In the process of global agricultural production’s transformation towards digitalization and precision, a comprehensive perception of the crop growth environment has become the core foundation of modern agricultural management. Single meteorological data or surface soil data are difficult t...
Facing the dual challenges of global water shortage and low efficiency in agricultural water use, traditional irrigation models based on experience or fixed sequences are no longer sustainable. The core of precision irrigation lies in “supply on demand”, and the precise perception and...
In Southeast Asia, where climate change intensifies and extreme rainfall becomes frequent, Indonesia is deploying a national-scale digital water infrastructure—a hydrological radar level gauge network covering 21 major river basins. This $230 million project marks Indonesia’s strategic shif...
From lab-grade precision to pocket-sized affordability, connected pH sensors are democratizing water quality monitoring and creating a new wave of environmental awareness.
In an era of increasing water scarcity and pollution concerns, a technological breakthrough is quietly transforming ou...
From May to October each year, Vietnam enters its rainy season from north to south, with rain-induced floods causing over $500 million in annual economic losses. In this battle against nature, a seemingly simple mechanical device—the tipping bucket rain gauge—is undergoing digital transformation ...
As global water scarcity and pollution intensify, three major sectors—agricultural irrigation, industrial wastewater, and municipal water supply—face unprecedented challenges. Yet, innovative technologies are quietly changing the rules of the game. This article reveals three successful case stud...
FDR is the specific implementation method of the most mainstream capacitive soil moisture measurement technology at present. It indirectly and rapidly acquires the volumetric water content of the soil by measuring the dielectric constant (capacitance effect) of the soil. The principle is to emit ...
Facing the core challenges of high deployment costs, short communication distances and high energy consumption in environmental monitoring in agricultural production, the large-scale implementation of smart agriculture urgently needs a reliable, economical and complete field Internet of Things in...
At the critical stage when smart agriculture is transitioning from concept to mature application, single-dimensional environmental data is no longer sufficient to support complex and dynamic agronomic decisions. True intelligence stems from the coordinated perception and understanding of all elem...