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17 Guizhou schools partner with Malaysian counterparts_我的网站

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一 | (ECNS) -- Seventeen schools in Guizhou Province signed partnership agreements Sunday with 17 Malaysian schools during the 2026 Guizhou–Malaysia Friendship Schools and Exchange Programme at Guiyang No. 3 High School. The initiative aims to deepen educational cooperation, build longterm platforms for teaching discussions, teacher and student exchanges, and cultural interaction, and promote closer ties among young people from both sides. Ye Sen, director of the International Cooperation and Exchange Division of the Guizhou Provincial Department of Education, said the partnerships would provide a long-term platform for teaching discussions, teacher and student exchanges, and cultural interaction. Zheng Shufen, principal of Fairview International School in Malaysia, said she hoped the exchange would grow into long-term cooperation, adding that education could connect the two countries and create a better future. Organizers said the partnerships are expected to support coordinated regional education development. (By Gong Weiwei) 。

二 | (ECNS) -- Chinese scientists have identified a flowering plant species on the Qinghai-Xizang Plateau as a new lineage of carnivorous plants, providing evidence for Charles Darwin’s prediction more than 150 years ago. A study published on Tuesday found that Saxifraga candelabrum, a flowering plant, can attract, capture and digest insects, while absorbing nitrogen from their bodies. Researchers observed sticky glandular hairs trapping prey, detected digestive enzyme activity, and confirmed nutrient absorption using isotope-labeled fruit flies. Led by Sun Hang’s team at the CAS Kunming Institute of Botany, with collaborators from Wuhan Botanical Garden, Jishou University and the University of Florida, the findings resolve a long-standing question over whether certain Saxifraga species possess true carnivorous traits. In 1875, Darwin proposed that some species of Saxifraga might be carnivorous because they possess sticky glandular hairs capable of trapping insects. However, evidence supporting the hypothesis had remained unavailable until now. (By Helen Mo, intern Liu Shuangjing) 。