Gabriel Weiss

The English edition of Liu Lihong’s work is a milestone for the profession of Chinese medicine in the 21st century. Classical Chinese Medicine delivers a straightforward critique of the politically motivated 'integration' of traditional Chinese wisdom with Western science during the last sixty years, and represents an ardent appeal for the recognition of Chinese medicine as a science in its own right. Professor Liu’s candid presentation has made this book a bestseller in China, treasured not only by medical students and doctors, but by vast numbers of non-professionals who long for a state of health and well-being that is founded in a deeper sense of cultural identity.Oriental medicine education has made great strides in the West since the 1970s, but clear guidelines regarding the 'traditional' nature of Traditional Chinese Medicine (TCM) remain undefined. Classical Chinese Medicine not only delineates the educational and clinical problems faced by the profession in both East and West, but provides concrete guidance on how to effectively engage with ancient texts and designs in the postmodern age. Using the example of the Shanghanlun (Treatise on Cold Damage), one of the most important Chinese medicine classics, Liu Lihong develops a compelling roadmap for holistic medical thinking that links the human body to nature and the universe at large.

This work deals with the issue of geodetic network structures, i.e. methods of verifying the condition of existing geodetic controls in terms of their compatibility and thereby their applicability. The presented work addresses these problems only for geodetic controls on a local scale. This is a common surveying issue in a number of countries, especially where there are concerns about the quality of the structure and homogeneity of national spatial and triangulation networks. There is a need for verification, not only for the use of terrestrial methods of determination of points but also for other surveying technology, since all technology operates with a certain threshold accuracy and using physical marks located on an unstable earth surface as survey control points. Issues of the compatibility of points whose coordinates are defined as functions of time by specific equations with respect to basal positions of points at certain epochs (points in systems ITRS, ETRS and others)are not considered.