tiny islands taking the lead in climate mitigation
Climate News

Island Nations Set the Bar for Climate Action

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Vancouver, B.C /Solaxy Group/ –In the ongoing battle against climate change, small island states and territories are emerging as unexpected leaders. These regions, vulnerable to the most severe impacts of global warming, are not just victims; they are pioneers in climate action, driving global policies and showcasing resilience through innovative strategies. A Vulnerable Yet Resilient Frontline Small island nations, often low-lying and economically dependent on marine environments, face existential threats from rising sea levels, increased ocean acidification, and extreme weather events. These factors heighten their risk of flooding, coastal erosion, and damage to vital sectors like fisheries and tourism. Despite contributing minimally to global emissions, these islands bear the brunt of climate impacts, illustrating a stark image of climate injustice. However, these nations have not remained passive. They have transformed their vulnerability into a platform for global climate advocacy. Danoosh Askarpoor, VP of Solaxy Group, emphasizes, “Small island states are not just on the frontline of climate impacts; they are at the forefront of climate action. Their unique position drives them to innovate and push for ambitious global policies.” Coalition Building for Global Impact Since the 1990s, small island states have been instrumental in climate negotiations, often pushing for more ambitious policies than larger nations. Recognizing their limited individual negotiating power, these states have excelled in coalition-building, forming influential groups like the Alliance of Small Island States (AOSIS), the High Ambition Coalition, and the Climate Vulnerable Forum. These coalitions amplify their voices and have been crucial in shaping key international agreements. For instance, small island states were pivotal in advocating for the 1.5°C warming limit long before the 2015 Paris Agreement. Their persistent efforts ensured this target’s inclusion, highlighting their significant impact on global climate policy. At COP27, island nations were central to the push for a designated loss and damage fund, addressing the financial needs of countries disproportionately affected by climate change. Legal Milestones and Scientific Contributions Beyond international negotiations, small island states are also making strides in legal and scientific arenas. In May 2024, the International Tribunal for the Law of the Sea declared greenhouse gas emissions as “pollution of the marine environment” in response to a request from the Commission of Small Island States on Climate Change and International Law. This landmark decision, initiated by countries like Antigua and Barbuda and Tuvalu, underscores the innovative legal approaches these nations are taking to enforce climate action. Scientific research on these islands is equally critical. A diverse array of studies is conducted to understand the unique impacts of climate change on island ecosystems and communities. A recent viewpoint in Nature Climate Change by nine researchers from different islands highlights the varied and innovative research efforts underway. However, as Askarpoor notes, “There is a pressing need for higher-resolution climate models to accurately represent the unique challenges faced by small islands. Improved data can lead to better policies and adaptation strategies.” Local Actions with Global Relevance While their global contributions are significant, the local actions taken by small island states are equally inspiring. From grassroots initiatives to government-led adaptation projects, these communities are implementing practical solutions to mitigate climate impacts. For example, community-based mangrove restoration projects not only protect coastlines but also enhance biodiversity and carbon sequestration. The integration of traditional knowledge with modern science is another hallmark of island resilience. This blend ensures that adaptation strategies are culturally relevant and sustainable. Askarpoor highlights, “The success of small island states lies in their ability to merge tradition with innovation. Their local actions are models of sustainability that can be replicated globally.” A Call for Continued Support and Collaboration Despite their achievements, small island states need continued international support. Financial and technical assistance is crucial to scale up their adaptation and mitigation efforts. The global community must recognize the disproportionate burden these nations bear and provide the necessary resources to aid their fight against climate change. Small island states exemplify resilience and leadership in the face of climate adversity. Their contributions to global climate policy, legal innovations, and scientific research are invaluable. As the world grapples with the escalating climate crisis, the lessons and leadership of these island nations offer a beacon of hope and a roadmap for effective climate action.

