Canada’s Coastal Erosion Monitoring Utilizing Historical Satellite Data and AI Models

The specific problem we are addressing through the Coastal Erosion Monitoring Project is the escalating threat of coastal erosion and its far-reaching impacts on communities, ecosystems, and infrastructure. This challenge is particularly acute in coastal communities and regions worldwide.

Scale of the Problem:

• Globally, coastal erosion poses a significant threat to nearly 200 million people, according to the United Nations.
• In Canada, coastal erosion affects various coastal provinces, including Newfoundland and Labrador, Nova Scotia, and British Columbia, with thousands of kilometers of vulnerable coastlines in Canada's North.
• Coastal erosion is exacerbated by climate change, permafrost thaw, rising sea levels, and extreme weather events, making it an increasingly urgent issue.

Impact on Communities:

• Coastal communities face the risk of losing homes, infrastructure, and livelihoods due to erosion.
• Coastal erosion contributes to the displacement of populations, increasing the strain on housing and resources in other areas.

Impact on Ecosystems:

• Coastal ecosystems, including wetlands, dunes, and marshes, are at risk, impacting biodiversity and essential ecosystem services.
• Loss of coastal habitats exacerbates the vulnerability of species, some of which are already threatened or endangered.

Factors Contributing to the Problem and Relevance to Our Solution:

• Climate Change: Rising sea levels, permafrost thaw, and increased storm intensity accelerate coastal erosion.
• Lack of Timely Information: Communities often lack access to up-to-date data on erosion rates, hindering their ability to plan and adapt.
• Inadequate Monitoring: Traditional monitoring methods are resource-intensive and may not cover large areas effectively.

Our solution directly addresses these factors by utilizing satellite data and advanced AI models to provide accurate and timely information about coastal erosion, enabling proactive decision-making and mitigation efforts. We aim to reduce the impact of erosion on communities, ecosystems, and infrastructure, both locally and as part of the broader global effort to combat the effects of climate change and protect vulnerable coastlines.

Our solution, the Coastal Erosion Monitoring Project, is like a high-tech guardian for coastlines. It uses advanced technology to keep a watchful eye on how the shorelines change over time.

What it is:

• It's a system that combines data from satellites in space with super-smart computer programs (artificial intelligence or AI) here on Earth.

What it does:

• It constantly observes and measures how much the coastline is eroding, or getting smaller, and where it's happening.

How it works:

• Satellites take pictures of the coast from space, kind of like a giant camera. These images are sent to our computers.
• Our super-smart AI programs analyze these pictures and figure out where the coastline is and how it's changing. They can even predict future changes!
• We then share all this information with the people who need to know, like communities, governments, and environmental organizations, so they can make smart decisions to protect the coast.

Technology it uses:

• Satellite imagery from space.
• Advanced AI and computer programs.
• Data analysis tools to make sense of all the information.

In simple terms, our solution keeps a close watch on the coast, helping us protect it from erosion and make sure our beaches and shores stay safe and healthy.

Our solution, the Coastal Erosion Monitoring Project, serves multiple target populations, aiming to directly and meaningfully improve their lives:

1. Coastal Communities:

   • Who they are: Residents and businesses located along vulnerable coastlines.
   • Current Challenges: These communities are often underserved with accurate and timely information about coastal erosion, making it challenging to plan and respond effectively.
   • How we help: Our solution equips coastal communities with essential data and predictive insights, allowing them to implement proactive measures to protect homes, infrastructure, and livelihoods from erosion-related threats.

2. Government Authorities:

   • Who they are: Local and national government agencies responsible for coastal management and disaster preparedness.
   • Current Challenges: Government entities require accurate information to make informed decisions but may lack the resources or technology to monitor coastlines comprehensively.
   • How we help: We provide governments with the data and tools needed for evidence-based policies and strategies, helping them better allocate resources and prioritize coastal resilience efforts.

3. Environmental Organizations:

   • Who they are: Non-profit organizations focused on conservation and environmental protection.
   • Current Challenges: Environmental organizations often face limitations in collecting extensive, up-to-date data on coastal ecosystems affected by erosion.
   • How we help: Our solution offers valuable data on ecosystem changes, aiding conservation efforts and contributing to the protection of vulnerable coastal habitats.

4. Scientists and Researchers:

   • Who they are: Climate scientists and researchers studying coastal erosion and its impacts.
   • Current Challenges: Access to comprehensive and real-time erosion data is crucial for their studies but can be limited.
   • How we help: We provide researchers with valuable data sets, enabling them to conduct more accurate studies, develop mitigation strategies, and contribute to the broader understanding of coastal processes.

