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    Earth and Environmental Sciences
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    University of British Columbia

    Earth and Environmental Sciences

    University of British Columbia

    University of British Columbia

    flag

    Canada, Vancouver

    University RankQS Ranking
    38

    Key Facts

    Program Level

    Bachelor

    Study Type

    Full Time

    Delivery

    On Campus

    Application Fee

    CAD 125 

    Campuses

    Okanagan

    Program Language

    English

    Start & Deadlines

    Next Intake Deadlines15-May-2023
    Apply to this program

    Go to the official application for the university

    Duration 4 year(s)
    Tuition Fee
    CAD 46,296  / year
    Next Intake 15-May-2023

    Earth and Environmental Sciences

    About

    You can study intense specialization in a single field.

    Develop an understanding of the fundamental natural processes that shape Earth and its environment, and an appreciation of how humans are influencing its future. The Earth and Environmental Sciences program allows you the flexibility to pursue your interests, from the solid earth sciences to the environment. Choose from courses covering mineral resources, water resources, river hydrology, climate and paleo-climate, hydrogeology, land use management, environmental assessment, geochemistry, and other topics. By the time you graduate, you'll have gained skills in experimentation, observation, data collection, laboratory techniques, and spatial data analysis, and learned how to integrate multiple information sources and communicate your conclusions.

    As a Bachelor of Science student on UBC's Okanagan campus, you can choose a major, honours, or minor in Earth and Environmental Sciences. Complement your major with a minor in topics such as Biology, Data Science, Environmental Chemistry, or Geography. Or choose courses that meet the academic requirements you need to register as a Professional Geoscientist or Professional Agrologist.

    Experiential learning and research

    Work with renowned UBC faculty members on research projects related to hydrology, geomorphology, geochemistry, environmental systems, and tectonics. Or study at other universities around the world through the Go Global program.

    In your third or fourth year of study, you'll have the option of completing directed studies and conducting independent readings and research. If you choose the honours option, you'll undertake an independent research project under the supervision of a faculty member. The Irving K. Barber Faculty of Science holds an annual undergraduate research conference on UBC's Okanagan campus to showcase student research projects.

    • Go Global
    • Irving K. Barber School Undergraduate Research Awards
    • NSERC Undergraduate Student Research Awards
    • Tuum Est Student Initiative Fund

    Campus features

    The Department of Earth, Environmental and Geographic Sciences is home to a wide range of research facilities:

    • Fipke Laboratory for Trace Element Research (FiLTER), a multi-million dollar, state-of-the-art facility with equipment for major and trace element analysis and electron microbeam imaging
    • Okanagan Institute for Biodiversity, Resilience, and Ecosystem Services (BRAES), a collaborative research institute working in ecology, biodiversity and conservation, water conservation and quality, and environmental sustainability

    In addition, individual faculty members have active research programs backed by modern laboratory facilities, including the Complex Environmental Systems Lab, the PALEO Lab, and the
    Structural Geology and Tectonics Group.

    Explore how the planet works and its deep history, then discover how to deploy that knowledge to benefit society and the environment. You'll study the nature and properties of Earth systems, while learning how to apply scientific knowledge from a broad range of disciplines.