Climate News

Toronto’s Flooding Crisis: A Look at the City’s Ongoing Battle with Climate Resilience

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Toronto, July 2024 /Solaxy Group/ — Eleven years and eight days after a record-breaking deluge battered Toronto, the city finds itself grappling with a grim sense of déjà vu. On a Tuesday marked by torrential rains, the streets of Canada’s largest metropolis were once again submerged, echoing the chaos of the catastrophic storm that struck in 2013. In that fateful July of 2013, a relentless downpour inundated Toronto with 126 millimeters of rain in just 90 minutes, causing unprecedented flooding. Roads were transformed into rivers, drivers abandoned their cars, and the Don Valley Parkway (DVP) became a waterlogged mess as the Don River surged beyond its banks. The storm left nearly 300,000 residents without power and stranded 1,400 passengers on a GO Transit train. This historical event was a wake-up call, highlighting the city’s vulnerability to severe weather and its urgent need to adapt to the changing climate. Fast forward to this year’s storm, and the scene eerily mirrored the past. The rain began in the morning, catching many commuters off guard. As the day progressed, a more intense storm system arrived, bringing with it more flooding and power outages. Once again, Union Station was overwhelmed, the DVP was impassable, and city streets were submerged. GO Transit services were temporarily suspended, and images of stranded cars flooded social media, painting a stark picture of Toronto’s ongoing struggle with extreme weather events. Kathryn Bakos, managing director of finance and resilience at the University of Waterloo’s Intact Centre on Climate Adaptation, underscores the pressing issue: “Climate change is not going anywhere.… These events are going to continue to increase in frequency and severity.” As global temperatures rise, the atmosphere can hold more moisture, leading to more intense storms and heavier rainfall. Bakos warns, “With more moisture and energy, you’re going to have bigger storms, larger precipitation events, with more water coming down over shorter periods of time.” However, climate change is only one piece of the puzzle. Toronto’s infrastructure, much of it aging and inadequate for current conditions, exacerbates the city’s vulnerability. Slobodan Simonovic, professor emeritus at Western University’s Department of Civil and Environmental Engineering, highlights the shortcomings: “The infrastructure that we have is designed really for the historical conditions, and these events have a very different nature.” The city’s reliance on outdated systems, coupled with an increase in population and urban development, creates a perfect storm for disaster. Moreover, the removal of natural infrastructure—such as wetlands and forests—that once acted as natural sponges has compounded the problem. Instead, Toronto’s urban landscape has become dominated by concrete, reducing the land’s ability to absorb rainwater. Simonovic advocates for greater investment in infrastructure and proactive measures to address these challenges. Toronto Mayor Olivia Chow acknowledges the city’s efforts but admits the scale of the problem is daunting. “We are expecting almost a doubling of the number of severe rain storm days in 15 years,” she said. The city has allocated $2 billion for infrastructure improvements, following the provincial upload of maintenance costs for the DVP and the Gardiner Expressway. This funding aims to address the city’s aging transit system and roadways. However, Chow notes that Toronto remains $26 billion and more than a decade behind in necessary infrastructure upgrades. Bakos remains cautiously optimistic, noting that the city has made progress in recognizing and addressing its vulnerabilities. “Infrastructure improvements are being made, and I think they recognize that more needs to be done,” she says. Despite this progress, the persistent flooding of familiar areas like the DVP and Lake Shore Boulevard illustrates the ongoing struggle. In the face of these repeated challenges, Bakos advocates for a proactive approach to adaptation. “Every dollar that you put into place for adaptation, on average, saves $3 to $8 in cost avoidance over a 10-year period,” she asserts. Investing in resilience now is not only a cost-effective strategy but also a necessary one to mitigate the impacts of future extreme weather events. As Toronto battles its stormy déjà vu, the city’s path forward hinges on a blend of urgent infrastructure improvements and adaptive measures to confront the growing realities of climate change. The need for resilience and adaptation has never been clearer, and Toronto’s ongoing efforts will be crucial in determining how well it can weather the storms of the future.

