Strawberry

The leaves of the strawberry plant, due to their trifoliolate formation and rosette arrangement, are vital for plant identification. They remain green in many regions, ensuring continuous production in protected cycles. In folk medicine, leaf tea is occasionally used for its diuretic and astringent properties.

The true stem of the strawberry plant is reduced and functions as the central point of sprouting. Stolons are fundamental structures in vegetative reproduction, allowing the plant to rapidly colonize new areas. In professional cultivation, the management of stolons influences productivity: they can be removed to concentrate energy on fruiting or used for seedling production.

The superficial nature of the strawberry plant's root system is the main reason why it is grown in raised beds and requires high-frequency irrigation. The plant propagates vegetatively through stolons (or runners), lateral stems that creep and emit new roots and plantlets. Root health is the limiting factor in production, being vulnerable to fungi and nematodes.

Each achene contains a seed with a complete embryo, but germination is slow and sensitive to temperature. Plants originating from seeds show high genetic diversity, making them useful for breeding, but not for commercial production of standardized fruits. Most commercial crops use clonal seedlings, ensuring uniformity of flavor, size, and disease resistance.

The formation of a healthy strawberry flower is directly correlated with the number of "seeds" (achenes) the fruit will have. The more fertilized achenes, the more hormones are released, resulting in a larger and more symmetrical false fruit. Inadequate pollination, whether due to a lack of bees or frost, results in small, deformed, or "nubbin" fruits.