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Researchers use 3D visualization to predict, prevent hurricane damage

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Researchers use 3D visualization to predict, prevent hurricane damage

Galveston Island was used as an example to predict damage that would occur as a result of hurricanes of varying intensities.

Peer-Reviewed Publication

TEXAS A&M UNIVERSITY

Hurricane Ike Damage
IMAGE: DAMAGE ON GALVESTON ISLAND IN THE WAKE OF HURRICANE IKE.

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CREDIT: TEXAS A&M UNIVERSITY AT GALVESTON

Beginning annually on June 1, hurricane season poses a major threat to Texas coastal communities, causing both physical and financial damage to the areas they hit. This damage can be staggering; when Hurricane Harvey hit in 2017, it cost Galveston $132.73 billion in damages. Texas A&M University researchers have collaborated to understand the impacts of storm surge floods before they occur to potentially reduce the level of damage. Their study was published in “Urban Informatics.”

The researchers have implemented 3D visualization technology to identify the potential outcomes of hurricane flooding before it occurs. According to researchers, severe weather has been increasing over the last several years due to global climate change. If severe storms and flooding continue to increase in the future, implementing 3D visualization based on real-time weather forecasts could result in improved safety and less damage-inflicted costs.

The 3D modeling technique also allows researchers to examine the effects of damage-preventing infrastructure, such as the proposed Galveston “Ike Dike,” a dike designed to shield Galveston Island from future storm surge and flood events.

Using Galveston Island as an example, researchers used 3D visualization to model the damage that would occur to residential buildings as a result of hurricanes of varying intensities. They also modeled damage with preventative infrastructure — the “Ike Dike” — in place.

An advantage of 3D visualization over other damage modeling methods is that it allows researchers to model specific buildings, accounting for basements, back entrances, and windows. By identifying a residential building’s first-floor elevation level, researchers can predict the physical and financial damage that a hurricane will cause to the specific building.

“3D visualization of hurricanes and storm surges allows us to understand how flooding will impact our coastal communities by allowing us to vividly see how each building and road might be impacted by a given flood,” said Dr. Xinyue Ye, the Harold Adams Endowed Professor of Landscape Architecture and Urban Planning and affiliated faculty member in the Department of Computer Science and Engineering, the Department of Multidisciplinary Engineering, the Department of Geography, and the Section of Visual Computing & Interactive Media.

Faculty collaborators on the project include Dr. David Retchless, associate professor in the Department of Marine and Coastal Environmental Science at Texas A&M University at Galveston, Dr. Galen Newman, professor and head of the Department of Landscape Architecture and Urban Planning and the Nicole and Kevin Youngblood Professor of Residential Land Development at Texas A&M, and Dr. Nick Duffield, the Royce E. Wisenbaker Professor I in the Department of Electrical and Computer Engineering and director of the Texas A&M Institute of Data Science.

Critical Information For Homeowners

Since 3D visualization highlights the potential damages hurricane flooding may cause, it can give homeowners a better understanding of what to invest in as far as insurance and preventative infrastructure. This technology also creates an increased community awareness around potential outcomes of hurricanes and flooding.

“Having used Galveston as an example, the next step would be to expand that to other coastal communities in Texas,” Ye noted. “In this study, we mainly used residential houses, but we can expand it to other business properties as well.”

Effective use of 3D models can protect Texas residents. By implementing this technology on other coastal communities or community buildings, such as schools and stores, researchers can help residents and officials create a plan for hurricane season. As real-time weather forecasts are implemented into the models, researchers may be able to determine when evacuation is necessary and use this data to alert residents.

“3D visualization serves as a universal language, bridging diverse disciplines and fostering communication between academia and the general public,” said Ye, who also serves as the director of the Texas A&M Center for Geospatial Sciences, Applications, and Technology and the founding director of Urban AI Lab at the Texas A&M Institute of Data Science.

Duffield adds that this project shows how the work at the intersection between geospatial data science and visualization can raise awareness for individuals, communities and government on the consequences of extreme weather and make informed planning decisions for responses.

This study combines the expertise of researchers in multiple fields, including computer engineering, landscape architecture, urban planning, geography, and marine and coastal environmental science. The positive impacts of this research highlight the importance of collaboration between computational science and domain-specific disciplines.

By Alyssa Schaechinger, Texas A&M University Engineering

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Creatrix

A web of life for all life

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The World’s First Solutions- Focused Media Production Cooperative for a more Ecologically Sensible Future, Starting Today.

