Category: Healing City Soils

Celebrating Ten (whoops, Eleven) Years of Healing City Soils

April 16, 2026

The Compost Education Centre (CEC) has been operating the Healing City Soils (HCS) program since 2016! The program started by providing free heavy metal soil testing for gardeners and gatherers through the Capital Regional District. The program is a collaboration between the CEC; Dr. Matt Dodd, a professor at Royal Roads University (RRU); and Dr. Danielle Stevenson, a mycologist and environmental scientist. The program has evolved and changed since 2016, and we want to take a moment to celebrate everything we’ve accomplished and learned along the way.

2016

Healing City Soils is born

CEC Executive Director, Marika Smith; Royal Roads University Professor Dr. Matthew Dodd; GIS Map Coordinator, Steven Deschenes; and Dr. Danielle Stevenson of D.I.Y. Fungi create Healing City Soils. The program aims to raise awareness around potential contamination in backyard and boulevard soil. Program aims are achieved through free soil sampling by RRU BSc student teams and the creation of a soil map of Victoria and Esquimalt.

2017

Healing City Soils Expands

The RRU BSc student teams expand soil sampling to Saanich and Oak Bay.

2018

HCS Program Manager Changes

HCS Program Manager and Executive Director, Marika Smith, left the CEC. Office Manager, Alexis Hogan, takes over as HCS program manager.

2019

Ecostar Award for Educational Leadership

Healing City Soils is awarded the Synergy Ecostar for Educational Leadership. Program creates educational opportunities for program participants through workshops, factsheets, and data interpretation letters

2020

Test plot established at SṈIDȻEȽ

Residential soil testing services put on hold due to COVID-19 concerns. The CEC launches the Ground Beneath Our Feet (GBOF), a research pilot project that explores the bioremediation potential of native plants, compost, and fungi. RRU BSc student teams establish test plots at SṈIDȻEȽ (Tod Inlet) in collaboration with the PEPÁḴEṈ HÁUTW̱ Foundation, a W̱SÁNEĆ-led ecological restoration group.

2021

HCS Art Exhibit with Nanaimo Art Gallery

Healing City Soils is a finalist for the Canadian Museum of Nature Award. The GBOF project expands to include two private residential sites in Fernwood. HCS is featured at the Nanaimo Art Gallery in two exhibits: “Rainshadow” and “uli u’tu staluẃ / Riverbed.” The exhibits feature a poster and an off-site workshop about soil remediation.

2022

Residential soil sampling resumes

Free residential soil sampling resumes. The program expands from one to two RRU student teams. The first team conducts free residential soil sampling. The second team supports the development of the GBOF pilot, sampling and analyzing plant tissues, and contributing to research into native plants’ abilities to remediate heavy metal in soils.

2023

HCS Program Manager Changes

Executive Director and HCS Program Manager, Alexis Hogan, leaves the CEC. Martyna Tomczynski joins the CEC as HCS Program Manager.

2024

A Shift to Citizen Science Approach

HCS soil testing project adopts a new “citizen science” approach where program participants collect and submit their own samples. The GBOF project plants and monitors the growth of Western Canada Goldernrod at bioremediation plots across SṈIDȻEȽ. HCS co-founder, Danielle Stevenson, is awarded a Distinguished Alumni Award by the University of Victoria.

2025

Creating a Baseline Analysis

The GBOF project is put on pause so that RRU student teams focus on conducting soil sampling across SṈIDȻEȽ to produce a baseline analysis of heavy metal soil contamination.

2026

HCS celebrates 286 participants engaged and 600 sites tested across the Capital Regional District.