Climate News

Scientific Consensus on Climate Change: Voices of Leading Organizations

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SAN JOSE – In recent decades, the scientific community has reached a robust consensus on climate change, emphasizing the critical role of human activities in global warming. Here’s what leading scientific organizations, along with insights from Solaxy Group, have to say: NASA’s Goddard Institute for Space Studies “Earth’s average surface temperature in 2023 was the warmest on record since recordkeeping began in 1880, continuing a long-term trend of rising global temperatures.” American Association for the Advancement of Science (AAAS) “Based on well-established evidence, about 97% of climate scientists have concluded that human-caused climate change is happening.” American Chemical Society (ACS) “The Earth’s climate is changing in response to increasing concentrations of greenhouse gases (GHGs) and particulate matter in the atmosphere, largely as the result of human activities.” American Geophysical Union (AGU) “Based on extensive scientific evidence, it is extremely likely that human activities, especially emissions of greenhouse gases, are the dominant cause of the observed warming since the mid-20th century.” Intergovernmental Panel on Climate Change (IPCC) “It is unequivocal that the increase of CO2, methane, and nitrous oxide in the atmosphere over the industrial era is the result of human activities and that human influence is the principal driver of many changes observed across the atmosphere, ocean, cryosphere, and biosphere.” U.S. Global Change Research Program (USGCRP) “Earth’s climate is now changing faster than at any point in the history of modern civilization, primarily as a result of human activities.” Geological Society of America (GSA) “Human activities (mainly greenhouse-gas emissions) are the dominant cause of the rapid warming since the middle 1900s.” Conclusion These statements from prominent scientific organizations highlight a unified understanding of climate change, urging global cooperation and decisive action to mitigate its impacts. The overwhelming consensus underscores the urgency of addressing climate change through informed policy-making and collective efforts worldwide. For more information and detailed statements from these scientific organizations, visit their respective websites and explore their contributions to climate research.

Climate News

US Moves to Track Bitcoin Mining Electricity Usage

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SAN JOSE – The fast-growing cryptocurrency industry has become a significant consumer of electricity, yet precise data on its energy consumption, especially from Bitcoin mining operations, remains elusive even to the U.S. government. The Energy Information Agency (EIA) estimates that cryptocurrency mining utilizes between 0.6 percent and 2.3 percent of the total annual electricity consumption in the United States. However, the lack of comprehensive data has hindered accurate assessment and regulation of this burgeoning sector. In response, the EIA is embarking on a new initiative to require cryptocurrency miners to disclose their energy consumption. This effort follows a previous attempt earlier this year that faced legal challenges. Stephen Harvey, a senior advisor to the EIA administrator, highlighted the significance of this new survey, noting that it aims to provide much-needed transparency into the energy-intensive practices of cryptocurrency mining. The initiative marks the government’s second endeavor to measure the energy footprint of cryptocurrency mining. An emergency survey earlier this year was halted by a federal judge in Texas following a lawsuit from Riot Platforms and the Texas Blockchain Council. The legal challenge argued that rushing the survey violated the Paperwork Reduction Act of 1980 and raised concerns about the confidentiality of proprietary data. The revised approach involves posting the new survey draft in the Federal Register, allowing for a 60-day public comment period before final approval. Bitcoin, the most prominent cryptocurrency, operates on a decentralized network where miners validate transactions by solving complex algorithms. For each verified transaction, miners are rewarded with newly minted Bitcoins, currently valued at nearly $64,589 each. This process, essential for maintaining network security, relies heavily on continuous, high-powered computer operations. The growing energy demand from data centers, exacerbated by both artificial intelligence and cryptocurrency mining, poses challenges to U.S. emissions reduction goals. Texas, hosting a significant concentration of Bitcoin mines, exemplifies this issue, with some facilities sourcing electricity directly from fossil fuel power plants. These operations not only consume substantial energy but also leverage their infrastructure to profit from fluctuating electricity prices and participate in demand response programs, which can impact local electricity costs. The Electric Reliability Council of Texas (ERCOT) forecasts a potential doubling of peak electricity demand on the state’s main grid by 2030, driven largely by cryptocurrency mining operations seeking to connect approximately 43,000 megawatts of load in the next three years. Despite these projections, the exact contribution of cryptocurrency mining to overall energy consumption remains uncertain, even to grid operators. Advocates for transparency argue that understanding cryptocurrency mining’s energy impact is crucial for ensuring grid reliability amid the transition to decarbonized energy systems. Abbas Mashaollah, CEO of Solaxy Group, emphasizes the importance of such initiatives, stating, “Transparency in energy consumption is essential for balancing the economic benefits of cryptocurrency mining with environmental stewardship.” While challenges persist regarding the scope and implementation of the EIA’s survey, stakeholders across various sectors recognize the need for comprehensive data. Abbas Mashaollah, Ceo of Solaxy group, underscores the importance of transparency, urging support for the EIA’s efforts to regulate the energy-intensive cryptocurrency industry. The U.S. government’s latest initiative to gather data on Bitcoin mining’s electricity usage marks a critical step towards understanding and regulating this rapidly expanding sector. As efforts continue to address the environmental impacts of cryptocurrency mining, transparency and collaboration among stakeholders will be pivotal in shaping a sustainable future for digital currencies.

