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How Indigenous Knowledge Helps Manage Climate Change Effects On Human-Water Ecosystems

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Outcomes of climate change on water include rising sea levels, warmer sea surface temperatures, and shifts in precipitation types, timing, and amounts. These outcomes have an impact on Indigenous Peoples’ relationship with water. Indigenous communities continue to draw from Traditional Ecological Knowledge (TEK) to maintain the overall vitality of human-water ecosystems in the context of climate change.

Sea surface temperatures have been increasing steadily throughout the 20th century and this trend continues. Changes in ocean temperature affect the ongoing presence of plants, fish life, and other animals. Increases in water temperature have also significantly altered the migration and breeding patterns of sea life, including shellfish. Another key impact is the presence and the frequency of the recurrence of “red tide,” a harmful algal bloom (HAB). Harmful algal blooms are toxic microscopic organisms (also known as cyanobacteria) that feed off the energy of light to grow; they are fatal to marine life, and can make humans sick.

The Southeast Alaska Tribal Ocean Research (SEATOR) network has been monitoring, sampling, and reporting on the levels of toxins among shellfish around the Alaskan Panhandle. SEATOR benefits from Indigenous Traditional Ecological Knowledge to help to predict harmful algal blooms (HAB), reduce poisoning, and harvest shellfish more effectively. Traditional harvesting practices of the Indigenous Peoples of Alaska help to keep Indigenous communities safe from the effects of HAB.

In another example of applying Indigenous Knowledge to manage human-water ecosystems, the Heiltsuk Nation (Bella Bella, British Columbia), on the West Coast of Canada, are applying traditional harvest practices, to facilitate the natural regeneration and resilience of kelp, at a small scale. With the assistance of researchers from the School of Resource and Environmental Management at Simon Fraser University, the Heiltsuk Nation are showing how their stewardship practices can help manage the growth of perennial kelp to make the kelp resilient to changes in the climate. University researchers were “motivated by the information needs” of the Heiltsuk Nation and together they co-designed a study to “measure the ecological resilience of feather boa kelp…and determine what environmental variables most affected its recovery.” The combination of Traditional Ecological Knowledge and Western scientific practices permitted the researchers to explore how the social relationship of the Heiltsuk Peoples to the ecological resilience of their environment are affected by increases in ocean temperatures.

Colonization compounds the effect of climate change (and vice-versa) on human-water ecosystem relationships. In Madagascar, for example, while rising sea levels have displaced Indigenous communities, conventionally, being nomadic, by choice, was also a way for Indigenous Peoples to deal with the unpredictability of the climate. However, a shift to sedentary lifestyles, further entrenched by modernization and colonization, have also affected human-water ecosystem relationships in Madagascar.

Drawing from a wide variety of Indigenous bodies of knowledge rooted in both Indigenous experiences and practices, shed light on different ways to manage climate change effects and to better understand the fine balance of human-water ecosystems in a changing climate.

 

By Leela Viswanathan

 

(Image Credit: Frank McKenna, Unsplash)

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Achieving Net-Zero Carbon Emissions and Energy Sovereignty through Indigenous-Owned Solar Projects

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Indigenous-owned solar energy projects are contributing to meeting a net-zero carbon emission target while building the self-sufficiency of their communities. Becoming energy sovereign, requires a community to build their “ability… to control, regulate and manage their own energy.”  Solar power is among the cheapest forms of renewable energy and the Pembina Institute reports that from 2015 to 2020, renewable energy projects in Canada, nearly doubled across remote communities.

Launched on November 17, 2020, the 2.2-megawatt (MW) Three Nation energy (3NE) solar farm in Fort Chipewyan, Alberta, is owned by Athabasca Chipewyan First Nation, Mikisew Cree First Nation, and Fort Chipewyan Métis Association. It is reported that the 3NE solar farm and ATCO’s 600-kilowatt (KW) solar farm and “a battery storage system will reduce the need for more than 800,000 litres of diesel fuel each year.” Together, these solar projects are “the largest remote solar farm in Canada” found northwest of the Alberta’s oil sands.

