity of the fairways, and the overall health of the course are not only determined by the grass leaves but also deeply rooted in the soil. Traditional surface observation and empirical judgment are no longer able to meet the ultimate pursuit...
Colorless, odorless, yet capable of suffocating an entire fish tank in hours; quietly present, yet threatening drinking water safety. Today, a real-time monitoring technology is making this invisible threat impossible to hide.
Before a fish gasps for air at the surface, before lab test results a...
Today, as the digital wave sweeps across global agriculture, the real-time nature, accuracy and reliability of data have become the core of modern farm management. Traditional agricultural environment monitoring is often limited by bottlenecks such as communication distance, complex wiring and da...
Ok, let’s take a detailed look at the features of capacitive rain and snow sensors.
This sensor is mainly used to detect whether precipitation occurs and distinguish the types of precipitation (rain, snow, mixed). Its core principle is to use an exposed capacitor to measure the change in di...
In an era of intensified climate change, traditional water level gauges only measure “height” like measuring a person’s stature, while Doppler hydrological radar listens to water’s “heartbeat”—providing unprecedented three-dimensional insights for flood control...
While traditional rain gauges physically capture rainwater, next-generation monitoring technology has entered the “non-contact era”—a single infrared beam can reveal the unique “fingerprint” of every raindrop.
You may never have imagined that rainfall measurement is under...