JACKSONVILLE, Fla.–(BUSINESS WIRE)–The Ellavoz Children’s Literacy Foundation (ECLF) took a heartfelt step toward closing the literacy gap by sponsoring a special author visit to Spring Park Elementary School, a Title I school in Jacksonville, Florida. Multiple presentations to kindergarten through 5th grade students were given by New York Times bestselling author, Beth Ferry, whose stories of friendship, kindness, and found family have long captured the imaginations of young readers. In the
Author: sHq_LoGiNz
JACKSONVILLE, Fla.–(BUSINESS WIRE)–The Ellavoz Children’s Literacy Foundation (ECLF) took a heartfelt step toward closing the literacy gap by sponsoring a special author visit to Spring Park Elementary School, a Title I school in Jacksonville, Florida. Multiple presentations to kindergarten through 5th grade students were given by New York Times bestselling author, Beth Ferry, whose stories of friendship, kindness, and found family have long captured the imaginations of young readers. In the
Peer-Reviewed Research Published in Nature Communications Confirms Lindamood-Bell’s Seeing Stars® Program Improves Reading Skills and Strengthens Brain Circuitry in Children with Dyslexia
SAN LUIS OBISPO, Calif., Feb. 26, 2026 /PRNewswire/ — A peer-reviewed study led by Stanford University and published in Nature Communications shows that intensive, evidence-based reading instruction not only improves reading skills in children with dyslexia, it physically changes the brain. The six-year randomized controlled trial, conducted in partnership with the University of Washington and Lindamood-Bell Learning Processes, found that children who received intensive reading intervention grew the brain region responsible for word recognition. Children who did not receive intervention showed no comparable change.
What the Study Found
Forty-four children with dyslexia, ages 7–13, received eight weeks of intensive instruction using Lindamood-Bell’s Seeing Stars® program, delivered live and virtually by trained instructional professionals. A control group of 43 children, including students with and without dyslexia, received no intervention. Brain activity was measured up to five times over one year using functional MRI.
Key findings include:
- Children who received intervention improved their reading levels by approximately one grade level in eight weeks.
- The Visual Word Form Area (VWFA), the brain region critical for fluent word recognition, grew larger and more detectable in students who received instruction.
- The VWFA did not show comparable growth in students who received no instruction.
- Some neurological differences persisted one year later, confirming that dyslexia reflects enduring brain traits alongside the brain’s capacity for change.
What Researchers Said
“It’s as if evidence-based intervention builds this region in the dyslexic brain,” said lead researcher Dr. Jason Yeatman of Stanford University. “The intervention is not only improving reading — it’s also building the brain circuit.”
Why This Matters
Dyslexia affects approximately 5–10% of people and is linked to reduced size and responsiveness in the VWFA. This study, funded by the Eunice Kennedy Shriver National Institute of Child Health and Human Development, provides neurobiological evidence that the right instruction can produce measurable brain and behavioral change. Lindamood-Bell donated the intervention used in the research.
For Lindamood-Bell, the findings validate 40 years of instructional practice focused on building the sensory-cognitive foundations of reading. Effective help exists, and the right instruction can change outcomes.
About Lindamood-Bell Learning Processes
For 40 years, Lindamood-Bell has been committed to helping individuals learn to their potential. Through evidence-based instruction delivered at 46 Learning Centers and through professional development for educators worldwide, Lindamood-Bell addresses the underlying sensory-cognitive processes needed for reading and comprehension. The organization engages in peer-reviewed research with universities, including MIT and Stanford, and continues to advance the science of learning. Visit www.lindamoodbell.com to learn more.