With the Arctic warming three times faster than the rest of the planet, Inuit communities have become leaders in tackling climate change by engaging in renewable energy projects, including harnessing solar power. Vuntut Gwitch’in First Nation located in Yukon,  is one of the first Indigenous communities in Canada to declare a climate emergency. The community has set a goal to reach net-zero carbon emission by 2030, which is 20 years ahead of the Canadian federal government’s commitment to net-zero carbon emission by 2050. The Old Crow Solar Project of Vuntut Gwitch’in First Nation consists of 2,160 solar panels to maximize the capture of the sun’s rays during long summer days. Vuntut Gwitch’in First Nation holds a 25-year electricity purchase agreement with ATCO Electric Yukon. The energy that is generated by the Old Crow Solar Project will be bought at a similar cost to diesel. According to Chief Dana Tizya-Tramm of the Vuntut Gwitchin First Nation., over $410,000 is returned to the community through the electricity purchase agreement, and can then be reinvested in additional renewable energy projects.

More examples of First Nation communities who are leaders in generating solar power and who are actively contributing to the effort to reach net-zero carbon emissions include:

More solar projects are in the works in British Columbia, including a new solar project on the Upper Nicola Band Reserve in collaboration with the Okanagan Nation Alliance and FortisBC.

Through their diverse solar energy projects contribute, Indigenous peoples are minimizing their communities’ dependency on fossil fuels, especially diesel, while becoming energy sovereign.

 

By Leela Viswanathan

 

(Image credit: Nuno Marques, Unsplash)

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Prioritizing the Protection of Indigenous Rights to Achieve a Sustainable Future

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Prioritizing Indigenous rights and supporting innovative Indigenous practices are required to achieve a sustainable future and are crucial to meet the United Nations Sustainable Development Goals (SDGs). The race to meet SDG targets by Year 2030 is heavily focused on reducing greenhouse gas emissions (GHGs); however, globally, Indigenous communities are not responsible for these high levels of GHGs. Indigenous communities have been integral in the fight to reduce GHG emissions through innovative practices like traditional fire management. Yet, Indigenous peoples remain among the most affected by climate change and its impacts on a global scale, because of their interconnectedness with Mother Nature, the land, and all that it offers.

The United Nations Sustainable Development Goal (SDG) 6 calls for “ensuring the availability of sustainable water management and sanitation for all”; however, in Canada, for decades, many First Nation communities have gone without clean drinking water. Canada’s federal government has promised to ensure clean drinking water to all First Nation reserves by March 2021; however, there are now fears that this deadline will not be met.

Frustrated by government inaction in addressing the clean water crisis in their community, Lytton First Nation, (pop. 1,660 people) located in the Fraser Canyon, British Columbia, connected with RES’EAU-WaterNet, at the University of British Columbia. Together, they built the Lytton-Nickeyeah Creek Water Treatment facility in 2015, bringing clean water to the homes spread out over 56 reserves across 14,161 acres. The RES’EAU also worked in consultation with community members, leaders, and water operators at Lytton First Nation, to find a collaborative, creative, and affordable way to bring clean water to additional homes (some over 100 kms apart) that were too isolated to benefit from the larger treatment facility.

According to Alliance 2030, the UN Declaration on the Rights of Indigenous Peoples (UNDRIP) and the UN SDGs should be considered in concert with each other, if the 17 SDGs are to be met by 2030 and “achieve basic rights like clean water and equality for all.” The International Fund for Agricultural Development in their 2019 policy brief made several recommendations to advance collaborative policy solutions and to recognize Indigenous rights to land and intellectual property, in order to meet the SDGs.

Successful implementation of the 2030 Agenda for Sustainable Development is based on the premise of “leave no-one behind”. Canada’s 2018 Voluntary National Review acknowledged that Indigenous peoples and other “historically marginalized groups…still face unacceptable barriers”. Any attempt by countries to involve Indigenous communities as partners in sustainable development may be a step forward to meet the 2030 Agenda; however, when the basic rights to education and clean water are not guaranteed for Indigenous peoples, these calls for collaboration must be questioned. Indigenous peoples at the forefront of sustainable development innovations and climate change adaptation in Canada have declared a climate emergency. Realizing the SDG goals requires non-Indigenous governments to prioritize the protection of Indigenous rights if they also seek the collaboration of Indigenous peoples.