 

Production, Reinvented

“Creating a global, science backed commons inspired by nature, where passionate people collaborate locally and globally to share solutions, drive action, and empower all life to thrive.”

 

Creating a global solutions-focused production network for the betterment of all life—powered by collective action, rooted in scientific solutions, and inspired by nature—would be a monumental yet transformative undertaking. It could be framed as a “Web of Life for All Life”, where individuals, communities, organizations, and institutions contribute to a commons of knowledge, resources, and action for the flourishing of both human and nonhuman life.

Here’s a broad outline of how it might look, work, and the systems, structures, and ethical policies we’d need to support it:

Vision & Purpose

The overarching purpose would be to align human activity with the wellbeing of all ecosystems—social, environmental, and economic. This vision can be framed as:

A Global Knowledge Commons: A platform for sharing scientifically backed, nature inspired solutions.

Empowering Local Action: Giving communities the tools and resources to take meaningful action locally, while connecting to the global whole.

A Dynamic, Evolving System: Constantly updated with new research, innovations, and feedback loops from local communities and ecosystems.

Core Principles & Ethical Policies

The ethical framework should be rooted in inclusivity, sustainability, and long term thinking. Key principles include:

Respect for Life: Upholding the intrinsic value of all living beings and the interconnectedness of ecosystems.

Collaboration Over Competition: Fostering solidarity rather than division, with an emphasis on cooperation and mutual benefit.

Transparency & Openness: Ensuring open access to knowledge, with transparent data sharing and clear governance.

Decentralization & Local Empowerment: Encouraging action at the local level, with autonomy for communities to decide what is best for them within the global framework.

Accountability to Future Generations: Incorporating a longterm, multigenerational approach to all policies and decisions.

Access for All

Facts (not Fiction)

Translatable Text

Clarity above all else.

Systems & Structures

To make this vision a reality, several interconnected systems would be required:

Global Digital Commons Platform:  This would be a shared online space where all participants can access and contribute to the evolving repository of scientific knowledge, solutions, and best practices. The platform could include:

Scientific Knowledge Database: A central hub for peer reviewed research, evidence based solutions, and case studies.

Interactive Solutions Mapping: Visual maps showing how different communities and ecosystems are implementing sustainable solutions, which others can learn from and adapt to their own context.

Tools & Resources Repository: A place to access opensource technologies, educational materials, toolkits for local action, and funding opportunities.

 Collaboration Network: A global directory to connect individuals, organizations, and communities working on similar challenges.

Decentralized + Interconnected Management Systems

A decentralized management system would empower local decision making while ensuring global coordination and solidarity. This could take the form of:

Local Action Councils: Community led groups that make decisions about what actions to take, informed by the global knowledge commons.

Global Stewardship Council: A council made up of diverse stakeholders (scientists, activists, community leaders, policymakers) that provides strategic oversight, ensuring the system remains aligned with its core principles and evolving science.

Feedback Loops: Mechanisms for local actions to be reported back into the global commons, fostering a cycle of continuous learning and adaptation.

Open Data & Knowledge Sharing To ensure inclusivity and equal access to information:

Open Access & Peer Reviewed Content: All scientific research, data, and solutions should be open access, ensuring anyone, anywhere, can contribute and benefit from it.

Data Sovereignty: Ensuring that data shared by communities about their resources, culture, or ecosystems remains controlled by those communities, in alignment with their wishes and needs.

Incentive Structures

To encourage active participation and contribution, we’d need to create incentive mechanisms, such as:

Reputation Systems: Recognition through a merit based system (like digital badges or points) for people who contribute useful knowledge, resources, or solutions.

Resource Allocation: A system where points or reputation can translate into access to tools, funding, or technical support for projects.

Impact Tracking: Metrics for measuring how contributions to the platform have led to measurable improvements in local communities, ecosystems, or the economy.

Encouraging Global Solidarity and Engagement

To ensure people everywhere come together in solidarity, we would need to focus on:

Inclusive, Multilanguage Platforms: The platform should be multilingual, easily accessible across different cultures, and sensitive to local needs and customs.

 Storytelling and Visualization: Using stories, videos, infographics, and visualizations to make complex scientific concepts, environmental impacts, and local successes easy to understand. Stories help inspire action and foster empathy.

