Sentence examples for tool of interpretation from inspiring English sources

I don't think that the Florida Supreme Court used the Florida Constitution as a tool of interpretation of the statute.

This effort to derive a fixed series of stages as a tool of interpretation of the history of civilization is repeated throughout the eighteenth and nineteenth centuries; it finds expression in Hegel's philosophy (discussed below), as well as Marx's materialist theory of the development of economic modes of production (Marx and Engels 1845 49; Marx and Engels 1848).

"We have difficulty in seeing the need for, or the wisdom of, attempting to legislate for [subsidiarity] in the European convention of human rights, any more than for the many other tools of interpretation which have been developed by the court in carrying out the judicial role entrusted to it," Bratza said.

"We have difficulty in seeing the need for, or the wisdom of, attempting to legislate for [subsidiarity] in the convention, any more than for the many other tools of interpretation which have been developed by the court in carrying out the judicial role entrusted to it," Bratza said.

Dominick LaCapra brings the tools of interpretation theory and critical theory to bear on his treatment of the representation of the trauma of the Holocaust (1994, 1998).

There is a critical need for the creation of a new generation of tools for interpretation of the numerous epigenetic datasets [ 81].

"I strongly align myself with the majority's quotation from Justice Frankfurter about the best tool of statutory interpretation: 1) Read the statute.

The Supreme Court's decision was particularly interesting for its use of original intent by a group of justices who are not known for turning to that tool of constitutional interpretation.

This study also demonstrates the usefulness of multivariate statistical analysis in groundwater study as a supplementary tool for interpretation of complex hydrochemical data sets.

The National Institute of Standards and Technology NISTT) Database for the Simulation of Electron Spectra for Surface Analysis (SESSA) is a unique tool for interpretation of experimental data for nanostructured surfaces as well as for experimental design with photoelectron energies between 50 eV and 30 keV.

To identify the pathways involved in biological response at approximate EC50 levels, two analytical approaches were used, each utilisng gene ontology as a tool for interpretation of expression change.