Syracuse UniversityThe College of Arts and Sciences
Syracuse University Department of Earth Sciences


Department of Earth Sciences, Syracuse University: Graduate Program Guidelines

Sequence of steps in Graduate Degree Programs

 

The Department of Earth Sciences, like Syracuse University as a whole, is built around the two central goals of research and education.  In order to fulfill this mission, graduate students gain experience and expertise in three areas integral to the degree program: 1) Research—formulating and carrying out new and independent research; 2) Communication—written and oral dissemination of results, including the ability to create posters, give talks, write abstracts, papers and proposals; 3) Teaching—most students will teach a recitation or lab, maybe even a lecture course, at least once during their time at SU.  All three of these skills are critical to a career in the geosciences, whether you stay in academia or go on to industry.  Even if you choose a field that does not directly involve education, everyone benefits from the ability to present information in a logical manner and develop a coherent argument that comes from teaching experience.  Other attributes that are important during your time as a graduate student are the ability to network and acquaintance withs other scientists in your area of expertise.

 

The following text is a sequential presentation of how to meet the requirements for graduate degrees in the department of Earth Sciences at Syracuse University, and is intended to aid and facilitate students? progression toward the degree in a timely manner.  Many of the steps are common for both new M.S. students and new Ph.D. students.  Differences in M.S. programs and Ph.D. programs are noted as appropriate.

 

Check list for students—Departmental forms required at various stages

 

These steps are listed in necessary order of completion.  Numbers in parentheses at the end of each category refer to page numbers in this document that give more detailed information on that subject.  All relevant forms can be obtained in Heroy 204, the main office, and must be returned to the Director of Graduate Studies with a copy to the Department Office once they are filled out completely. 

 

M.S./M.A. Students:

 

?    1 or more weeks before your first semester of classes begin:  Meet with a faculty committee for an Advisory Review.  At this time a Temporary Advisory Committee will be assigned to you. ( page 4)

?    By the end of your first year of graduate study: a Permanent Advisory Committee should be formed.  Obtain, fill out, and return the form Formation of a Permanent Committee. (page 4)

Graduate student annual report form 2009, due end of March 2009

?     Research proposal must be completed by the end of the 2nd, not later than the 3rd, semester of study.  Obtain a cover page format for proposals from the main office.  (page 6)

?     A Diploma Request Card needs to be filled out by the beginning of the term that student plans to graduate. This is done on your MySlice account.

?     Prior to the thesis defense, file a Program of Study form with the Graduate School. (page 10)

?     Three weeks before the defense of your thesis a Request for Examination form needs to be filed with the Graduate School. (page 10)

?    A final version of the thesis must be completed and approved at least two weeks before the expected graduation date.  (page 10)

 

Ph.D. Students

 

?    1 or more weeks before your first semester of classes begins:  Meet with a faculty committee for an Advisory Review.  At this time a Temporary Advisory Committee will be assigned to you. (page 4)

Graduate student annual report form 2009, due end of March 2009

?    By the end of your first year of graduate study, a Permanent Advisory Committee should be formed.  Obtain, fill out, and return the form Formation of a Permanent Committee. (page 4)

?     Must complete two Research Skills prior to the qualifying exam, within the first 3 semesters of study.  (page 6)

?     Dissertation proposal must be completed by the beginning of the fourth semester of study. (page 6)

?     Qualifying exam must be taken no sooner than the beginning of the third semester, nor later than the end of the fourth semester.  (page 7)

?    Prior to the dissertation defense, file a Program of Study form with the Graduate School.  (page 10)

?     A Diploma Request Card needs to be filled out by the beginning of the term that student plans to graduate. This is done on your MySlice account.

?     Three weeks before the defense of your thesis a Request for Examination form needs to be filed with the Graduate School. (page 10)

?    A final version of the dissertation must be completed and approved at least two weeks before the expected graduation date. (page 10)

 

Important Things to Remember:

  • Give copies (always a hardcopy, electronic copy if appropriate) of all degree-related paperwork to the department office, as these go into your permanent file.
  • Writing a thesis or paper for publication takes longer than you think—plan accordingly!
  • Have the final (hard) copy of your thesis to your research committee at least 2 weeks before your defense date.

