Boating, Marine and Maritime, Business, Economic Development, Environment and Ecology, Free News Articles, Sciences

Pompano Beach to Test SEAHIVE Shoreline Protection System at Wahoo Bay

POMPANO BEACH, Fla. -- Scientists, government officials and citizens concerned about climate change and sea level rise will soon have a new source of data when Wahoo Bay in Pompano Beach launches. This underwater marine park will become a global incubator for the ocean's ecosystem and will test the SEAHIVE™ marine and estuarine shoreline protection system, a research project funded by the National Cooperative Highway Research Program (NCHRP) Innovations Deserving Exploratory Analysis (IDEA) in collaboration with FDOT.

The team at Wahoo Bay collaborated with scientists and engineers from the University of Miami's College of Engineering and the Rosenstiel School of Marine and Atmospheric Science with the hope that green engineering solutions will prove to be superior to traditional measures such as the controversial U.S. Army Corps of Engineers' proposal to wall-off Miami against water.

"There are a variety of potential solutions being discussed to combat sea level rise and protect areas like South Florida from the impacts of flooding, erosion and wave attack," explained Rob Wyre, Chairman of Shipwreck Park. "However, many of the options can be detrimental to the overall ecosystem. Wahoo Bay will play a critical role in helping scientists and government officials test the SEAHIVE system, while the park itself will create an environment for local, national and international scientific experiments and collaboration."

The SEAHIVE™ configuration for Wahoo Bay combines a modular concrete structure with adequate complexity and material composition with mangroves. The projection is that the system will not only reduce flooding and erosion in the area but will be hospitable to sea life, creating an eco-laboratory for Wahoo Bay visitors.

"We are very excited to be collaborating with the team at Wahoo Bay, said Landolf Rhode-Barbarigos, an assistant professor of Civil, Architectural and Environmental Engineering at the University of Miami who is part of the SEAHIVE™ development team. "They were very enthusiastic about implementing our research in Pompano Beach, and our discussions with Rob Wyre led to the idea of utilizing red mangroves in the design, resonating our ideas towards a 'green-gray' approach. Wahoo Bay will be an important test for the SEAHIVE system and will provide invaluable data as we search for the most viable solutions to preserve coastal areas."

Wahoo Bay is a Shipwreck Park initiative that will be run by the City of Pompano Beach's Parks and Recreation Department and supported by community volunteers.

This educational initiative is expected to begin construction this September and will cost more than $1 million to complete. Additional funding is required, donations can be made at


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Business, Free News Articles, Reports and Studies, Sciences

‘Dark Matter probably does not exist’ was a major conclusion of an extensive research study, finished in 2020

CERRITOS, Calif. -- According to the Pantheory Research Organization, a multi-year study of many dozens of randomly-chosen spiral galaxies has concluded that dark matter probably does not exist. According to the paper's lead author Forrest Noble, this conclusion was based upon a number of factors: First, that the observable matter of spiral galaxies was all that was needed to exactly predict their observed velocity profiles.

Next, that dark matter is a very poor predictor of spiral galaxy rotation profiles and galaxy cluster anomalies. Also, the related statistics show that the study's own proposed model exactly predicts stellar velocities within spiral galaxies to the highest degree of statistical confidence. Additionally, because dark matter fails to explain or correctly predict many galaxy- cluster observation anomalies, all of which can easily be explained by the study's own proposed alternative.

The belief in dark matter has been a major part of astronomy since the mid 1970's. It is presently believed by most mainstream astronomers to be the source of nearly all the so-called gravitational anomalies within the observable universe. It is believed to increase velocities within spiral galaxies, galaxy clusters, and to be the cause of the observed increased bending and lensing of light, and other observation anomalies at the largest scales of the observable universe. Instead, this study concludes that dark matter predictions are often inaccurate when a method to substantiate its predictions is available, and especially inaccurate concerning spiral galaxies.

The alternative model proposed by this new research is called the Field Flow and Vortex (FFV) model. Like dark matter this model proposes a physical background field as the cause of the increased observed velocities. But unlike dark matter this field is accordingly made up of non-matter particulates or virtual particles. Instead of the gravitational influences of dark matter enabling the increased velocities observed within spiral galaxies, the study proposes that background field-flow velocities are the cause of increased stellar velocities based upon the field's mundane contact pushing forces. This also applies to velocities of galaxies within a cluster and the excess bending of light.