The Ground Beneath Our Feet: Wrapping Up Another Successful Year of Soil Contamination Research

October 31, 2025

By Martyna Tomczynski, Healing City Soils Program Manager

This year marked another successful chapter in the Healing City Soils: The Ground Beneath Our Feet student-led soil contamination research project. With the support of the PEPÁḴEṈ HÁUTW̱  Foundation, Dr. Matt Dodd at Royal Roads University (RRU) and environmental toxicologist Dr. Danielle Stevenson, the Compost Education Centre has been working with BSc in Environmental Science students at RRU over the last four years to better understand the legacy of heavy metal contamination from the industrial history at SṈIDȻEȽ (Tod Inlet, Gowlland Tod Park).

SṈIDȻEȽ (meaning “Place of the Blue Grouse” in SENĆOŦEN) was the first village site of the W̱SÁNEĆ peoples (Elliott, 1990; Gray, 2020). The land and waters that supported a diverse ecosystem of cultural resources was eventually impacted by the effects of European settlement and colonization that altered the soil, sediment, and water health thereafter. The Douglas treaties enabled the acquisition and sale of the land to the Butchart family in 1903, who established the Vancouver Portland Cement Company that quarried limestone for cement production at SṈIDȻEȽ until 1921 (Gray, 2020). The full scope of environmental effects from the historical cement works is still unknown, though various organizations have been leading initiatives to restore the health of the land and waters. At present, the site is enjoyed by the public as a provincial park for hiking, boating, and other recreation, and continues to be a significant area for cultural harvesting and spiritual purposes for the W̱SÁNEĆ peoples.

Over the past eight months, our team of four undergraduate students have been investigating the soil health at SṈIDȻEȽ. They conducted two days of soil sampling, collecting 140 samples for analysis using X-Ray Fluorescence to determine the spatial variability of heavy metal contamination. The GPS coordinates of each sampling location were used to create a map as a visual aid for contamination patterns. The outcomes of this research project will help to support the PEPÁḴEṈ HÁUTW̱ Foundation in their efforts to heal the land at SṈIDȻEȽ by identifying priority areas for targeted restoration activities.

Additionally, the student team analyzed heavy metals in Western Canada Goldenrod (Solidago lepida) plants that were grown and harvested from the site for a phytoremediation pilot experiment in 2024. This pilot research aims to understand the suitability of various plant species for soil remediation, and the beneficial effects of compost and arbuscular mycorrhizal fungi as enhancements for improved metal uptake by plants.

As the year comes to a close, we’re excited to reflect on what the project team has accomplished and look ahead to the next steps. With each year, this project continues to grow—deepening our understanding of soil contamination and strengthening the connections between research, education, and community impact.

References

Elliott, D. (1990). Saltwater People. Edited by J. Poth. School District 62, Saanich, B.C. https://wsanec.com/wp-content/uploads/2019/03/saltwater-people-1983-delliot-sr-compressed.pdf

Gray, D.R. (2020). Deep and Sheltered Waters: The History of Tod Inlet. Royal BC Museum. Victoria, B.C.

Heavy Metal Soil Testing FAQ

July 16, 2025

We are continuing to accept samples heavy metal soil testing until September 30th. See below for some Frequently Asked Questions about our program.

Seven Years of Success with the Healing City Soils Program

October 1, 2023

The Healing City Soils (HCS) program dismantles barriers to people growing their own food; educates on how soil health is vital to local ecosystems, community wellbeing, and climate change mitigation; and builds community around restoring damaged soils. The program is a partnership between the Compost Education Centre (CEC) and Royal Roads University (RRU). On August 28^th, the HCS community came together at Hatley Castle on the RRU campus to watch – and celebrate – undergraduate environmental science students present the results from the program’s seventh successful year of implementation.

Soil testing can be expensive, and the results are often complex, confusing, and disheartening. The uncertainty of soil contamination, the expense of soil testing, and the opaqueness of soil testing results are all barriers that prevent people from growing their own food. The RRU students addressed these barriers and furthermore, they educated on the importance of soil health. There were other environmental science students, Capital Regional District (CRD) growers and gatherers, CEC staff, RRU professors and staff, and friends and family in attendance; and the audience walked away with an improved understanding and appreciation for soil health.