Cultural Relevance: Tailoring messages and actions to fit the cultural context of different regions—what works in one community may not be appropriate in another, so local autonomy is key.

Gamification: Introducing elements of gamification (with clear, tangible rewards) to motivate participation and create a sense of fun around collective action.

Building Trust and Engagement

To make it easier for people to trust and engage with this project:

Clear, Transparent Communication: Regular updates on the platform’s progress, funding, and actions taken. Openly report both successes and failures.

Peer Reviewed & Evidence Based: The commons would be scientifically credible, drawing on Peer reviewed research and real world impact data to support claims.

Ethical Oversight Committees: A system of ethical oversight at both global and local levels to ensure the platform and its actions align with ethical standards and respect for life.

Making It Easy for People to Understand

To ensure accessibility, we can focus on:

Simple Language: Avoid jargon and use plain language to explain complex ideas. Break down scientific and policy documents into digestible summaries.

Interactive Tools: Allow people to explore solutions and challenges interactively, giving them a more hands-on experience with the data.

Local Ambassadors: Train and empower individuals in local communities to act as ambassadors for the platform, making the global knowledge commons tangible at the community level.

Empowering Action at the Local Level

To drive meaningful action, the global platform should emphasize:

Tailored Local Solutions: Provide tools, technologies, and models that can be adapted to specific local conditions.

Partnerships with Local Governments and NGOs: Work closely with grassroots organizations, local governments, and indigenous communities to ensure their voices are at the center of decision making.

Support for Indigenous Knowledge Systems: Integrate traditional ecological knowledge (TEK) alongside modern scientific solutions, recognizing its value for sustainable living.

Sustaining the Movement

Sustaining such a project would require:

Long Term Financing: A blend of crowdfunding, philanthropic support, government investment, and corporate responsibility to fund the platform’s growth.

 Volunteer Networks: Engaging volunteers from around the world to help maintain and expand the platform’s reach, infrastructure, and operations.

 Conclusion

A Global Web of Life for All Life would be a vast, interconnected web of knowledge, action, and collaboration that is rooted in the scientific understanding of the world, inspired by the wisdom of nature, and led by the collective will of a passionate, diverse global community. By making the platform inclusive, accessible, and adaptable, and by emphasizing local empowerment alongside global solidarity, we can create a living, breathing commons that empowers all life to thrive.

 

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DO IT ACTIVISM

The Power of Possibility

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Collaborate without Compromise

 


Every day, we are reminded of the unlimited power and potential of creativity.  With the tools and talents the collective consciousness posses, we can overcome our challenges through solidarity, connection, progress and unity.

Creative thinking is a neccesary tool.  It provides us with the ability to rethink, reimagine and restore our coexistence and creat a world where we overcome our differences, seek our similarities, and create the new.

We have the tools and technology that those who came before us couldn’t have imagined.  We’ve gone to the moon and back, send remote-controlled rovers to Mars, cured diseases and prevented illnesses to spread.  We’ve sent the James Webb telescope one millions miles from Earth to send back high definition images of the early forming Universe.

Since we can do that, imagine what else we can do!

“As men and women, we must proceed as if the limits to our imagination do not exist. We are collaborators in creation.” –Pierre Teilhardt de Chardin.

 

Solving our ongoing crises while preventing new ones from emerging required collaboration and cooperation, not proprietary thinking.  Through open collaboration and cooperation, communities can amplify local voices, promote democratic discourse, call truth to power and so much more.


Mobilized continues to establish a community media commons that unites  community  initiatives worldwide into a Web of Life for all life.  We can and will:

  • Shared resources;
  • Collectively amplify their impact on local communities, fostering a thriving community media commons;
  • Effectively collaborate, share resources, amplify their reach, and collectively serve their communities more effectively;
  • Establish effective collaboration among communities;
  • Effectively unite their efforts, share resources, amplify their reach, and collectively serve their communities more effectively;
  • Technology plays a crucial role in enhancing collaborations among communities;
  • Providing tools and platforms that facilitate effective communication, coordination, and resource sharing;
  • By leveraging these technological tools and platforms community media organizations can streamline their collaborative efforts, enhance resource sharing, amplify their reach, and create more engaging and impactful content for their communities.

Add your community to the Mobilized News Network


A Collaborative Network
A collaborative network  of communities worldwide. This network can facilitate knowledge sharing, resource pooling, and coordinated efforts towards common goals.