They also propose that background-field-flow could also initiate large scale cluster flows like the dark flow. This presently unknown field-flow energy is asserted to have only 1/5th the mass equivalence required by the dark matter proposal. The study claims the likelihood of this proposal is based upon its "obviously exact predictions of spiral galaxy velocity profiles."

Aside from their own studies, studies by others are cited within the paper which show the inability of dark matter in explaining light aberrations and arcs within galaxy clusters. They also cite a very recent study showing unexplained rotation-direction correlations of galaxies to each other within a cluster, where the galaxies are far too distant from each other to be explainable by the increased effects of gravity via dark matter - all of which they claim can be readily explained by their background-field-flow model.

Another main conclusion of the paper is that background-field-flow accelerates the formation of both galaxies and galaxy clusters, and rivals gravity as to determining the form and large-scale structures of the universe.

Link to the ResearchGate, preprint of paper:

This paper's expected release-date is May 2021.

Contact author Forrest Noble, director of the Pantheory Research Organization, or call (562) 924-3313, or (562) 331-8334 (cell) to answer any questions regarding this study and paper.

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Business, Entertainment, Free News Articles, Sciences

Cybernauts Called to PLANETXXI to Save Planet Earth

CHICAGO, Ill. -- PLANETXXI, an exoplanet and mirror to Earth, has recently picked up chatter and cries for help to save planet Earth. Their voices were heard in CyberCity, PLANETXXI's satellite communications center saying that planet Earth is in trouble. Sandra Snowden, Founder of PLANETXXI LLC and newly launched online entertainment broadcasting website,, says she and her company are ready to help save planet earth.

Through her cosmic character aka Celestina Xi, Ambassador from PLANETXXI, she is sending out an SOS to recruit a new generation of futurists and visionaries - Cybernauts. Together, they will work to solve Earth's environmental crisis and save the planet.

Concerned students are afraid that the future of the planet is grim and they are looking for ways to help. Becoming a PLANETXXI Cybernaut is one way to be a catalyst for change.

While NASA has astronauts travel the universe on space missions, PLANETXXI Cybernauts zoom at warp speed into cyberspace from CyberCity and connect with their counterparts in a "Think Tank of Tomorrow" where they're challenged to create The First Eco City of the Future on PLANETXXI.

Using a blank canvas, students can Dare to Dream Big on their vision quest and design the kind of sustainable, and eco-friendly world they would like to live in and inherit. This eco-city will be their future. Through their illustrations, inventions, and innovation, PLANETXXI Cybernauts can change the paradigm and the course of history. They can also showcase their ideas and videos for all the world to see on PLANETXXI TV's YouTube Channel.

"This is no time to stand on the sidelines and watch others take control of your future. Space greats already have plans to build cities on Mars and to create colonized habitats in space so people will have a safe place to live as Earth becomes more and more uninhabitable," Celestina says.

Celestina agrees that as the climate clock ticks, planet Earth may cease to exist by 2100 and believes that together, a sustainable future can be achieved on Earth and PLANETXXI.

She's calling all futurists and visionaries, especially Generation Z'ers, to become part of the mission. In addition, teachers and classrooms are also invited to join PLANETXXI Cyber Schools of the Future in helping to create a new eco-friendly planet at:

Cybernauts will receive membership to Club PLANETXXI, along with a virtual passport giving them access to participate in all cyber events and virtual activities in CyberCity. Cyber Kids of the Future can also become a Cyber Pal to planet Earth and PLANETXXI. (PLANETXXI is COPPA compliant)

For more information:


GoFundMe page:

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Business, Education and Schools, Environment and Ecology, Free News Articles, Product Launches, Sciences

Beyond Benign Launches Its Green Chemistry Commitment 25×25 Initiative

WILMINGTON, Mass. -- Beyond Benign, a green chemistry education nonprofit, today announced the launch of its Green Chemistry Commitment (GCC) 25x25 Initiative, working to ensure that 25 percent of graduating chemists in the US have a background in green chemistry by 2025 with the support of Beyond Benign partner Dow (NYSE: DOW). The initiative comes at a time when today's societal challenges are immense, as articulated through the United Nation's Sustainable Development Goals (UN SDGs).

