Research/Graduate Student positions
The position: We are looking for a highly motivated graduate student interested in gaining a PHD in Plant Sciences, in the developing area of phenotyping. This position requires a BSC and MSC in plant science / agronomy / applied biology. This is a great opportunity to link nitrogen content and use to state-of-the-art genotyping techniques to improve nitrogen use efficiency in canola (oil seed rape). Saskatoon is home to the globally leading crop and Saskatchewan is the heartland of canola production. The project is in collaboration with AAFC (Saskatoon- Canola Genetics and Breeding) and the University of Saskatchewan (Department of Plant Sciences) on a project funded by the Canola Council of Canada - Canadian Agricultural Partnership Program.
Research objectives: The research will characterize a diverse 51-member canola (Brassica napus) diversity panel collection known as the NAM Founder, and a series of classic canola cultivars released over the past 30 years, in the field. We will be measuring nitrogen content of plant parts in vegetative and reproductive growth and pairing laboratory and imaged based measurements with state of the art genotyping techniques. The goals are to 1. characterize nitrogen uptake, content and remobilization in plant parts through the season, and to 2. dissect traits and map genetic regions associated with nitrogen acquisition and remobilization. Tools that result from this project will be used to further genetic analysis and fine mapping of imaged phenotypes of the spring B. napus Nested Association Mapping (NAM) population.
To apply: Funding is up to 3.5 years for a Ph.D., based in the Department of Plant Sciences, University of Saskatchewan, and at AAFC Saskatoon. AAFC Saskatoon is housed on the University of Saskatchewan’s campus, in immediate proximity to Plant Sciences. Preference will be given to individuals with plant and field experience, a strong interest in genetics, and at least one or more of the following areas (physiology, plant breeding, big data, genomics), and a proven track record of meeting deadlines /publishing research. The stipend is competitive at federal rates, currently $ 28,000 per year, for PHD students. The student requires a current valid driving license. Preference will be given to applicants available to start in either January or May. Non-Canadian applicants must be eligible to study in Canada. Candidates whose first language is not English and whose degrees are not from a university that instructs in English [http://www.whed.net/ ] must provide a certificate of English proficiency (TOEFL of 86 or more with 19 or more in each category, or IELTS of 6.5 or more in each category). The position is available now, and applications will be considered until the position is filled.
Interested candidates should e-mail a short (1/2 page) cover letter, current CV /resume outlining relevant research & work experience (2-3 pages), scientific publications, contacts for three references, English proficiency, and copies of degree transcripts as A SINGLE DOCUMENT IN PDF FORMAT. This pdf file will be named “CANOLANUE and your name”. Send the file as an e-mail attachment to email@example.com , with the e-mail subject line “CANOLANUE and your name”. We will contact the best qualified applicant/s to proceed to an interview and formal application.
Dr. Rosalind Bueckert, Crop Physiology, Dept. Plant Sciences, University of SK, Saskatoon, SK S7N 5A8
Email: Rosalind Bueckert +1- 306-966-8826 OR
Dr Sally Vail, Canola Breeding, AAFC Saskatoon, 107 Science Place, Saskatoon, SK S7N 0X2
Email: Sally Vail +1- 306-385-9482
The position: We are looking for a highly motivated graduate student interested in gaining an MSC or PHD in Plant Sciences, in Crop Physiology. This position requires a BSC (plus an MSC for the PHD position) in plant science / agronomy / applied biology. Soybean is expanding into western Canada, a cool arid region that is somewhat challenging for warm season crops. This is a great opportunity to develop skills for characterizing growth, development and yield formation in Maturity Group 00 and 000 soybean, and apply knowledge to ultra-short growing seasons in northern USA and Canada. Saskatoon is home to global leading crops such as wheat and canola, and Saskatchewan is the heartland of Canadian crop production. The project is in collaboration with AAFC (Ottawa) and the University of Saskatchewan (Department of Plant Sciences) on a project funded by the Canadian Field Crop Research Alliance-Canadian Agricultural Partnership.
Research objectives: The research involves two sets of soybean cultivars released by northern soybean breeding programs in the soybean industry, and will characterize soybean development and yield formation for cool environments. We will be measuring crop development, light interception, biomass production, and yield components at four Saskatchewan locations. The goals are 1. to characterize soybean growth and development as a function of water, temperature and heat units, and 2. to characterize yield formation and challenges associated with transferring biomass to yield. Research outputs will include maturity classification, describing development progress as a function of heat and water, grower recommendations and extension.
