In a significant breakthrough for both linguistics and ethnobotany, an AI project at the Kashmir Institute of Archaeology has successfully decoded several fragmented birch-bark manuscripts from the 7th century. Written in a rare 'Proto-Sharada' script, the texts were found in a high-altitude cave in the Zanskar range. The deciphered content reveals a sophisticated Sanskrit treatise focused on the classification and medicinal application of alpine lichens, providing a glimpse into the advanced state of high-altitude pharmacology in ancient India.
The manuscript, titled Shila-Valkala-Nirnaya (Investigation into Rock-Fibers), details over forty distinct species of lichens and their specific properties for treating respiratory infections and topical wounds. Interestingly, the text describes a rudimentary 'atmospheric distillation' process used to extract concentrated compounds, which the authors claim could halt 'pulmonary decay.' Researchers note that many of the species mentioned have recently been found to contain unique secondary metabolites with potent antimicrobial properties in modern laboratory tests.
This discovery confirms that ancient practitioners of Ayurveda had a highly specialized understanding of the unique biodiversity of the Himalayas. The AI model used for the decipherment utilized a deep-learning architecture trained on over 20,000 known Sanskrit inscriptions to predict missing characters in the degraded bark. Scholars believe this treatise may be part of a larger, lost tradition of mountain medicine that allowed ancient monastics and travelers to survive the harsh conditions of the trans-Himalayan trade routes.