A new variety of alfalfa will revolutionize livestock farming in central-southern Chile

Published Dec 19, 2024

Tridge summary

Researchers from Chile's Institute of Agricultural Research (INIA) have developed a new forage variety called Kauke, a unique type of alfalfa, which has the capability to triple the yield of natural grasslands. This innovation is particularly beneficial for small livestock farmers in the central-southern region of Chile, who often face challenges in animal feed, especially in dryland and irrigation conditions. Kauke is adapted to both dry and irrigated conditions, producing an average of 7 tons of dry matter per hectare per year, which is 300% more than natural grasslands. In its third year of cultivation, it can yield up to 12 tons per year. Its high nutritional quality, palatability, and protein content make it an attractive alternative for local livestock farmers. INIA is not only developing Kauke but also introducing other forage alternatives and promoting grassland management strategies to improve livestock productivity and sustainability in the region.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

This is Kauke, an innovative forage alternative generated by researchers from the Institute of Agricultural Research, INIA, which triples the yield of natural grasslands, benefiting small livestock farmers in the central-southern area with solutions adapted to dryland and irrigation conditions. Chile's livestock diversity, made up of cattle, sheep and goats, is established from the Maule regions to the south in different agroecological zones and from the Andean foothills to the coastal dryland. However, these areas face important challenges in animal feed, especially for small producers who, for the most part, practice subsistence livestock farming. In this regard, the researcher in livestock systems at INIA Quilamapu, Soledad Espinoza, indicated that if producers had better quality and longer-lasting forage to feed their animals "they could significantly increase livestock mass." This limitation is especially critical in the dry interior and in the foothills of the central south, ...
Source: CLportalagro

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