Press-release

Northedge Construction Partners with Solaxy Group to Achieve Net Zero Emissions by 2040

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COQUITLAM, BC, CANADA, July 10, 2024 /EINPresswire.com/ — Northedge Construction Ltd. is proud to announce a strategic partnership with Solaxy Group Corp, marking a significant step towards achieving net zero emissions by 2040. This ambitious goal aligns with global efforts to combat climate change and supports the most stringent objectives of the Paris Agreement to limit global warming to 1.5°C. By 2030, Northedge Construction aims to eliminate all carbon emissions from its direct operations and the energy it purchases (Scope 1 and 2). In addition, the company pledges to halve emissions from indirect sources (Scope 3), which account for about 90% of the company’s total emissions and include supply chain activities, business travel, and the use of sold products. By 2040, Northedge Construction plans to have completely eradicated Scope 3 emissions, ten years ahead of its initial target. Arman Ghorbani, CEO of Northedge Construction, stated, “Northedge Construction is committed to leading by example in the construction industry. Our partnership with Solaxy Group underscores our dedication to reducing our carbon footprint and supporting a sustainable future. We are excited to take these decisive steps towards achieving full net zero emissions by 2040.” Solaxy Group will play a pivotal role in helping Northedge Construction meet their ambitious net zero pledge. Through innovative solutions, Solaxy Group will assist in enhancing energy efficiency, adopting renewable energy sources, and implementing stringent environmental criteria in supplier selection. This collaboration aims to ensure both companies contribute significantly to mitigating climate change. This new commitment enhances Northedge Construction’s ongoing efforts to promote environmental sustainability. The company has already made significant strides by sourcing 100% renewable electricity for its operations and committing to zero waste through recycling and reusing construction materials. In addition to these efforts, Northedge Construction is also focused on enabling its clients to reduce their environmental impact through the use of eco-friendly construction practices and sustainable building materials. This initiative is expected to significantly reduce carbon emissions in the construction sector and promote a more circular economy. Northedge Construction Ltd. is a leading construction and renovation company based in Vancouver, British Columbia, committed to delivering high-quality, sustainable building solutions. With a focus on innovation and environmental responsibility, Northedge Construction aims to set new standards in the industry. For more information, please visit our website or contact our media team directly. Arman GhorbaniNorthedge Construction Ltd.email us hereVisit us on social media:FacebookInstagram

Microsoft large carbon footprint
Carbon Market

AI’s Carbon Footprint: Navigating the Environmental Impact of Tech Giants

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SAN JOSE – The relentless expansion of artificial intelligence (AI) is revolutionizing industries but at a substantial environmental cost. The burgeoning energy demands of AI technologies have raised significant concerns about their carbon footprints, prompting tech giants like Microsoft and Google to adopt innovative strategies to mitigate their impact. Here’s a deeper look at the complex relationship between AI’s growth and its environmental consequences, and how leading companies are striving to balance innovation with sustainability. The Energy Dynamics of AI AI’s capabilities, particularly in areas like machine learning and deep learning, are grounded in vast computational processes that require extensive data centers. These facilities are critical to AI’s operations but are also intensive energy consumers. The International Energy Agency (IEA) reports that global data centers used approximately 200 terawatt-hours (TWh) of electricity in recent years, nearly 1% of global electricity consumption. This figure is projected to increase as AI technologies become more prevalent, highlighting a pressing need for sustainable energy solutions in the tech industry. Surge in Carbon Emissions Recent data shows a troubling trend in the carbon emissions of tech giants. Microsoft has observed a near 30% increase in emissions since 2020, largely attributable to the expansion of data centers needed for AI operations. Google, too, has reported a nearly 50% increase in emissions since 2019. These figures are a wake-up call for the industry, underscoring the urgent need for effective carbon management and sustainable practices as AI continues to evolve. Microsoft’s Carbon Credit Strategy In an ambitious move to address its carbon output, Microsoft has secured a landmark carbon credit deal with Occidental Petroleum. The agreement entails the purchase of 500,000 carbon credits over six years, making it one of the largest deals of its type. This initiative is part of Microsoft’s broader strategy to become carbon negative by 2030. Carbon credits, particularly those from direct air capture (DAC) projects like Occidental’s Stratos facility in West Texas, represent a critical component in Microsoft’s sustainability efforts. Stratos, poised to be the world’s largest DAC facility, symbolizes a significant step forward in the technological fight against climate change, although it comes with high operational costs estimated between $400 and $630 per ton of carbon. Google’s Comprehensive Environmental Strategy Google has also pledged to achieve net zero emissions by 2030, focusing on reducing its own operational emissions and investing in external carbon reduction projects. The tech giant is enhancing its investment in renewable energy and adopting more energy-efficient technologies to manage the power requirements of its data centers. Google’s approach reflects a holistic strategy to environmental stewardship, emphasizing not only the reduction of direct emissions but also the development of broader industry solutions. The Future Landscape of AI and Energy The trajectory of AI technology suggests that energy demands will continue to grow, posing persistent challenges in balancing technological progress with environmental responsibility. The responses from Microsoft and Google highlight a critical industry shift towards more sustainable practices, including significant investments in renewable energy and carbon capture technologies. The path forward for AI technology will require a concerted effort from all stakeholders involved—corporations, governments, and consumers—to foster technological advancements while ensuring environmental sustainability. The initiatives by Microsoft and Google set a precedent in the tech industry, offering frameworks that other companies can adapt to balance growth with ecological responsibility. Through strategic investments in green technologies and sustainable practices, tech giants are paving the way for a more responsible approach to AI development. As the technology evolves, its alignment with stringent environmental standards will be crucial for the long-term health of our planet.