5. Infrastructure and Industry:

   • Who they are: Industries with interests in coastal areas, such as fisheries, tourism, and energy.
   • Current Challenges: These sectors may experience disruptions and economic losses due to coastal erosion.
   • How we help: Our data and predictions allow these industries to make informed decisions, minimize risks, and ensure the sustainability of their operations.

Our solution addresses the needs of these populations by providing accurate and up-to-date information on coastal erosion, which empowers them to mitigate risks, make informed decisions, and enhance their resilience to the impacts of coastal erosion. By bridging the gap in data availability and accessibility, we aim to directly improve the lives and livelihoods of those affected by coastal erosion while contributing to the overall protection of coastal ecosystems and infrastructure.

Our team at ASL Energy is well-positioned to deliver the Coastal Erosion Monitoring Project due to our deep commitment to and understanding of the communities we serve. While our expertise is crucial, our connection and involvement with the communities are equally significant:

1. Community Representation:

Located on the island portion of the province of Newfoundland and Labrador, our team includes members who have direct connections to coastal communities, through their background and lived experiences. The famial ties to a coastal communities provide a personal understanding of the challenges faced.

We actively seek to engage local experts and community representatives to provide input, ideas, and insights into the design and implementation of our solution. We believe that involving the communities directly impacted by coastal erosion is essential to creating effective and meaningful solutions.

2.  Community-Driven Approach:

Our solution's design and implementation are guided by the input, ideas, and agendas of the communities we serve. We prioritize active collaboration and consultation with these communities to ensure that our monitoring methods and data are relevant and address their specific needs. We have engaged Warshield - an Indigenous consulting firm dedicated to supporting authentic, Indig­enous-led development that benefits communities, and their partners in government and industry - to ensure the idigenous communities are aware, invovled and have a voice at the table.

We conduct community outreach and consultations to understand local priorities, concerns, and cultural factors that may influence our approach.

1. Partnerships and Collaboration:

We actively seek partnerships with local organizations, indigenous groups, and community leaders to ensure that our solution aligns with their visions and goals.

We believe in co-creation and work together with community stakeholders to develop tailored monitoring strategies and ensure that our solution respects local traditions and values.

1. Accessibility and Engagement:

We are committed to making our monitoring data and insights accessible to the communities we serve. We provide user-friendly reports and engage in community meetings to explain findings and recommendations.

We aim to empower these communities with information and knowledge that enable them to make informed decisions about their coastal areas.

In summary, our team is well-equipped to deliver this solution because we approach it with a deep understanding of and connection to the communities affected by coastal erosion. We prioritize community representation, input, and engagement throughout the design and implementation process, ensuring that our solution is not only technically robust but also culturally sensitive and responsive to the unique needs of the populations we serve.

The Coastal Erosion Monitoring Project is currently at the Concept stage. As of now, our team has been actively working on the initial conceptualization and planning of the project, but we have not yet implemented or tested the solution on a large scale.

At the Concept stage, we have:

1. Conceptualized the Solution:

   • Developed the idea of utilizing satellite data and advanced AI for coastal erosion monitoring.
   • Identified the key components, technologies, and methodologies that will be used in the project.

2. Secured Initial Funding and Partnerships:

   • Submitted proposals for funding to government agencies to secure grants for the project's development.
   • Initiated discussions with potential partners and stakeholders, including environmental organizations and government authorities.

3. Conducted Initial Research:

   • Conducted preliminary research to understand the specific needs and challenges of coastal communities and ecosystems.
   • Started building a foundational understanding of the available satellite data sources and AI models suitable for erosion monitoring.

4. Engaged with Local Communities:

   • Initiated conversations with some coastal communities to introduce the project and gather initial feedback and input.
   • Began the process of establishing connections with potential community partners.

5. Created a Project Roadmap:

   • Outlined the project's key milestones, objectives, and expected outcomes in a detailed project roadmap.
   • Developed a plan for further research, technology selection, and testing as we progress.

It's important to note that while we have made progress in the conceptualization and initial planning of the project, we have not yet implemented the solution on a large scale or served a significant number of customers or beneficiaries. The Concept stage serves as the foundation upon which we will build and test the Coastal Erosion Monitoring Project in the future stages of development.

