Arctic Ice Project has made the difficult decision to conclude our research and begin the process of winding down operations.Learn more about our recent scientific findings and what this means for our future.
Reflecting on Our Scientific Journey and Next Steps
It is with heavy hearts that we share the news that Arctic Ice Project will be concluding its research and winding down the organization.
More than a decade ago, we started with the innovative idea of using a reflective material to protect and restore Arctic sea ice—the planet’s natural heat shield and a critical factor in combating climate change. What began as a grassroots effort grew into one of the most highly studied global initiatives to slow the rate of climate change through surface albedo modification.
From the onset, we committed to moving forward only if we could conclusively demonstrate both the safety and effectiveness of our approach. While our climate impact simulations have shown promising results (with a new scientific paper forthcoming), recent ecotoxicological tests have revealed potential risks to the Arctic food chain. Our initial approach was to continue research aimed at addressing these concerns. Upon further reflection, however, the Board decided that the combination of these new test results with broad skepticism toward geoengineering, resistance to introducing new materials into the Arctic Ocean, and the increasingly challenging funding environment (and paucity of federal research dollars), the most realistic path was to conclude our research.
As stewards of this important work, we are focused on maximizing its impact even as we wind down and committed to sharing our findings widely so that others can build upon our efforts. Over the coming months we will:
—Document potential alternative materials
—Publish the results of the Beaufort Gyre climate modeling
—Release a capstone scientific paper that integrates our complete dataset and findings
—Make all of our research freely available on our website to be sure it continues to benefit the global climate science community
As a nonprofit, our responsibility is to maximize the public benefits of our work, and this will include active cooperation with other researchers to leverage our findings and support continued innovation in the climate science field. We will distribute any remaining assets to other climate research organizations to further the fight against climate change to ensure that our research yields future benefits to people and the planet.
We always knew that Arctic Ice Project was an ambitious “moonshot,” but that does not make concluding our work any less bittersweet. This brings us back to you—our companions on this journey. Along with our generous donors, we are profoundly grateful to the many talented and committed volunteers who have served as members of our Scientific Advisory Board and Arctic Research Development Committee over the years. Their immense knowledge, intellect, and energy strengthened our small but mighty team and were instrumental in propelling our efforts forward.
We are incredibly proud of what we’ve achieved together. The unwavering interest, encouragement, and financial support of our community made this journey possible, and your shared dedication to protecting future generations inspired us every step of the way. We are truly grateful to have walked this road with you.
While this chapter is ending, we look forward to new paths to forge in our shared mission to protect our planet. Hopefully, you will as well.
In order to prevent Earth’s delicately-balanced climate system from falling further into disequilibrium, we need to slow down climate warming in the Arctic and prevent the disappearance of sea ice.
At Arctic Ice Project, we’re developing an approach that uses thin coatings of reflective material to enhance the reflectivity of sea ice, which reduces the amount of heat absorbed by the ocean and cools the Arctic. Our work so far has centered around using tiny hollow spheres made of silica– the same compound that makes up the majority of Earth’s sand– to preserve sea ice. The results of preliminary field tests show that our approach can significantly slow down ice melting, and we’re excited to scale up towards larger field tests in the Arctic in the coming years.
However, it’s critical that we answer essential questions about safety and effectiveness before we start employing sea ice reflectivity enhancement in the Arctic. No proposed methods of climate intervention have progressed beyond the research phase thus far– along with the rest of the climate intervention community, we’re committed to making sure that these potentially life-saving methods aren’t rushed or utilized in an irresponsible way. That’s why a major part of our research program focuses on understanding the impact of residual reflective coatings on the health of the marine ecosystem. This research involves long-term testing with a variety of marine species ranging from zooplankton to fish at the top of the food chain– which requires time and substantial funding.
The support we receive from our donors is absolutely essential to our ability to develop a method of climate intervention that has a strong cooling impact on the Arctic without damaging its delicate ecosystem. Every dollar we raise enables us to advance our research, and every bit of research brings us closer to developing a safe and effective method of sea ice reflectivity enhancement that can help shape a brighter future for our planet.
This past week, Technical Director Stephanie Olinger and I ventured north (far north!) for this year’s Arctic Circle Assembly.
Surrounded by the breathtaking landscapes of Iceland—where glaciers, volcanoes, and the Northern Lights converge—the Arctic Circle Assembly provided an equally striking backdrop for a meeting of minds from across the globe.
Iceland itself sits at the intersection of the North American and Eurasian tectonic plates, symbolizing the convergence of different ideas, cultures, and responsibilities that took place over the course of the Assembly. Just as the land beneath Iceland shifts and adapts, so too do the global perspectives on the urgent issues we face, particularly in the Arctic, where climate change has profound implications for the future of the planet.