    • Year 1
    • Year 2
    • Year 3
    • Year 4
    • EESC 101 - Environmental Science
      A quantitative and scientific approach to the understanding of global energy, water and nutrient cycling; growth of human populations and their effects on the environment and ecosystem function. Functional understanding of modern environmental issues, and the requirements of, and opportunities for, sustainability.
    • EESC 111 - Earth Science
      Origin, structure and composition of Earth. Plate tectonics as the unifying mechanism for mountain building, formation of ocean basins, and assembly and break-up of continents. Minerals, rocks, Earth surface processes, geological maps, natural resources and hazards.
    • EESC 121 - Earth History
      Origin of rocks, oceans, atmosphere and the record of life on Earth. Scientific methods of studying Earth history. Geologic time, dating methods, the stratigraphic record. Organic evolution, the fossil record, and extinctions.
    • BIOL 116 - Biology for Science Majors I
      First of a pair of courses that introduce students to the biological concepts necessary to continue into second-year biology. Covers evolutionary theory and its underlying genetic basis, basic cell biology, plant and animal nutrition, and energy acquisition. Credit will be granted for only BIOL 116/125 or BIOL 117/122.
    • MATH 100 - Differential Calculus with Applications to Physical Sciences and Engineering
      Derivatives of elementary functions, limits. Covers applications and modelling: graphing and optimization.
    • EESC 201 - Optical Mineralogy and Petrology
      Identification of common rock-forming minerals using the polarizing microscope. Use of minerals and rock textures as a means of determining the classification and petrogenesis of igneous and metamorphic rocks.
    • EESC 205 - Introduction to Hydrology
      Principles of hydrology at site, watershed, and regional scales. Techniques of measurement and analysis. Emphasizes surface water hydrology of western North America.
    • EESC 213 - Introductory Forest Science and Management
      Global forests, classification, silviculture, forest tenure systems, forest policy evolution, forest regulations, and the profession. Overview of forest disturbance impacts, eco-forestry, sustainable forest management, eco-certification, the role of information technologies and research.
    • EESC 222 - Geomorphology
      Landform assemblages and processes of landscape evolution on Earth. Fundamental concepts, including system equilibrium, thresholds, complex response to external forces, and scale dependency, with application to mountains, rivers, coasts, and glaciated terrain. Laboratory exercises require field work in lab time. Required one-day, weekend trip.
    • GEOG 272 - Cartography and Remote Sensing
      Cartographic skills and interpretation of remotely-sensed data for geographical applications. Themes include: history of cartography; map scale; projections; types of maps; map interpretation; map making; manipulating cartographic data; interpreting aerial photographs and satellite imagery; integrating maps, remotely sensed data, and geographic information systems.
    • EESC 309 - Global Biogeochemistry
      Functional processes and reactions of our living planet. Cycles of materials and energy among the atmosphere, lithosphere, and terrestrial and aquatic ecosystems. Case studies on the degradation of ecosystem function from anthropogenic alterations of natural cycles.
    • EESC 315 - Environmental Impact Assessment: Techniques and practice
      Practical techniques and methods for environmental impact assessment. Technical approaches, evaluation and estimation tools, and project management skills used for environmental assessment work.
    • EESC 325 - Structural Geology
      Description and classification of geologic structures. Stress, strain and their relationship to deformation processes. Mechanics of faulting, folding, and shear zone development. Interpretation of physical deformation processes and the resulting geologic structures.
    • EESC 342 - Hydrogeology
      Introduction to the theory of groundwater flow; flow nets; regional groundwater resource evaluation; well hydraulics; role of groundwater in geologic processes.
    • EESC 380 - Fundamentals of Geographic Information Science I
      Spatial data representation; raster and vector models; spatial database structure; coordinate reference frames and projections; spatial statistics; metadata and data standards; associated technologies and data sources. Laboratory exercises require ArcGIS.
    • EESC 413 - Analytical Methods in Hydrology
      Application of advanced analytical methods to hydrological data for watershed or water resource planning and management. Frequency analysis, storm design, regionalization, flow routing, geographic information systems (GIS) application, time series analysis and modelling.
    • EESC 422 - Fluvial Geomorphology
      Geomorphic forms and processes within and along streams and rivers; flow hydraulics; sediment transport and bedform mechanics; hydraulic geometry; channel and floodplain dynamics; sediment yield; river habitat and stream rehabilitation.
    • EESC 423 - Tracers of Natural Processes
      Stable and radiogenic isotopes in the lithosphere, hydrosphere, atmosphere and biosphere. Fractionation processes, dating methods. Selected topics in the use of isotopic tracers.
    • EESC 425 - Tectonics and Orogenesis
      Large-scale Earth structure, tectonic environments, Archean geology and the initiation of plate tectonics. Analytical toolsets. Orogenesis within the Canadian Cordillera, the Andes, the Alps, and the Himalaya.
    • EESC 444 - Dynamic Modelling of Human-Environment Systems
      Design and use of dynamic models of complex systems; spatial modelling of the environment; agent- and individual-based models; applications to biodiversity conservation, environmental management, land use change and natural resource management.

    Disciplines

    Irving K. Barber Faculty of Science

    Requirements

    Entry Requirements

    Graduation from a university-preparatory program at a senior secondary school: General Secondary Education Certificate (Tawjihi). Certificates must be official. Photocopies are acceptable if certified by school principal, head, or counsellor. Notarized copies are not acceptable.

    Career

    You'll graduate with a broad foundation in earth and environmental sciences and be well positioned to access multiple career paths. As an Earth and Environmental Sciences graduate, you could work for:

    • Mineral exploration and resource extraction companies
    • Environmental and geotechnical consulting firms
    • Provincial and federal geological surveys
    • Provincial and federal ministries that oversee environment, habitat, and land use
    • Government research laboratories
    • Universities and colleges

    Program graduates

    • Hydrogeology Consultant, BGC Engineering Inc.
    • President and CEO, HEG Exploration Services Inc.
    • Project Manager, Golder Associates
    • Section Head, Ministry of Forests, Lands, Natural Resource Operations and Rural Development

    UBC stories

    "One year after graduation, I am now working full time for MiEnergy, a renewable energy company in Saskatoon where I have a dynamic role that includes installation, communications and marketing, as well as project coordination."

    Jenna Gall, Earth and Environmental Sciences Read the full story

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    Fee Information

    Tuition Fee

    CAD 46,296 

    Application Fee

    CAD 125 

    How to Apply

    As you complete the online application, keep the following tips in mind:

    • Start early and take your time. Once you begin the application, you will be able to save it and return to it later – but only up until the deadline. Once you have submitted your application to UBC, you will not be able to edit it. Since the online application can sometimes time out if left open for too long, we recommend working on your personal profile questions outside of the application (where you can run them through a spell-checker) then copy and paste them into your application.
    • Let the online application guide you. You’ll be asked to provide only the information we need based on your degree choice(s), your previous education, and other factors.
    • Tell us your full academic history. It’s important to include all of the high schools, colleges, and/or universities you have attended. Don’t leave anything out!
    • Be accurate. UBC has a number of methods in place to authenticate information provided in the application. These methods include, but are not limited to, contacting references, verifying academic records, and requesting additional documentation to verify your personal profile. If an application is found to contain untrue or incomplete information, UBC may, at its discretion: withdraw an offer of admission; require you to withdraw from UBC; subject you to academic discipline; or share the information provided with other post-secondary institutions, law enforcement agencies, or other third parties.
    • Use an email address you check frequently. Once you have submitted your application, UBC will communicate with you primarily by email.
    • Note your UBC student number. Write down your UBC student number somewhere safe. You’ll need it in future correspondence with UBC.
    University of British Columbia

    Earth and Environmental Sciences

    University of British Columbia

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    Canada,

    Vancouver

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