The Berry Project

There are numerous berry crops that grow well in the region and which could be grown for the local market on small areas of land. This project explored the possibility of commercial berry growing in the NWT as a way of making use of the natural attributes of local soil.

Local agricultural land is in very limited supply, but berries are high value crops that require only small areas of land for production. Berries are very perishable, which results in relatively high losses and high prices in grocery stores when compared to other fruit and vegetables. This study thus examines the feasibility of producing berries in the Yellowknife, Dettah and N’dilo region (capital region) for the fresh local market.

This research helped to support the Yellowknife Community Garden Society (YCGS) and Ecology North to plant a demonstration orchard in Yellowknife in 2014. This community orchard produces raspberries, saskatoons and Haskap berries, and is open to all Yellowknife residents and anyone visiting the city. The orchard is maintained by the YCGS and volunteer gardeners, and will continue to benefit the community in the years to come.

Summary:

  • The paper considers blueberries, sour cherries, cranberries, Ribes (currants & gooseberries), Haskap berries, raspberries, saskatoons, strawberries, gogi berries, and sea buckthorn, for their potential in a local orchard.
  • A survey of residents was completed to determine what berries are locally harvested and grown, which would be preferred for a local orchard, and how people use berries.
  • Four marketing options were explored for selling local berries: selling to grocery stores and other wholesale customers, selling at stands or farmers markets, selling through community supported agriculture programs (CSAs), and direct farm sales including u pick.
  • The business case was explored for two types of orchards. The first was a 5 hectare orchard with multiple species and multiple marketing techniques. The second was a 0.2 hectare orchard growing primarily raspberries, with saskatoons as a secondary crop, and where all berries are prepicked for wholesale customers. Both models were found to be profitable and viable based on estimated berry production levels and equipment costs.

Funding for this project was provided by the Canadian Agricultural Adaptation Program (CAAP), which is administered by the Territorial Farmers Association (TFA).

Click below to read the report:

Stimulating Commercial Berry Production

Biodiesel Project

In 2009, Yellowknife resident Daniel Gillis began experiments to create biodiesel and use it in his diesel truck and oil stove. Dan surveyed Yellowknife restaurants in early 2010 to determine that about 84,000 litres of used vegetable oil was being produced and landfilled each year. In September of 2010, the Canadian Northern Economic Development Agency (CanNor) and Government of the Northwest Territories – Environment and Natural Resources (GNWT-ENR) agreed to fund an expanded biodiesel project that would include renting an appropriate facility and producing biodiesel as a pilot project with the intent of the project eventually becoming a self-sustaining business. This funded project officially began in October 2010. The goals of the project were to create an alternative home heating fuel, divert used vegetable oil (UVO) from the landfill, create a feasible business model, and pass the knowledge of the project on to others.

Restaurants in Yellowknife produced approximately 84,000 litres of waste vegetable oil in 2010.  Funded by the Canadian Northern Economic Development Agency in 2011, Ecology North worked with Dwayne Wohlgemuth to conduct research to find out how feasible it would be to transform this waste oil into biodiesel for use in diesel powered vehicles.  The study found that burning used vegetable oil in boilers to heat buildings was a more economically feasible solution to the problem. If you’d like  to know more about this project you can read and download the final report here.

Click below to view the report:

Feasibility of Biodiesel Production and Direct Use of Used Vegetable Oil for Heating in the City of Yellowknife

Navigating the Waters of Change

The purpose of this paper is to provide a preliminary assessment of the potential impacts of climate change on water and wastewater systems in the NWT and recommend actions to increase the capacity of communities to respond and adapt to changes.

This paper explores the current and predicted climactic changes in the NWT, looking specifically at the impact of increasing precipitation and temperature. The paper considers effects such as permafrost thaw, increased water turbidity, and increase in wastewater levels and the impact they may have on drinking water quality and wastewater treatment in communities across the NWT

Click below to read the paper:

Navigating the Waters of Change:
Strengthening the Capacity of NWT Communities to Respond to the Impacts of Climate Change on Municipal Water and Wastewater Systems