 


Table of contents

 

 


1. Initial Advising:

            Upon matriculation, normally during the week before fall classes begin, you will meet with a Temporary Advisory Committee (appointed by the chair in consultation with the DGS—Director of Graduate Studies) for an Advisory Review.  This committee will always consist of the chair, the DGS and your advisor, plus 1-2 other faculty members with broad expertise in your field of interest for a minimum committee size of 3.  During this review, the committee will review your academic background, discuss your short-term and long-term goals, and help you with a suggested course of study for the first two or three semesters of your graduate study.  The membership of your temporary committee will be chosen to reflect your interests, and you should meet with this committee when making academic decisions until a Permanent Advisory Committee has been selected (see below).

The department regards it as important that any incoming student has a solid background in Earth Sciences, but also recognizes that Earth Sciences is an interdisciplinary field, and that applicants for graduate study may have an undergraduate degree in another related field (e.g., biology, chemistry, physics).  Such students are encouraged to apply to the program, as this diversity of expertise enriches us all.  A certain amount of common knowledge and experience is necessary to maintain a cohesive and functioning graduate program and to provide high-quality instruction to undergraduate students in lab courses taught by TAs.  To this end, we require incoming graduate students to have taken, or to take during their first two years in residence, at least four of the following courses: Paleobiology, Sedimentology, Mineralogy, Structural Geology, Geochemistry, Geophysics, Climatology, and Hydrogeology.  In addition, all incoming graduate students are expected to have successfully completed a full year (2 semesters) of Calculus, Chemistry, and either Physics or Biology, and to have participated in a field course or approved field experience.  Your background and coursework will be discussed with your advisory committee at the start of your graduate program to ensure that these requirements are satisfied.  Students lacking in the necessary background may petition to take these courses at the graduate level where appropriate to avoid the extra tuition entailed, so long as the instructor is willing to provide extra work to warrant graduate credit.

 

Graduate students are usually offered the following amounts of support:  MS student - 4 semesters, PhD student who enters the program already with a MS - 6 semesters, PhD student who enters the program with no MS - 8 semesters.

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2. Formation of a Permanent Advisory Committee:

            When you have decided on a thesis or dissertation topic and selected a research supervisor, you must form a Permanent Advisory Committee, which is likely to have some overlap with your Temporary Advisory Committee.  Such a permanent committee is expected to be formed by the end of the first year of graduate study towards a degree.  In consultation with the research supervisor, students will select committee members who are well qualified to assist them in their research program. However, the Permanent Advisory Committee should also provide scientific breadth.  The membership of the Committee must be approved by the Director of Graduate Studies and by the Departmental Chair.

            Permanent Advisory Committees may have members from outside the departmental faculty, but because of the expense of bringing committee members to campus for meetings, examinations and defenses, such members must be approved in advance by the departmental chair.  Typically, travels costs for external members of the permanent advisory committee are paid from the advisor's external research funds.

 

            A M.S./M.A. committee must have at least three members, although a larger committee may be approved where appropriate. A Ph.D. committee will usually have 5 members, including at least 2 and typically 3 (or more) faculty members from the department.  Normally the research supervisor is the Chair of the Permanent Advisory Committee.  The committee works closely with the student in planning the degree program and must approve any changes (substitutions of courses, dropping courses, changes of research topic, etc.).

            The Permanent Advisory Committee will constitute the Examining Committee for the oral Ph.D. qualifying exam.  Note that the advisor cannot be the chair of the oral Ph.D. qualifying exam.  The chair of the oral PhD exam is typically a faculty member from the department who is also on the advisory committee.  The Permanent Advisory Committee will constitute the final examination (M.S. or Ph.D. thesis defense) or the M.A. final written examination. However, the research supervisor cannot chair the Examining Committee for a M.S. thesis defense—this is undertaken by an additional Department faculty member, so the M.S. examining committee will typically be four members (advisory committee + chair). In the Ph.D. dissertation defense the chair of the committee must be a Syracuse University faculty member from outside the department.

