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Climate change is no longer a distant concern; it is a lived reality. Across Canada, Indigenous communities are on the frontlines of its impacts: flooding threatens homes and infrastructure, wildfires scorch traditional territories, permafrost thaw destabilizes land and water systems and shifting animal and plant populations disrupt food security and cultural practices.

These challenges are profound, but they are not insurmountable. Indigenous Peoples have always been innovators, responding to changing environments with creativity, resilience, and solutions rooted in deep relationships to land and life. Today, as technology becomes an increasingly important tool for mitigating climate risk and adapting to it, Indigenous innovation is showing a powerful way forward.

Technology for Climate Awareness on Indigenous Lands

Across First Nations, Métis, and Inuit territories, technology is being leveraged to monitor and respond to environmental changes in real-time. Remote sensing tools, such as drones and satellite imaging, are now being utilized by Indigenous guardians to monitor deforestation, changes in water levels, and coastal erosion. These technologies provide visual and data-based evidence of changes that many Elders and knowledge keepers have already observed, creating powerful bridges between traditional knowledge and scientific monitoring.

Communities are also building networks of environmental sensors that measure air quality, water purity, soil health, and temperature fluctuations. In northern regions, sensors tracking permafrost thaw provide essential data to anticipate landslides, flooding, and infrastructure risks. In coastal territories, water sensors alert communities to rising salinity levels, pollution, and erosion. These tools enable communities to act quickly and decisively in protecting their lands and waters.

Mobile applications and AI-driven platforms further expand this capacity. For example, Inuit hunters have used apps that track ice thickness and weather patterns, providing life-saving information when travelling across shifting sea ice. Similar innovations are being developed in wildfire-prone areas, where apps give communities early warnings and suggest evacuation routes. These technologies do not replace Indigenous knowledge; they amplify it, ensuring that guardians of the land are equipped with every possible tool to respond to ecological challenges.

New Fields of Expertise for Indigenous Climate Leadership

The accelerating climate crisis demands new areas of expertise, and Indigenous Peoples must be represented in these fields. Climate science and environmental engineering, for example, are crucial disciplines for developing mitigation strategies. When Indigenous youth and professionals enter these areas, they bring unique worldviews that prioritize balance and reciprocity over profit and exploitation. This shifts the very foundation of how climate solutions are designed and implemented.

Renewable energy is another vital frontier. Indigenous-led solar, wind, hydrokinetic, and geothermal projects are not only reducing reliance on fossil fuels but also fostering energy sovereignty. Communities that generate their clean energy are less vulnerable to external market fluctuations and government control, thereby creating resilience alongside environmental benefits.

Equally important is the field of data science and artificial intelligence. When Indigenous professionals lead in this space, they ensure that climate modelling reflects Indigenous priorities and the lived realities of specific territories. For example, climate adaptation plans that integrate Indigenous knowledge alongside AI-driven predictions can yield more accurate and culturally grounded outcomes.

Ecological restoration, land-based healing, and regenerative design are also emerging as critical fields. Indigenous professionals are combining traditional ecological knowledge with advanced methods to rewild landscapes, restore wetlands, and revitalize food systems. These efforts are not just about survival but about strengthening life systems for future generations. Alongside this, policy and governance expertise is needed to shape laws and systems that respect Indigenous ecological sovereignty and embed Indigenous leadership at the center of climate decision-making.

Funding Indigenous Innovation: Closing the Gaps

Despite the promise of Indigenous innovation, one of the most significant barriers remains a lack of sustained funding. Too often, Indigenous communities are asked to do more with less and are expected to adapt to climate change without the resources to lead solutions. National and regional governments must commit to scaling Indigenous-led climate programs and ensuring that innovation is not just supported but prioritized.

Scholarships and mentorship programs for Indigenous students entering fields such as climate sciences, engineering, or data science are essential to building long-term capacity. Funding for community-based innovation hubs, where Indigenous knowledge keepers, youth, and scientists can collaborate, is another necessary step. These hubs would enable communities to develop solutions tailored to their specific territories, rather than relying on external models that often fall short.