Beyond Benign's Green Chemistry Commitment (GCC) is dedicated to integrating green chemistry and toxicology concepts into chemistry programs with the goal of providing students with the skills to design chemical products and processes to reduce human and environmental hazards. With 64 US signers to date, accounting for 8% of graduating chemists, the GCC program is working to create a systemic change in chemistry education, inspiring additional institutions to pursue and integrate green chemistry. With this new initiative of ensuring 25 percent of chemistry students graduate with a background in green chemistry, Beyond Benign is taking new action to extend the GCC reach and resources to achieve this goal over the next four years. Learn more:

"We believe that by supporting educators and students to teach and learn green chemistry, we are equipping the next generation of scientists and citizens to design and select products that support both human health and the environment," says Amy Cannon, Director and Co-Founder of Beyond Benign. "With chemistry at the foundation of any sustainable solution, we are excited about the potential this initiative brings to build a critical mass of green chemists in the workforce."

To achieve the ambitious goal of preparing the workforce for sustainable action, per the United Nation's Sustainable Development Goals (UN SDG 4.7), Beyond Benign will provide resources and support to interested institutions. This support includes an assessment of current chemistry and green chemistry programs, recommended lessons to incorporate into their curriculum and labs, an annual Green Chemistry Commitment Summit to bring all signers together, financial resources and on-going support for mentors, teachers, faculty and staff.

"It is imperative that our incoming workforce is prepared to design, create and produce sustainable solutions for the well-being of humanity," says Eunice Heath, Corporate Director of Sustainability for Dow. "Through Beyond Benign's aggressive GCC 25x25 initiative, we will be able to make a lasting impact on education, science and the global market."

Since 2007, Beyond Benign has integrated green chemistry into K-12 and higher education institutions through teacher training, lesson plans, community networks, webinars, and events. Institutions that are interested in incorporating green chemistry in their classrooms and labs can inquire about participating in the Green Chemistry Commitment by visiting the Beyond Benign website to learn more:

About Beyond Benign:

Beyond Benign, a 501(c)(3) nonprofit, envisions a world where the chemical building blocks of products used every day are healthy and safe for humans and the environment. Beyond Benign is fostering a green chemistry education community empowered to transform chemistry education for a sustainable future. Beyond Benign's continuum of sustainable science educational programs including, teacher and faculty training and curriculum development from K-20 are helping to build the next generation of scientists and citizens with the skills and knowledge to create and choose products that are safe for human health and the environment.

Over the past 13 years, Beyond Benign has an extensive history of service, having trained over 6,000 K-12 teachers in sustainable science and green chemistry, designed over 200 open-access lessons, reached over 25,000 youth and community members through outreach, & partnered with 75 universities to transform chemistry education. Together we can catalyze the development of green technological innovations that result in safer products and processes in support of a sustainable, healthy society.

Learn more at:

Find us on Twitter, Facebook and Instagram and on LinkedIn.

Nicki Wiggins
Director of Development
Beyond Benign

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Ticker: NYSE:DOW / NY: DOW

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Alliances and Partnerships, Business, Education and Schools, Free News Articles, Funding and Investment, Sciences

Synthetic Biology for Tennessee Schools: BioBuilder Partners with Niswonger Foundation on $8.8M Federal Grant for STEM Education

CAMBRIDGE, Mass. -- The BioBuilder Educational Foundation announced that they are to partner with the Niswonger Foundation on their award of an "Education Innovation and Research" (EIR) Grant from the U.S. Department of Education that will focus on educational opportunities in Science, Technology, Engineering and Mathematics (STEM).

BioBuilder will provide teacher professional development in the area of synthetic biology through their Essentials and Master Teacher workshops. BioBuilder's Professional Development workshops impact a teacher's understanding of biology and their approach to teaching it. Co-taught by a practicing synthetic biologist and a high school teacher, workshops combine classroom, laboratory, and design activities that are both accessible and inspiring. Participants leave with ready-to-teach lessons that bring engineering into biology classrooms, labs, and science clubs.

Aligned with both the Common Core and Next Generation Science Standards, the BioBuilder curriculum brings modern context to ideas and content traditionally taught in high school and college classes. At the high school level, BioBuilder has been used in General, Honors, and AP Biology as well as Biotechnology classes. In addition to teacher professional development, BioBuilder will support as many as 19 participating school districts with lab kits available through Carolina Biological Supply Company.

Students will participate in project-based learning through the BioBuilder Idea Accelerator, a program that teaches legitimate biotechnology skill building and data analysis through a team-based approach to creative problem solving and professional quality communication. Interested students may also elect to further pursue their biodesign projects with a dedicated mentor through BioBuilder's out-of-school-time activity, the BioBuilderClub.