            A form titled "Formation of a Permanent Committee" is available in the departmental office or the departmental website.   Students should prepare such a form, obtaining the signatures of all committee members (who thus commit themselves to serve) and the signatures of both the DGS and the Departmental Chair (who thus approve the committee).  Students should understand that either the DGS or the Departmental Chair, or both, may require modifications to the membership of permanent committees. The formation of a permanent committee does not require the approval of the Graduate School.

 

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3. Completion of Course Work:

            The M.S. degree requires completion of 24 credit hours of graduate course work plus 6 credit hours of thesis work.  The M.A. degree requires completion of 30 credit hours of graduate course work, at least 12 of which must be at or above the 600 level.

            The Ph.D. degree requires 72 credit hours of graduate course work.  Thirty hours are credited for completion of the M.S. degree, whether at Syracuse University or elsewhere.  Up to 30 hours of dissertation research are allowed.  Thus, the minimum course work requirement for the Ph.D. is 12 credit hours, although nearly all students take more than this in preparation for research and examinations.

 

            A student on a TA is eligible for tuition waiver on 9 credits in the fall and spring semesters and 6 in the summer - for a maximum of 24 in one year.  Students on RA's typically have their tuition credits paid for from external research grants at the 50% level with the other 50% coming from a pre-arranged cost sharing with the College of Arts and Science.

 

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4. Changing from a M.S. to a Ph.D.

            If a student is initially admitted into the department as a M.S. student, but subsequently wishes to change to a Ph.D. student, the student should discuss this with his or her advisor and advisory committee.  The Department requires a student to petition the faculty to change from a M.S. to a Ph.D.  This petition is discussed at a faculty meeting and a decision made.  In addition, the student fills out the appropriate from the Graduate School that is then signed by the chair.

 

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5. Research Skills Requirement for the Ph.D.

            Ph.D. students must complete an approved program of two Research Skills, which may be satisfied by taking specialized courses either inside or outside (e.g., Physical Chemistry, GIS, Marine Ecology) of the Department of Earth Sciences, by experiential learning through work in a laboratory or in the field, or by other specialized methods.  The two Research Skills thus can encompass both a breath of expertise as well as a depth of expertise. The two Research Skills must be developed in consultation with the Advisory Committee and approved by the DGS and the Departmental Chair.   Ph.D. students must have completed the Research Skills requirement and have an approved Dissertation Proposal before the Qualifying Examination may be scheduled (see 6 and 7 below). Note that the M.S. or M.A. degree has no formal research skill requirement, although it is likely students will develop such skills.  Examples of research skills are listed in the appendix.

            The student's advisor will write a memo to the Department of Earth Sciences Faculty (care of the DGS) indicating that research skills have been completed before an oral qualifying exam can be undertaken.  This memo will be placed in the students file.

 

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6. Preparation of Thesis or Dissertation Proposal:

            All M.S. and Ph.D. degree students are required to write a thesis (M.S.) or dissertation (Ph.D.) proposal.  Because the M.A. is a non-thesis degree, proposals are not required.  Thesis or dissertation proposals should clearly state the nature of the scientific problem to be addressed, the approach to be used in solving the problem, and methods to be used (analytical, observational, statistical, etc.).  Proposals should include a realistic budget, indicating the sources of funds (grant, departmental, personal, etc.).  Proposals should be concise; M.S. thesis proposals are typically 5-10 pages, but should not exceed 10 pages. Ph.D. dissertation proposals may not exceed 15 pages of text. Text is defined as 12 point, Times New Roman, 1.5 spaced, with margins of 1 inch, and exclusive of figures, tables, references, etc.  A cover page format for proposals is available in the departmental office or can be downloaded from the website.  The department keeps a record of previous research proposals and these can be used as examples.

