Existing Information Extraction systems tend to focus on a tight window of context surrounding the desired information to be extracted. This leads to a number of shortcomings in their performance: (a) reduced coverage because of omitted extractions embedded non-event-specific contexts, (b) incorrect extractions in irrelevant context that appear to be relevant "locally", and (c) poor accuracy of extraction patterns or rules, which are unable to account for the global relevance of the text. This research addresses the shortcomings of these systems by introducing a "relevant region" identification phase, used in combination with an extraction system constructed from a number of weaker local contextual clues. This two-phase strategy effectively combines global relevance information with local contextual evidence to constitute a competent Information Extraction system.