Pimachiowin Aki

World Heritage Site

Management & Protection

Community-Based Monitoring Project in Poplar River First Nation

By Ray Rabliauskas | Photos: Jesse Belle

This past summer our Lands Guardian Program started a Community-Based Monitoring Project. We are collecting data using drones to monitor Lake Winnipeg algal blooms and shoreline erosion as well as testing water quality in the Poplar River that may affect fishing harvests and access to fishing grounds within Poplar River Traditional Territory.

Poplar River First Nation is moving towards becoming self-reliant with monitoring lands and waters by combining both scientific methods with what is already known—Elders’ Traditional Knowledge. We understand the importance of having the best information available so we can make good decisions in regards to our lands. Poplar River First Nation also understands the importance of having our own people with skills and equipment to do this work ourselves.

The Monitoring Program will provide learning opportunities for youth from our Elders and scientists so they can continue and expand the scope of this work for years to come.

(left to right) Brad Bushie with Dennis Bittern and Norway Rabliauskas of the Poplar River First Nation Lands Guardian program.

We have hired Brad Bushie as part of our Community Based Monitoring Project.

“My name is Brad Bushie. I am from Poplar River and I am 24 years old. I have been working on and off for several years with our Lands Guardian Program. I have been hired full time to work with our drone to monitor the effects of climate change. I have received my certification as a Drone Pilot with a limited licence. This means I can operate our drone in uncontrolled airspace. I have almost completed training and studying to receive my Advanced Drone Pilot Licence, which will allow me to fly the drone anywhere in Canada. I love this work. It’s good to work with our Elders and the drone is a very cool instrument; it’s like a live video game.”

Brad Bushie, Poplar River First Nation

(left to right) Tom Sutton of North/South Consultants trains Brad Bushie to use the drone.

New Eye in the Sky

Birds have always been an eye in the sky above Pimachiowin Aki. Now, thanks to drones provided by environmental consulting and research firm ECOSTEM, Pimachiowin Aki Corp. has an eye up there too. 

We are working with ECOSTEM to map land and water habitats in Pimachiowin Aki as well as tangible cultural features found mainly along major rivers in the area. At 29,000 square kilometers, Pimachiowin Aki is simply too large to ‘see’ from the ground. Each drone, and its pilot are giving us a close-up look at areas we want to know more about. 

“The project will enhance our understanding of Pimachiowin Aki and provide a baseline for monitoring,” says Pimachiowin Aki’s Executive Director. “Our monitoring program is part of how we fulfill our responsibilities as a UNESCO World Heritage site,” she adds.

Working with ECOSTEM will also allow us to bring all data we have ever collected into one place—a digital map of Pimachiowin Aki. People will be able to search the map for answers to questions like: Where do lake sturgeon spawn? What areas have been affected by wildfire? Where are the best places to find blueberries?

Drones are used to help map wildfire history, ecosystem health, and effects of climate change.

What exactly are we mapping?

Habitat Mapping  Cultural Feature Mapping
Land habitats such as forests and grasslands, wildlife habitats such as caribou calving areas Archaeological sites such as places where stone was collected to make tools
Water habitats such as rivers, wild rice, and wildlife habitat such as lake sturgeon spawning areasHarvesting sites such as hunting and fishing areas, traplines, and berry and medicine plant gathering areas
Parts that form each habitat such as plants, soil and rockCultural sites such as cabins, campsites and petroforms

Collecting Data from Soil to Sky

  • ECOSTEM collects vegetation, soil, and environmental data from plots
  • Aerial photo captured by a drone

Mapping is like taking inventory—in this case, identifying the location, number and kinds of habitats and cultural features in Pimachiowin Aki. ECOSTEM is taking inventory by going out on the land and water to collect samples and take photos and notes. The drones are capturing photos and video.

ECOSTEM Senior Ecologist Dr. James Ehnes says that the ECOSTEM drones collected “about 9,000 photos and 37 minutes of video” of Pimachiowin Aki this fall. “We had planned to capture considerably more photos and video but were unable to do so due to Covid restrictions, wildfire-related travel bans, loss of logistical support in communities that were evacuated, and extremely low water levels on rivers.”  

Once we have our complete ‘inventory,’ Pimachiowin Aki can track changes over time. This is where monitoring comes in.

Monitoring is like giving Pimachiowin Aki a regular checkup—we will compare new information with our original inventory to keep watch on Pimachiowin Aki’s natural and cultural health. This will help us make sense of any changes and predict and prepare for any threats.

Flying the drone from an island in Bloodvein River.