hase One of Orphaned Oil Well Capping
Press-release

Solaxy Group Corp. Launches Phase One of Orphaned Oil Well Capping Project in California

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SAN JOSE, CA, USA, July 9, 2024 /EINPresswire.com/ — Solaxy Group is proud to announce the launch of its pioneering project to cap orphaned oil wells in California. This initiative is the first phase of Solaxy’s comprehensive plan to mitigate the environmental hazards posed by these abandoned wells. Project Overview: Initial Phase: Capping 6 high-risk orphaned oil wells across California. Environmental Impact: Preventing groundwater contamination, reducing methane emissions, and safeguarding local ecosystems and communities. Community Safety: Protecting public health by addressing the dangers posed by uncapped wells. Background on Orphaned Wells: Orphaned oil wells are remnants of decades of oil and gas development in the U.S., often abandoned without proper sealing. There are an estimated 3.5 million orphaned oil and gas wells nationwide, with approximately 130,000 documented. These wells pose significant risks, including groundwater contamination, methane leakage, and land subsidence. Key Project Highlights: Environmental Protection: Capping wells to prevent hazardous gas and substance leakage, protecting groundwater and reducing air pollution.| Community Safety: Ensuring nearby communities are not exposed to the risks of uncapped wells, demonstrating Solaxy’s commitment to public health and the environment. Sustainable Development: Contributing to natural habitat restoration and promoting a cleaner, safer environment. Project Details: Phase One: Capping 6 high-risk orphaned wells using state-of-the-art techniques for long-term integrity and safety. Partnerships: Collaborating with local authorities, environmental agencies, and community stakeholders to meet regulatory requirements and address community concerns. Future Plans: Expanding efforts to cap additional orphaned wells across California and other states, focusing on legacy pollution and ecological restoration. “We are excited to embark on this critical project,” said Danoosh Askarpoor, Vice President of Operations at Solaxy Group Corp. “The capping of these orphaned oil wells is a vital step in our ongoing efforts to address legacy pollution and promote environmental sustainability. We are committed to making a tangible difference in the communities we serve and ensuring a safer, healthier future for all.” Importance of the Project: Addressing orphaned oil wells is crucial for mitigating the environmental damage from past industrial activities. Methane emissions from these wells are a potent greenhouse gas, significantly contributing to climate change. By capping these wells, Solaxy is actively mitigating climate change and promoting environmental restoration. Community Involvement: Solaxy values community input and cooperation. The company is dedicated to ensuring the voices of those affected by orphaned wells are heard. Through community meetings, informational sessions, and open communication channels, Solaxy fosters a collaborative approach to environmental protection and sustainable development. About Solaxy Group Corp: Solaxy Group Corp. is a leading environmental solutions company dedicated to sustainable development and climate change mitigation. With innovative projects such as reforestation, clean cookstove distribution, and orphaned oil well capping, Solaxy strives to create a healthier planet for future generations. For more information, visit www.solaxygroup.com. Jason BaconSolaxy Group Corp.press@solaxygroup.comVisit us on social media:XLinkedInInstagramYouTube

climate change
Climate News

The Great Carbon Credit Debate: Are Offsets Hindering Climate Progress?