Moreover, Indigenous start-ups and entrepreneurs in clean technology and ecological restoration need access to capital. Many Indigenous businesses face barriers to financing, which stifles innovation. By investing in these ventures, Canada could support Indigenous climate innovators while also advancing national and global climate goals. Finally, training opportunities should be developed for non-Indigenous professionals to ensure that climate fields incorporate Indigenous governance and ecological worldviews into their everyday practice, thereby building mutual capacity and respect.

Technology as a Tool for Healing, Not Exploiting

The risk of technology is that it can become another means of exploitation, extracting resources more efficiently or creating profit-driven systems that accelerate ecological collapse. To avoid repeating colonial patterns, climate innovation must be guided by Indigenous philosophies that frame technology as a tool for healing.

For example, regenerative technologies can restore ecosystems instead of depleting them. Wetland restoration projects, powered by renewable energy and supported by advanced water management systems, can help revive critical habitats while also mitigating the impact of floods. AI-assisted monitoring of endangered species can support efforts to protect the kinship networks of animals, insects, and plants that are essential to biodiversity. Precision harvesting technologies can allow communities to gather resources sustainably, ensuring that plants and animals regenerate in healthy cycles.

Technology can also be used to strengthen local food and water security. Renewable-powered greenhouses and hydroponic systems can extend growing seasons in northern communities. Water purification systems designed for remote locations can ensure safe, accessible drinking water without reliance on external supply chains. When designed through Indigenous leadership, these technologies shift from tools of exploitation to instruments of healing and regeneration.

The Power of Human Ingenuity for Good

The story of climate change is often framed as one of despair and inevitability. But it is equally a story of the possibility of human ingenuity, creativity, and our collective ability to reimagine how we live with the Earth. For Indigenous Peoples, innovation has always been about adaptation and resilience. Climate change is not the first crisis Indigenous Nations have faced, and it will not be the last. Yet time and again, Indigenous Peoples have shown that survival is not only possible but can give rise to renewal.

What is needed now is a recognition that Indigenous ingenuity must be at the center of climate solutions. A future dependent on the extraction of finite resources will only deepen the crisis. A future built on innovation, guided by Indigenous ecological knowledge and fueled by regenerative technologies, offers something radically different: sustainability, balance, and thriving homelands for generations to come.

Indigenous innovation in climate governance, technology, and ecological restoration is not simply a contribution; it is essential. It is the compass pointing toward a climate future defined not by loss and collapse, but by renewal, balance, and hope.

Blog by Rye Karonhiowanen Barberstock

Image Credit: Tandem X Visuals, Unsplash

The post Indigenous Innovation and Climate Solutions: Building a Future of Balance appeared first on Indigenous Climate Hub.

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South Africa’s platinum mine dumps get a second look as clean energy lifts demand

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Besides the dust that cloaks pathways, windowsills and gardens, the towering grey heaps of discarded rock are another unwelcome reminder of the platinum mine next door to the South African township of Chaneng.

In and around the city of Rustenburg, the low-grade platinum ore that has made South Africa the world’s top producer of the silvery metal creates massive waste piled in large rocky heaps known as tailings. For every tonne of metal extracted, hundreds of tonnes of waste rock is left behind in huge piles.

The transition to cleaner energy system is expected to push up global demand for platinum group metals (PGM) – which include palladium and other precious metals, as well as platinum. They are used in hydrogen-related technologies such as fuel cells and electrolysers that split water molecules as well as in hybrid cars that need catalytic converters to curb pollution.

To secure supplies, mining companies are starting to make use of what was once considered waste.

Efforts to green lithium extraction face scrutiny over water use

Reprocessing mine tailings using new technology can be a more sustainable form of producing minerals and metals needed for the energy transition because it is expected to reduce the size of existing waste heaps and boost output without the need to open new mines, which can cause more environmental destruction and community displacement.

“Tailings reprocessing offers genuine benefits, reducing pressure for new mining [and] addressing existing environmental liabilities,” said Mathikoza Dube, an expert on critical minerals based in Rustenburg.

“It offers the world a pathway to secure supplies of energy transition minerals while remediating waste that’s contaminated communities for generations,” Dube added, cautioning it is not a “magic solution” and should be approached in a way that ensures local communities benefit.