What stood out during these three days was the convergence of people from different parts of the world with differing agendas, all in one place. Whether representing governments, ministries, educational institutions or indigenous communities, the assembly brought these voices together in a way that is rare in the global arena. Few places offer such open, democratic dialogue, where leaders answer unscripted questions and engage in authentic discussions. This diversity of voices was key to creating a space where accountability is fostered, not just by formal structures, but by the participants themselves.
Accountability in Action
A major theme of the conference was accountability—a challenge in today’s world where many leaders and institutions evade scrutiny. The Arctic Circle Assembly created a forum where those in positions of responsibility are not only heard but are held accountable. This gathering forces participants to reckon with the reality of their responsibilities, bringing those lessons back to their own capitals, organizations, and communities.
Indigenous Voices at the Forefront
The demand for indigenous communities to be heard was one of the most powerful takeaways from this year’s assembly. The inclusion of young indigenous leaders, who voiced their concerns more actively than ever before, highlighted the increasing role they play in shaping the future. Their contributions were not just symbolic but integral to the discussions on climate change, ocean utilization, and geopolitical challenges.
Relevance to the Arctic Ice Project
For Arctic Ice Project, the discussions and themes that emerged at the Assembly are directly aligned with the organization’s mission to mitigate climate change through innovative, science-based solutions. As an organization that focuses on preserving Arctic ice—an essential component of the Earth’s climate system—the assembly’s focus on accountability and indigenous engagement underscores the importance of inclusivity in environmental decision-making.
The Arctic is a region that experiences climate change at a faster rate than any other part of the world, making the preservation of sea ice critical for regulating global temperatures. The Assembly provides an invaluable platform for Arctic Ice Project to engage with global leaders, indigenous communities, and other scientists, helping to ensure that diverse voices are included in the discussions on climate solutions. The demand for accountability and transparency at this forum echoes Arctic Ice Project’s commitment to transparency in its research and the development of its technology for sea ice preservation.
The engagement with young indigenous leaders at the assembly is particularly relevant. These communities are on the front lines of Arctic climate change, and their insights are vital for shaping adaptive solutions. By participating in this global forum, Arctic Ice Project is not only advancing scientific dialogue but also aligning its mission with the voices of those most affected by Arctic warming.
A Proven Model for Global Dialogue
Despite doubts from skeptics more than a decade ago, the Assembly has succeeded in bringing together a wide range of participants—including presidents, ministers, scientists, activists, and concerned citizens—in an open and cooperative dialogue. This year saw participation from countries beyond the Arctic, including China, India, Japan, and South Korea. Even with the absence of Russia, the diversity of voices continues to grow, proving that this platform is an important global venue for collaboration on shared challenges.
Looking Ahead
The success of this year’s assembly serves as a testament to the power of open, democratic engagement. For Arctic Ice Project, these conversations are not just about accountability but about building a shared vision for a more resilient planet. The importance of collaborative efforts in tackling climate change, particularly in the Arctic, cannot be overstated. As Arctic Ice Project continues its mission to preserve sea ice and mitigate global warming, the assembly provides a key space for advancing dialogue, transparency, and action on climate innovation.
In 2024, Arctic Ice Project was recognized in a significant new initiative led by Ocean Visions—a first-of-its-kind digital road map aimed at identifying and advancing potential pathways to slow the loss of Arctic sea ice. The inclusion of AIP in this comprehensive assessment underscores our role as a key contributor in the global effort to combat one of the most urgent indicators of climate change: the accelerated melting of Arctic summer sea ice.
“Given current and projected levels of greenhouse gas pollution, even in the best scenario of emissions reductions we risk levels of Arctic sea ice loss that will exacerbate changes in other parts of the Arctic, like permafrost, that could fuel even more warming,” said Ocean Visions Senior Program Officer Dr. Kerry Nickols. “This reality underscores the need to carefully and collaboratively investigate all potential options to slow further loss of Arctic sea ice while we continue to decarbonize.”
The Ocean Visions Road Map, published in collaboration with an international team of climate and earth science experts, provides a detailed assessment of 21 approaches to mitigate Arctic sea ice loss. These approaches range across five main categories: Arctic Protection, Pollution Management, Ice Management, Surface Albedo Modification, and Solar Radiation Modification. The road map is designed to catalyze research and investment into solutions that address knowledge gaps, assess potential risks, and explore the feasibility of various strategies to preserve Arctic sea ice.