Project Q&A

We gained insights on the project through an interview with Dr. James Ehnes of ECOSTEM:

Your work with Pimachiowin Aki began in 2011 when you completed an ecosystem analysis to show how the area met UNESCO World Heritage criteria for outstanding universal value. What is different about the work  you are doing today?

The ‘feeling’ has changed from conducting an academic exercise to having the   opportunity to serve Pimachiowin Aki, its partner communities and local people. The work that we are now doing is focused on providing data, information, maps and other things that will support the continuation of Ji-ganawendamang Gidakiiminaan.

Pimachiowin Aki Guardians are the eyes and ears of Pimachiowin Aki. How does this project enhance their work?

Guardians can only cover a small area each year. The project immensely expands the area where information is obtained and can prioritize areas that we should go to get more information.

How are Pimachiowin Aki Guardians and Elders involved?  

Land use information from Guardians and Elders is extremely important  for cultural and natural features mapping, such as where are the best places to go to find certain plants and animals, where are notable culture features and sites located (e.g., petroforms, meeting areas, hunting areas, wild rice plantings,   controlled burns, spiritually significant areas). We hope that the information that is passed on will contribute to maintaining the memories of the people and communities.

One of two drones that ECOSTEM is using to collect photos and video in Pimachiowin Aki.

What will data you collect tell us about  Pimachiowin Aki now and over time?

Most fundamentally, it will tell us what vegetation, wetlands, landforms, waterways, etc. occur within Pimachiowin Aki at a much higher level of accuracy and detail than is available now. It will also:

  • Show a local person new places where they could to go to find things that   they want to gather or hunt  
  • Identify important habitats for species of high interest such as caribou, moose, and sturgeon
  • Aid in making reliable predictions about species that are important to local people or conservation
  • Contribute to safeguarding and recovering species of conservation concern within Pimachiowin Aki. Examples: data may result in expanded woodland caribou research and opportunities to research lake sturgeon
  • Detect and monitor the spread of invasive species
  • Show people how their traplines have been affected by wildfire
  • Identify areas that were burned more severely than usually happens—vegetation recovery may be limited, and it could be evidence that important, adverse climate change effects are happening in Pimachiowin Aki
  • Help us study how Pimachiowin Aki is responding to climate change
  • Show us areas that store the most carbon, areas that are most susceptible to releasing   greenhouse gases as the climate warms, and the best places to do climate research
  • Inform us if climate change is making fire effects worse, which has future consequences for what will be found on the land and in the water
  • Contribute to fulfilling UNESCO World Heritage monitoring requirements

How exactly do you collect information for the maps?

We collect information in two ways. We get information for the entire site from satellite imagery and information that has been created by others (e.g., elevations). We go out on the land and water in Pimachiowin Aki and take photos and notes. Sometimes we do this from planes and other times while boating or walking. While on the land, we collect plot samples and use drones to collect photos and video.

Flying the drone where the east side road meets Bloodvein River.

What is plot sampling and how is it done?

We collect habitat data in plots, sometimes with a community member and   sometimes on our own. For our work so far, this has been a 40 by 40 metre square plot. Within this plot, staff collect plant, vegetation, soils and environmental data. A botanist collects plant and vegetation data by walking through the plot and recording what they see. A soil specialist collects soil data by first digging a narrow hole about 50 cm deep, then using an auger to go down to about 100 cm and pull up material that is examined and used to describe soil conditions.

We try to leave no trace that we were there. When we’re done, we fill the hole and replace the surface ‘divot’ that was carefully removed before digging the hole.

Why has the drone collected more photos than videos?

We focused on photos because we expected that they would be more useful for creating the habitat map for the entire site. An advantage of photos is that they can be ‘stitched’ together to create an image that shows a much larger area. The stitched image from the drone is more magnified than Google Earth. We may lean more towards video when documenting cultural features along waterways or habitats for species that are especially important to local people.

How does  monitoring a habitat make it possible to reliably monitor a species?

A species’ habitat is the most important thing that determines how many individuals of that species can exist within Pimachiowin Aki, and where they are likely to be found.

Using moose as an example, areas that have burned in the past five to 15 years tend to provide considerably more moose food per hectare than other areas. If the proportion of Pimachiowin Aki area that has burned in the   past five to 15 years goes up, the number of moose can also increase.

Using sturgeon as an example, this species has very specialized conditions   for spawning. By mapping spawning conditions, we can identify areas   that should not be disturbed by human activities. We can also use the mapping to identify locations that are good candidates for restoring suitable  sturgeon spawning conditions.

See our infographic to learn more about how forest fires affect moose

Learn how to identify and protect lake sturgeon

  • Drone captured data
  • Bing satellite image

How close do the drones get to wildlife and people?