 

            Thesis or dissertation proposals should be prepared in consultation with the research supervisor.  When the research supervisor is satisfied with the proposal, he or she will sign the cover sheet.  The proposal may then be circulated to the other members of the permanent advisory committee for their comments.  When comments from the advisory committee have been compiled, the student should consult with the research supervisor on the final form of the proposal.  All members of the advisory committee should sign the cover sheet of the final proposal when they are satisfied with it.  Then, the proposal (both M.S. and Ph.D.) should be dated (date of circulation) and made available to all other members of the faculty.  The student will circulate an email to the faculty (see below) indicating the thesis proposal is available in the departmental office.   Faculty have one week from the date of circulation to object, in writing, to the Departmental Chair.  If no objections are received, the proposal is approved and will be signed by the Departmental Chair and the DGS.

 

Use the following format for your email to faculty:

 

Dear faculty and members of the department,

 

I have completed the thesis proposal for my [M.S.] [Ph.D.] degree entitled "xxx".  A hard copy of the proposal is available for perusal in the department office (Heroy 204), as required by the Department of Earth Sciences Graduate Student Protocol.  If you are interested in my project, please read my thesis proposal.  If you have any objections about this thesis proposal and this research project, as required by the department protocol, please put your objections in writing addressed to the chair of the department within one week of this date: LIST DATE.

 

            Thesis or dissertation proposals should be written as early in the degree program as possible.  They should not be written when the research is well under way or nearly completed or just prior to the defense of the thesis, for the student then risks much wasted effort if the proposed research is not approved.  Normally, M.S. students should write their thesis proposals in the second semester, but certainly not later than the third semester, of their graduate degree programs.  The Ph.D. dissertation proposal serves as the vehicle for the Ph.D. Qualifying Examination.  Because Ph.D. students are required to take the Qualifying Examination not later than the fourth semester of their degree program (see below under Examinations), it follows that the dissertation proposal must be written by the fourth semester.

 

            Students should not make the mistake of assuming that their committees will read, edit, and approve proposals on short notice.  It is reasonable to plan on spending at least one month editing the proposal and having it approved by the research supervisor.  Approval by the rest of the committee may take as much as an additional month.  Be sure to establish a time schedule and maintain regular contact with committee members to ensure that their comments and concerns are addressed in a timely manner.  Note that reading, editing, and commenting upon thesis and dissertation proposals is a responsibility of faculty members, and students should not hesitate, after a suitable interval of time, to ask their committee members about the status of their proposals.  Students who do not complete research proposals in a timely manner may jeopardize continued departmental funding.

 

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7. The Ph.D. Qualifying Examination:

            The Ph.D. Qualifying Examination is a departmental examination that must be taken by Ph.D. students no sooner than the beginning of the third semester, no later than the end of the fourth semester.  The examination will not be scheduled until the Research Skills program has been completed (and a memo is in the file) and a Dissertation Proposal has been approved (see numbers 5 and 6 above).

 

            If the Ph.D. student does not have a prior M.S. degree and is therefore seeking to complete 36 credits of class work rather than the 12 credits required of a student with an M.S. already, he or she may seek an extension by petitioning the faculty.  In this case, he or she should plan to take the Ph.D. Qualifying Examination not sooner than the beginning of the fourth semester, nor later than the end of the fifth semester.

 

            The examination is oral, and is based upon the Dissertation Proposal that serves as a vehicle for a broadly based examination.  The examination is not a "defense" of the proposal.  Rather, the aspirant makes an oral presentation of the proposal that lasts about thirty minutes.  Following this, the Examining Committee (the Permanent Advisory Committee) will examine the aspirant on various subjects that are germane to the proposed research.  The examination is designed to determine whether the aspirant has the research skills, appropriate conceptual abilities, and background knowledge to carry out advanced scientific research.  Any subject matter, including basic earth science knowledge, which may be related to the proposed research, is "fair game" for questioning.  However, aspirants will not be asked questions that are unrelated to the proposed research.