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SAN JOSE (SOLAXY) – The market for carbon credits is once again facing intense scrutiny as over 80 nonprofits rally against these financial instruments, accusing them of undermining genuine efforts toward achieving net zero emissions. In a fervent plea, organizations including ClientEarth, ShareAction, Oxfam, Amnesty International, and Greenpeace have called for the complete exclusion of carbon offsets from climate regulations and guidelines. “Allowing companies and countries to meet climate commitments with carbon credits is likely to slow down global emission reductions while failing to provide anything like the scale of funds needed in the Global South,” the coalition declared in a joint statement. They argued that relying on offsets reduces the pressure to implement large-scale mechanisms such as “polluter pays” fees on emission-intensive sectors. The nonprofits contend that the normalization of offsetting as a mainstream approach to reporting lower emissions is a dangerous trend. They cite a controversial statement by the board of the Science Based Targets initiative (SBTi) in April, which suggested that credits could be used to offset emissions from supply chains—a significant component of many companies’ carbon footprints. As the debate intensifies, the use of carbon credits is becoming an increasingly contentious issue in climate finance. Efforts are underway to revive the offset market, despite studies revealing it is fraught with inflated green claims and questionable climate impacts. Critics argue that it remains nearly impossible to verify the true effectiveness of these credits. In contrast, the U.S. government has recently endorsed the inclusion of carbon credits as part of climate finance, aiming to inject greater credibility into the market. Several nonprofits, including Conservation International, the Environmental Defense Fund, and the Nature Conservancy, have supported SBTi’s proposal for increased reliance on credits. However, the coalition of nonprofits behind the recent statement insists that carbon credits do more harm than good. “Offsetting, at best, does not reduce the concentration of greenhouse gases in the atmosphere; it simply moves emission reductions from one place to another,” they wrote. “The logic of offsetting is built on the idea that one entity gets to keep emitting. For this reason, offsetting often ends up providing the social license for high-emitting activities to continue while reinforcing past injustices.” Carbon credits send a misleading signal about the efforts required to pursue climate action and undermine carbon prices by providing a false sense of the existence of ultra-cheap abatement options around the world. These financial instruments risk disincentivizing the significant investments needed to ensure profound changes to corporate value chains and economic systems. As someone deeply invested in the fight against climate change, it is infuriating to witness this infighting among groups that should be united in their efforts. Instead of collaborating to find all possible solutions to combat climate change, we are stuck in a perpetual argument over which method is the right one. This bickering only serves to erode public trust in the entire industry, and it is no wonder why so many people remain skeptical. The reality is that achieving net zero emissions will require a multifaceted approach, incorporating various strategies and solutions. Time spent arguing over the merits of carbon credits versus outright emissions reductions is time wasted. We need comprehensive action, not division. The urgency of the climate crisis demands that we utilize every available tool to mitigate its impacts. Critics of carbon credits argue that they allow companies to buy their way out of making substantial changes to their operations. However, it’s crucial to recognize that while offsets are not a panacea, they can be part of a broader strategy to reduce emissions. The focus should be on ensuring that these credits are of high quality and genuinely contribute to emission reductions. The debate over carbon credits is emblematic of a larger issue within the climate movement: the tendency to become mired in ideological battles rather than forging a united front. We must move beyond this divisiveness and embrace a more pragmatic approach. The clock is ticking, and the planet cannot afford for us to waste time in endless debates. Ultimately, the fight against climate change will require a combination of immediate emissions reductions, technological innovations, and, yes, carbon credits. Every tool in the toolbox must be utilized effectively if we are to meet our climate goals. It is imperative that we focus on the bigger picture and work together, rather than allowing disagreements to derail our progress. The current clash over carbon credits highlights the urgent need for unity within the climate movement. We must harness every available solution, from emissions reductions to offsets, to address the crisis at hand. By overcoming our differences and working collaboratively, we can build a sustainable future for all.

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