Infrastructure projects

Kejimkujik National Park and National Historic Site

Climate change impacts to Parks Canada administered places are complex and the Agency is committed to integrating climate change mitigation and adaptation actions into its work.

Current projects

Work is ongoing to protect resources and make visitor infrastructure improvements at Kejimkujik.

Completed projects

Parks Canada invested $3 billion to rehabilitate infrastructure assets within national historic sites, national parks, and national marine conservation areas across Canada. This historic five-year investment (2017-22) supports conservation while promoting visitor experience by creating safe welcoming spaces for diverse visitor groups to use and enjoy.

Kejimkujik Seaside trail rehabilitation

Completed: Spring 2022

Repairing and realigning Kejimkujik’s Seaside trail network will ensure better resilience against washout and erosion events through its design, with sustainable trails routed away from areas that are vulnerable to coastal erosion.

Damage to both the Harbour Rocks Trail and the Port Joli Head Trail from Hurricane Dorian (2019) included coastal erosion and trail undercutting, washouts, strewn boulders, and loss of headland surface.

What changes will visitors see at Kejimkujik Seaside?

Visitors will be treated to new vistas, particularly overlooking Port Joli Bay from Boyd’s Cove, and looking down over the string of white sandy beaches of St. Catherines River Bay on the approach to Harbour Rocks Beach.

At a design level, the trail rehabilitation improves climate adaptability, as well as increased visitor and animal safety by considering:

  • alignment that avoids areas along coastal edges that are susceptible to erosion 
  • alignment that avoids steep or wet areas
  • building features like rock crossings, rolling grade dips, proper bench cuts, and raised tread, to encourage optimal drainage and re-route water away from trail surface
  • alignment that avoids black bear feeding habitat
  • alignment that avoids lengthy stretches of cobble stone beach
Solar array grid

Completed: Spring 2022

Parks Canada is working to reduce greenhouse gas emissions at Kejimkujik through the installation of a 100 kilo-watt (KW) photovoltaic (PV) solar array. This investment in solar energy is a strong example of climate change mitigation efforts and environmental leadership and is a critical step in reducing greenhouse gas (GHG) emissions at Kejimkujik.

Project details

The installation of Kejimkujik’s PV solar array will:

  • generate 12,000 KWh/month of renewable energy, enough to offset camper electrical use in Jeremy’s Bay Campground
  • reduce Kejimkujik’s greenhouse gas emissions by around 17% (96 tonnes/year)
  • reduce around 3,300 tonnes of GHG emissions over the lifespan of this project—equivalent to taking around 1,035 cars off the road for one year
  • offset general power usage for Kejimkujik outside of the visitor season
  • be located on currently unused, cleared land close to the main electrical line
  • build expertise and momentum to support future energy project
Frequently asked questions
What is the solar panel project at Kejimkujik?

Funded through the federal Greening Government Fund, a centralized photovoltaic (PV) array will be sized to offset camper electrical use in Jeremy’s Bay Campground, located in Kejimkujik National Park and National Historic Site. The solar array installation will begin this spring, with completion expected for spring 2022. It will be located on currently unused, cleared land near the main electrical line for grid tie-in, using a net metering system with Nova Scotia Power.

How much does the Kejimkujik solar project cost?

Parks Canada received $589,400 from the Treasury Board Secretariat’s Greening Government Fund to construct a 100 KW grid-tied photo-voltaic solar array at Kejimkujik National Park and Historic Site, to offset camper electrical consumption and reduce greenhouse gas emissions for the park.

Where does the funding come from?

The Greening Government Fund has been established as part of the Government of Canada’s response to climate change and is managed by the Centre for Greening Government. This initiative promotes and shares innovative approaches to reducing greenhouse gases (GHGs), and provides project funding to federal government departments and agencies to reduce GHG emissions in their operations.

The fund targets projects that are anticipated to reduce GHG emissions in federal operations, that test or implement innovative approaches; that can be reproduced within or across departments; and that pursue solutions in areas where GHGs are difficult to reduce. Project funding comes from departments and agencies that generate more than 1 kilotonne of GHGs per year from air travel.

How much power will be generated by the solar array?

The average monthly consumption from the 200 electrified campsites in Jeremy’s Bay Campground is 12,000 KWh. To achieve a 100% offset for the campground, a 100 KW PV array consisting of 250 x 400W per panel, estimated 4 hours of peak sun per day, would generate 12,000 KWh per month. The campground is operated seasonally; outside of the visitor season, the solar array will offset general power usage for the park.

