Red Clover is a perennial herb widely used both in folk medicine and agriculture. In medicine, it is valued for its content of flavonoids, vitamins, and minerals, making it useful for improving gastrointestinal function, supporting immunity, and as an adjunct treatment for various diseases. Dried red clover flowers are typically used to brew tea, as well as extracts and preparations based on it, making it a natural remedy.
In agriculture, red clover serves as an important forage crop due to its high protein and nutrient content, providing quality feed for livestock. The plant is also used for green manure, to improve soil structure, and to enhance its fertility. Red clover adapts well to various soil types, preferring fertile and moderately moist areas, and is widely used in green cover and forage crop systems.
Research on various ecotypes of red clover reveals their biological characteristics and potential for use in breeding. Analyzing the development dynamics of plants, leaf area, photosynthetic productivity, and stem structure helps determine optimal harvesting times and improve cultivation efficiency. These data have practical value for improving varieties and increasing the yield of red clover.