This partnership builds on BioBuilder's work in recent years in the Kingsport City Schools, supported by the Eastman Foundation and Carolina Biological Supply Company. In January and July 2019, all the biology teachers at the Dobyns-Bennett High School, as well as teachers from other Kingsport schools and faculty from East Tennessee State University attended BioBuilder Professional Development workshops. Thanks to their training, teachers now plan to provide all 2,500 students at Dobyns-Bennett with hands-on training in synthetic biology over the next four years. After their pilot year, teachers have seen how their students respond to the BioBuilder labs in amazing ways.

Evie LaFollette, Secondary Science Teacher, Kingsport City Schools shared, "We've seen the full spectrum of students doing the BioBuilder labs, and they all enjoy it. They're asking, 'When do we get to do the next one?'"

The EIR grant was awarded to the Niswonger Foundation to fund the Rural Tennessee STEM.LD program. The concept of Learning Design (the "LD" in "STEM.LD") is defined as "the creative and deliberate act of devising new practices, plans of activity, resources and tools aimed at achieving particular educational results in a given context". BioBuilder joins the Niswonger Foundation in the belief that designing student-centered learning ecosystems and pathways can lead to positive student outcomes, from K-12 student achievement to meaningful employment in the workforce post-high school.

BioBuilder is one of a number of partners supporting the Rural Tennessee STEM.LD program. Other educational resources and partners will include cybersecurity experiential opportunities from the University of Alabama at Huntsville; expertise in curriculum design in engineering technology from Purdue University; East Tennessee State University's math, epidemiology, graphics design and computer science programs; the ETSU Research Corporation; and STEM project-based programs including STREAMWORKS, the Marine Advanced Technology in Education for Inspiration and Innovation; and "If I Had a Hammer."

Announcement from the U.S. Department of Education:

About the Niswonger Foundation

The Niswonger Foundation was established in 2001 to make a positive and sustainable difference in education in Northeast Tennessee. The Niswonger Foundation focuses on removing constraints to educational innovation and problem solving, thus allowing local school systems to better provide for student needs. By building school programs that are research-based and sustainable, the Niswonger Foundation has become a recognized voice for educational reform in the State of Tennessee, while nurturing the next generation of leaders. Learn more:

About BioBuilder Educational Foundation

Created by an award-winning team at MIT, BioBuilder offers new ways to teach, learn, and explore cutting-edge science and engineering. BioBuilder provides students the chance to integrate biology and engineering through practical, hands-on lessons, club activities, and school-to-work experiences. Teachers learn new methods of teaching that engage and inspire the young scientists in their classrooms.

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Business, Environment and Ecology, Free News Articles, Reports and Studies, Sciences

Oil and Gas Companies to Solve Climate Change – Develop Global Enhanced Geothermal Energy

YAP, Micronesia -- How can oil and gas companies lead in the fight against climate change? That is a question whose answer could very well solve the climate crisis rapidly. A new research project hosted by the Center for Open Science's online collaboration platform explores one option: pay them generously to drill for geothermal energy, and let their profits transform the entire global economy. That is the focus of Dr. Daniel Helman, a multidisciplinary researcher on the small island of Yap in Micronesia, who initiated the work this week.

According to an MIT study published more than a decade ago, there are large amounts of usable geothermal energy located all over the world, in every country. It is enough energy to power civilization for several millennia to come.

Called "enhanced geothermal" because it involves adding to the drilling process to fracture the surrounding rock, the oil and gas industries can do the work to ramp up this new geothermal energy to fuel the global economy. It could feasibly end reliance on fossil fuels.

"The timing and scale of climate change mitigation and adaptation are important," writes Helman about his motivation. The idea is to use the profit motive to encourage the oil and gas sector to come to the table, and provide a carrot for developing nations to make the switch. That could end the deadlock in the official climate negotiations as well.

"Providing viable pathways for oil and gas companies to cease production of fossil fuels and transition to developing geothermal energy is a novel and useful avenue for research," writes Helman about the work.

This solution doesn't come cheap. Adoption still depends on developed countries like the United States, the UK, and members of the European Union to fund the effort. And negotiations over how much geothermal energy to develop in each country are bound to be contentious, but could easily be based on population or on known fossil fuel reserves.