To apply: Funding is up to 2.5 years for an MSC, and 3.5 years for a PHD, based in the Department of Plant Sciences, University of Saskatchewan, Canada. Preference will be given to individuals with plant and field experience, a strong interest in crop physiology, at least one or more of the following areas (physiology, plant breeding, agronomy, agricultural extension), and a proven track record of meeting deadlines /publishing research. The stipend is competitive at federal rates, currently $ 26,000 per year for MSC, and $28,000 for PHD students. The student requires a current valid driving license to travel to remote field locations, and excellent written and speaking skills in English. The grant funding requires delivery to deadlines several times a year. Preference will be given to applicants available to start in either January or May. Non-Canadian applicants must be eligible to study in Canada. Candidates whose first language is not English and whose degrees are not from a university that instructs in English must provide a certificate of English proficiency (TOEFL of 86 or more with 19 or more in each category, or IELTS of 6.5 or more in each category). The position is available now, and applications will be considered until the position is filled.
Interested candidates should e-mail a short (1/2 page) cover letter, current CV /resume outlining relevant research & work experience (2-3 pages), scientific publications, contacts for three references, English proficiency unless the BSc or MSC was taught in English from a Univ. Saskatchewan-approved University, and copies of degree transcripts as A SINGLE DOCUMENT IN PDF FORMAT. This pdf file will be named “EARLYSOYBEAN your name”. Send the file as an e-mail attachment to firstname.lastname@example.org , with the e-mail subject line “EARLYSOYBEAN and your name”. We will contact the best qualified applicant/s to proceed to an interview and formal application.
Dr. Rosalind Bueckert, Crop Physiology, Dept. Plant Sciences, University of SK, Saskatoon, SK S7N 5A8Email: Rosalind Bueckert +1- 306-966-8826
The Master’s candidate in Computer or Plant Sciences position is a full-time two- to three-year term. The start date of the position is the spring (May 1) or fall term (Sept. 1) 2020 at the University of Saskatchewan. The Master’s candidate can choose to apply the graduate program at Computer or Plant Sciences.
The M.Sc. candidate will be funded at the rate of $25,000/yr. In addition, the M.Sc. candidate will be encouraged and supported to apply for additional grants.
The Global Institute for Food Security is recruiting for a M.Sc. candidate in Computational or Plant Sciences in the Seed and Developmental Biology research group. The incumbent will perform computational and statistical analyses in the frame of a pre-breeding project (Agriculture Development Fund (ADF) program funded research on “Preserving hybrid vigour through a novel apomixis breeding strategy in Brassica crops” (# 20180141)) in order to detect all genetic factors that are fundamental for the expression of the apomixis trait. for the Apomixis Breeding research team in the laboratories of Prof. Dr. Timothy F. Sharbel, GIFS Research Chair in Seed Biology, University of Saskatchewan campus.
The incumbent will be part of the Apomixis Breeding team under the direction of the lead postdoctoral fellow/research scientist. Overall supervision will be provided by Prof. Dr. Timothy F. Sharbel. The research project aimed to trace the structural transformation of a sexual genome upon the induction of diplosporous apomixis via homoploid hybridization. The M.sc. candidate will use whole genome sequencing libraries of sexual and synthetic hybrid apomictic parental and established backcrossing lines and will apply genotyping and other bioinformatics pipelines and statistical analyses to generate maternal and paternal markers and explore hot spots and patterns of segregation distortion across and within various generations of backcrossing lines and will examine the level of translocation of heterozygosity to non-homologous chromosomes. The comparison of a wide array of phylogenetically distant backcrossing lines will facilitate the understanding whether the transfer of genomic fragments of the apomictic donor into the sexual maternal background occurs as random or distinct pattern. The M.Sc. is expected to support the publication of research result a minimum of one but up to three publications in high impact factor, peer-reviewed journals as co-author and participate at international conferences. In addition, the M.Sc. candidate will support the generation of a candidate apomixis factor database (CAFD) which will increase the scientific standing and reach of our SDB research group, of GIFS and the UofS. The CAFD will facilitate the functional testing of those novel candidates with the final goal to synthesize a functional apomixis gene cassette for the induction of the apomixis trait in any desired crop plant. The research objectives in brief:
- Localization and dynamics of Segregation Distortion (SD) across several independent back crossing lines
- Identification of all fundamental apomixis factors and establishing an apomixis candidate factor database
- Dynamics of apomixis factor introgression in sexual genomes across different back crossing lines and generations
Education and Experience:
A Bachelor’s degree in bioinformatics, plant biology or agricultural biology is required. Prior experience or coursework in bioinformatics, quantitative genetics and statistics in breeding are desirable.
The successful candidate will have the demonstrated ability to work in a team-oriented, multidisciplinary research environment and the desire to solve complex problems. The familiarity with next-generation sequencing data structures, large dataset handling, genome analyses and skills in batch scripting, phyton and R is mandatory. They will possess excellent written and verbal communication skills in the English language, solid skills in statistics, and attention to detail and willingness to learn.
This position is not in scope of any bargaining unit.
To Apply: Applications will be accepted online only at careers.usask.ca and must include a cover letter and resume and be submitted as a single PDF document.
Inquiries regarding this position can be directed to Megan Paul at email@example.com.