We are applying to Solve because we believe in the power of collaboration and recognize that Solve can provide valuable support and resources that align with our mission to address coastal erosion. While funding is important, our primary motivation for applying to Solve goes beyond financial support:

1. Access to Expertise and Knowledge Sharing:

   • Solve offers access to a diverse network of experts, organizations, and partners in the field of environmental innovation.
   • We are eager to tap into this network to gain insights, share knowledge, and collaborate with like-minded individuals and organizations who can provide technical expertise and guidance on coastal erosion monitoring and sustainable solutions.

2. Validation and Credibility:

   • Being part of Solve lends credibility to our project and demonstrates our commitment to addressing a pressing global issue.
   • Solve's endorsement can help open doors for collaboration and engagement with stakeholders, government agencies, and potential partners.

3. Partnership Opportunities:

   • Solve's network includes potential partners and collaborators who share our mission and can contribute to the development and implementation of our solution.
   • We are interested in exploring partnerships that go beyond financial support and involve the exchange of ideas, resources, and skills.

4. Scaling Impact:

   • Solve's global platform provides an opportunity to scale our solution's impact beyond our current reach.
   • We are looking to connect with organizations and individuals who can help us expand our solution's implementation to reach more coastal communities and ecosystems.

5. Capacity Building:

   • Solve's programs offer capacity-building opportunities that can help our team refine our solution, enhance our project management skills, and improve our ability to navigate complex challenges.

While financial support is important to our project's success, our application to Solve is driven by the belief that Solve can provide a holistic ecosystem of support, including access to knowledge, partnerships, and resources that will enable us to develop, implement, and scale our Coastal Erosion Monitoring Project effectively. 

The objective of this project is to evaluate the changes of Canada’s coastlines by harnessing multi-decade satellite data alongside cutting-edge AI models. To achieve this, we will create advanced image processing, AI, Geographic Information System (GIS), and cloud computing models. These models will be implemented in the Google Earth Engine (GEE) cloud platform facilitating their application across diverse locations and time periods (spanning from 1980’s to present day). Our aim is to utilize these developed models across all coastal areas. It is important to highlight that this innovative solution has not been implemented in Canada. Consequently, the outcomes generated will provide valuable and new information regarding the repercussions of climate change on coastline erosion. Additionally, the findings hold great potential for enhancing further climate change modelling research initiatives within Canada.

The theory of change for my solution, Coastal Erosion Monitoring using multi-decade satellite data alongside cutting-edge AI models, is based on the following logical framework:

1. Activities:

   • Collect and analyze multi-decade satellite data of coastal areas.
   • Implement advanced AI models to process and interpret the data.
   • Generate regular reports and alerts regarding coastal erosion patterns.

2. Outputs:

   • Accurate and up-to-date data on coastal erosion rates and trends.
   • AI-generated predictions and risk assessments.
   • Timely alerts and reports for relevant stakeholders.

3. Short-term Outcomes:

   • Increased awareness among local communities, authorities, and environmental organizations about the current state of coastal erosion.
   • Informed decision-making for immediate actions such as beach nourishment, shoreline protection, and disaster preparedness.
   • Enhanced coordination and collaboration among stakeholders.

4. Medium-term Outcomes:

   • Reduced damage to coastal infrastructure and ecosystems due to proactive interventions.
   • Improved adaptive strategies for coastal communities and governments.
   • Cost savings through optimized resource allocation and risk reduction.

5. Long-term Outcomes:

   • Sustainable coastal management practices that mitigate the impacts of erosion.
   • Preservation of coastal ecosystems and biodiversity.
   • Increased resilience of coastal communities to the effects of climate change.

Evidence supporting this theory of change can include data from previous projects demonstrating the effectiveness of satellite data and AI models in monitoring coastal erosion. Additionally, case studies, interviews with coastal communities, and evaluations of the solution's impact can provide further validation of the logical links between activities, outputs, and outcomes. Ultimately, the goal is to create a robust and data-driven approach to address coastal erosion and its associated challenges.

The impact goals for my solution, Coastal Erosion Monitoring using multi-decade satellite data alongside cutting-edge AI models, are as follows:

Goal 1: Reduce Coastal Erosion Damage:

Indicator: Reduction in the economic and ecological damage caused by coastal erosion over time. This can be measured by assessing the financial costs of damage, as well as the preservation of coastal ecosystems and biodiversity.

Goal 2: Enhance Resilience of Coastal Communities:

Indicator: Increased resilience of coastal communities to erosion-related disasters. This can be measured by tracking the effectiveness of preparedness and adaptation strategies, such as the number of people and properties protected during erosion events

Goal 3: Promote Sustainable Coastal Management:

Indicator: Adoption of sustainable coastal management practices. This can be measured by the extent to which authorities and communities implement recommendations based on the monitoring data and AI-generated predictions. 

