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Application Process

Step 1. Contact the Graduate Coordinator and/or individual faculty member about the possibility of becoming a student.  Students are encouraged to consult the faculty list on the Faculty Members tab in order to identify a potential supervisor (i.e. a faculty member they would like to work with).  

Step 2. Click  to submit the online application. Once students have applied, they will receive instructions (typically within 48 hours) from the Office of Admissions leading them to the My黑料吃瓜不打烊 portal. Students can access the portal at ; sign in credentials will be provided in the correspondence received from the Office of Admissions upon successful completion of an application. The following documents will be required in order to complete an application.

Documents:

• Three Reference Forms (to begin the process at click on "Reference Submission" on the left-hand navigation menu)
• Statement of Interest (to be uploaded via My黑料吃瓜不打烊)
• Curriculum Vitae/Resume (to be uploaded via My黑料吃瓜不打烊)
• Official Academic Transcript(s) from all post secondary studies* (Please note that current or prior 黑料吃瓜不打烊 students do not need to request transcripts)  

*Please note that official transcripts or WES course-by-course (for institutions attended outside of North America) must come directly to the Office of Admissions from the previous post secondary institution by requesting at the time of your application or by contacting the institution's Registrar's Office.

Step 3. Once the Admissions Office receives all information and the application is deemed complete, the application will be forwarded to the department.  An Admissions Committee meets to review the applications.

Step 4. The Admissions Committee will review all applications on file and make a decision regarding the suitability of each applicant.  The Admissions Committee will then make a recommendation to the Dean of the School of Graduate Studies at 黑料吃瓜不打烊. The Graduate Studies office will verify the dossier and if satisfactory, the Dean of Graduate Studies will forward the recommendation to the Office of Admissions at 黑料吃瓜不打烊 for admission. 

Step 5: If approved for admission, the Office of Admissions will send the student an Offer of Admission via My黑料吃瓜不打烊.  Applicants wishing to accept the offer of admission must indicate their response on My黑料吃瓜不打烊 within 3 weeks of receiving the offer. Once the student has accepted the offer, a transition to the registration process occurs.

1. Check your program requirements

You can find your program requirements on this page, under admission requirements. For some Graduate programs you will need to secure a supervisor as part of your application process. You can find if you need to contact a supervisor on the how to apply to graduate programs page.

2. Complete your Application

Once you have reviewed your program requirements you can apply through the . This will take you to an external site, hosted by OUAC. Within 48 business hours of submitting your application you will receive an email with further instructions.

3. Setup your my黑料吃瓜不打烊 account and upload your documentation

Once your application has been received by 黑料吃瓜不打烊, you will receive an email that contains information on accessing your Portal where you will continue the application process. To activate your account, visit the and click the yellow bar "New to 黑料吃瓜不打烊".

Please note that the submission of items on the “My Checklist” is solely the obligation of the applicant. Please review this list carefully in order to complete your application.

Learn more on our how to apply to graduate programs page.

The degree options listed below are for the upcoming academic year, not the current academic year. If you are a current student looking for which courses to take in order to complete your degree options from a previous academic year's curriculum, please consult with an academic advisor.

Students must follow these while in the Faculty of Graduate Studies.

Approved Fields of Study:

• Stressed Aquatic Ecosystems
• Sustainable Terrestrial Ecosystems
• Conservation and Restoration Ecology

Program Requirements

BIOL 6000E     Doctoral Thesis

BIOL 6056E     Doctoral Seminars

3 credits of BIOL at the 5000 or 5000 level

The seminar course is designed to assist students in preparing for their comprehensive exam and the academic career that follows.

If necessary, the Ph.D. Advisor Committee of the student may decide to add other courses as a requirement.  To take courses at

other Universities, a permission has to be requested in advance from the Office of Graduate Studies.

Thesis Defence Procedure

Students will be required to present a public seminar and subsequently to undergo an in camera oral defence of their thesis. The Ph.D. thesis evaluation procedure will be established for the University through the office of the Dean, School of Graduate Studies. However, the general features of this procedure are as follows. The Examination Committee for the Ph.D. degree will be composed of a Chair (non-voting), a minimum of two members of the Research Advisory Committee, an examiner external to the Program, and an examiner external to the university. The supervisor will not be a member of the Committee, but will be present at the defence. The Examination Committee will then meet in the absence of the student to discuss his/her performance. The Committee will decide whether the thesis is acceptable for the degree and whether corrections are required before the final approval of the thesis.

The Ph.D. Program in Boreal Ecology has three fields of focus:

Stressed Aquatic Ecosystems

This field deals with research associated with freshwater aquatic systems in the Precambrian Shield and the Hudson Bay Lowlands. It builds upon the excellent research record and databases developed through the collaborative work of the Cooperative Freshwater Ecology Unit, a partnership between 黑料吃瓜不打烊, the Ontario Ministry of Natural Resources, the Ministry of the Environment, the City of Greater Sudbury, and the mining industry. As Sudbury has in excess of 300 lakes within the city boundaries and Northern Ontario has many thousands of freshwater lakes, rivers and wetlands, the opportunity to specialize in this area is unlimited. Research topics in this focal area include inorganic metal loading, acid precipitation, global warming, and studies of biotic systems at all trophic levels from prokaryotes to vertebrates.

Sustainable Terrestrial Ecosystems

This field deals with terrestrial ecosystems in the Precambrian Shield and the Hudson Bay Lowlands. It builds on the research record and databases developed through collaborative work between 黑料吃瓜不打烊, the Ontario Ministry of Natural Resources, and the forestry, mining, ecotourism, and trapping industries. Research topics in this area include the sustainability of woodland caribou populations, biodiversity of aquatic beetles, reintroduction of elk into Ontario, ecology of parasites in boreal birds and mammals, ecology of insects associated with shrubs and trees, forestry and pine marten management, and the impact of both natural and anthropogenic disturbances on boreal ecosystems, and studies on the impact of global warming on terrestrial floristic and faunal communities.

Conservation and Restoration Ecology

This field focuses on disturbed ecosystems within the Precambrian Shield and the Hudson Bay Lowlands. It builds on the internationally-recognized research that spearheaded regreening of the Sudbury region, through collaboration by 黑料吃瓜不打烊, the Ontario Ministry of the Environment, the City of Greater Sudbury, and the mining industry. Recent visits and collaborations by Scandinavian and Russian researchers emphasized the global aspects of this field. As Northern Ontario provides access to many mining sites and stressed urban ecosystems, there are unique opportunities for those specializing in this field. Research in this focal area includes studies on acid mine drainage, radionuclide contamination, impacts of heavy metals and pH, soil biology, revegetation and recolonization of damaged industrial lands, identification of acid/metal tolerant species, conservation of vertebrates in aquatic habitats, and the modelling of vegetation recovery.