With the rapid development of the social economy, Integrated Fertilizer Management System have spread throughout the country. Of course, their structures vary widely, influenced by factors such as local climate, construction costs, and other factors.
I. Different Greenhouses, but the Same Function Achieved
Greenhouse production modifies the natural environment through modern agricultural engineering and mechanical technology, thus benefiting plant production control. Even the optimal humidity, temperature, light, water, fertilizer, and air conditions can, to a certain extent, be achieved without dependence on the natural environment, enhancing the land's productive potential, improving the utilization rate of light and heat resources, and increasing primary productivity.
Although different Greenhouse structures modify environmental factors in different ways, they can all regulate the crop growth environment to varying degrees. For example, to improve winter insulation performance, Integrated Fertilizer Management System can achieve suitable environmental temperatures through heating equipment such as boiler hot water pipes, oil-fired furnaces, and hot air blowers.
Single-span plastic greenhouses can achieve the same effect by adding smaller greenhouses and insulation curtains, using a multi-layered covering method.
II. Greenhouses with the same structure can serve different functions. Adverse environmental factors affect crops in many ways; therefore, it's essential to utilize the same structure for different functions. For example, a single-span plastic greenhouse provides excellent insulation during winter, primarily used for heat-loving vegetables.
Covering it with shade netting creates a shade structure, suitable for summer leafy vegetable production; covering the outside with insect-proof netting creates a clean environment for vegetable production.
Therefore, it's crucial to utilize Greenhouse conditions to regulate the environment to a range suitable for plant growth, enabling year-round agricultural production and overcoming the strong seasonality of agriculture.