Goal 4: Raise Awareness and Collaboration:

Indicator: Improved awareness and collaboration among stakeholders. This can be measured by assessing the level of engagement, information sharing, and cooperation among local communities, government agencies, and environmental organizations.

To measure progress towards these impact goals, we will use the following specific indicators:

• Monitoring the annual reduction in economic losses attributed to coastal erosion.
• Tracking the increase in protected coastal areas and restored ecosystems.
• Evaluating the effectiveness of adaptation measures by assessing the number of successful interventions.
• Conducting surveys and interviews to gauge the level of awareness and collaboration among stakeholders.

These indicators will provide quantitative and qualitative data that will help assess the impact of the solution over time and ensure that it is moving towards its overarching goals of reducing coastal erosion damage, enhancing community resilience, promoting sustainability, and fostering collaboration among stakeholders.

The core technology that powers my solution, Coastal Erosion Monitoring, involves the integration of several modern technologies, including satellite imagery, remote sensing, geographic information systems (GIS), artificial intelligence (AI), and data science. Here's a breakdown of the key technological components:

1. Satellite Imagery:

   • Historical satellite images from various space agencies are collected and used as a primary data source.
   • Modern satellites equipped with high-resolution sensors provide detailed and up-to-date information about coastal areas.

2. Remote Sensing:

   • Remote sensing techniques are employed to extract valuable information from the satellite images.
   • These techniques include image classification, spectral analysis, and data extraction, enabling the identification of various coastal features and changes over time.

3. GIS (Geographic Information Systems):

   • GIS software is utilized to process and analyze the spatial data obtained from satellite imagery.
   • GIS helps in mapping and visualizing coastal erosion patterns and coastline changes.

4. Artificial Intelligence (AI) Models:

   • Cutting-edge AI models, such as machine learning and deep learning algorithms, are developed and trained using historical satellite data.
   • These models are used to automatically detect and delineate coastlines, identify erosion hotspots, and predict future erosion trends.

5. Data Science:

   • Data science techniques are applied to handle large datasets, perform statistical analysis, and generate insights from the collected data.
   • Data visualization tools help in presenting the results in a comprehensible manner.

6. Validation by Climate Scientists:

   • The results generated by AI models are rigorously validated by climate scientists to ensure accuracy and reliability.
   • Climate scientists provide expert insights into the environmental impacts and implications of coastal erosion.

7. Reporting and Communication:

   • Technical reports are prepared to summarize the findings and methodologies used.
   • Stakeholder engagement is facilitated through presentations and communication channels, including web platforms.

The combination of these modern technologies enables the accurate monitoring of coastal erosion, facilitates informed decision-making, and contributes to the sustainable management of coastal areas. This integrated approach harnesses the power of technology to address a critical environmental challenge while benefiting both people and the planet.

Full time staff - 2 (3 once the project is approved for further financing)

Contractors - 1 contractor - Remote Digitial Twin

3 months

At ASL Energy, we are committed to fostering a diverse, equitable, and inclusive work environment that values and respects the unique perspectives, backgrounds, and contributions of all team members and stakeholders. Our commitment to diversity, equity, and inclusion is a fundamental part of our identity, and it extends to every aspect of our Coastal Erosion Monitoring Project.

1. Ownership and Leadership Diversity:

   • ASL Energy is proudly a female-owned indigenous company, showcasing the leadership and entrepreneurial spirit of indigenous communities.
   • Our leadership team is composed of individuals from diverse backgrounds, with 50% representation of women. We believe that diverse leadership drives innovation and enhances decision-making.

2. International and Cultural Diversity:

   • Our project assistant is a New Canadian Muslim, contributing to the richness of our team's cultural backgrounds and experiences.
   • The Remote Digital Twin contractor is owned and operated by New Canadians, further exemplifying our commitment to embracing a global perspective.

3. Inclusivity in Decision-Making:

   • We ensure that all team members, regardless of their background, have equal opportunities to participate in project decision-making processes.
   • Inclusive decision-making helps us harness a wide range of perspectives, leading to more effective solutions.

4. Equity and Fair Treatment:

   • We are dedicated to providing equitable opportunities for career development and advancement to all team members.
   • We have established a work environment that is free from discrimination, bias, and harassment, where every team member feels valued and respected.

5. Community Engagement and Collaboration:

   • We actively seek partnerships and collaborations with indigenous communities, New Canadians, and underrepresented groups to amplify their voices and promote their participation in coastal erosion management.