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Over the course of eight months, two student groups in Professor Matt Dodd’s environmental science major project course performed literature reviews, designed research questions, learned new laboratory protocols, and engaged in hands-on environmental science.

Both student groups competently explained their science, shared their challenges, provided recommendations for next year’s crop of students, and tackled critical barriers to scaling up sustainable food systems in the CRD.

The first student group focused on providing free heavy metal soil testing of backyards, community gardens, boulevard gardens, and traditional harvesting sites in the Capital Regional District (CRD) to 100 food grower and gatherer program participants; this is part of the CEC’s long-term HCS program. All participants received the results of their heavy metal soil tests alongside easy-to-understand educational materials like the CEC’s factsheet on soil contamination. The results will be incorporated into an interactive online map.

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The second student group was drawn in by the questions of the Ground Beneath Our Feet (GBOF) pilot that the CEC started in 2020; the GBOF group analyzed the potential of using plants, compost, and arbuscular mycorrhizal fungi (AMF) to remediate soils contaminated with heavy metals. AMF naturally occur in many habitats, and they improve plant nutrition, stress resistance and tolerance, soil structure and fertility. The students maintained three different pilot sites where they tested soil quality and plant tissue for heavy metals, planted and maintained plants hypothesized to be bioaccumulators, and applied compost and AMF. The students found the combination of woolly sunflower, compost, and AMF to be effective in remediating contaminated soils.

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We are so grateful to the First West Foundation’s for making this work possible!

By Claire Remington, Executive Director

Healing City Soils is a finalist for the Canadian Museum of nature’s Community Action Nature Inspiration Award!  The award celebrates community groups who show leadership in taking action to protect wildlife and habitats, training volunteers and citizen-scientists, or in developing new educational programs for children and adults. The Healing City Soils program analyzes the CRD’s soil health, researches how native plants can be used to remediate contaminated soils, and provides plain language resources and resources to households interested in growing their food safely. 

Healing City Soils Applications Are Open!

February 27, 2020

For more information or to fill out an application, click here.

2017 Applications Closed: Healing City Soils

June 7, 2017

Thank you for your interest in Healing City Soils, the next round of applications will be open in early 2018.

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The Healing City Soils project has been completed for 2016! Almost 140 soil samples were tested in Victoria and Esquimalt through this joint project with Royal Roads University and the results made into an interactive map (coming soon!) to inform the community about potential for soil contamination and best practices for growing healthy produce in back and front yards and boulevards.

As well, we are thrilled to announce that two of our new factsheets from the Healing City Soils project are now complete.  These factsheets will help urban gardeners learn more about soil contamination and protect their health while growing their own groceries.

Soil Contamination:  Whether you are already growing food or would like to begin a garden, it’s a good idea to learn more about your soil so that you can grow food safely. Urban soils are often compacted and nutrient deficient, and can sometimes contain heavy metals and other contaminants as a result of historical industrial activity, past and present land use and proximity to pollution sources (e.g. a major road). Soil contaminants may get into or onto our veggies and fruits and have negative health effects over the long term. Gardeners can take many simple and inexpensive actions to reduce their exposure to urban soil contaminants. Soils can be managed, improved and made healthy again so that you and your garden can thrive.  Find the factsheet here.

Best Practices for Healthy Urban Gardens:  We recommend that all gardeners follow healthy gardening practices to help reduce exposure to heavy metals and other contaminants. Generally, maintaining a neutral soil pH, adding organic matter and compost to your soil, mulching your garden soil and thoroughly washing your garden produce can reduce your exposure to many soil contaminants so you can enjoy the many health benefits of eating fresh garden-grown fruits and vegetables. Find the factsheet here.

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It was a successful first day of soil testing for the Healing City Soils Team! The team will be taking samples from residential yards and boulevards for the next two months around Victoria and Esquimalt and the information collected will be uploaded into an interactive soil health map. Learn more about the project here.