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The present working document aims to list the main environmental databases (including in-situ observations, remote-sensing data and ocean models outputs), that are currently available on the Net and of interest in open-sea fisheries biology and ecology. RÉSUMÉ Ce document a pour objet de lister les

With increasing interest in earth environmental issues, earth environmental database system that can solve various types of relevant data is high demand. While currently available databases are accessible by the Internet and enable users to acquire and observe data, they lack the interactive

areas, assessing the environmental effects of volcanic eruptions, measuring the growth of urban areas, determining where landscapes have changed because of urban growth trends, improving the efficiency of fishing as a world food stock, monitoring pest infestation, managing crop production, predicting

Drawing on the resource-based view of the firm, we posited that environmental performance and economic performance are positively linked and that industry growth moderates the relationship, with the returns to environmental performance higher in high-growth industries. We tested these hypotheses

in descriptive text, graphics, ground photographs and digital video clips. The multimedia GIS presents a new way to analyze and visualize geographic information in various formats for environmental change analysis. 1

ocean circulation model (temperature, salinity, current vectors, vertical velocity, at 13 depth levels), sea surface temperature and wind-derived fields, Topex sea level anomalies and soon, a temperature-at-depth database at grid points on the global ocean. These datasets are prepared in a way enabling

Abstract: On one hand a lot of research has been performed and an enormous amount of data generated concerning protection of human health and the environment with respect to chemical substances. On the other hand great data gaps for environmental chemicals have been detected in the run-up to a new

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The GeoTools Referencing module has been becoming one of the most powerful tools focused on coordinate reference system transformations in the Java GIS world in recent years. The Referencing module in conjunction with the Coverage module presents a really strong tool for raster operations like reprojecting and transforming. The aim of this paper is to describe new functionality that has been developed by author during the Google Summer of Code 2006 and 2007 projects. The usability of these new features will be discussed also with relation to the specific needs of reference coordinate systems that are used in the Czech Republic. Google Summer of Code itself will be also