Bøger af Rose Kerr

Combines some of the rarest and most exquisite Longquan wares - over 270 pieces - from museums and art institutes around the world.

Yaozhou ware is one of the finest Chinese celadons, made in north China over a period of 700 years, from the 7th to the 14th centuries. Their style developed and changed over time. In the Tang dynasty (618-906) black, brown, lead glazed and black-on-white painted ceramics were made. During the Five Dynasties period (907-960) a technical peak was achieved, and white-bodied wares with beautiful blue-green glazes appeared. During the Northern Song and Jin dynasties (906-1279) more olive-toned celadon glazes became the norm, their intricate decoration and lustrous surfaces supplying a unique aesthetic. At the end of the Jin dynasty the kilns declined and started to manufacture folk ware. Yaozhou Wares from Museums and Art Institutes Around the World gathers illustrations and descriptions of some of the finest Yaozhou wares in private and public collections around the globe. The account considers ceramics in sections, according to their form and decoration, and includes the finest-quality 'official wares' requisitioned for imperial use. Copious illustrations are augmented by a scholarly essay. Highlighting over 400 pieces of Yaozhou ware, the book contains 711 colour and 3 black-and-white illustrations from 56 major museums and art institutes, and will inspire collectors, students and anyone with a love for Chinese ceramics.

This book gathers illustrations and descriptions of some of the finest Jun wares in private and public collections around the world. The account starts with ceramics dating to the Song, Jin and Yuan dynasties and proceeds to the stunning 'Official' Jun wares made in the early Ming dynasty.

How were Chinese pots made, glazed and fired? Why did China discover porcelain more than one thousand years before the West? What are the effects of China's influence on world ceramics? These questions (and many more) are answered in this history of Chinese ceramic technology.