ResearchScience

Wheat’s Internal Clock Holds Key to Crop Resilience and Nutritional Quality

Scientists have discovered that wheat plants possess internal biological clocks that vary between varieties and accelerate with age. These circadian rhythms reportedly influence grain nutrient content and could help develop crops better adapted to changing climate conditions.

Wheat’s Internal Timekeepers Influence Crop Health and Production

New research indicates that circadian rhythms in wheat plants may provide crucial insights into crop development and nutritional quality, according to a study published in New Phytologist. Sources indicate that just like humans, different wheat varieties possess distinct internal clocks that speed up as the plants age, with potentially significant implications for agricultural production and climate resilience.

InternationalPolicy

China Expands Rare Earth Export Controls Amid Escalating Trade Tensions With US

China has expanded export controls on rare earth minerals and related technology, according to recent reports. The move has escalated trade tensions with the United States, with officials describing it as a “global supply-chain power grab.”

Expanding Export Restrictions

China has reportedly expanded its export controls on rare earth elements, adding five more minerals to the seven already restricted since April, according to the Ministry of Commerce. The new regulations cover not only the rare earths themselves but also equipment required for mining, smelting, and recycling operations. Sources indicate the controls extend to activities that could transfer rare earth expertise abroad, including teaching, employment, and consulting services.