What will be the greenhouse gas reduction?

Kejimkujk’s electricity is provided from Nova Scotia Power, a carbon-intensive grid. Any efforts to offset the demand for coal-fired electricity consumption in the province through renewable energy inputs has high potential to reduce GHG emissions.

Displacing 100KW of grid electricity with solar-generated electricity will result in a 96 tonne reduction of CO2 annually – a 3,377 tonne reduction over the anticipated 35-year lifespan of the project installation. Over the lifetime of this project, Parks Canada will see a cumulative reduction of about 3,300 tonnes of greenhouse gas emissions.

Mill Falls pedestrian bridge

Completed: Fall 2021

Parks Canada replaced the floating pedestrian bridge at the Mill Falls day-use area with a new climate-resilient permanent pedestrian bridge.

The new bridge features technology and abutment designs that take into account climate change adaptation planning, and are able to withstand dramatic changes in storm water flow as well as wind loading.

The installation of the permanent Mill Falls pedestrian bridge will allow for more dependable four-season access to several trails, including the new Ukme’k shared-use trail.

Jeremy's Bay Campground

The Government of Canada has invested over $10 million for improvements to visitor facilities at Kejimkujik National Park and National Historic Site to create a modern, safe and inclusive experience for visitors to Kejimkujik.

Highlights of improvements include:
New washroom and shower facilities

Ten new inclusive washroom and shower facilities across Jeremy’s Bay Campground provide a modern and safe experience for visitors to Kejimkujik.

The new design has a common hallway space for all users with five individual rooms, each with toilet, sink, and grooming area behind a lockable door as well as three shower rooms with lockable doors. Accessible/family options exist for both toilet rooms and shower rooms, with features such as push-button door, handrails, benches, variable-height shower heads, baby change table, and one adult change table.

New and efficient water treatment and wastewater treatment facilities

The completed work included refitting the campground’s underground wastewater management utilities and building a new water treatment facility to bring these systems up to the required standards.


Five new Ôasis units add to the accommodations at Jim Charles Point. Perched in the trees overlooking Kedge Beach, these heated teardrop-shaped units on stilts will appeal to new audiences. This new offer continues the diversification of Kejimkujik’s accommodations, joining the heated and newly insulated oTENTik village and rustic cabins at Jim Charles Point. The Yurt located at Jake's Landing remains part of the offer. For the prepared visitor, these new accommodations will warm shoulder season stays. Visitors are encouraged to bring warm clothing and sleeping bags during shoulder season stays. 

New shared-use trail

Kejimkujik’s first new trail in decades connects day-use areas and the campground on a single shared-use trail. The project includes enhancements and upgrades to existing trails, as well as the addition of new trail that includes optional mountain biking features (like natural features that can be easily bypassed, rollers, berms, and rock crossings).

The name of the trail - Ukme’k (pronounced “ook-may-k”) means “twisted” in Mi’kmaq, inspired by the path the trail takes as it follows the Mersey River. Ukme’k presents visitors an opportunity to interact with the Mi’kmaw cultural landscape along an historic and culturally significant river.

Related archeological work

As the only national park that is also a national historic site, recognizing the Mi’kmaw cultural landscape across the entire site, archaeological work is a critical first step in the construction process. Before construction work began, archeologists investigated the area using a series of test pits to search for the presence of cultural resources and historical artifacts that, when found, were recovered and preserved.

Over the course of the past five years of infrastructure projects at Kejimkujik, Parks Canada and the Mi’kmaq of Nova Scotia, as represented by the Kwilmu'kw Maw-klusuaqn Negotiation Office (KMKNO), have developed and implemented a collaborative archaeology model. The completed archeology work for the new facilities in Jeremy’s Bay Campground provided an opportunity to strengthen and expand this collaborative archeology model. Participatory archaeological work with the active participation of KMKNO and First Nations communities has strengthened the relationship between the Parks Canada and the Mi’kmaq.

The lessons gained from archaeology are not only important for conservation, but also for protection and presentation. Archaeological sites and the artifacts recovered help us to better understand these locations, their history and the people that lived and worked there, which in turn informs the interpretation of the area for visitors.

More information about archaeology

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