| Question 1: [3] The character of the ________ indicate that the swarm originated from a magmatic source. | |||
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| Question 2: [3] It could have formed as a result of rock fracturing at the tip of a dike and/or by movement along fault planes due to changes in the local stress field by the expansion and movement of ________. | |||
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| Question 3: [2] Carbon dioxide is usually discharged at faults in volcanically active areas and can collect in soil and under ________. | |||
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| Question 4: [8] Hickson said that a Nazko eruption could be a tourist attraction, but warned that noxious gases such as ________ and sulfur dioxide would be released during the event. | |||
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| Question 5: This is an east-west trending 600 km (370 mi) long line of volcanoes that extends from just north of ________ to near the small city of Quesnel. | |||
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| Question 6: The swarm of earthquakes is unique in that it constitutes the only recorded seismicity in the Canadian Cordillera away from the ________. | |||
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| Question 7: [2] Immediate hazards related to cinder cone eruptions in the Nazko area likely would be forest fires and, if an ________ were produced, redirection of nearby air traffic. | |||
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| Question 8: The 2007–2008 Nazko earthquakes were a series of small earthquakes measuring less than 4.0 on the ________. | |||
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