6. Continuous Learning and Improvement:

   • We are committed to ongoing education and training on diversity, equity, and inclusion topics for all team members.
   • We regularly assess our policies and practices to identify areas for improvement and ensure alignment with our commitment to diversity and inclusion.

Our Coastal Erosion Monitoring Project benefits greatly from the diverse perspectives, backgrounds, and expertise of our team members and partners. We recognize that embracing diversity and promoting equity and inclusion are essential not only for the success of our project but also for creating a better, more sustainable future for coastal communities and the environment. We will continue to evolve and adapt our practices to ensure that diversity and inclusion remain at the heart of our project's mission.

ASL Energy's business model is built upon our brand promise of Access, Expertise, and Innovation. We provide value to various populations, including our clients, the environment, coastal communities, and the aquaculture industry, through a combination of products and services:

1. Remote Access Solutions (Access Pillar):

   • Products and Services: We offer a range of remote access products and services that allow our clients to reach remote areas without causing harm to the environment. This includes eco-friendly access infrastructure, such as composite matting, and timber mats for temporary roads.
   • How: We design and implement these access solutions using sustainable and environmentally responsible methods and materials.
   • Why: Our clients require these services to access remote sites for their operations, research, or conservation efforts while minimizing ecological disruption.

2. Technical Expertise (Expertise Pillar):

   • Products and Services: We provide engineering, project management, and facilities management services to clients, ensuring that their projects are executed efficiently and sustainably.
   • How: Our team of experts collaborates closely with clients to design and manage projects, utilizing cutting-edge technology and sustainable practices.
   • Why: Clients seek our technical expertise to optimize their operations, reduce environmental impacts, and achieve their project goals with confidence.

3. Innovative Solutions (Innovation Pillar):

   • Products and Services: Our Innovation unit focuses on developing groundbreaking solutions to environmental challenges. This includes the Coastal Erosion Monitoring project as well as the development of a mobile HDPE recycling plant as a waste management solution for the aquaculture industry 
   • How: We leverage innovation, research, and advanced technology to create and implement these solutions.
   • Why: Our innovative offerings address critical issues in waste management, coastal erosion, and environmental sustainability. They benefit the aquaculture industry, coastal communities, and the environment.

Our revenue model is based on a combination of fee-based services, project contracts, and product sales. Clients and beneficiaries are willing to engage with ASL Energy because they recognize the value we provide in terms of sustainable access, technical expertise, and innovative solutions that align with their goals and environmental stewardship. We are dedicated to making a positive impact on the populations we serve by delivering environmentally responsible solutions while sustaining our business through these revenue streams.

ASL Energy's plan for financial sustainability involves a diversified approach to funding our work, ensuring that our revenue streams cover expected expenses. Here's an overview of our strategies and the evidence of their success:

1. Grants and Government Programs:

   • We actively pursue grants and government programs that align with our mission and projects. For instance, we have submitted a proposal to Natural Resources Canada's Climate Resilient Coastal Communities Program, which, if successful, will provide funding for our Coastal Erosion Monitoring project.
   • Evidence of Success: We have recieved numerous grants for projects including HDPE Mobile Recycling Project - Green Transition Fund, Gov NL Innovate NL - Composite Airport System, National Research Council - Composite Airport System.

2. Project Contracts:

   • We engage in project contracts to provide our technical expertise and sustainable solutions. These contracts generate revenue and often include sustainability-related initiatives.
   • Evidence of Success: Past and ongoing project contracts with satisfied clients demonstrate our capability to deliver value through our services while generating revenue. Clients include but are not limited to North Atlantic Refining, SLB, Dynamic Air Shelters, Ontario Transit Group, etc. 

3. Innovation Ventures:

   • Our innovative projects, such as the mobile HDPE recycling plant for the aquaculture industry, receive funding from sources like the Green Transition Fund from Newfoundland and Labrador's Department of Innovation, Energy, and Technology.
   • Revenue from these innovative ventures helps fund other projects, such as the Coastal Erosion Monitoring initiative.
   • Evidence of Success: Successful grant applications and secured funding for innovation projects demonstrate our ability to leverage innovation to attract financial support.

By combining these funding sources and revenue streams, we aim to achieve financial sustainability where our income covers our expected expenses. Our track record of securing grants, engaging in project contracts, and successfully launching innovative ventures demonstrates our commitment to both financial sustainability and our mission of addressing environmental challenges responsibly. These funding sources enable us to continue our work and drive positive impact for the communities and environments we serve