 

            All faculty members are invited to attend the examination presentation, but if they wish to attend or participate in the questioning, they must remain until the examination is completed and participate in the Committee's discussion of the outcome.  Only the Examining Committee, however, votes on the outcome.  The result of the examination shall be Pass or Fail.   More than one negative vote constitutes failure of the examination.  Should the Examining Committee decide that the results of the oral examination are inconclusive, it may schedule a written examination to be taken within one week of the oral examination; in this case, the committee vote may be deferred until evaluation of the written examination in completed. 

 

            Students who pass the Qualifying Examination are advanced to "Candidacy for the Ph.D. Degree".  If the student fails the examination, one additional attempt may be made, but not sooner than three months after the initial attempt.  If the examination is not passed on the second attempt, the student's doctoral program will be terminated.  Examining Committees also have the option to grant a "Pass" that is conditional upon limited additional course work, reading, etc. and may require a further committee examination or review of such additional work.  If this is the case the committee will reconvene at the appropriate time to discuss whether the student has met the additional requirements.  The limited additional requirements undertaken by a student to proceed to Ph.D. candidacy should a pass be conditional shall be accomplished within 6 months of the examination.  A committee may also recommend that the student undertake a M.S. degree should he or she not perform well in the Ph.D. qualifying exam.

 

The chair of the examining committee shall write a signed memo to the faculty of the Department of Earth Sciences following the examination. This memo shall list the date of the exam, members of the committee, and the outcome of the Qualifying Examination, as well as any details of a conditional pass. The original will be retained in departmental records, with copies given to the student, other members of the committee, and the Director of Graduate Studies.  As a courtesy, a copy will be sent to the graduate school.  The transition of the student from a Ph.D. student to a Ph.D. candidate is a departmental concern.

 

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8. The Thesis (M.S.) or Dissertation (Ph.D.):

            The thesis (M.S.) or dissertation (Ph.D.) is the written presentation of research accomplished.  The research phase of a graduate program is generally the most exciting and productive part, and should be very carefully planned.  Research by graduate students is normally done in close consultation with the Research Supervisor and the Advisory Committee.  Research studies vary widely because of the breadth and interdisciplinary nature of earth science.  However, the department expects that all research done by its students will be of the highest quality, involving careful study of significant scientific problems while adhering to ethical standards.

 

            Funding for Research Assistantships is usually arranged by the Research Supervisor, but graduate students are strongly encouraged to seek their own supplemental funding through agencies like GSA or Sigma Xi, or by searching the databases located online at the Office of Sponsored Programs (http://osp.syr.edu).  Ph.D. students in their first year of graduate study, or those in the final year of writing, may also be eligible for fellowships sponsored by NSF or other agencies, and students are strongly encouraged to explore all of those opportunities.

 

            M.S. theses and Ph.D. dissertations must comply with the general requirements of the Graduate School; students who are approaching the writing stage of their programs should read the Graduate Catalogue and the booklet "Instructions for Preparation of Theses and Dissertations" that are available from the Graduate School.  The Department of Earth Sciences encourages M.S. and Ph.D candidates to prepare theses or dissertations in a format that is suitable for publication and, in addition to standard format documents, will accept texts that constitute one or more articles ready for submission to journals.  The number of articles, particularly for Ph.D. dissertations, will depend upon the subject studied (but typically number three papers in peer reviewed journals of international merit for Ph.D. students and one paper for M.S. students) and must be approved by the Advisory Committee and the Chair of the Graduate Studies Committee.

 

            Students should understand that completion, editing, and approval of a document as important (and sometimes lengthy) as a thesis or dissertation is not a trivial exercise that can be accomplished in a couple of weeks.  Ph.D. students in particular are strongly encouraged to write up and submit to their advisor individual chapters (ideally, manuscripts for submission) as they complete that phase of their work, rather than waiting until the end of their degree program to write them all at once. 

 

Below are the steps that should be followed after the student has a first draft of his or her thesis, complete with figures and tables in acceptable form, with estimates of the time required:

 

a)  Edited version of the first draft returned to the student by the Research Supervisor with comments and suggestions.  About three months.