Manitoba wildlife regulations prohibit harassing wildlife, so we maintain the distance needed to avoid that, which varies with species and individuals. If we saw behaviours indicating an animal was being disturbed, we would quickly move further away. Our drones are very quiet and with the cameras we use, we don’t need to get close to an animal to see it in high detail.

We don’t intentionally get close enough to identify a person unless they have provided their consent. 

What excites you most about the project?

I’m very excited by the amount of detail that can be obtained with a drone. We can create 3D images of an area, which will be very impressive for things  such as depicting cultural or natural features on waterways.

When will the map be complete and where can I find it?

The map should be complete in 2023, following another field season in 2022.  ECOSTEM holds the data and information for the map in trust for the Pimachiowin Aki communities.  Because the map and derived products contain confidential information that belongs to the communities, they may only be used with the express and prior permission of the communities.

Photos: ECOSTEM

Species of Conservation Concern: Boreal Woodland Caribou

Across Canada, industrial activity and wildfires are changing forests and habitat for boreal woodland caribou. Pimachiowin Aki’s large stretch of intact boreal forest offers a rare haven for this majestic species—four groups of boreal woodland caribou live in the protected area, including one of Manitoba’s largest groups.

Boreal woodland caribou have been on the threatened species list in Manitoba since 2002. They were listed as a threatened species across Canada in 2003. 

How Pimachiowin Aki meets the needs of boreal woodland caribou

Caribou Biologist Dennis Brannen, Wildlife, Fisheries and Resource Enforcement Branch of Manitoba Agriculture and Resource Development, explains that boreal woodland caribou thrive in Pimachiowin Aki, in part, because the vast landscape allows them to avoid predators. Boreal woodland caribou inhabit Pimachiowin Aki’s remote islands, peat bogs, and mature forest, which are typically not desirable for predators like wolves and species wolves prey upon, such as moose.

“Caribou exist in older mature forested areas where there is limited food types. Wolves have less reason to go into those areas because there’s less to feed them,” explains Dennis. Caribou are able to travel more easily in Pimachiowin Aki’s deep, persistent snow and wet peat bogs compared to wolves, he adds.

Pimachiowin Aki provides boreal woodland caribou with their preferred winter foods—lichens that grow on trees and the ground, typically found in spruce, pine and tamarack forests. 

The human–predator domino effect, explained

Predators are not the root threat to Canada’s populations of boreal woodland caribou. “The general decline that we are seeing essentially comes back to human-caused landscape change,” says Dennis. Pimachiowin Aki has limited roadways and is protected from commercial mining, logging and peat extraction. In contrast, human activity across the country “has pushed the [caribou] population to the edges and restricted them to broken up patches of forests,” says Dennis.

Pimachiowin Aki is free from the adverse effects of industrial development.

When forest is broken into segments, it creates multiple issues for boreal woodland caribou. Dennis explains the domino effect.

“When forests are disturbed through human activity or natural causes like wildfire, regrowth is initially dominated by leafy shrubs, herbs and grasses—that new generation of vegetation is a surplus of food that leads to more primary prey species for wolves, such as moose.” Wolves follow and ultimately prey upon caribou, too.

Developments such as roads and trails also pose a threat. Dennis describes these linear features as “highways for predators.” They allow wolves to get into areas that were once less accessible, pick up speed, and prey on boreal woodland caribou.

Industrial development creates open areas in the forest, making boreal woodland caribou more vulnerable to predation.

Wolves are not caribou’s only predators. Other species will prey on them “when an opportunity presents itself,” says Dennis. “Across the boreal forest, black bears will prey on boreal woodland caribou calves. Out west in the Rocky Mountains, cougars prey on caribou, especially younger caribou,” he adds.   

The climate change-predator domino effect, explained 

Boreal woodland caribou travel well in wetlands. “When you bring climate change into the scenario, those wetlands become dryer,” says Dennis. In dryer times, wolves can get into those areas more efficiently. “This has implications for predation on caribou as well.”

Caribou birth rates

Another factor contributing to Canada’s declining boreal woodland caribou populations is that caribou don’t have as many young as other wildlife.

“Moose, elk and deer often have twins,” says Dennis, noting that this is rare in the caribou world. “Caribou will only have one offspring per year, so you end up in a situation where more [caribou] are being removed than added to the population in many cases.”

Ghosts of the forest—Caribou sightings in Pimachiowin Aki

Pimachiowin Aki Guardian Dennis Keeper reports seeing few caribou in Little Grand Rapids First Nation. “Fifteen to 20 years ago, we used to see hundreds and hundreds of them while traveling winter roads.” That is no longer the case. “I saw 14 of them two springs ago—a group of females. You don’t even see tracks now.”

