Data from nine transition economies in Central and Eastern Europe are used to examine the role of computer adoption for returns to education. As in western economies, computers are adopted most heavily by young, educated, English-speaking workers with the best access to local telecommunications...

Across nine transition economies, it is the young, educated, English-speaking workers with the best access to local telecommunications infrastructures who work with computers. These workers earn about 25 percent more than do workers of comparable observable skills who do not use computers....

Data from nine transition economies in Central and Eastern Europe are used to examine the role of computer adoption for returns to education. As in western economies, computers are adopted most heavily by young, educated, English-speaking workers with the best access to local telecommunications...

In this paper, two modified, design-based calibration ratio-type estimators are presented. The suggested estimators were developed under stratified random sampling using information on an auxiliary variable in the form of robust statistical measures, including Gini’s mean difference,...

This paper proposes an improved estimation method for the population coefficient of variation, which uses information on a single auxiliary variable. The authors derived the expressions for the mean squared error of the proposed estimators up to the first order of approximation. It was...

Data from nine transition economies in Central and Eastern Europe are used to examine the role of computer adoption for returns to education. As in western economies, computers are adopted most heavily by young, educated, English-speaking workers with the best access to local telecommunications...

This article characterizes anticipated changes in fleet structure, vessel harvesting activity, and economic performance in the Pacific Coast groundfish fishery under an individual fishing quota management program. Results suggest that the current fleet of 117 vessels will be reduced by roughly...