 

b)  Edited version of the revised text, with tables, maps, figures, etc. in final form, returned to the student by the Research Supervisor with comments and suggestions.  Three weeks to one month.

 

c)  If Research Supervisor thinks the text, figures, etc. are ready for Advisory Committee reading, he or she signs a preliminary cover page (or suitable memo) and the text is distributed to the Advisory Committee.  Edited versions, with comments and suggestions, back to students from the Advisory Committee.  One month.

 

d) The final Defense version of the thesis or dissertation is prepared by the student and approved by the Research Supervisor; the defense version is then distributed to the Defense Committee at least 2 weeks (14 days) prior to the defense date (see below).  The defense committee must sign the cover page indicating their consent that a defense may be scheduled. Two weeks.

 

e) Note that the process may take more than six months after completion of the first draft!  Add more time if your writing skills are not what they should be.  Add more time if you try to do all of this during the summer when faculty may be away from the department doing field work or other research work.

 

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9.  Program of Study Form:

            Prior to the thesis or dissertation defense (see below), and with the advice and concurrence of the Research Supervisor and the Departmental Chair, the student must file a Program of Study form with the Graduate School.  This form made is obtained from the departmental office or from the Graduate School (http://gradsch.syr.edu/download.htm). Directions for filing are given in the University's Academic Rules and Regulations booklet (http://coursecatalog.syr.edu/rules.aspx).  The Program of Study must be filed before any credits will be transferred from another college or university (i.e., if any credits from another university need to be transferred to SU to go towards a student's Ph.D. or M.S. then the student needs to fill out the portion of the Program of Study form entitled ?Transfer Credit?).

 

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10. Thesis or Dissertation Defense:

            At least four weeks before the Defense, the Department Chairperson, in consultation with the Research Supervisor, recommends an Examining Committee to the Graduate School.  Normally, the Examining Committee consists of the Advisory Committee plus another member who serves as Chair of the defense.  Thus, a minimum of four examiners are required for a M.S. defense whereas six are required for a Ph.D. defense. In the case of a M.S. defense the chair is usually another faculty from the Department.  In the case of a Ph.D. dissertation defense, the Chair must be from a department in the university other than Earth Sciences.

 

            In order to ensure that the process described above occurs, the student must file a Request for Examination form with the Graduate School at least three weeks before the defense date of their thesis or dissertation. This form is available in the main office (Heroy 204) or from the Graduate School Website (http://gradsch.syr.edu/download.htm).

 

 

            Defenses of theses and dissertations are public events in which the student presents the results of his or her research and then answers questions.  The normal format is that a presentation lasting thirty to forty-five minutes is made.  Then, the floor is opened to questions from the audience.  Normally, the Examining Committee does not ask questions at this time.  After the general audience has asked questions, it will be excused and the Examining Committee will ask questions of the candidate to elucidate any aspects of the research it deems necessary.   For both M.S. and Ph.D. candidates, the Defense is a final examination.  Questioning by the Examining Committee generally lasts in the neighborhood of 2 hours, but may go longer.

 

Members of the committee may make their approval conditional upon certain changes in the dissertation being made by the candidate. The report of the examining committee indicates one of the following results:

 

            o Pass
    
o Pass with minor revisions (generally editorial)
    
o Pass with major revisions (substantive)
    
o Not Pass

The results will be reported on a form provided by the Graduate School. It is the responsibility of the Chair of the Examining Committee to obtain the concurring signatures of the Committee members on the final defense cover page and to report the results of the exam in a letter to the Graduate School (plus a copy for departmental files).

 

For editorial changes, the committee may refer final approval of the dissertation to your dissertation advisor. If approval hinges upon making substantive changes, committee members may withhold their signatures of approval until the required changes have been made. In cases where substantive revisions are required, the chair and the advisor, on behalf of the committee, should ensure that revisions are successfully completed. At the discretion of the committee, other members of the committee may participate in the oversight of the revisions as well. The candidate is entitled to an explanation from the committee concerning the disposition of the defense. If the candidate does not pass the examination, he or she may be invited to schedule a subsequent examination.

