GROWING HYDROPONIC STRAWBERRIES

One of the best parts of early summer is the delicious taste of freshly picked strawberry juice. In the 21st century, Hydroponic strawberries made a great impression!

Grown without soil in a nutrient solution, hydroponic strawberries can be grown in large quantities throughout the year. However, growing fruit using a hydroponic system is not so easy to grow with Hydroponics.

In the hydroponic system, there is no need for soil – strawberry plants are grown using a water-based nutrient solution. Nutrient plants commonly found in the soil are added directly to the water.

Time for Light

Strawberry is one of the most sensitive plants during the day. Strawberries that always bear fruit develop many flowers under daylight. In contrast, the hydroponic method of planting strawberries require only 8 to 12 hours a day to produce.

Temperature Requirements

Winter fruit strawberries. To produce their berries, they prefer the cooler winter season. The optimum temperature for strawberries is a temperature of 15-27 degrees Celsius. An agricultural research study in Arizona revealed that strawberry fruit yields increased by a temperature of 10-12 degrees Celsius during the winter nights. During the cold winter months, however, strawberries sleep in the winter; some of them can be stored in the refrigerator for a long time, in those places where winter is not cold.

Nutrition Needs

In hydroponics, it is easy to find the right mixture of certain plant ingredients in your local store. Strawberries require both essential nutrients and trace elements:

Essential nutrients: Nitrogen, Potassium, and Phosphorus (NPK) are essential for basic plant survival. Nitrogen is essential for cell growth, phosphorus for roots, flowers, and buds, and potassium is for photosynthesis.

Trace elements: these include iron, manganese, zinc, copper, molybdenum, cobalt, chlorine, among others. Insufficiency of these nutrients will lead to poor plant growth.

Many nutritional hydroponics mixtures contain these trace elements, as you have no soil support in hydroponics. So as long as you are using a mixture of hydroponics, you do not have to deal with nutrient deficiencies.

EC and PH Level Requirements

The adequate pH of water required for the growth of a strawberry tree is 5.8-6.2pH. On the other hand, the electrical conductivity (EC) required for the strawberry tree is 1.4-3.0 ds/cm.

Proper pH and EC levels are very important for healthy plants and yields, both in the soil and in the hydroponic garden. Maintaining soil pH and EC in the soil requires regular and standard measurement.

With the help of several sensors and meters like pH pens or EC pens, the farmer can measure the pH and EC level. However, using the right amount of salt and fertilizer can balance pH and EC levels.

Hydroponic Systems for Strawberries

Strawberries are incredibly flexible with regard to hydroponics. This is due to their small root systems. Athletes grow vigorously in a variety of strategies, ranging from complex from simple to moving to complex and stagnant growth programs.

These include:

• Deep Water Cultures
• Ebb & Flow
• Nutrient Film Technique
• Drip Irrigation
• The Wick program
• Aeroponics

In the midst of all of this, a deep water culture is beneficial if you have enough space to grow a large number of plants in a single-level system. Some are best suited to multi-story growth systems. Therefore, commercial and recreational farmers prefer any of these alternatives.

Conclusion

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