View original content to download multimedia:https://www.prnewswire.com/news-releases/stanford-study-finds-evidence-based-reading-intervention-physically-rewires-the-dyslexic-brain-302699722.html
SOURCE Lindamood-Bell Learning Processes
Peer-Reviewed Research Published in Nature Communications Confirms Lindamood-Bell’s Seeing Stars® Program Improves Reading Skills and Strengthens Brain Circuitry in Children with Dyslexia
SAN LUIS OBISPO, Calif., Feb. 26, 2026 /PRNewswire/ — A peer-reviewed study led by Stanford University and published in Nature Communications shows that intensive, evidence-based reading instruction not only improves reading skills in children with dyslexia, it physically changes the brain. The six-year randomized controlled trial, conducted in partnership with the University of Washington and Lindamood-Bell Learning Processes, found that children who received intensive reading intervention grew the brain region responsible for word recognition. Children who did not receive intervention showed no comparable change.
What the Study Found
Forty-four children with dyslexia, ages 7–13, received eight weeks of intensive instruction using Lindamood-Bell’s Seeing Stars® program, delivered live and virtually by trained instructional professionals. A control group of 43 children, including students with and without dyslexia, received no intervention. Brain activity was measured up to five times over one year using functional MRI.
Key findings include:
- Children who received intervention improved their reading levels by approximately one grade level in eight weeks.
- The Visual Word Form Area (VWFA), the brain region critical for fluent word recognition, grew larger and more detectable in students who received instruction.
- The VWFA did not show comparable growth in students who received no instruction.
- Some neurological differences persisted one year later, confirming that dyslexia reflects enduring brain traits alongside the brain’s capacity for change.
What Researchers Said
“It’s as if evidence-based intervention builds this region in the dyslexic brain,” said lead researcher Dr. Jason Yeatman of Stanford University. “The intervention is not only improving reading — it’s also building the brain circuit.”
Why This Matters
Dyslexia affects approximately 5–10% of people and is linked to reduced size and responsiveness in the VWFA. This study, funded by the Eunice Kennedy Shriver National Institute of Child Health and Human Development, provides neurobiological evidence that the right instruction can produce measurable brain and behavioral change. Lindamood-Bell donated the intervention used in the research.
For Lindamood-Bell, the findings validate 40 years of instructional practice focused on building the sensory-cognitive foundations of reading. Effective help exists, and the right instruction can change outcomes.
About Lindamood-Bell Learning Processes
For 40 years, Lindamood-Bell has been committed to helping individuals learn to their potential. Through evidence-based instruction delivered at 46 Learning Centers and through professional development for educators worldwide, Lindamood-Bell addresses the underlying sensory-cognitive processes needed for reading and comprehension. The organization engages in peer-reviewed research with universities, including MIT and Stanford, and continues to advance the science of learning. Visit www.lindamoodbell.com to learn more.
View original content to download multimedia:https://www.prnewswire.com/news-releases/stanford-study-finds-evidence-based-reading-intervention-physically-rewires-the-dyslexic-brain-302699722.html
SOURCE Lindamood-Bell Learning Processes
MANCHESTER, N.H., Feb. 27, 2026 /PRNewswire/ — What makes a home security system reliable in regions with tough seasonal weather? A HelloNation article answers this question by explaining how careful design, planning, and local knowledge create better protection than off-the-shelf products. Readers can explore these details in a HelloNation article.
The piece highlights Security Systems Expert Brandon Richardson of Mount Major Tech in Manchester, who emphasizes that a security system’s success depends on understanding each property’s unique layout and environmental conditions. The article describes how climate, terrain, and building materials affect how sensors and cameras perform.
Many homeowners, the article notes, assume that any packaged system will deliver full protection. Yet, properties differ in ways that can weaken even high-end products. Factors such as thick walls, long driveways, and basement layouts all impact Wi Fi performance and signal reach, which are critical for a security system to function reliably.
Brandon Richardson shares that in New Hampshire, common home features like deep basements and steep roofs complicate installation. Heavy winter snow can block exterior cameras, while freezing temperatures can disable certain models. Detached structures, including barns or garages, often sit beyond a signal’s range, making them difficult to secure with standard kits.
The HelloNation feature stresses that these challenges are not just theoretical—they appear in daily use. A reliable security system requires a strategy that begins with a coverage map. Richardson walks each property to mark key entry points such as doors, windows, and driveways. This visual plan highlights where cameras should go to avoid blind spots and wasted coverage.
