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Agricultural Weather Stations are critical infrastructure within modern agricultural meteorological service systems. Their establishment and development stem from the scientific understanding of the relationship between agricultural production and meteorological conditions. As the impacts of global
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In agricultural production, meteorological conditions are critical environmental factors affecting crop growth, yield, and quality. Traditionally, agricultural decisions have relied on regional, large-scale meteorological forecast data, which typically have spatial resolutions ranging from several k
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Water is the source of life and also an important economic resource and ecological element. However, floods and droughts (such as floods, waterlogging, and droughts) have always been major natural disasters facing humanity, posing serious threats to people's lives and property safety and economi
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The rise of GNSS monitoring stations is primarily driven by humanity's growing need for managing and early warning of natural disasters and engineering safety hazards.Geological hazards such as landslides, rockfalls, and debris flows are often accompanied by slow or accelerating surface displace
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Since ancient times, agriculture has been an industry closely tied to weather and climate. "Favorable weather leading to abundant harvests" is the most basic wish of every agricultural producer. However, traditional agricultural production models largely "depend on the weather,"
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Agriculture is a typical industry that "depends on the weather." Meteorological elements such as light, temperature, moisture, and wind directly affect crop growth and development, yield formation, and quality, while also being related to the occurrence and spread of pests and diseases, an
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Agricultural production is essentially a process that utilizes solar energy to convert carbon dioxide and water into carbohydrates through plants. This process is constantly constrained and influenced by weather and climatic conditions. It can be said that light, heat, and water are the fundamental
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Climate change has the greatest impact on agriculture. Extreme weather events such as high temperatures, droughts, floods, and frosts directly damage crop growth, leading to reduced yields or quality degradation. For example, European vineyards lost over 2 billion euros due to frost damage in 2020;
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