Helman's "Mixing Climate Change Response with the Profit Motive: Policy Roadmap for Hiring the Oil/Gas Sector to Develop Global Enhanced Geothermal Energy" is available on the Open Science Framework, an online platform of the Center for Open Science, at:

Follow Dr. Helman on Twitter at:

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Business, Environment and Ecology, Free News Articles, Sciences

Secure The Future 2100 Publishes Paper – Arctic Ice Loss a Strategic National Security Issue

PALO ALTO, Calif. -- Secure The Future 2100 (STF2100) has published a paper "Arctic Ice Loss Threatens National Security: A Path Forward" in the Fall 2020 issue of Orbis, the Foreign Policy Research Institute's quarterly journal of world affairs. Co-authored by the scientist team at STF2100, the paper proposes a strategic approach to develop and coordinate basic and applied research to address the challenge of rapid depletion of Arctic ice and warming of permafrost.

"Global warming is causing a dramatic and rapid shrinking in Arctic sea and land ice," says Dr. Anthony Strawa, retired NASA atmospheric scientist. "A National Oceanic and Atmospheric Administration (NOAA) study reports that the Arctic has warmed at least twice as fast as the rest of the planet, due to a phenomenon known as Arctic Amplification. This loss of Arctic ice impacts weather patterns globally and in the Northern Hemisphere in particular."

The article proposes that the United States take a strong leadership position in addressing issues of Arctic ice loss. Secure the Future 2100 recommends that the United States expand funding towards basic and applied research and multi-agency coordination, an effort they call the National Arctic Ice Restoration Initiative (NAIRI), designed to better understand both Arctic ice loss and develop effective Arctic ice restoration approaches to mitigate and even restore ice loss.

"Events such as droughts, wild fires and hurricane related coastal flooding, all exacerbated by global warming, result in food and water shortages, severe economic and environmental loss and mass human migrations that can destabilize governments and threaten our national security interests," notes Dr. Steven Zornetzer, retired Associate Center Director at NASA's Ames Research Center, "The loss of sea-ice is also changing the geo-political dynamics in the Arctic."

In publishing the paper, STF2100 seeks to raise awareness of the intersection of climate change mitigation and national security and the need for robust policy to address the challenges of rapid loss of Arctic sea and land ice.

Secure the Future 2100 (STF2100) is a nonprofit organization that works to engage the public and policy leaders on measures to mitigate climate change to protect global security and natural ecosystems.

As part of the public education and outreach mission of STF2100, our scientists are ready to present to civic groups.

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To arrange for a talk on the National Arctic Ice Restoration Initiative (NAIRI), contact Catherine Shinners. Follow us on Twitter or Facebook

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Aerospace and Aviation, Business, Environment and Ecology, Free News Articles, Sciences

Hago Energetics Inc. Announces Participation in the NASA CO2 Conversion Challenge

THOUSAND OAKS, Calif. -- Hago Energetics Inc., a startup company focused on development of scalable solutions to climate change, announced today that it is a participant in the NASA CO2 Conversion Challenge. This Challenge seeks to make colonization on Mars possible for future generations. The Company is in Phase 2 of this Challenge and has earned 10 bonus points to its final score after submitting a Mid-Point Progress Report on its status.

"This Challenge gives us the opportunity to contribute to building the chemical and biological infrastructure that will be useful to a future Mars colony," says said Wilson Hago, PhD, Founder and CEO of Hago Energetics.

The NASA CO2 Conversion Challenge is a $1 million competition to convert carbon dioxide into sugars such as glucose as a step to creating mission-critical resources. Such technologies will allow us to manufacture products using local, indigenous resources on Mars and on Earth by using waste and atmospheric carbon dioxide as a resource.

"This Challenge is in good alignment with our main mission, which is CO2 conversion on this planet for the purpose of mitigating climate change," added Hago. "Our approach is flexible in that it can produce, using carbon dioxide, water, solar energy and catalysts as inputs, food for bacteria and for future Mars inhabitants, as well as allow these inhabitants to make plastic materials such as tables, chairs, and utensils to make living on Mars feel like their former homes."

This project is presently self-funded, but the company is currently looking for sponsors for this project.