The coverage map also helps homeowners understand how the property layout interacts with natural movement patterns. By seeing where people might approach or linger, installers can position equipment where it captures the most meaningful footage. This kind of pre-planning often prevents unnecessary purchases and frustration after installation.
Power supply is another major factor in performance. Cameras and sensors need consistent electricity, and outdoor outlets must be weather-protected. The article explains that extension cords create risks and are not viable long-term solutions. Instead, sheltered mounting points and properly routed wiring ensure stability. Richardson recommends choosing devices that balance durability and energy efficiency so that the system remains steady in all conditions.
Wi Fi performance remains one of the most common weak links. Walls made of concrete, stone, or timber can cut signals dramatically. A camera that connects smoothly indoors may fail once moved outside. To ensure reliability, Richardson tests each unit in its final location, adjusting placement or adding signal support when necessary. The HelloNation article makes clear that guessing rarely works—signal strength must be verified before the system is finalized.
Weather, particularly in New Hampshire, adds another layer of complexity. Freezing temperatures can drain batteries, while snow and ice obscure infrared lighting. During summer, low sun angles and glare can also wash out images. The feature explains that testing at different times of day allows for better camera angles and more balanced lighting. A reliable security system, the article notes, adapts to both winter storms and bright summer days.
Exterior cameras, in particular, require attention to shielding and placement. Mounting under eaves or on sheltered walls reduces snow accumulation and water damage. A small adjustment in angle can keep the lens clear and prevent distorted footage. Richardson’s process prioritizes these adjustments to protect visibility and extend device life.
Terrain further complicates home security setups. Hills, trees, and uneven yards create blind spots that off-the-shelf systems rarely account for. The HelloNation feature details how shadows, slopes, and vegetation can block motion sensors or cause false alerts. By aligning camera placement with the property’s contours, Richardson ensures coverage that adapts to real movement patterns rather than textbook layouts.
This focus on environmental awareness turns a basic setup into a dependable network. The article illustrates how even a modest system, when tuned to its surroundings, can outperform a larger system installed without planning. It is not the number of devices that provides peace of mind, but how well they fit the property’s conditions.
Security Systems Expert Brandon Richardson advises that working with local professionals is often the smartest investment. Local installers understand the realities of New Hampshire weather, the materials used in regional construction, and the signal obstacles common to older homes. This insight allows them to prevent problems before they occur, saving homeowners both money and stress.
In the HelloNation article, Richardson’s experience shows that reliability starts with preparation. A property-specific coverage map, stable power, tested Wi Fi performance, and weather-aware installation all work together to form a durable and responsive system.
With the right design, even small or midrange security systems can provide clear footage and dependable protection. When combined with good planning and ongoing maintenance, they perform reliably through New Hampshire’s demanding seasons.
Smart Choices for Reliable Home Security Systems features insights from Brandon Richardson, Security Systems Expert of Manchester, NH, in HelloNation.
About HelloNation
HelloNation is a premier media platform that connects readers with trusted professionals and businesses across various industries. Through its innovative “edvertising” approach that blends educational content and storytelling, HelloNation delivers expert-driven articles that inform, inspire, and empower. Covering topics from home improvement and health to business strategy and lifestyle, HelloNation highlights leaders making a meaningful impact in their communities.
View original content to download multimedia:https://www.prnewswire.com/news-releases/reliable-security-systems-explained-by-security-systems-expert-brandon-richardson-of-manchester-nh-for-hellonation-302699701.html
SOURCE HelloNation
MANCHESTER, N.H., Feb. 27, 2026 /PRNewswire/ — What makes a home security system reliable in regions with tough seasonal weather? A HelloNation article answers this question by explaining how careful design, planning, and local knowledge create better protection than off-the-shelf products. Readers can explore these details in a HelloNation article.