 

When all revisions have been made the advisor will sign and date the candidate?s title page and submit it to the GEMC. This document determines the student's certification.

 

The final version of the dissertation, incorporating all required revisions, must be completed and approved at least two weeks before the proposed graduation date.  Details of requirements regarding microfilming, copyrighting, and binding can be found in the booklet Academic Rules and Regulations.  The University will bind the final copies of the thesis or dissertation and place them in the University Library.

 

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11.  Vancouver Protocol:

The Department of Earth Sciences endorses and follows the guidelines of the Vancouver Protocol on research policy and authorship.  Important components of the Protocol that are particularly relevant to the department are summarized below. The master document can be found at: http://www.icmje.org/

 

1. Objectives:

1a:  The Protocol aims to provide an understanding of the qualifications for authorship and the responsibilities of each author for a submitted manuscript or a presentation at a conference.

1b: The guidelines also ensure that the contributions of students and staff (or others) who participate in research activities leading to publications are acknowledged in a fair and proper manner.

1c:  To provide a basis for the order of authorship in multi-authors papers or presentations.

 

2. Qualifications for authorship

2a:  Qualification for authorship requires substantial participation in a research project.  The following conditions must all be met:

2a(i) conception and design, or execution, or analysis and interpretation, of at least part of a research output in the author's field of competence

2a(ii) drafting at least part of the article or revising it critically for important intellectual content

2a(iii) participation in approval of the version to be published

2b:  Any author, regardless of order of authorship must be able to take scholarly responsibility (inside and outside the University), for at least that part of the output in the person's area of competence.

2c:  Some contributions to the research will not qualify for authorship but should be recognized in the "acknowledgement" section, or elsewhere in the paper/presentation.  Examples of these contributions may include: designing and maintaining apparatus, statistical advice, data collection only, administrative support and data entry, scholarly advice, conducting interviews, translation and transcription, providing only physical resources or funding, leadership or membership of a research entity under which the research was carried out without fulfilling 2a(i) or 2a(ii).  Initialization or conceptualization of the original idea upon which the research was based without fulfilling 2a(i) or 2a(ii).

2d:  No-one can be included as an author, or acknowledged for a contribution, against their wishes.

2e:  Authorship (especially the order of authors) can often be a delicate subject.  Thus, authorship as part of a research project should be discussed at a relatively early stage, and reviewed when there are changes in scope or involvement in a project.

 

2f:  The first or primary author usually writes the first draft of a research paper or other research product. 

2g:  Qualification for authorship is usually decided by the other authors.  This applies to whether paid consultants to a research team should be authors.  Common practice is that consultants who contribute substantially to the intellectual research output are included as authors.  However, consultants who do not contribute in a substantial way or who contribute only through data collection or analysis, but not to the intellectual part of the research are not normally included as authors, but are acknowledged.

 

3.  Authorship order

3a:  The order of authorship is usually decided by intellectual contribution, with the researcher making the largest contribution being the first author, or to select where they want to be in the list of authors.

3b:  The order of other authors in a multi-author publication is also decided by their relative intellectual contribution, although discipline-specific variations also determine authorship order (e.g., alphabetical after the major contributors, the research advisor is added last - provided they meet the criteria of 2a(i) and 2a(ii)).

3c:  Authorship order should be negotiated between authors, but usually the first author plays a lead role in determining order.

3d: Authors in a multi-author publication may choose to simply list authors in alphabetical order or honor a particular author by placing them first.

 

4.   Graduate students as authors

4a:  If based upon the research conducted for a Ph.D. or M.S., the student usually qualifies as the primary (first) author.  It is regarded as unusual is a graduate student who fulfills the requirements of a M.S. or Ph.D. and is awarded that degree by a university would not fulfill the requirements to be the first author.

