The lighting angle of the greenhouse is indeed critical, as it directly affects the growth of plants and the environment in the greenhouse. Generally speaking, the following factors need to be considered when determining the lighting angle:
Tomato water and fertilizer management in production is a dynamic and balanced process. With the help of modern water and fertilizer management equipment, and based on the laws of tomato growth, growers adjust the nutritional formula to provide accurate water and fertilizer supply for tomato growth and achieve yield quality optimization. In the future, intelligent water and fertilizer control can be further strengthened to achieve high quality and high yield of tomatoes
The production of tomatoes in continuous glass intelligent greenhouses is usually done in a soilless way, and water and fertilizer management is an important part of it. Based on a high standard water and fertilizer integration hardware system, appropriate nutrient concentrations and formulations are regulated and suitable irrigation strategies are developed for the crop growth stage to achieve optimal growth and high yield.
There is an urgent need to improve breeding efficiency and shorten generation time in order to accelerate the breeding progress of crops.
In this article, we will continue to learn about the use of liftable strawberry growing systems in smart greenhouse.
This is a strawberry cultivation greenhouse that integrates technology display, sightseeing, picking and recreation.
For most of the year, natural light levels are below optimal for most crops. All the extra light that comes into the greenhouse helps improve yield and quality.
The semi closed greenhouse has revolutionized the greenhouse industry, by enhancing grower’s ability to control indoor greenhouse climates.
Technological leadership, food safety, and standardization, and institutional cooperation and division of labor. With these three “weapons”, Dutch agriculture has been able to develop overall strengths and core competencies.
An intelligent greenhouse, also called an automated greenhouse, is a high-tech “intelligent” greenhouse equipped with a computer-controlled movable skylight, shading system, thermal insulation, wet curtain/fan cooling system, spray drip irrigation system or drip irrigation system, mobile seedbed, and other automated facilities, based on the agricultural greenhouse environment.
The lighting angle of the greenhouse is indeed critical, as it directly affects the growth of plants and the environment in the greenhouse. Generally speaking, the following factors need to be considered when determining the lighting angle:
Tomato water and fertilizer management in production is a dynamic and balanced process. With the help of modern water and fertilizer management equipment, and based on the laws of tomato growth, growers adjust the nutritional formula to provide accurate water and fertilizer supply for tomato growth and achieve yield quality optimization. In the future, intelligent water and fertilizer control can be further strengthened to achieve high quality and high yield of tomatoes
The production of tomatoes in continuous glass intelligent greenhouses is usually done in a soilless way, and water and fertilizer management is an important part of it. Based on a high standard water and fertilizer integration hardware system, appropriate nutrient concentrations and formulations are regulated and suitable irrigation strategies are developed for the crop growth stage to achieve optimal growth and high yield.
There is an urgent need to improve breeding efficiency and shorten generation time in order to accelerate the breeding progress of crops.
In this article, we will continue to learn about the use of liftable strawberry growing systems in smart greenhouse.
This is a strawberry cultivation greenhouse that integrates technology display, sightseeing, picking and recreation.
For most of the year, natural light levels are below optimal for most crops. All the extra light that comes into the greenhouse helps improve yield and quality.
The semi closed greenhouse has revolutionized the greenhouse industry, by enhancing grower’s ability to control indoor greenhouse climates.
Technological leadership, food safety, and standardization, and institutional cooperation and division of labor. With these three “weapons”, Dutch agriculture has been able to develop overall strengths and core competencies.
An intelligent greenhouse, also called an automated greenhouse, is a high-tech “intelligent” greenhouse equipped with a computer-controlled movable skylight, shading system, thermal insulation, wet curtain/fan cooling system, spray drip irrigation system or drip irrigation system, mobile seedbed, and other automated facilities, based on the agricultural greenhouse environment.