In Chaneng, where the tailings dumps loom over backyards, residents are wary.

“Same theft in new clothes”

They fear the plan to reprocess mining tailings at the neighbouring mine – operated by South African platinum miner Sibanye-Stillwater – is being dressed up as sustainable when in reality it will mean more contamination, blasting, dust and no end to their community’s problems.

Despite decades of mining, unemployment in the area remains high, many people say they never received compensation for the loss of their agricultural land and most households still lack access to basic sanitation infrastructure.

Water testing carried out by SRK Consulting in 2009 found elevated nitrate levels exceeding World Health Organization guidelines in community boreholes, and health practitioners document dramatic increases in respiratory diseases.

“Now they want to dig up the waste piles and call it progress? Show us the ownership papers. Show us the rehabilitation plan. Otherwise, it’s the same theft in new clothes,” said Johannes Kgomo, a community leader.

    South Africa’s mining legislation requires that 26% of mining assets are held by historically disadvantaged people including Black South Africans, and Chaneng residents are demanding a stake of 15% to 30% in any tailings operation on their land, allowing them to have a say in how the business is run.

    They say that should be granted to them as compensation for the health and environmental problems they have endured as a result of the mine.

    The community is also demanding comprehensive water testing and treatment, adequately resourced clinics with respiratory specialists, compensation for destroyed agricultural land, infrastructure repair and long-term health monitoring.

    “We are not asking for handouts,” said Gideon Chitanga of the National Union of Mineworkers, which often takes the side of local communities in disputes with companies.

    “These people have already paid with their health, their water, their land. That contamination, that suffering – that is their investment. Now they want returns and decision-making power,” Chitanga added.

    A spokesperson for Sibanye-Stillwater declined to comment.

    A mining industry source, who asked not to be identified, said conversations with community members were ongoing.

    “Nobody disputes these communities have suffered. The question is how to structure ownership in a way that’s legally sound, financially viable, and genuinely empowering,” the source said.

    A lorry drives on a huge pile of grey rocks in South Africa
    A mine dump that is being reprocessed for minerals near Marikana in South Africa’s North West province (Photo: Fidelis Zvomuya)

    New technology boosts metal recovery in waste

    New reprocessing technology has made it economically viable to extract platinum group metals from tailings, and several operations are already underway in South Africa’s platinum mining belt, around the city of Rustenburg.

    Sibanye-Stillwater already operates multiple retreatment facilities, processing thousands of tonnes of waste ore monthly.

    Another South African miner Tharisa processes chromite from PGM tailings commercially. Chromite is used to obtain chromium, a metal used in the manufacture of wind turbines and some energy storage batteries.

    “Historical tailings facilities contain economically viable concentrations that were unrecoverable with older technology,” said Leo Vonopartis from the University of the Witwatersrand’s BUGEMET research programme, which studies the geology of South Africa’s Bushveld Complex mining belt.

    Tailings in the area around Rustenburg can contain up to 2.5 grammes per tonne of combined platinum, palladium and rhodium – along with chromite. Vanadium, cobalt and rare earth elements have also been found.

    At current prices, which have rallied this year, it is worth extracting the rare metals, despite the challenges.

    Breaking with the cycle of extraction and injustice

    “The technology exists. The economics work. The question is whether we can structure these projects to genuinely benefit the people who have paid mining’s costs,” a spokesperson for one mining company said, asking not to be named.

    Without that, local expert Dube said, the reprocessing of tailings is scarcely better than other forms of mining.

    “Reprocessing tailings does not erase the damage that created them. If it is structured as extraction by another name – where companies profit and communities remain marginalised – we have just found a new way to perpetuate old injustices.”

    Australia’s COP31 Co-President vows to fight alongside Pacific for a fossil fuel transition

    Gesturing toward the tailings dam visible from her yard, Noxolo Mthembu recalls the days when her vegetable patch used to feed the family.

    “We used to grow spinach, tomatoes, pumpkins,” she told Climate Home News. “Now nothing grows. The dust kills everything. My children have asthma. My husband died of lung disease at 54.”

