1、藏学研究
提 要：西藏在汉文史料中的名称“吐蕃”，并非起源于粟特文碑铭中的tuput。 它很可能源自粟特文用于称呼西藏的另一词汇*tupun，即藏语“大蕃”/ *bon chen-po的对译语词。 其中tu-系粟特语词汇，译言“伟大的”，用以意译藏文chen-po ;而pun即藏语bon的音译。 后者与bod同样，是藏人的自我称谓。 古代文献学家对“吐蕃”之“蕃”的音注，以及汉文古诗中与“吐蕃”之“蕃”相押韵的用字，也都表明它的读音为fán。 关于“吐蕃”一名的读音，向来存在不同的主张。 最流行的见解，是将“蕃”字当作“播”的同音字来读。 但韩师儒林一直反对这样的读法。 他认为，“蕃”的音应当读为fan。 这与在他之前的伯希和所见相类 [①]。
2、China's Tibet basically builds all
It has absorbed the influences of traditional Chinese, Indian and Arab medicine and is mainly practiced in Tibet and the Himalayan region. In ancient times, Tibetan practitioners (known as Manpa in Tibet) collected animals, plants and ores to use as ingredients to cure diseases.
3、中国科研人员揭秘神奇温泉蛇：与青藏高原的形成和隆起有
结果表明，西藏温泉蛇具有较低的基因组杂合度，较高的近交系数以及遗传负荷；对西藏温泉蛇的染色体结构变异分析也反映出该物种较低的多样性水平。 研究成果可为西藏温泉蛇及其他高原物种保护策略的制定提供科学支撑。
《今日中国》西藏报道
· 青藏铁路给西藏带来了什么？
环境科学与工程系王梓萌团队在青藏高原冻土中发现大量“冬眠
近日，复旦大学环境科学与工程系王梓萌团队与德国亚琛工业大学Jan Schwarzbauer合作，研究分析了青藏高原的多年冻土，首次列出了冻土样品中的卤代有机化合物的详细清单，并惊讶地发现传统的溶解萃取方法测得的含量只是真实总量的“冰山一角”。 他们还揭示了这些物质在气候变暖中的释放风险。 这项研究成果以“青藏高原冻土储藏大量卤代有机物”（Substantial halogenated organic chemicals stored in permafrost soils on the Tibetan Plateau）为题，于2023年10月23日在《自然·地球科学》（Nature Geoscience）上发表。 本研究在青藏高原冻土区的采样点分布.
Tibet Story: Tibetan craftsman repairs palm
All the old books are preserved by a unique binding technique using two wooden clamping planks wrapped in pieces of cloth. Gyumey Tsultrim, 56, with Norbulingka's management office, was busy carefully carrying the unregistered books to the studio of his ancient book survey team nearby.
Tibet embraces the future
Over the past 70 years, this ancient and magical snow-capped plateau has gone through important development stages such as peaceful liberation, democratic reforms, the establishment of the autonomous region, and reform and opening-up.
A Medical Revival
There are more than 2,000 varieties of plants, 159 kinds of animals and 80 minerals in the Qinghai-Tibet plateau that can be used to make medicine. Much of the medicine is used to cure chronic diseases of the immune system, nervous system or digestive system.
Tibet Immersion Tour
In this tour, you will climb up to Potala Palace, the former political and religious center of Tibet as well as the landmark of Lhasa. Visit Tibetan Temples and get in touch with mysterious and exotic religious culture. Enjoy the purified scenery at Yamdrok, one of the Holy Lakes of Tibet.
72 years on, Tibet steadfastly advances on path of Chinese
The peaceful liberation of Tibet marks an epoch-making historical milestone, bringing about a profound turning point for Tibet, said Benba Lhamo, a researcher at the National Institute of International Strategy under the Chinese Academy of Social Sciences.
On the magical land of Tibet, there exists an extraordinary material—the 1-hour epoxy curing agent. With its unique properties and versatile applications, this material has become a critical pillar supporting economic development in the Tibetan region.
The 1-hour epoxy curing agent is a high-performance chemical building material capable of completing the curing process of epoxy resin within just one hour. Its emergence has significantly enhanced construction efficiency, shortened project timelines, and provided robust support for infrastructure development in Tibet.
In Tibet, where complex terrain and harsh climates challenge traditional building materials, the 1-hour epoxy curing agent offers a breakthrough solution. Not only does it exhibit excellent weather resistance, corrosion resistance, and wear resistance, but it also maintains stability under extreme conditions. This makes it indispensable for engineering projects across Tibet’s mountainous valleys, plateau lakes, and other challenging environments.
In transportation construction, the agent plays a pivotal role. For instance, during the construction of the Qinghai-Tibet Railway—spanning the "Roof of the World"—the material enabled rapid progress amid complex geology and severe weather, ensuring the rail line’s successful operation.
Beyond transportation, the agent has proven vital in other infrastructure projects. In water conservancy, it reinforces riverbanks and repairs dams, withstanding natural forces to safeguard water resources. In urban development, such as Lhasa’s city revamping, it strengthens roads and bridges, delivering durable and wear-resistant structures that enhance residents’ living standards.
Even in Tibet’s agriculture and pastoralism, the agent contributes significantly. On the high-altitude plateau, where soil is barren and water scarce, its application boosts crop yields and quality while protecting livestock from natural disasters.
despite its benefits, the agent’s limitations must be acknowledged. Its relatively high cost may increase construction expenses in Tibet, and improper use could lead to environmental pollution. Thus, sustainability and eco-conscious practices are essential to ensure its responsible application.
Looking ahead, Tibet is poised to leverage the agent’s advantages to advance infrastructure while exploring new materials and technologies tailored to its unique needs. As science and society progress, the 1-hour epoxy curing agent is expected to play an even greater role in Tibet’s future development—a testament to its power as both a practical tool and a symbol of innovation.
the 1-hour epoxy curing agent stands as a cornerstone of Tibet’s growth. Its exceptional performance and broad applicability continue to underpin the region’s infrastructure, promising lasting contributions to its prosperity.