Dennis Brannen suspects that caribou have started to avoid busier areas, like the winter roads. “Caribou are known as shadows or ghosts of the forest. They’re a secretive animal, so they don’t always show themselves when they’re around that landscape. They just shy away from where people are.”

Living with wildfire in Pimachiowin Aki

“Caribou have learned to live with fire [in Pimachiowin Aki] through time,” says Dennis Brannen. Fire is an opportunity for land to renew itself and create new and future habitats. “It’s only when we start increasing the amount of human disturbance on the landscape in combination with fire that we start seeing negative impacts on caribou populations,” he says.   

But climate change could change that, warns Dennis. “With climate change, we potentially see an impact with the size of fires and frequency and intensity of those fires on landscapes. So, there are likely to be negative impacts to available habitat and population through time.”

Pimachiowin Aki is the largest protected area in the North American boreal shield. At more than 29,000 sq. km, it provides boreal woodland caribou with room to withstand the impact of fire-related habitat loss.

The future of boreal woodland caribou

Across Canada, people are combining western and Indigenous ways of knowing to protect boreal woodland caribou and their habitat.

“Our desire is to do a better job as we move forward to bring Indigenous knowledge into caribou conservation here in Manitoba,” Dennis shares.

Manitoba’s boreal woodland caribou recovery strategy sets out goals that align with Canada’s recovery strategy. A key goal is to manage and protect boreal woodland caribou habitat to sustain populations across the land. However, results will not happen quickly.

It’s a long-term process and we have to keep that in mind,” says Dennis. “We can’t just say, okay, we’re protecting undisturbed landscape and expect caribou to start doing well tomorrow. We need to look at opportunities and ways in which we can move disturbed habitat back into a state that is suitable for boreal woodland caribou use in the future.”

Research from across Canada indicates that when a habitat is disturbed by industry, for example, it takes roughly 60 years for that habitat to become useful to caribou again.

“We are constantly reviewing developments and proposals, and looking at how they may or may not impact caribou directly,” says Dennis.

There is hope for boreal woodland caribou. Last year, it was reported that the George River population (Labrador and Quebec) increased for the first time in 25 years. That area banned hunting of caribou in 2013. However, woodland caribou are not protected across the country. Their survival is tightly woven into the long-term health of boreal ecosystems, such as those of Pimachiowin Aki.

Anishinaabeg continue to provide wildlife, including threatened species like boreal woodland caribou, with healthy habitat. Here caribou will continue to feed in both winter and summer months and find safe spaces to calve and raise their young.

Fast Facts > Boreal Woodland Caribou

Photos: Hidehiro Otake, Doug Gilmore

How to Protect Pimachiowin Aki’s Prehistoric Giant

Lake sturgeon is the largest fish species in Pimachiowin Aki. An adult sturgeon can be 2.5 metres long and weigh up to 140 kilograms. Their ancestors date back millions of years.

Lake Sturgeon: Species of Conservation Concern

Today, this prehistoric giant is endangered. You can help protect lake sturgeon by recognizing its appearance and releasing it upon catch.

Who can legally fish lake sturgeon?

Only First Nations can harvest lake sturgeon in Manitoba. Lake sturgeon are protected in Manitoba and Ontario—both provinces ban sport and commercial fishing. Sport fishing is strictly catch and release. 

In Canada, consult provincial and territorial websites to find out where lake sturgeon is protected by law. In addition, consult your local anglers’ guide for current sport fishing regulations.

How to identify lake sturgeon

The appearance of this evolutionary ancient fish has remained relatively unchanged for 200 million years. Here’s what to look for:

Adult lake sturgeon

Photo: Creative Commons
  • Lake sturgeon vary in colour. Adults tend to appear olive-brown or slate grey with a white belly 
  • Lake sturgeon have a row of bony plates known as “scutes” on their sides and back 

Young lake sturgeon

Photo: Creative Commons
  • Young lake sturgeon often have black blotches on their sides, back, and snout to help them camouflage with the lake or river bottom 

Would you recognize a lake sturgeon if you caught one? Here is more identifying information.

Do lake sturgeon have teeth?

No, lake sturgeon have no teeth. They have barbels that dangle by the mouth. The barbels look like teeth but, in fact, are tube-like whiskers that help lake sturgeon detect bottom-dwelling prey such as snails, mussels, clams, crayfish, insect larvae and fish eggs. 