    Like many of her neighbours, she says any new cycle of mining activity – this time in the name of the clean energy transition – must not repeat the past.

    “Show me the ownership papers with our names. Show me the water treatment plant. Show me the clinic with enough staff. Then I will believe this time is different.”

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    Indigenous Climate Governance: Reclaiming Ecological Sovereignty and Redefining Climate Justice

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    Climate governance, how societies organize decision-making around climate change, is often framed through Western political and legal structures. These models tend to prioritize human-centric policies rooted in concepts such as property, ownership, and nation-states. Within this framework, the environment is often reduced to a resource to be managed, extracted, or commodified. In contrast, Indigenous climate governance offers an entirely different paradigm, one that is not about dominion over land but about reciprocal relationships, sacred obligations, and the recognition of ecological sovereignty.

    It is essential to emphasize that Indigenous Peoples do not require validation, endorsement, or recognition from non-Indigenous institutions to develop, uphold, or practice their governance systems. These frameworks of law and stewardship are rooted in original relationships to homeland ties that precede and transcend colonial boundaries.

    The days are numbered for systems that invite Indigenous Peoples to the table only as tokens or symbolic presences, while denying their voices the space and authority to shape outcomes. Indigenous governance is not a matter of permission from others; it is the lived practice of self-determination that every living being on Mother Earth inherits and is responsible for.

    What is Indigenous Climate Governance?

    Indigenous climate governance is a holistic system of law, custom, and responsibility that places interdependence at its core. It reflects millennia of Indigenous stewardship and an understanding that humans are not the rulers of ecosystems but participants within them. Governance is not defined solely by human authority, but by respect for the natural laws that sustain all life. This worldview recognizes that the land, waters, plants, animals, and spiritual forces all carry agency and rights. Humans are woven into this vast web of relations, with responsibilities of reciprocity and care.

    At its foundation, Indigenous climate governance protects the autonomy and vitality of place, which is often referred to as ecological sovereignty. Decision-making is collective, inclusive of all living beings, and guided by natural law rather than anthropocentric legal constructs. In this way, governance is not about imposing human will but about aligning with the rhythms, responsibilities, and teachings of the natural world.

    Climate change is, at its root, a crisis of ecological imbalance. Indigenous Peoples who have retained rights to stewardship through origin relationships to place, space, and homeland understand this balance as sacred. They are best positioned to speak with, rather than for, their human and non-human kin regarding the health and well-being of these homelands. This is where the difference between Indigenous and non-Indigenous governance lies: the former is grounded in responsibilities to life systems. At the same time, the latter too often assumes authority to determine for others. True governance is not about control but about nurturing the self-determination of people, lands, waters, and ecosystems.

    How Indigenous Climate Governance Differs from Western Models

    Western climate governance is profoundly influenced by colonial legacies that prioritize property rights, commodity extraction, and human control over land and water. Such frameworks often fragment ecosystems and communities by enforcing borders and legal regimes that treat nature as something to be divided, owned, and exploited. Indigenous governance rejects these constructs and instead insists on a worldview that frames the Earth as a living relative, with inherent rights and sovereignty.

    This worldview demands that human actions serve to maintain balance and harmony in ecosystems, rather than disrupt them. Governance is viewed as a set of ongoing relationships founded on care, respect, and mutual responsibility, rather than as systems of domination and control. By refusing to fragment ecosystems with artificial legal and political borders, Indigenous climate governance opens pathways to climate justice that are inclusive, life-sustaining, and grounded in ecological stewardship.

    For non-Indigenous Peoples, this requires a willingness to step aside and listen, to witness the story of life being shared through Indigenous knowledge and practice. It means recognizing that democracy itself must be redefined, not as a system of power over others but as a philosophy of coexistence, rooted in the laws of nature. These are the laws that governance is meant to uphold, not jeopardize. Colonization has had the opposite effect: undermining natural law to benefit the few at the expense of the many.

