Late May Sunset ~ Keith Rush

*****

COMMUNITY EVENTS

 

*****

TICA AGM

June 6 / 1 PM

Forbes Hall

*****

SCHOOL ART SHOW

June 15th

Forbes Hall

*****

SCHOOL PERFORMANCE

June 22nd

Forbes Hall

*****

 CANADA DAY PANCAKE BREAKFAST

July 1st

Forbes Hall

*****

NATURE OF FORESTS

July 18 & 19

Forbes Hall

*****

ANNUAL BOOK & BAKE SALE

August 1st

Forbes Hall

*****

FAMILY FUN DAY

August 8th

Forbes Hall

*****

FIRE DEPT. PARADE

Saturday

August 29th

*****

COMMUNITY DINNER

September 26

Forbes Hall

*****

THETIS COMMUNITY ASSEMBLY

September 28

Forbes Hall

*****

SOUP'S ON

Resumes October 14th

***** 

2027 TIID AGM

Forbes Hall

May 8th, 2027

*****

ST. MARGARET'S CEMETERY 

CLEAN-UP

May 15th 2027

*****

Venting Index

 

Thetis Island Community Association

forbeshall.ca

*****

HEALTH SERVICES

Contact & Access Information

*****

Who's Who of Thetis Pets Registry

*****

Thetis Island Community Fund
« Sunday Church | Main | Spune'luxtth March for the Children – Monday Aug 4th »
Saturday
Aug022025

S4 Speaker Series (Sunday, July 3rd, 2pm @ Forbes Hall)

“Marine Endosymbioses: The Coolest Russian Nesting Dolls”

an exciting talk about the invisible and intriguing world of marine microbiology with Dr. Nicole Coots.

We will be exploring the evolution of plastids, and the endosymbiotic relationship that evolved from microbial organisms engulfing these photosynthetic organisms. This relationship has been around for billions of years and, in the present-day, takes many different forms in many different groups of microbial life. Dr. Coots will share her favourite examples of this crazy interaction and how it takes place in modern ocean environments. Get hands-on! Live protists will be available under microscopes so you can witness these ancient relationships in action.

About the Speaker:

Dr. Nicole Coots is a current post-doctoral researcher and marine microbial ecologist at the University of British Columbia. She obtained her PhD in Evolutionary Biology at Arizona State University in Phoenix, Arizona. Her research focuses on the evolution of plastids, specifically, a marine microbe called Radiolaria. These organisms perform endosymbiosis with diverse algae present in the open ocean. Though these relationships remain enigmatic to scientists, their study could reveal important implications in the world of marine ecology and biogeochemistry.

PrintView Printer Friendly Version

EmailEmail Article to Friend