4b: For MS degrees that involve coursework and a research report for MS, honors and undergraduate research projects, the student may or may not be the primary author; this depends on the relative intellectual contribution to the final product.  It would be possible for a student, particularly an undergraduate student to collect data, but not be able to meet 2a(i) and 2a(ii) and hence lose their entitlement to authorship.

4c:  Usually, the results of research undertaken by a student (graduate or undergraduate) are not submitted for publication until there has been interaction with the students advisor.

4d:  If the students advisor fulfils the criteria of 2a(i) and 2a(ii) above (with respect to a students research project) and the student fails to publish within a reasonable time period (usually 2 years since graduation), then the advisor will have the right to publish the findings as first author.

 

5. Multi-institution involvement in publication

5a:  If multiple institutions (universities, government research organizations, institutes in other countries) pay careful attention to 2e.

5b:  Most, if not all reputable institutions and universities subscribe to the Vancouver Protocol, therefore it should be unlikely that disagreements arise as to qualification or order of authorship.  If disagreements do arise, then the guidelines of the institution of the first author usually apply.  If disagreements cannot be amiably settled, then these are referred to the Vice-Chancellor for Research (Provost) for discussion with their counterpart(s) at the other institutions. 

 

6 Author obligations

6a:  Each author has the obligation to ensure the authenticity and accuracy of the research output and publication content, at least in their area of expertise.

6b:  Should a research product or publication prove to be fraudulent (which brings the university into disrepute), the university considers all authors to be liable, until shown otherwise.  Primary or first authors are under a greater obligation and will carry a greater burden of responsibility.

6c:  Selection of research publication.  Be aware that copyright usually passes to the publisher of a research output and that the publisher may have their own set of rules (e.g., all author lists are alphabetical) which may override the wishes of you and your co-authors.

 


 

[To index]

APPENDIX:  Examples of Research Skills

 

  • Mastery of a range of bivariate and multivariate, parametric and non-parametric statistical techniques through course work on quantitative methods in paleobiology and the mastery of program ?R?, an analytical tool used in the analysis of numerical questions
  • Course work in GIS and ability to use ARC-Info, Arc-View
  • Field work leading to facility in tools and practices for geology and ecology which include lithologic characterization, measuring stratigraphic sections, correlation and conceptualization of sample design to allow for statistical testing of patterns
  • Course work in XRD, SEM and Microprobe Analysis
  • Training in operation of Sector 54 Thermal Ionization Mass Spectrometer
  • Skills in cation and anion exchange chromatography, and Sr specific chromatography
  • Skills in separation of U and Pb from silicate matrices and isolation of Sr from matrices
  • Skills in separation of bulk rare earth elements (REE)
  • Mastery of analytical tools used to analyze water quality—ICP, IC and DCP
  • Mastery of numerical and analytical models used to characterized subsurface groundwater flow systems—MODFLOW and MT3D
  • 40Ar/39Ar analysis on minerals using noble gas mass spectrometer
  • Course work in Statistical Analysis
  • Skills required for fission track analyses including rock crushing, high purity mineral separates using heavy liquids and magnetic techniques, pre-irradiation and post-irradiation sample handling techniques, and determination of a fission track age and track length measurement using a computer driven stage and research microscope.  Mastery of fission track data reduction and data interpretation including forward and inverse thermal modeling
  • Skills used to determine (U-Th)/He ages on minerals separated from rocks, including use of mass spectrometer and high vacuum extraction line, including interpretation of data
  • Mastery of identification of minerals in thin sections using a microscope and the ability to use thin sections for micro-structural analysis
  • Mastery of technical aspects, data collection, data reduction, and data interpretation related to isotopic methods used to determine the temperature-time evolution of the Earth?s crust
  • Mastery of analytical methods used to determine the age and geochemistry of the mineral zircon by in situ ion microprobe analysis involving mapping of zircons in thin sections using secondary electron microscopy and backscatter imaging, and determining the U-Th-Pb isotopic, rare earth element and trace element compositions of zircons
  • Courses such as Physical Chemistry, Analytical Chemistry, Organic Chemistry, Atomic Physics etc.