Class of 2025: Jiawen Chen, BSc in Food, Nutrition and Health

Raya Hartshorne

About

NameRaya Hartshorne
PronounsShe / Her
DegreeBachelor of Science in Food, Nutrition, and Health
MajorDietetics
Year3
HometownWhite Rock, Canada

Raya is a third-year undergraduate student in the Food, Nutrition, and Health program. Raised in White Rock, BC, Raya was drawn to nutrition through her love for cooking, wellness, and supporting others in their health journeys. Her high school capstone project, focused on meal planning for mental health, which sparked her interest in dietetics and led her to pursue this passion academically at UBC.

Raya is an active member of the LFS community. She has volunteered with the LFS Outreach team and participated in the Land One program, which helped her build a strong foundation and lasting friendships. Her goal is to become a Registered Dietitian and continue creating content through her page, @rayashealthykitchen. Her biggest advice to new students is to reach out for support early and take advantage of programs like Land One and academic advising, which helped her feel grounded and empowered.

What are three adjectives that describe you?

Kind, Determined, Outgoing

What has been the best part of your university experience so far?

This year I took on something new and joined the LFS Outreach team, where I volunteered at recruitment events and led educational workshops for high school classes. I stumbled across the opportunity in an LFS Newslettuce and am so glad I decided to apply! I have had so much fun getting to connect with future students and sharing my LFS experience with them. Being a part of this team has also expanded my network by introducing me to so many more awesome people in the Faculty.

How did you first become interested in Food, Nutrition, and Health Program?

I was lucky to grow up surrounded by home-cooked, nourishing meals and a positive emphasis on wellness. I used to love going to health food stores with my mom and would read cookbooks to fall asleep! This followed me through my life as I continued to learn how to best take care of myself. While in high school, I took a big interest in foods classes and combined this with my passion for a holistic approach to health, to create a capstone project: a meal plan focusing on supporting mental health. This project opened my eyes to possible career choices and landed me in LFS to start my nutritional academic journey!

What kind of career do you hope to pursue after your degree?

My current vision for myself is to become a Registered Dietitian and get to explore my different niche interests in nutrition through my clients while helping them to achieve health and peace. I want to create a holistic approach and safe space in healthcare that empowers people to feel their best. I also love exploring content creation through my page @rayashealthykitchen to promote nutrition and wellness. I definitely see myself continuing this in my future. I got to explore this further in an academic setting through LFS 400: Audio Storytelling, and the audio skills I learnt have come in handy for my content. 

What has been your favourite course and why?

I loved taking FNH 371: Human Nutrition Over the Lifespan with Dr. Liz Novak. We learned about key nutrition focuses at each point in the lifespan, starting at pregnancy and ending at the aging population. One of my favourite topics is pregnancy and lactation, so getting to explore these topics more and seeing how I could support people in these stages was amazing. Studying for this class became fun for me because I was so interested in it, which is the best feeling. 

Can you share if you experienced a challenge during your time at UBC?

My first year at UBC was a big transition; there was a lot of change happening at once, and I struggled with my mental health. While my family and professionals helped me through this challenge, the LFS community also played a huge role. I met with an academic advisor at LFS Student Services who helped me adjust my course load and referred me to the Centre for Accessibility, which provided me with accommodations to allow me to truly do my best. I was also in Land One at the time, which had smaller class sizes and a strong support system to fall on. This challenge only made me grow stronger and closer to my community. There are so many people who are here to help you at UBC and within LFS, so my biggest advice is to just reach out!

What strategies would you recommend for adapting to the new university setting?

Applying to the Land One program for my first year shaped my transition and made me feel more settled at UBC. The smaller class sizes allowed me to make life-long friends, make one-on-one connections with professors, and feel supported. We also did several field trips and hands-on activities, which made my first year so fun.  I recommend any incoming LFS and Forestry students to consider Land One!


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Postdoctoral Position in Grape Genomics

Postdoctoral Position in Grape Genomics

Posted on April 28, 2025

A two-year postdoctoral research position is available starting July 1, 2025 in the Faculty of Land and Food Systems at the University of British Columbia under the supervision of Drs. Simone D. Castellarin, and will be affiliated to the Applied Biology program. The Faculty of Land and Food System is located in the vibrant and beautiful city of Vancouver (BC, Canada). The expected salary range is $60,000 – $65,000 CAD.

The postdoctoral fellow will make a vital contribution to the funded project entitled: HEAT-GRAPE: Identification of transcripts and metabolites involved in HEAT-stress responses in GRAPEvine, and their responses to mitigation strategies. The project aims to: i) understand how major grape cultivars grown in British Columbia cope with heat stress and identify the biological mechanisms (pathways, genes, and metabolites) that are involved in heat-stress responses, ii) determine the impact of heat stress on grape productivity and quality in grapevines that are well-irrigated or exposed to water deficit due to limitations on irrigation water, and iii) understand the mode of action of biostimulants so that their application can be tuned specifically to mitigate heat stress.

Specific research activities include i) implementing irrigation and biostimulant treatments in research fields and growth chambers, ii) sampling leaf and grape samples from field and greenhouse experiments, iii) extracting RNA and metabolites from leaf and grape samples, iv) conducting bioinformatic analyses on RNA-Seq datasets, v) analyzing metabolites with mass spectrometers (LC-QTOF, SPME-GC-MS), and vi) disseminating results and knowledge generated to the academic community and sector partners.

Applicants must hold a doctoral degree in Plant Science, Agricultural Sciences, Genomics, Molecular Biology, or a related field. Experience in plant physiology, applied genomics, metabolomics, and/or transcriptomics is preferred. Very strong communication skills (oral and written) are required. Student mentorship is expected.

Application process: Interested candidates should apply by May 15, 2025. Applicants can submit their CV and names of three referees to Dr. Simone D. Castellarin at simone.castellarin@ubc.ca.

UBC hires on the basis of merit and is committed to employment equity. All qualified persons are encouraged to apply. Equity and diversity are essential to academic excellence. An open and diverse community fosters the inclusion of voices that have been underrepresented or discouraged. We encourage applications from members of groups that have been marginalized on any grounds enumerated under the B.C. Human Rights Code, including sex, sexual orientation, gender identity or expression, racialization, disability, political belief, religion, marital or family status, age, and/or status as a First Nation, Metis, Inuit, and/or Indigenous person. All qualified candidates are encouraged to apply; however, Canadians and permanent residents will be given priority.

Selection Criteria: The selection of the candidate will be based on the following criteria: 1) a PhD in an appropriate field of research, 2) a sound knowledge of and demonstrated experience in plant or crop physiology, stress physiology, horticulture, and/or applied genomics, 3) ability to conduct high quality independent and innovative research with documented experience to carry work through to publication, 4) very strong oral and written communication skills, and 5) ability to work effectively both in an independent role and collaboratively with others in a diverse academic and industry settings.