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China is growing giant wheat-rye hybrids in its western deserts. Here’s why

China is growing giant wheat-rye hybrids in its western deserts. Here’s why

From Utusan Malaysia · () Malay

Translated from Malay, summarized and contextualized by DistantNews.

At a glance

News Official statement Context piece
  • China is cultivating giant wheat-rye hybrid crops, known as triticale, in the deserts of its western Xinjiang region.
  • Triticale is highly adaptable, tolerating poor soil, cold, drought, salinity, and sandy conditions.
  • The hybrid grain can yield significant amounts of food for humans and forage for animals, making desert agriculture more viable.

Scientists in China are successfully cultivating towering wheat-rye hybrid crops, called triticale, in the arid deserts of the Xinjiang region. These hybrids grow taller than some humans and demonstrate a remarkable ability to adapt to challenging environments.

Kuang Feiting, executive director of Xinjiang Maishengdao Biotechnology, a leading firm in the project, explained that triticale is exceptionally tolerant of poor soil, cold temperatures, drought, salinity, and wind-blown sand. This resilience makes it a promising crop for newly reclaimed desert land, where ordinary wheat might struggle to even sprout and profitability could take years to achieve.

According to Kuang, triticale can yield up to 4 tonnes of forage per mu (approximately 667 square meters) annually. This high yield potential allows for bumper harvests, providing a dual benefit of food for human consumption and stalks and leaves for animal feed.

Triticale itself is not new; it is a synthetic hybrid first bred in laboratories in Scotland and Germany in the late 19th century by crossbreeding wheat and rye grains. China's innovation lies in its successful large-scale cultivation in desert conditions, offering a potential solution for food security and agricultural development in arid regions.

It is tolerant of poor soil, cold, drought, salinity, and wind and sand. In newly reclaimed desert saline-alkali land, it may be difficult for ordinary wheat to even sprout, and it may take two or three years to become profitable.

— Kuang FeitingExecutive director of Xinjiang Maishengdao Biotechnology, describing the adaptability of triticale.
DistantNews Editorial

Originally published by Utusan Malaysia in Malay. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.