    The Building Blocks of Ecological Sovereignty

    Ecological sovereignty is the right of Indigenous Nations and the ecosystems they steward to manage and protect their lands and waters in alignment with their laws and values. It is rooted in kinship relations, where plants, animals, waters, and lands are recognized as relatives with their agency to thrive or suffer. This principle is sustained by natural law, which acts as a living constitution that structures coexistence, respect, and accountability among all beings.

    Relational governance is another key element. Rather than separating human interests from ecological systems, it binds humans and non-humans together in an interdependent framework of stewardship and decision-making. Cultural protocols and ceremonies ensure that governance remains responsive to the cycles of nature and ancestral teachings, grounding decisions in gratitude, responsibility, and humility. These building blocks together create a framework for sovereignty that extends beyond political recognition into the living fabric of ecosystems.

    The Indigenous Constitution of the Land: Laws and Regulations of Peace and Harmony

    In many Indigenous Nations, governance of place is carried out through a constitution that is not confined to written text, but is encoded in ceremony, storytelling, and the role of law keepers. These laws emphasize peace, mutual respect, and the ongoing balance of life. Every action must consider its impacts on the land, waters, climate, and all beings. Reciprocity is essential; humans must return to the Earth what they take, ensuring that ecosystems regenerate and remain vibrant for future generations.

    This constitution also recognizes the agency of non-human beings, affirming their right to exist, flourish, and govern their own lives. Governance is inclusive and collective, ensuring that the voices of Elders, youth, women, and the land itself are respected and valued. For example, laws may mandate sustainable harvesting, seasonal restrictions, ceremonies of permission and thanksgiving, and rites of care when ecosystems are vulnerable. These protocols are not static but adaptive, responsive to the cycles of place, and always rooted in harmony and respect.

    Why Indigenous-Led Climate Governance Matters

    Indigenous climate governance offers a profound alternative to Western models of climate decision-making. It is not about control, but coexistence. This shift is critical in addressing the climate crisis because it directly challenges the colonial systems that have fueled ecological destruction and excluded Indigenous Nations from decision-making. By centring Indigenous leadership, governance becomes about multidimensional wellbeing: ecological, cultural, spiritual, and communal health.

    It also restores natural laws that protect biodiversity, climate stability, and the rights of all beings. Where Western systems often respond reactively to crises, Indigenous governance emphasizes proactive care, long-term thinking, and intergenerational responsibilities. By embracing these principles, climate justice transforms into a journey toward genuine equity, recognizing Indigenous Nations as sovereign stewards of their lands and waters, with authority that transcends human political boundaries and includes all life.

    Blog by Rye Karonhiowanen Barberstock

    Image Credit: Igor Kyryliuk and Tetiana Kravchenko, Unsplash

    The post Indigenous Climate Governance: Reclaiming Ecological Sovereignty and Redefining Climate Justice appeared first on Indigenous Climate Hub.

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    Webinar: Carbon Brief’s third ‘ask us anything’ at COP30

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    Following the end of COP30, Carbon Brief’s journalist answered a range of questions exclusively asked by its Insider Pass holders.

    COP30 officially closed at 8:44pm on Saturday evening, with the final gavel coming down and more than 150 pages of decision text adopted at the summit in Belém, Brazil.

    Less than 24 hours later, Carbon Brief published its 20,000-word summary of all the key outcomes from COP30.

    It details the voluntary plan to curb fossil fuels, a goal to triple adaptation finance and new efforts to “strengthen” climate targets, among a range of other topics.

    Building on this, Carbon Brief journalists answered questions on climate finance, deforestation, agriculture, trade measures and much more within the webinar.

    The webinar was moderated by Carbon Brief’s editor, Leo Hickman, and featured the following Carbon Brief journalists:

    • Dr Simon Evans, senior policy editor and deputy editor
    • Daisy Dunne, associate editor
    • Josh Gabbatiss, policy correspondent
    • Molly Lempriere, section editor for policy
    • Aruna Chandrasekhar, land, food systems and nature reporter
    • Anika Patel, China analyst
    • Giuliana Viglione, section editor for food, land and nature

    A recording of the webinar (below) is now available to watch on YouTube.

    The post Webinar: Carbon Brief’s third ‘ask us anything’ at COP30 appeared first on Carbon Brief.

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