Identifying lake sturgeon by location

Lake sturgeon are found in rivers and lakes ranging from Alberta to the St. Lawrence River in Quebec, and from the southern Hudson Bay region to lower Mississippi and Alabama. While lake sturgeon prefer to spawn in fast-flowing water, they are more commonly found in murky water where they bottom feed.

Identifying lake sturgeon by behaviour 

Lake sturgeon have unique behaviours. The behaviours may be feeding strategies or just playfulness:

Tail walking
Lake sturgeon are known to stand above water on their tails and move backwards, especially in warmer weather.  

Jumping
You may see lake sturgeon jump out of the water and twirl around like a dolphin.  

Swimming upside down
Lake sturgeon have been seen swimming mouth up, on their backs, possibly to feed on insects on the surface of the water. 

Are all lake sturgeon populations endangered?

The Committee on the Status of Endangered Wildlife in Canada (COSEWIC) designates the following lake sturgeon populations at risk:

PopulationRangeStatusDefinition
Western Hudson Bay Saskatchewan, ManitobaEndangeredLives in the wild but faces imminent extinction or local extinction (extirpation)
Saskatchewan-Nelson River Alberta, Saskatchewan, Manitoba, OntarioEndangered
Great Lakes – Upper St. LawrenceOntario, QuebecThreatenedLives in the wild and is likely to become endangered if steps are not taken to address the factors that threaten the species
Southern Hudson Bay – James Bay   Manitoba, Ontario, QuebecSpecial concernLives in the wild and may become threatened or endangered due to a combination of biological characteristics and identified threats

Why are lake sturgeon endangered?

Several conservation issues have threatened lake sturgeon over the years:

1. Over fishing

Lake sturgeon reproduce only once every four to six years, so it takes them a long time to increase in population. If people are overfishing, sturgeon can’t keep up. This is exactly what happened, starting in the mid 1800s. 

Mid 1800s

Caviar’s popularity was soaring. There was intense commercial fishing for female lake sturgeon and their eggs. Commercial fishers used nets to catch lake sturgeon as they swam toward spawning grounds.

Late 1800s

A lucrative commercial lake sturgeon fishery on Lake Winnipeg was developed under non-Indigenous control and largely for export to Europe. In the early days of this fishery, lake sturgeon was sold for its oil, not its meat. Lake sturgeon harvests were substantial. By 1891, overfishing became a serious threat to the species.

Early 1900s

Commercial fishing of lake sturgeon peaked. Over  445 tonnes of lake sturgeon were harvested in Lake Winnipeg, devastating the population. 

1930s and 1940s

As lake sturgeon populations declined in Lake Winnipeg, non-Indigenous commercial harvesting began to take place in parts of Pimachiowin Aki. Commercial harvesting of lake sturgeon was largely unregulated. It took place mainly in spring, during spawning time. This had a significant impact on lake sturgeon populations. The species was unable to withstand the level of harvesting being done.

2. Loss of habitat 

Migratory fish like lake sturgeon depend on the whole river, travelling long lengths of free-flowing water to reach shallow areas where they spawn. Climate change, poor water quality and construction of dams have all contributed to loss of habitat for lake sturgeon. 

Dams and other manmade obstructions on rivers disrupt water flow and can slow or block access to spawning areas—lake sturgeon are strong swimmers but dams can cause currents that make it difficult for them and other fish to swim upstream.  Dams can also contribute to changes in water temperature which affect reproductive success of lake sturgeon.

Climate change causes rising water temperatures, which in turn, decrease the quantity and quality of spawning areas.  

How does Pimachiowin Aki protect lake sturgeon? 

Pimachiowin Aki follows customary stewardship practices and Manitoba and Ontario laws. In addition to limited fishing, Pimachiowin Aki protects lake sturgeon by protecting its habitat from industrial development.

Pimachiowin Aki is a place where lake sturgeon can hide from predators, find food, grow to maturity, mate and spawn, and thrive. Food is plentiful, and waters are clean. 

Plus, Pimachiowin Aki has many undammed and free-flowing riffle and rapid habitats, which are critical spawning areas for lake sturgeon. 

Every plant and animal is a gift from the Creator and plays an important role in the ecosystem. In Pimachiowin Aki, we are monitoring the condition of habitat for species at risk, such as lake sturgeon. Lake sturgeon habitat is an important indicator of ecosystem health in Pimachiowin Aki.

Cultural significance of lake sturgeon

When we protect lake sturgeon, we are also protecting cultural heritage. Lake sturgeon provided a great source of protein for Indigenous families. A single sturgeon yielded twelve times more meat than most fish species. 