About Hago Energetics

Hago Energetics, Inc., located in Thousand Oaks, California, is developing technologies to mitigate and reverse climate change using renewable energy. The Company is seeking partnerships or sponsorships that will help advance its mission. Learn more at:

About NASA CO2 Conversion Challenge

NASA's CO2 Conversion Challenge, a Centennial Challenges competition, seeks to incentivize the public to develop non-biological systems that can convert CO2 into useful sugar molecules, like glucose. Sugars are the preferred feedstock for the types of microorganisms commonly used in commercial biomanufacturing systems. While sugars are usually derived from certain plants on Earth (ex., sugarcane), this approach is not easily adapted to space missions because of the size of these systems and resources needed to grow these plants.

More information about this Challenge can be found at:

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Hago Energetics
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Books and Publishing, Business, Entertainment, Free News Articles, Sciences

Katie Knorovsky Named Managing Editor at Hidden Compass

SANTA BARBARA, Calif. -- In an era where most publications are shrinking, Hidden Compass, an award-winning quarterly magazine on exploration, is expanding. This week, the California-based startup is announcing Katie Knorovsky as its new managing editor.

With roughly 15 years of experience writing and editing for the National Geographic Society, Knorovsky brings a wealth of knowledge to Hidden Compass. Her hire marks a significant step toward the publication's unveiling of an innovative crowd-funded model in the fall.

"After three years of deep involvement with the stories that appear in our magazine, Co-founder Sabine Bergmann and I are ready to hand the reins to another editorial expert," says Co-founder Sivani Babu. "Having Katie Knorovsky shepherd our pieces through the editorial process will allow us co-founders the time to really gear up for our big launch in the fall."

Though Hidden Compass is barely three years old, its quarterly stories have already earned more than a dozen travel writing awards and have been recognized by The Best American Travel Writing series. But it's the company's business structure that has paved the way for growth. The founders are working to break the publishing industry's over-reliance on user data and advertising revenue by creating what they call an "antidote" to clickbait.

"I connect deeply with the Hidden Compass mission and am thrilled to join the team," Knorovsky says. "Now more than ever, helping to expand the world through narrative travel journalism is a privilege I am honored to take on."

Knorovsky is primed to help chart the course of this promisingly unconventional publication. Having championed the expertise of countless global explorers, from space archaeologists to glaciologists, Knorovsky is no stranger to what drives Hidden Compass' co-founders.

"Every day, we're getting closer to realizing our mission: to not only introduce you to the heroes you should have, but invite you to partner with them," says Co-founder Sabine Bergmann. "Katie Knorovsky will help us make badass nerd the new flavor of influencer."

More information:

About Hidden Compass:

Hidden Compass was founded in 2017 and is based in Santa Barbara and Berkeley, California. It was co-founded by award-winning journalist and photographer Sivani Babu and award-winning journalist and editor Sabine Bergmann. Hidden Compass is a publication that showcases scientists, explorers, artists and journalists, and invites the public to partner with these heroes.

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Business, Education and Schools, Free News Articles, General Editorial, Sciences

Go Online, Help Scientists Understand Child Development

CAMBRIDGE, Mass. -- Parents and children can help scientists understand how the young mind grows and changes-all from home! Children Helping Science ( from the Parent Researcher Collaborative connects families to hundreds of web-based studies of child development and brain function.

"It's like the Hubble telescope of child development," says Laura Schulz, Ph.D., an MIT researcher who is one of six lead partners on the project. "There were telescopes before Hubble, but no common resource that allowed such a deep, focused exploration. In the same way, Children Helping Science is a massive leap forward for research on cognition, a new platform that will transform the field."

For parents, using the website is easy: from the homepage select the age of your child to see a list of studies, then choose the studies you're interested in. There are studies for children of all ages as well as parents. All the activities are entirely online, so they can be done at any time of day - whenever works best for the child's schedule.

By aggregating dozens or hundreds of studies in one place, the project aims to greatly increase the number of people who participate. "Finding enough children is always the greatest hurdle in a study," says Schulz, who also anticipates that having studies more easily accessible will help bring in new participants, especially from families who might not have time or resources to travel for studies in person.

The website welcomes any researcher to list their study. The site was created and managed by Elizabeth Bonawitz at Rutgers University-Newark; Hyowon Gweon at Stanford; Julian Jara-Ettinger at Yale; Candice Mills at the University of Texas Dallas; Laura Schulz at MIT; and Mark Sheskin at Minerva Schools.

Learn more at:

Image downloads with permission to reproduce (Dropbox links):
* Family using computer:
* Children Helping Science

Twitter: @helping_science #ChildrenHelpingScience


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