A complete collection of modern new agricultural planting methods, there is always one suitable for you!

my country has been a big agricultural country since ancient times. In the past, we used to plough a piece of land in the open air, sow some seeds, and then pay attention to management and wait for the harvest. However, open-air planting is often limited by the seasonality of crops. But with the development of science, agriculture has also changed. In addition to open-air cultivation like this one, there are many other methods of growing that yield higher yields and are not affected by seasonality.

facility agriculture

Facility agriculture is mainly based on smart greenhouses. Smart greenhouses are also called automated greenhouses. They are equipped with computer-controlled skylights that can be automatically opened, shading systems, thermal insulation systems, heating systems, wet curtains/fan cooling systems, and drip irrigation systems. Or automated facilities such as drip irrigation systems and mobile seedbeds, high-tech "smart" greenhouses based on the agricultural greenhouse environment. Using advanced technology to provide the most suitable environment for crop growth inside the greenhouse. Smart greenhouses can not only realize agricultural production and planting, but also realize agricultural tourism, scientific research, medical care, and other functions.

Soilless cultivation

It is mainly based on tidal hydroponics and substrate cultivation. Tidal hydroponics is an efficient and water-saving planting scheme designed based on the principle of tidal fluctuations. It is suitable for the planting and production of various vegetables and can effectively improve the utilization rate of water resources.

The V-shaped frame soilless cultivation adopts the top hanging cultivation mode. The hanging off the ground increases the planting area, which can increase the yield and reduce the operating cost. The ventilation pipe is added at the bottom to promote root growth and ensure product quality.

Agricultural tourism

Agricultural sightseeing park is a form of agricultural leisure industry that uses high-tech agriculture or large-scale planting and breeding agriculture as the main attraction to meet people's related material and spiritual needs in leisure activities. Because the agricultural sightseeing park itself has a certain land scale, it can use a certain crop, aquaculture or handicraft sideline as a selling point, integrate catering, accommodation, picking, entertainment and other leisure content, using "manor-style" real estate development, such as picking fences Gardens, ecological fishing villages, leisure farms, landscape houses, health mountain bars and other series of farms, wineries, water villages, and villas.

automation

Robots can replace humans for more tedious tasks, such as harvesting vegetables by hand. Using sensing technology, including machine vision, they can detect information such as position, stem and leaf size, and then notify the machine during the operation. Japan has become a leader in this field. Japanese agriculture is often divided into smaller fields, and the country is also a world leader in robotics. But autonomous machines are also on the rise in the United States, especially in California, where many of America's specialty crops are grown.

Intelligent logistics cultivation system

The intelligent logistics seedbed system intelligently controls the logistics seedbed through the digital twin mode, and the reasonable planning and layout forms a complete logistics transportation system in the greenhouse, which realizes the transfer of seedbeds in different areas of the greenhouse, and has high flexibility. Tide-type seedbeds and mesh-type seedbeds designed for crop characteristics are widely used in the factory production of seedlings, vegetables and flowers, which can save 80% of labor and increase production efficiency by 4-9 times.

Intelligent automatic sprinkler

The sprinkler is hung on the double track on the upper part of the greenhouse, and is operated by the PLC control system, which can control the irrigation time while fertilizing