In the vast farmland of the Central Valley of California, a technology-driven agricultural revolution is quietly taking place. A large local farm, Golden Harvest Farms, recently introduced RS485 soil sensor technology to monitor key data such as soil moisture, temperature and salinity in real time, thereby achieving precise irrigation and efficient water conservation.
The Central Valley of California is one of the most important agricultural production areas in the United States, but the continued drought and water shortage in recent years have brought huge challenges to local agriculture. Golden Harvest Farm grows a variety of high-value crops, including almonds, grapes and tomatoes. In response to the tight water situation, farmers decided to use RS485 soil sensor technology to optimize irrigation management and reduce water waste.
The RS485 soil sensor is a high-precision sensor based on the RS485 communication protocol that can collect soil data in real time and transmit it to the central control system through a wired network. Farmers can remotely view soil conditions through mobile phones or computers, and adjust irrigation plans based on the data to ensure that crops grow under optimal conditions.
Michael Johnson, operations manager of Golden Harvest Farm, said: “RS485 soil sensors have completely changed the way we irrigate. In the past, we could only judge when to water based on experience, but now we can know exactly how much water each piece of land needs. This not only saves a lot of water resources, but also improves crop yields and quality.”
According to farm data, after using RS485 soil sensors, irrigation water consumption has been reduced by 30%, crop yields have increased by 15%, and soil salinity has been effectively controlled, avoiding soil degradation caused by over-irrigation.
Agricultural experts at the University of California, Davis highly recognize this. Lisa Brown, a professor at the School of Agricultural and Environmental Sciences at the university, pointed out: “RS485 soil sensors are an important tool for precision agriculture. They can help farmers achieve efficient water use in arid areas while improving the sustainability of agricultural production. This is of great significance to agriculture in California and even around the world.”
The successful experience of Golden Harvest Farm is being rapidly promoted in California and other agricultural states. More and more farmers are beginning to pay attention to and adopt RS485 soil sensor technology to cope with the increasingly severe water resource challenges.
“The RS485 soil sensor not only helps us save costs, but also allows us to better protect the environment,” Johnson added. “We believe that this technology will be at the core of future agricultural development.”
About the RS485 soil sensor:
The RS485 soil sensor is a high-precision sensor based on the RS485 communication protocol that can monitor key data such as soil moisture, temperature and salinity in real time.
The RS485 soil sensor transmits data to the central control system through a wired network, helping users achieve precise irrigation and efficient water saving.
The RS485 soil sensor is suitable for a variety of scenarios such as field agriculture, greenhouse planting, orchard management, and performs particularly well in arid areas.
About American agriculture:
The United States is the world’s largest agricultural producer and exporter, and agriculture is one of its important economic pillars.
The Central Valley of California is the most important agricultural production area in the United States, famous for growing high-value crops such as almonds, grapes, and tomatoes.
American agriculture focuses on scientific and technological innovation and actively adopts precision agriculture technology to improve production efficiency and resource utilization.
Post time: Feb-24-2025