Indigenous peoples cleverly used every part of the fish:

Parts of lake sturgeonUse
MeatFood source – cooked or preserved (dried on racks, cured by the sun or smoked) 
Back boneUsed to make soup
Inner membrane of the swim bladderUsed as glue
Bones and cartilageShaped into needles
Tail bonesShaped into spearheads and arrows 
OilBurned in lamps, used to soften homespun wool, mixed with red ochre to create paint used for pictographs
lake sturgeon art by Mario Peters
Artist: Mario Peters

Sturgeon is also an important clan emblem in Pimachiowin Aki. In Ojibwe, the Sturgeon Clan and its totem are called Name (pronounced Nah-MAY).

How Name Inawemaaganag, the Sturgeon Clan, came to be 

A long time ago there was a couple. They were destitute. They had nothing but a baby boy. The couple was too hungry and weak to hunt. They decided to put their baby on a tree on the shoreline, hoping that someone would see the baby and help them. The couple changed into sturgeon. A group of people passed by and took the baby to raise as their own. Years later the child liked to play on the shoreline, near the water. One day he was sad and crying. Two big fish swam up to him. He knew they were his parents. Later in a shaking tent ceremony, the child learned that they were indeed his parents. This is how the Sturgeon Clan came to be.

Fast Facts

  • Lake sturgeon are the largest fish in Pimachiowin Aki  
  • Lake sturgeon never stop growing
  • Lake sturgeon are descendants of a prehistoric fish from the Upper Cretaceous Period over 100 million years ago
  • While lake sturgeon can yield anywhere from 100,000 to 1,000,000 eggs every time they mate, they only reproduce once every 4 to 6 years 
  • Females take up to 25 years before they reach maturity. Males cannot reproduce until they are 15 years old 
  • Lake sturgeon are omnivores—they eat both plants and animals
  • Lake sturgeon is the only strictly freshwater species of sturgeon found in Canadian waters

Largest lake sturgeon recorded

185kg, 4.6 meters long—found in Roseau River, Manitoba

More Fast Facts

Oldest lake sturgeon recorded

155 years old—found in Lake Huron

More Fast Facts

Feature Image: American Philosophical Society (Hallowell Collection)

Follow us for more information about Pimachiowin Aki:

Sources

https://www.canada.ca/en/environment-climate-change/services/species-risk-public-registry.html
https://www.hydro.mb.ca/environment/wildlife_stewardship/fish/sturgeon/
https://www.ontario.ca/page/lake-sturgeon-species-risk
https://naturecanada.ca/news/sp-spot-lake-sturgeon/

How do dams affect fish population and biodiversity

Land Management Plans: Protecting Pimachiowin Aki

Frank Duck sits in canoe with a paddle and gun in hand.

Twenty years ago, First Nation communities of Pimachiowin Aki formed a partnership to support each other in protecting ancestral lands. The vision and commitment are set out in the Protected Areas and First Nation Resource Stewardship: A Cooperative Relationship Accord (the Accord). The Accord recognizes formal protected area planning processes led by Anishinaabeg, which became the foundation of the Pimachiowin Aki World Heritage Site. Elders provided the vision for the plans, based on traditional harvesting areas of Anishinaabe families associated with customary stewardship and governance.

Today there are six community-led plans in Pimachiowin Aki that govern land use and decision-making and guide the work of the Guardians. These are the first plans of their kind to be completed in Manitoba, and the third in Ontario.

Community Review: Poplar River First Nation Land Management Plan

Asatiwisipe Aki Management Plan – Poplar River First Nation

Developed out of respect for “our ancestors who loved and cherished this land and cared for it for centuries to ensure all future generations would have life” and to “keep the land in its natural beauty as it was created”, the plan provides for the protection of the entire 8,620 square-kilometre Poplar River First Nation traditional territory.

Planning Meeting: Bloodvein River First Nation

Pimitotah – To Care for Our Land (Bloodvein First Nation)

This plan is dedicated to the Bloodvein River Elders “for sharing their knowledge of the land and resources within our traditional area, and for their help and guidance”. Protection and management of the 3,916 square kilometre traditional territory is guided by a commitment “to look after and take care of the habitat and living things that use this land. To have water that is safe for all living things. To have land that has not been disturbed by industrial development. To smell the fresh air that is free from pollutants.  Protection means we will ensure that if economic development takes place, it will be respectful of the land and all life that exists on the land.”