Shared Infrastructure
A shared infrastructure such as a centralized hub of decentralized community media center. This can serve as a hub for content distribution, training, and resource sharing among community media initiatives.

Co-create Content and Initiatives
Collaborate on co-creating content, projects, and initiatives that cater to both core and new audiences. This can involve joint storytelling projects, cross-promotion of content, and shared community engagement strategies.

Communication and Coordination Tools
Utilizing communication and project management tools like Trello, Google Drive, and Airtable can enhance coordination and real-time collaboration among community media organizations. These tools enable seamless file sharing, task assignment, and project tracking, ensuring efficient teamwork and avoiding silos.

Conduct Community Needs Assessments
Conduct collaborative community needs assessments to identify new opportunities for collaboration and better understand the needs of the communities served.  This can inform the development of relevant and impactful joint initiatives.

Content Verification and Fact-checking
Utilizing content verification and fact-checking tools like Truly Media can ensure the accuracy and credibility of community-generated content, which is crucial for maintaining trust and integrity within the collaborative network.

Data Sharing and Visualization
Platforms like data.world  enable secure data sharing, visualization, and collaborative analysis among community media organizations. This can facilitate data-driven storytelling, investigative journalism, and evidence-based decision-making within the collaborative network.

Develop Shared Guidelines and Standards
Develop shared guidelines, standards, and codes of conduct for community media operations within the collaborative network.  This can ensure consistency, quality, and ethical practices while respecting the unique identities of individual organizations

Establish Clear Communication and Coordination
Establish clear communication protocols, regular meetings, and coordination mechanisms to ensure effective collaboration and avoid silos. This can involve appointing a dedicated coordinator or utilizing online collaboration tools.

Foster Capacity Building Organize workshops, training programs, and knowledge exchange sessions to enhance the skills and capacities of community media practitioners. This can include technical training, journalism skills, and best practices in community engagement.

Leverage Diverse Expertise and Resources
Leverage the diverse expertise, resources, and strengths of the participating organizations to create synergies and maximize impact  This can involve sharing technical expertise, fundraising strategies, or community outreach approaches.

Multimedia and Interactive Storytelling
Adopting multimedia and interactive storytelling formats, such as live-blogging platforms like ScribbleLive, can enhance the quality and engagement of community-generated content. These tools enable the integration of various media formats, fostering more immersive and impactful storytelling experiences.

Promote Collaboration and Networking
Facilitate collaboration and networking opportunities among community media organizations. This can involve joint projects, cross-promotion of content, and sharing of best practices. Regular meetings, conferences, or online forums can foster these connections.

Shared Online Platforms and Repositories
Developing shared online platforms or repositories can streamline content distribution, training resources, and knowledge sharing among community media initiatives.[ These centralized hubs enable easy access to co-created content, educational materials, and best practices, fostering collaboration and capacity building.

Social Media and Digital Outreach
Leveraging social media platforms and digital outreach strategies can amplify the reach and impact of community media initiatives, enabling cross-promotion of content and engagement with wider audiences. Social meddia can also facilitate networking and knowledge exchange within the collaborative network.


Add your community to the Mobilized News Network


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A Better Way

Understanding Converged Paradigm Shifts

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“We are on the cusp of the fastest, deepest, most consequential transformation of human civilization in history…” — Tony Seba & James Arbib, Co-Founders of RethinkX

Humanity is on the brink of existential transformation, but we’re blind to the deeper processes of change. To recognize the mind-blowing possibility space of the next decade, as well as its catastrophic risks, we must grasp the patterns of history to understand how they can illuminate today.

Rethinking Humanity takes viewers on a whirlwind tour of the rise and fall of civilizations through a powerful lens that makes sense of the past, so that we can step into the present and create our future. During the 2020s, key technologies will converge to completely disrupt the five foundational sectors that underpin civilization, and with them every major industry in the world today. In information, energy, food, transportation, and materials, costs will fall by 10x or more, while production processes an order of magnitude more efficient will use 90% fewer natural resources with 10x-100x less waste.

The knock-on effects for society will be as profound as the extraordinary possibilities that emerge. For the first time in history, we could overcome poverty easily. Access to all our basic needs could become a fundamental human right. But this is just one future outcome. The alternative could see our civilization collapse into a new dark age. Which path we take depends on the choices we make, starting today. The stakes could not be higher.

Source: RethinkX

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