THE DETERMINANTS OF STATE MANUFACTURING GROWTH RATES: A TWO-DIGIT-LEVEL ANALYSIS*

ABSTRACT. This paper analyzes 1954–1987 state manufacturing employment growth in 19 two-digit industries. Markets were found to be the strongest influence in 18 industries. Labor was the second strongest, followed by a threshold variable. Weaker influences were resources, taxes, and amenities. Regional values for the market, labor, and threshold variables corresponded well with regional employment change in the Manufacturing Belt and all other regions of the U.S.     

Global Environmental Governance and the Challenge of Shadow States: The Impact of Illicit Sapphire Mining in Madagascar

The environment has become a key site of global governance because of its transboundary nature: forests, wildlife and oceans have all become central foci for networks of global governance which link international organizations, international financial institutions, states and non‐governmental organizations. This article examines how contemporary forms of global governance can be challenged and even subverted. It uses the concept of shadow states introduced by William Reno to explore how invisible global networks flow through developing states, to show how they constitute important political and economic interest groups, and to assess what kinds of environmental impact they have. It explores how powerful these networks are, and whether they are able to challenge or subvert attempts to manage, control or govern the environment. The author provides an analysis of the ways in which the clandestine networks of shadow states impact on conservation initiatives in the developing world, focusing on the features of global environmental governance and the problems posed by illicit gem mining and trafficking in Madagascar.     

Mechanics,thermodynamics and locomotive design: Analytical methods and the classic form

The railway machine‐ensemble was brought to the classical condition by applying rational management, and associated techniques, which were developed by F.W. Taylor, F.B. Gilbreth, and H.L. Gantt. These methods identified the Stephenson‐Goss archetype, operated on the Common User system, as the ideal form of locomotive for the steam operated railway. It is argued that when a system is brought to the classical condition it usually approaches Design Impasse, and obsolescence.

The application of rational methods to the machine‐ensemble is related to the creative, derivative, and synthetic traditions of engineering design.     

Dark Nightmare: The Shooting of William Alexander as Canon Scott Saw it

Frederick G. Scott's World War I war memoir, The Great War As I Saw It, contains the sole unofficial eyewitness recording of a court martial execution that we possess. The case of William Alexander 20726 Alexander, William. 20726. Service records. Library Archives Canada, RG24, vol. 2538 HQS 1822, RG 150/acc 1992-93/166/Box 83-992 and RG24-C-1, 1946 Central Army Registry R112-553-X-E, Reel C-5053 90,  [Google Scholar], executed in October 1917, for desertion in the face of the enemy compelled Scott to devote more printed space to it than to the death of his own son, Henry. A discussion based upon a close reading of Scott's memoir and an exposition from archival sources of Alexander's case demonstrates the ways in which Scott evades the case's disturbing implications echoes wider aspects of Canada's early memorialization of the Great War.     

Prehispanic water pressure: A New World first

Ancient cultures have a wide range of water control management techniques, each associated with a particular purpose, including water for consumption, agriculture, flood control, drought relief, and rituals (Scarborough, 2003). One technique that has received limited archaeological attention is the purposeful creation of water pressure to perform useful work. Perhaps the earliest such example was found on the island of Crete in a Minoan palace and dates as early as 1400 BC. Terracotta pipe segments with graded diameter reductions were used to create fountains (Evans, 1921–1935). Although gravity and the weight of water are the most efficient means of generating water pressure in a closed conduit, natural conditions (climate, geology, topographic slope, etc.) that might lead to the construction of water pressure systems are less clear. Here we show that the Classic Maya (AD 250–600) constructed a water pressure system with the potential to control the flow of water within an urban area. By burying a conduit along a steep ephemeral channel passing through a residential group, upland springs could be diverted to build pressure in the conduit to provide a dry-season supply of water. Up to 6 m of hydraulic head could have been recovered to lift water from the pressurized conduit to a point of use. Water pressure systems were previously thought to have entered the New World with the arrival of the Spanish. Yet, archaeological data, seasonal climate conditions, geomorphic setting, and simple hydraulic theory clearly show that the Maya of Palenque in Chiapas, Mexico had empirical knowledge of closed channel water pressure predating the arrival of Europeans.     

Using Actor-Network Theory to Characterize the Production of Ancient Maya Caching Events at Cerro Maya (Cerros,Belize)

Inspired by actor-network theory, this research uses an operationalized archaeological actor-network approach to characterize and examine human-object relationships associated with ritual caching deposits (votive bundles of objects) at the site of Cerro Maya (formerly Cerros), Belize. Designed to be broadly applicable for archaeological studies, our archaeological actor-network approach made it possible to inductively examine, characterize, and diachronically compare the complex arrays of human and nonhuman relationships. In contrast to previous studies that characterized caches mainly in symbolic terms, we treated caches as traces of the small-scale actor-networks that emerged during the production of ancient Maya caching events. More specifically, our actor-network methodology made it possible to characterize caches and caching events in terms of the relationships between materials, temporality, objects, places, and groups of people, their intentions, and actions. The inductive and diachronic focus of approach also allowed us to compare arrays of caching actor-networks over time while considering the social affect that caching events had on subsequent caching events and the site’s social development. This approach demonstrates that even simple artifact clusters can be viewed as proxies for highly complex networks of interlinked social relations that play roles in shaping important historical interactions and social orders over time.