 

By Leela Viswanathan

(Image Credit: Carter Hildebrand, Unsplash)

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Climate Change Adaptation in Kanaka Bar

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At Kanaka Bar, preparing for climate change is seen as an important milestone towards the achievement of community’s vision of self-sufficiency.  It is being incorporated in everything that is being done by the community on a day to day basis.  The Traditional Territory of Kanaka Bar is located 14 kilometers south of Lytton, B.C., in the Fraser Canyon. Water plays a critical role in the health of the community. Kanaka Bar has five watersheds: Kwoiek Creek, Morneylun Creek, Nekliptum Creek, Siwash Creek and Four Barrel Creek, all of which support traditional food sources, wildlife and agricultural activities, provide drinking water to the community and hydroelectric power to BC Hydro’s grid.

Over the recent years, many changes have been observed throughout the Traditional Territory. Community members have noticed that wildlife is moving away from the community and travelling further up-mountain, salmon numbers are decreasing and are swimming deeper in the Fraser River in search of cooler temperatures and vegetation growth is changing. As well, consistent rainfall has been replaced by long periods of dry weather and unpredictable storms. These local observations are consistent with scientific predictions of how climate change is likely to affect the region. Although drought has not yet affected the community’s water resources, there is substantial concern that they may be threatened as climate change impacts intensify.

In response to these concerning changes within their Territory, Kanaka Bar has undertaken a Community Vulnerability Assessment to better understand how their environment may continue to change, and how these changes may impact key community values and areas of concern.

Understanding Kanaka Bar’s concerns and priorities was the first step in the Vulnerability Assessment process. Together with environmental professionals from Urban Systems, community members gathered at engagement events to ask questions, and express their concerns about climate change and how it would impact community life and well-being.

After priorities were identified, current and future effects of climate change on these areas were studied. Some anticipated changes that emerged from this research were warmer temperatures year-round; less precipitation in the summer but more in the fall, winter, and spring; less snow; more frequent and intense storms events; changes in water resources; continued stress on the salmon population; changes in the availability of traditional foods; and increased risk of forest fire.

Understanding the ways in which Kanaka Bar was vulnerable to climate change has allowed the community to take meaningful steps towards reducing their risks and becoming more resilient by developing an adaptation strategy. Kanaka Bar’s Adaptation Strategy supports their goal of self-sufficiency while increasing their resilience. It maps out short and long term adaptation actions in six priority areas: Water Resources, Forest Fires, Traditional Foods, Access Roads, Supporting Self-Sufficiency and Youth and Community Engagement and Education. These actions range from installing weather monitoring stations in the community, to expanding food production initiatives, to hosting annual workshops on climate change. Together they represent a “Made at Kanaka, by Kanaka for Kanaka” adaption plan that will benefit the community in a holistic way that goes far beyond coping with climate change.

To learn more about Kanaka Bar and the great strides they’re making towards climate resilience and self-sufficiency, visit their website.

Figure 1Kanaka Youth at Morneylun Water Gauging Station

 

Author: Kanaka Bar

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Eco-Cultural Approaches to Climate Change Adaptation (NRCan Webinar)

On March 28, 2019, a webinar on Eco-Cultural Approaches to Climate Change Adaptation was presented by the Tsleil-Waututh Nation (people of the Inlet). This webinar provides an introduction to the TWN Climate Change program, youth stories, and community climate resiliency planning.

We have received permission to share the recorded webinar on this website as it may contain valuable information and insights for other First Nations communities working on climate change projects in Canada.

Click on the image below or click here to start the webinar (length – 1:02:08).

(Note: You may be prompted to download Adobe Connect to watch the video – a link to the download will appear automatically).

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