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About This Course
Land meets ocean through coastal zones. Grasping how these ecosystems interconnect holds significant societal and economic value, demanding a holistic perspective since most global populations reside near or utilize coastal areas. This program delivers research-driven instruction on both land-based (rivers, glaciers) and oceanic (waves, tides, density currents, sea levels) processes. These mechanisms govern the transfer of water, sediment, and biogeochemical elements (like carbon) from land to sea. Additionally, the course synthesizes these processes to evaluate how environmental shifts, climate patterns, sea level fluctuations, and pollution affect the vitality and longevity of terrestrial and marine ecosystems.
Why Study at Bangor University?
This program leverages our specialized knowledge in terrestrial and marine sciences, covering river systems, glaciers, coastlines, and deep-sea environments. Field studies occur in UNESCO-recognized GeoMôn Geopark, Snowdonia National Park, the Menai Strait, and the Irish Sea.
Our facilities feature a research vessel, high-performance computing systems, cutting-edge surveying tools, and oceanographic moorings for data gathering.
We maintain worldwide collaborations with institutions like the National Oceanography Centre, the Met Office, and international offshore, hydrocarbon, and marine renewable energy sectors.
Career Prospects
Graduates emerge as numerically adept, articulate team players with strong analytical and critical thinking abilities, plus outstanding communication skills. You'll be well-prepared for roles in geoscience fields: water resource management, environmental consulting, geological/earth science industries, coastal/marine sciences, and oceanography. This program also serves as a pathway to advanced academic research.