Strawberry Seedling trays

The strawberry seedling tray is generally composed of a seedling plate and a number of seedling holes arranged on the seedling plate, and the corresponding strawberries are planted in the seedling holes during cultivation.
Here, the existing seedling plate is not provided with a corresponding fertilization and irrigation flow channel, and the spacing between adjacent seedling holes in the structure is too close, which not only easily causes the leaves to shield each other and uneven light, but also causes poor ventilation of the plants and easy disease.
In addition, the seedling trays of the above structure all use manual fertilization, which not only consumes manpower, but also wets the leaves of the plants, causing water droplets to splash, which is easy to cause the spread of bacteria and infection; at the same time, due to the deviation of the actual operation of the operator, it is easy to cause uneven fertilization and watering between the plants, and then the local plants are overnourished or malnourished, which is easy to cause anthrax, which will seriously endanger the growth and cultivation of strawberry seedlings.
The strawberry seedling hole tray comprises a hole bottom (1), two opposite long hole walls (2) and two opposite short hole walls (3), and a hole body with a rectangular cross section. The hole bottom is provided with a plurality of through holes (4); the upper edges of the two opposite short hole walls are respectively provided with a strip protrusion (6) with a groove (5), wherein the shape of one protrusion and the inner cavity of the other protrusion are embedded and matched, so that multiple hole trays can be connected into a whole. The strawberry seedling hole tray is used for the expansion and production of strawberry runner seedlings, and is easy to place and manage.
Mix garden soil, gravel, and decomposed cow dung in a ratio of 1:1:1, and then spread it in the seedling tray. At this time, mix the strawberry seeds with an appropriate amount of fine sand, and then spread them in the seedling tray; put the seedling tray in the greenhouse, keep the temperature of the substrate above 10°C and the temperature in the greenhouse above 15°C, and spray water once every 2 days. After the seedlings emerge, keep the temperature at night above 10°C. When the seedlings grow 3-6 true leaves, they can be transplanted.
In order to ensure that the growth of strawberry seedlings is smoother, a drainage system can also be set at the bottom of the seedling tray to prevent water accumulation and root rot. A good drainage system can effectively remove excess water, maintain the permeability of the substrate, enable the root system to breathe better, and promote the healthy development of the root system. In addition, during the growth of strawberry seedlings, proper light and temperature control are crucial. The light in the greenhouse needs to be properly adjusted to ensure that the strawberry seedlings can obtain sufficient photosynthesis, enhance their strength, and reduce the occurrence of diseases and pests.
It is worth noting that when transplanting strawberry seedlings, they should be selected according to the growth of each seedling. Too dense planting will lead to malnutrition, while too sparse planting may lead to slow growth. Therefore, during the transplanting process, the position and spacing of each strawberry seedling should be technically arranged to ensure that it can obtain sufficient sunlight, water and nutrients.
The benefits of using strawberry seedling trays are also reflected in their convenient management. As the seedlings grow, the operator can easily adjust the position of the seedling tray and conduct regular inspections and maintenance. At the same time, since each seedling tray is an independent unit, the operator can adjust each unit individually according to the specific situation, which improves the flexibility and effectiveness of seedling cultivation.
In short, the strawberry seedling tray can not only provide an ideal growth environment and ensure the healthy growth of strawberry seedlings, but also has the characteristics of effectiveness and convenience, which is conducive to large-scale strawberry cultivation operations. It is an excellent seedling tool in modern agriculture and is of great significance to improving the efficiency and yield of strawberry planting.