CRC Press Rosewood: Silviculture, Applications and Biotechnology

The term rosewood was introduced by the architect and furniture designer Robert Adams in the 1770s. It does not refer to a single tree species, but is a collective name for precious hardwoods from multiple genera. Among these, the genus Dalbergia constitutes the most essential and predominant category of rosewood resources. Dalbergia species are mostly tall trees. Their heartwood exhibits a dark red or black coloration, is exceptionally hard, boasts magnificent grain patterns, and possesses outstanding durability. These qualities make it a rare raw material for crafting high-end furniture, artistic carvings, luxury items, and premium musical instruments. Since the early 2000s, massive global demand for rosewood, particularly from China and Southeast Asia, has triggered over-harvesting, habitat destruction, and rampant illegal trade. This has led to a drastic decline in the wild resources of many Dalbergia species, pushing them toward extinction. To address this crisis, driven by institutions like the World Resources Institute (WRI), over 250 Dalbergia species were listed in the appendices of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) in late 2016. This granted them global legal trade protection, marking a turning point in curbing illegal timber trade and promoting sustainable use. This book is a systematic summation of this globally focused group of tree species. It serves as an authoritative work that combines scientific reference with practical guidance, intended for forestry professionals, botanists, environmentalists, timber traders, students in related fields, and all researchers interested in precious woods. The book's content: Species Panorama: A full species panorama of 297 Dalbergia types with morphology, distribution, and conservation status. Wood science & utilization: Detailed anatomy, properties, and non-timber uses (e.g., phytochemistry). Cultivation & management: Silviculture, reproductive biology, and pest control for key commercial species,such as Indian Rosewood (Dalbergia latifolia), African Blackwood (Dalbergia melanoxylon), and Chinese Rosewood (Dalbergia odorifera). Future sustainability: Foundational insights from genetics, reproductive biology, and biotechnology for conservation and sustainable cultivation.