Open House: Little Grand Rapids First Nation

Ni-Kes Lands Management Plan – Little Grand Rapids First Nation (Manitoba)

Little Grand Rapids First Nation Community-Based Land Use Plan (Ontario)

With ancestral lands in both provinces of Manitoba and Ontario, the Little Grand Rapids First Nation completed two land management plans. The plans are “dedicated to the memory of Ni-Kes (Frank Duck), an esteemed Elder, whose knowledge and way of life continue to be an inspiration to the Little Grand Rapids Anishinaabeg”. The plans provide for the protection and management of lands and waters, continued traditional use, and support community-led sustainable economic development opportunities in the 6,612 square-kilometre Little Grand Rapids First Nation traditional territory.

Open House: Pauingassi First Nation

Naamiwan: The Land of Fair Wind Lands Management Plan – Pauingassi First Nation (Manitoba)

Pauingassi First Nation Community Based Land-Use Plan (Ontario)

Pauingassi First Nation has ancestral lands in both provinces of Manitoba and Ontario, and two land management plans. The plans are “dedicated to the memory of Naamiwan (Fair Wind), a renowned medicine man and healer, whose dream, drum and the ceremonies he conducted illustrate the important role of traditional Anishinaabe knowledge, practices and beliefs in land management and protection to this day.”

The plans provide legal protection of lands and waters while supporting potential sustainable economic development opportunities. In finding this balance, the Pauingassi land management plans are contributing to a stronger future for the community. The combined Pauingassi First Nation traditional territory is 4,525 square kilometres in area.

The Pimachiowin Aki Management Plan

The Pimachiowin Aki Corporation participates in implementation of the community-led plans to ensure the area’s Outstanding Universal Value continues to be protected. A Pimachiowin Aki Management Plan was developed by the partners as a unifying document, integrating customary governance and legal prescriptions across the site. This site-level management plan draws its primary direction from the First Nations’ Accord to protect and care for Pimachiowin Aki as a sacred duty and trust to future generations.

Bloodvein River First Nation

Feature photo: Ni-Kes (Frank Duck), Little Grand Rapids First Nation

What Birds in Pimachiowin Aki Can Tell Us

Pimachiowin Aki is the largest protected area in the North American boreal shield. It is home to millions of trees, pristine waters, and over a thousand plant and animal species—making it a paradise for songbirds, shorebirds and waterfowl.

The Natural Resources Institute (NRI) at the University of Manitoba and Pimachiowin Aki Guardians are working together to observe birds and discover what they can tell us about the health of the land.

During our first virtual meeting in 2020, these people shared their thoughts:

  • Melba Green, Guardian, Bloodvein River First Nation  
  • Dennis Keeper, Guardian, Little Grand Rapids First Nation
  • Dr. Nicola Koper, Professor, NRI
  • Chris De Ruyck, PhD Student, NRI
  • Alison Haugh, Executive Director, Pimachiowin Aki
(from left) Chris De Ruyck, Melba Green, Dennis Keeper, Dr. Nicola Koper

What do you hope to learn from this project?

Melba: My hope is for us to understand birds’ ways of living and the messages that they bring about weather and climate. If we see birds dying there is a problem.

Nicola: I am particularly interested in how lands managed by First Nation communities contribute to the conservation of birds. How are the birds we find in Pimachiowin Aki different or similar to birds outside the World Heritage site?

Chris: Bird species you find on the land can also tell you things about the land. Our goal is to examine how birds in Pimachiowin Aki are protected in comparison to places where the land has been altered. If species are present in Pimachiowin Aki but missing in other areas, it might point to a specific problem.

Nicola: I think that western science has a lot to learn from the stewardship of Pimachiowin Aki First Nations. By comparing birds in Pimachiowin Aki with how well birds are doing outside of Pimachiowin Aki, we hope the project will help make western-contemporary society better stewards of the land.  

What do you mean by conserving birds?

Nicola: Birds can be harvested and populations can still be conserved at the same time. When I talk about conserving birds, I mean trying to protect ecosystems to protect birds that live there. We want to make sure bird populations are high across large areas, including Pimachiowin Aki and other regions, and are not declining.

What is the state of birds today?

Nicola: In most parts of North America, many, many species have declined over the last four to five decades. We don’t know a lot about birds in Pimachiowin Aki yet, but we think that Pimachiowin Aki may be a refuge where bird populations can be successful because the habitat is being protected. There’s a lot of habitat and food, and less noise and disturbance. The land is kept well, and people living on the land have a good relationship with it.

Gulls (Photo: Hidehiro Otake)

What can we learn from this project?

Melba: One of the rules of being Anishinaabe is to respect every living thing on Mother Earth. That’s why we wanted to create the Bloodvein River First Nation land use plan—it says all living species and their habitats will be protected.

Nicola: I like the idea of documenting the outcome of that respectful interaction with the land. Our hope is that we’ll be able to see how populations are changing over time, compare this to other areas, and show how important it is that birds have the habitat that Pimachiowin Aki is providing.  

