3rd Year Field Trip

Earth Sciences 3203 trip to Newfoundland

We have three optional field courses which students can take in their program.

ERTH 3203 - Sedimentology - alternates yearly between Nova Scotia and Newfoundland

This field-based course of study examines carbonate, siliciclastic and evaporite depositional systems, and incorporates modern and ancient records in field locations that alternate annually between Nova Scotia (instructor: Prof. Claudia Schroder-Adams) and western Newfoundland (instructor: Prof. George R. Dix). Both regions provide a superb array of sedimentary facies defining modern and past environments extending from the deep marine to terrestrial deposits, and these sedimentary systems are cast in context of the tectonic evolution of the northern Appalachians.

ERTH 3206 - Sedimentary Depositional Systems

This field-based course examines different carbonate and siliciclastic depositional systems, incorporating modern and ancient records preserved in the City of Ottawa region. Using a 1-day-a-week field-based format, and literature sources providing background context, students examine stratigraphic successions of sedimentary facies in outcrop and core, and interpret changing depositional and oceanographic conditions. Examples include: marine transgression across an aeolian-dune landscape; inner platform evaporitic limestone-dolostone-shale cycles; outer-platform limestone-shale cycles and the oxygen minimum zone; siliciclastic fluvial deposition in a glaciated terrain; estuarine siliciclastics; storm events in the Ordovician; and, the plumbing architecture of marine bioturbation. Students gain an understanding of environmental succession relative to the tectonic evolution of the Ottawa-Bonnechere graben.

ERTH 3209 - Mineral Exploration Field Geology

This two-week field course is designed to simulate a reconnaissance-level mineral exploration campaign in typical Canadian Shield terrane northwest of Sudbury, ON.  Participants will map a 2 square km area of Archean volcanic and metasedimentary rocks overlain by Paleoproterozoic metasediments.  They will also map exploration trenches, interpret airborne geophysical survey data, plan a small diamond drill program, and write a report comprising a review of previous work on the property, the results of the mapping exercise, and their recommendations for further exploration.  The skills attained in this course are equally applicable to either economic or academic geological field work.


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