This course is a discipline of theories and technologies mainly related to forest resources and their functions; zoning, investigation, and evaluation of forest resources; forest growth and maturity, harvesting, management decision-making, and system control adjustment, forest resource monitoring, the relationship between sustainable development and forestry, forest resource information management. It plays a leading role in coordinating ecology, technology, and economy, setting business goals, and organizing operations in forestry. The course provides an overview of the criteria and indicators that are used worldwide to guide sustainable forest management practices and explains how these will vary in a changing climate. It examines the evolution of sustainable forest management, particularly in relation to internationally agreed criteria of sustainable forest management. It adds to this discussion by looking at forest management through the lens of climate change. This is an important component of today’s forest management, made critical by the relatively long rotation times associated with the growth of forests. Rotation times vary tremendously: from a few years in the Tropics for some plantation forests to more than 100 years in the boreal forests of North America, Europe and Russia. This course is designed for Master students and advanced-level undergraduates to study forest management. It assumes that the students have basic understanding in a range of disciplines, such as Silviculture, Forest Ecology, Forest Metrology, Remote Sensing Technology, Mathematical Statistics and Its Applications.