Why did Pimachiowin Aki choose to collaborate with NRI?

Alison: The project helps Pimachiowin Aki meet the monitoring and reporting requirements of being on the World Heritage List.  We must show that we are taking active measures to protect the site’s natural and cultural values. This is just one of the many community initiatives that help keep the land.

Melba: This is a very interesting project and it is another way of being a Guardian. Observing birds is another way for me to learn. I can learn from [NRI]. Birds are fascinating. It’s teaching me something else rather than just the four-legged animals.

Why did NRI choose to collaborate with Pimachiowin Aki Guardians?

Nicola: We know different things—Guardians have knowledge of the area and how birds are using the land while NRI can provide information on how to identify birds and the locations they are likely to be found in. We’re bringing together our knowledge with the knowledge of the community. It wouldn’t work if it were just western scientists coming in.

Why study birds to learn about climate change?  

Chris: We focus on birds because there are over 200 bird species in the boreal. We can gather information on many species at the same time, which makes it an efficient way to obtain information about ecosystems.  

In addition, we know a lot about birds. Indigenous communities like Pimachiowin Aki have been passing down traditional knowledge about birds for generations. Plus, birds have been studied a lot by western science. This gives us a strong starting point—we know how to identify birds and we know how they typically behave. If their behaviour changes, we can link it to how healthy the boreal ecosystem is.

What kinds of things will Pimachiowin Aki Guardians be watching for?

Nicola: If you see multiple species arriving earlier than normal, that is one indicator that could help us understand if there are changes over time. Also, looking for new species or species that are more abundant than in other years.

Dennis: We’ve started to see new ducks that are black and look like the bufflehead. They’re all black except for a white mark on their bills.

Nicola: Possibly American coots—this is an example of a species that would be interesting to monitor because the community is noticing it and you haven’t expected to see it before.

Chris: New species showing up, and also species that are conspicuous by absence. Ones that disappear are equally important. Even seeing birds that are switching a food source and eating new things could be indicative of climate change.

Nicola: Fire can also change where species are found.

Melba: After a fire, you don’t see wildlife until the land restores itself. The birds will fly by and look around but they won’t go near a place when it’s burned. Once there is grass then you see them come back.

Nicola: Eventually, we want to go to Pimachiowin Aki, meet in person, explore the landscape together and decide what bird species to monitor. Initially, we’ll try to monitor all the species we can, but we will probably end up focusing on 20-40 species that are abundant, and that people see regularly.

Black-backed Woodpecker (Photo: Christian Artuso)

Chris: We can also choose species that use different habitats and live in Pimachiowin Aki during different seasons, like summer and winter. Also, species that other animals in the boreal forest depend on, like woodpeckers, which have an effect on the forest. They help control western pine beetles by eating them, and they create cavities in trees, creating homes for insects, flying squirrels, owls and other birds. Even mice have been found in cavities created by woodpeckers.

Melba: There are lots of red-headed woodpeckers in Bloodvein. I have a book here on North American birds, which I take with me when I’m on the land. There are lots of birds! An Elder said that birds are coming back that haven’t been seen in a long time.

Nicola: I love hearing these stories and I hope to have more of these conversations with you.  

Dennis: We have golden eagles. They have a nest here that they go back to every year. They look bigger than the bald eagle. On my trapline, where I hunt ducks, there are seven different pairs there. When I first started hunting, there were no eagles there. They anticipate us going there to hunt and they go there to clean up.

We are also seeing some kind of doves.

Is it bad to see exotic bird species in Pimachiowin Aki?

Nicola: It’s not a bad thing if exotic species are not highly abundant, but if they are abundant there’s always a risk that new species will push out native species. In places where there are a lot of house sparrows, there are often fewer chickadees and nuthatches.

Chickadee (Photo: Melba Green)

How does this relate to climate change?

Nicola: Some birds probably thrive in Pimachiowin Aki because they are tough and able to tolerate cold winters. As weather conditions become milder, new species are also able to live in northern areas like Pimachiowin Aki. There is probably room in Pimachiowin Aki for more birds, but as new birds move in they might push the native birds out, away from a great food source. Populations are declining everywhere, so if birds get pushed out and end up losing refuges like Pimachiowin Aki, they will have even more problems.

What is the Land that Gives Life telling you through birds?

Climate Watch asks you to share your observations and stories about birds, plants, animals, natural events or changes in the landscape. Help Audubon scientists protect birds and the places they need—share what you see and hear:

https://bit.ly/2JYHwBa

Feature Photo: Pine Grosbeak (Christian Artuso)