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China's moves to introduce a Circular Economy have attracted wide attention as a solution to severe problems of resource inefficiency and lack of resource productivity. This article highlights the distinctive strategy of focusing such efforts on existing industrial parks, turning them into eco-industrial parks. It provides three case studies and highlights the management issues involved as overcoming reverse salients and capturing network advantages. China is an especially instructive case because it starts well behind the Organisation for Economic Co-operation and Development (OECD) countries and thereby has much to gain by adopting comprehensive policies.

In industries characterized by very large capital investment and fast-moving technological dynamics, cyclical behavior emerges as the setting in which firms have to strategize. The barriers to entry in such settings are extremely high, but they can be breached--as shown in the flat panel display industry, which has seen successive entries by Japanese, then Korean, then Taiwanese firms during the past decade. In its short history, this industry has already exhibited four cycles (the "crystal cycle") and a fifth downturn is now looming. However, the striking feature of the industry is that firms have successfully entered only during industry downturns, engaging in counter-cyclical investment; not a single firm has entered during an upturn. This provides the starting point for a strategic analysis of this fast-growing industry, conducted through a dynamic framework that complements the "competitive forces" framework introduced in a static setting by Michael Porter over two decades ago. It is critical to draw on both dynamic and static frameworks to comprehend fully the strategic options open to firms.

A thriving semiconductor industry has been created in Taiwan over the course of the past two decades by the use of advanced organizational techniques of technology leverage and accelerated technology diffusion. By the mid-1990s, the industry had reached a level of output that placed it behind only the United States, Japan, and Korea. Almost all of Taiwan's semiconductor industry is located in the Hsinchu Science-Based Industry Park, which was created in emulation of California's Stanford Research Park, but with more direct government involvement. This article explores the extent to which this emergent Silicon Valley in Taiwan shares the "industrial ecology" that has powered innovation in California and examines the extent to which the Taiwan industry suffers from weaknesses attributed to its rapid creation through technology leverage.