Using its TCEA farming technology, FlexFarming, a pioneer in sustainable agriculture, has started a new experiment for its strawberry harvests. They can manage every part of the growing process with this technology, including temperature, humidity, light, and nutrients, leading to quicker growth, larger yields, and more consistent quality. FlexFarming is dedicated to maximizing agricultural growth while reducing its environmental effect.
Overcoming Strawberry Production Obstacles
One of the main reasons why strawberries are challenging to grow in vertical farming is their size and structure. Strawberries require a lot of space to grow and spread out, which makes them difficult to accommodate in a vertical farm where space is limited. Additionally, the delicate nature of the fruit means that they require a specific environment to grow, including the right temperature, humidity, and lighting conditions.
Another challenge with growing strawberries in vertical farming is pollination. Bees typically pollinate strawberries; growers must resort to other methods without bees to transfer pollen between plants. One common method is artificial pollination, which involves manually transferring pollen between flowers using a small brush or cotton swab. This process is time-consuming and labor-intensive, which adds to the cost of production.
Furthermore, the cost of growing strawberries in vertical farming is higher compared to traditional farming methods due to the need for specialized equipment and maintenance of the vertical farm system. Despite the challenges, some vertical farming companies have overcome these hurdles and successfully grow strawberries. With advancements in technology and growing techniques, it is possible that growing strawberries in vertical farming could become more efficient and cost-effective in the future.
Image provided by FlexFarming
