Tarwi, Lupinus mutabilis
, has a long history of cultivation in the Andes region and is primarily known for its edible beans. This legume has an exceptionally high protein content, making it an increasingly popular source of plant-based protein. However, due to its bitter taste, awareness of this bean remains relatively limited outside the Andes. However, with the development of modern technology, the process of removing these bitter alkaloids is becoming easier and easier, and the market potential of tavi is expanding rapidly.
Tavi seeds contain over 40% protein and 20% fat and are great for soups, stews and salads.
Tavira's origins can be traced back to the Andes in Ecuador, Peru, and Bolivia. This region has the highest genetic variability for the species. According to historical records, Tavi has been domesticated in this region for more than 1,500 years, and the Andean people love it because of its excellent protein content.
Tavira is an annual plant with a hollow, highly branched trunk, and can reach a plant height of 0.5 to 2.8 meters, depending on environmental conditions and genetic traits. There are also significant differences in aquatic growth between tavian species from different sources, with North American populations generally taller than those from South America.
The fruit of Tavi is a 5 to 12 cm long pod, each containing an average of 2 to 3 seeds, but up to 9.
Tavira seeds are considered a basic food by the inhabitants of the Andean region and are used in a variety of cuisines. In terms of nutrition, its protein content of over 40% and fat of 20% make its value self-evident. In addition, tavi seeds are rich in essential amino acids, especially lysine, which makes them quite competitive in plant-based foods.
Although tavi tastes bitter, its alkaloids can be effectively removed through soaking and cooking, giving it greater application potential in the global market.
Tavi grows well in cool climates, with an altitude range of up to 3,000 meters, and is resistant to extreme drought. Mature plants have good resistance to frost damage and are a representative example of a low-input crop. When it comes time to harvest, the traditional practice is to pick the plant when it reaches full maturity, with a moisture content between 8-12%.
With the increasing demand for plant-based foods, Tavi's future market potential cannot be underestimated. Some experts believe that tavi's low carbon footprint and high nutritional value make it a viable option for addressing global food security issues. In terms of breeding, the development of varieties with low alkaloid content is also ongoing, which is expected to improve the market competitiveness of this crop.
Due to its environmental friendliness and high efficiency, Tavi may become an important part of sustainable agriculture in the future.
As demand for plant-based protein rises around the world, can Tavi break out of local markets and become part of a healthy global diet?