Two M.Sc. and 1 Ph.D. positions are available immediately for work within the area of plant protein ingredients and food chemistry. The demand for plant-based protein alternatives around the globe is on the rise as consumers and the food industry search for non-dairy non-soy alternatives that are low cost, abundant, nutritious, functional and environmentally sustainable. However, significant ingredient innovation is required in order to bring new oilseed, cereal and pulse derived ingredients to the marketplace, and be competitive. The three research projects are as follows:
 Evaluation of the effects of germination on the physicochemical, functional and nutritional properties of Navy bean and red lentil flours. This M.Sc. project examines changes to seed composition and morphology during germination overtime, and then accesses the functional attributes of their resulting flours (solubility, water/oil holding capacities and, foaming, emulsifying and pasting abilities). The project will also access changes to in vitro starch and protein digestibility.
 Examination of the impact of particle size on the wet extraction process for protein isolates from yellow pea, red lentil, Navy bean and Kabuli chickpeas, and their resulting physicochemical, functional and nutritional properties. This M.Sc. project examines the impact of particle sizes on the ability to extract proteins from a range of pulses for purposes of developing an isolate. The formed ingredients will be evaluated based on their composition, protein profile, interfacial properties functionality and nutritional value.
 Evaluation of the protein quality and functionality of flour and protein isolates from a variety of advanced pea breeding lines. This Ph.D. project examines the nutritional value, interfacial properties and functional attributes of flour and isolate ingredients derived from advanced pea lines bred for their amino acid profile and total protein content. Protein quality, will involve measuring amino acid profiles using multiple methods, and in vitro digestibility for determination of PDCAAS values).
Ideal applicants will: have a B.Sc. or M.Sc. degree in Food Science or related discipline; have hands on experience in food chemistry or material science; have excellent oral and written communications skills; and have a publication record (in the case of Ph.D. applicants).
Funding for these opportunities is available at the University of Saskatchewan (Dr. Michael Nickerson) at a level of $20,000/yr for 2 years (M.Sc.) and $24,000/yr for 3 years (Ph.D.).
How to Apply*: Send your Curriculum vitae, transcripts, any recent publications, English test scores and a covering letter stating how your background and qualifications match the position to Dr. Michael Nickerson
*Only qualified matches will be asked to submit a formal application and interviewed.
Area: Metatranscriptomics of Sulfur Oxidizing Bacterial Consortia in Soil
A Master’s of Science position is available immediately for work on a project focusing on microbial sulfur oxidation processes for enhanced sulfur uptake by plants. Sulfur deficiency in soil is becoming increasingly common in Canadian prairie regions, and oilseeds, and particularly canola, have a higher S-requirement than cereal crops. The commercial demand for canola, along with increasing crop yields, causes a further depletion of bioavailable sulfur in these regions. Chemical oxidation of elemental sulfur into a plant-available form (SO42-) occurs slowly, thus S-limited soils may require direct application of sulfate fertilizers in order to maximize yields. Microorganisms that promote sulfur fertilizer oxidation through the various oxidation states to sulfate accordingly have potential biotechnical application in agronomic systems, and are the focus of this degree opportunity.
Accordingly, the successful candidate will employ transcriptomic/metatranscriptomic molecular techniques, in concert with chemical sulfur oxidation assays, to delineate sulfur oxidation pathways/potential of organisms of commercial importance. Application and use of bioinformatics tools and algorithms, as well as experience working with model systems, will be an asset. Applicants will be considered that ideally: have a B.Sc. or M.Sc. degree in microbiology/geomicrobiology along with hands-on experience in biotechnology and molecular techniques, possess a strong interest in microbial ecology, have excellent oral and written communications skills, have a publication record, and are eligible and competitive for national and regional scholarship support. Working in close-collaboration with the industrial sponsor, the student will gain industrially-relevant theoretical knowledge and hands-on expertise for employment in the rapidly-evolving field of biologics, and particular, for microbially-enhanced plant growth promotion.
Funding for this opportunity is provided by Lallemand Plant Care in conjunction with NSERC-CRD, and will be housed at the University of Saskatchewan (Dr. Darren Korber). Stipend support is $18,000/yr over 3 years.
How to Apply: Send your Curriculum vitae, transcripts, recent publications, and a covering letter stating how your background and qualifications match the position to:
Department of Food and Bioproduct Sciences
University of Saskatchewan
51 Campus Drive, 4E16
Attn: Dr. Darren Korber
For Further Information contact Dr. Darren Korber at Darren Korber (ph. 306-966-7786)
Undergraduate Student and Summer term employment
Each summer the department and the CDC will hire up to 60 University of Saskatchewan or other post-secondary students for various summer positions in either laboratory or field settings.
Qualifications: University of Saskatchewan or other post-secondary students planning to attend classes in September.
Requirements: Minimum one year of post secondary education. Preference may be given to students with an agricultural background but it is not necessary. The ability to do manual labor, ability to work as directed and to practice safe work habits and posession of a valid drivers license would be beneficial.
Applications forms cand be downloaded, or picked up in the Plant Sciences General Office located in Room 4D36 Agriculture Building. Please attach a current resume.