Recognition and Alignment with Global Climate Goals
AIP’s involvement and inclusion in this initiative marks an important recognition of our expertise and dedication to innovative, science-based approaches to Arctic sea ice preservation. By contributing to the development of potential solutions, we have demonstrated our alignment with the goals of the UN Decade of Action for Cryospheric Sciences (2025-2034), which emphasizes the need for urgent action to protect and restore vulnerable cryospheric systems. The Road Map positions AIP alongside other leading research institutions and stakeholders, reinforcing our role in the international conversation around climate intervention.
Addressing Knowledge Gaps through Innovation
A key highlight of The Road Map is the emphasis on accelerated research and development of emerging technologies like surface albedo modification, a focus area for AIP. As The ROad Map outlines, the current pace of greenhouse gas emission reductions alone may not be sufficient to prevent the further loss of Arctic sea ice. This context creates a vital space for AIP’s work, particularly in developing technologies that enhance ice resilience and promote local cooling effects.
Our inclusion in the assessment helps address critical knowledge gaps related to the risks, impacts, and reversibility of such interventions. By exploring the potential of surface albedo modification and other innovative approaches, AIP is contributing valuable insights that can guide decision-making processes at the regional and global levels.
Supporting Collaborative and Inclusive Research
The Ocean Visions Road Map also emphasizes the importance of careful, collaborative research, especially in areas where knowledge is limited and governance considerations are crucial. AIP’s long-standing commitment to transparency, public engagement, and multi-stakeholder collaboration aligns seamlessly with this approach. Our role in The Road Map enables us to foster deeper partnerships with scientific, public, and policy communities—ensuring that our work is grounded in responsible research practices that prioritize justice and inclusivity.
A Platform for Future Growth and Collaboration
Being featured in The Ocean Visions Road Map offers strategic opportunities for AIP to expand our impact. The Road Map highlights the urgency of moving innovative approaches to demonstration scale within the next decade. As we continue to build on our research, this recognition opens doors for increased funding, collaboration with international experts, and deeper engagement with stakeholders who share our vision of a more resilient Arctic.
In a year marked by new challenges and new opportunities, our inclusion in this groundbreaking assessment by Ocean Visions reinforces AIPs standing as a leader in climate innovation. Together with our partners, we remain committed to advancing the knowledge, technology, and collaborative spirit needed to protect Arctic sea ice and safeguard the future of our global climate system.
REDWOOD CITY, Calif. – Arctic Ice Project (AIP), a nonprofit organization dedicated to stabilizing the global climate by safely preserving and restoring Arctic sea ice, announced Dr. Stephanie Olinger has joined the team as technical director.
Olinger earned her Ph.D. from the Department of Earth and Planetary Sciences at Harvard University and served as the Thompson Postdoctoral Scholar in the Department of Geophysics at Stanford University. She brings a deep understanding of cryospheric geophysical systems and a serious passion for climate science action.
Olinger is a strategic thinker and experienced research manager with a successful track record of writing and receiving external funding for research and stewarding collaborative partnerships.
As a full-time employee she will serve as our scientific representative at global climate conferences to disseminate research progress and generate interest, support and partnerships. She is poised to manage multiple sponsored collaborative research partnerships, projects, climate modeling, and collaborative efforts critical to AIP success.
“Joining Arctic Ice Project is an exciting opportunity to apply my expertise in a ways that haves direct, tangible impacts on climate mitigation,” Olinger said. “I am committed to advancing our understanding of Arctic sea ice and developing innovative solutions to address the and urgent challenges of climate change.”
In her new role, Olinger is leading research and development initiatives focused on the safety and efficacy of enhancing sea ice albedo, or surface reflectivity, in the Arctic. Such surface albedo modification can be achieved by deploying a thin layer of tiny hollow glass microspheres (HGM) atop sea ice to enhance its natural albedo and protect young sea ice through warmer summer months.
Advanced computer modeling indicates eventual deployment of HGM technology could increase the reflectivity of sea ice surfaces and reduce accelerating heat absorption to provide an additional up to 10-25 years for global economies to decarbonize before the worst impacts of climate change are realized and become irreversible.
“The Arctic serves as a crucial indicator and driver of climate change, with its rapidly warming temperatures, melting ice, and significant impacts on global weather patterns,” said Annette Eros, CEO at Arctic Ice Project. “Stephanie’s engagement will help increase our momentum as we work to establish the safety and efficiency of our restorative solution in the global fight against climate change.”
Olinger’s cryospheric expertise in remotely sensed and in-situ observations, combined with her work in mathematical ice physics, is instrumental in advancing AIP’s ice restoration goals.
For more information about the Arctic Ice Project, visit www.arcticiceproject.org
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