The piece highlights Security Systems Expert Brandon Richardson of Mount Major Tech in Manchester, who emphasizes that a security system’s success depends on understanding each property’s unique layout and environmental conditions. The article describes how climate, terrain, and building materials affect how sensors and cameras perform.
Many homeowners, the article notes, assume that any packaged system will deliver full protection. Yet, properties differ in ways that can weaken even high-end products. Factors such as thick walls, long driveways, and basement layouts all impact Wi Fi performance and signal reach, which are critical for a security system to function reliably.
Brandon Richardson shares that in New Hampshire, common home features like deep basements and steep roofs complicate installation. Heavy winter snow can block exterior cameras, while freezing temperatures can disable certain models. Detached structures, including barns or garages, often sit beyond a signal’s range, making them difficult to secure with standard kits.
The HelloNation feature stresses that these challenges are not just theoretical—they appear in daily use. A reliable security system requires a strategy that begins with a coverage map. Richardson walks each property to mark key entry points such as doors, windows, and driveways. This visual plan highlights where cameras should go to avoid blind spots and wasted coverage.
The coverage map also helps homeowners understand how the property layout interacts with natural movement patterns. By seeing where people might approach or linger, installers can position equipment where it captures the most meaningful footage. This kind of pre-planning often prevents unnecessary purchases and frustration after installation.
Power supply is another major factor in performance. Cameras and sensors need consistent electricity, and outdoor outlets must be weather-protected. The article explains that extension cords create risks and are not viable long-term solutions. Instead, sheltered mounting points and properly routed wiring ensure stability. Richardson recommends choosing devices that balance durability and energy efficiency so that the system remains steady in all conditions.
Wi Fi performance remains one of the most common weak links. Walls made of concrete, stone, or timber can cut signals dramatically. A camera that connects smoothly indoors may fail once moved outside. To ensure reliability, Richardson tests each unit in its final location, adjusting placement or adding signal support when necessary. The HelloNation article makes clear that guessing rarely works—signal strength must be verified before the system is finalized.
Weather, particularly in New Hampshire, adds another layer of complexity. Freezing temperatures can drain batteries, while snow and ice obscure infrared lighting. During summer, low sun angles and glare can also wash out images. The feature explains that testing at different times of day allows for better camera angles and more balanced lighting. A reliable security system, the article notes, adapts to both winter storms and bright summer days.
Exterior cameras, in particular, require attention to shielding and placement. Mounting under eaves or on sheltered walls reduces snow accumulation and water damage. A small adjustment in angle can keep the lens clear and prevent distorted footage. Richardson’s process prioritizes these adjustments to protect visibility and extend device life.
Terrain further complicates home security setups. Hills, trees, and uneven yards create blind spots that off-the-shelf systems rarely account for. The HelloNation feature details how shadows, slopes, and vegetation can block motion sensors or cause false alerts. By aligning camera placement with the property’s contours, Richardson ensures coverage that adapts to real movement patterns rather than textbook layouts.
This focus on environmental awareness turns a basic setup into a dependable network. The article illustrates how even a modest system, when tuned to its surroundings, can outperform a larger system installed without planning. It is not the number of devices that provides peace of mind, but how well they fit the property’s conditions.
Security Systems Expert Brandon Richardson advises that working with local professionals is often the smartest investment. Local installers understand the realities of New Hampshire weather, the materials used in regional construction, and the signal obstacles common to older homes. This insight allows them to prevent problems before they occur, saving homeowners both money and stress.
In the HelloNation article, Richardson’s experience shows that reliability starts with preparation. A property-specific coverage map, stable power, tested Wi Fi performance, and weather-aware installation all work together to form a durable and responsive system.
With the right design, even small or midrange security systems can provide clear footage and dependable protection. When combined with good planning and ongoing maintenance, they perform reliably through New Hampshire’s demanding seasons.
Smart Choices for Reliable Home Security Systems features insights from Brandon Richardson, Security Systems Expert of Manchester, NH, in HelloNation.
About HelloNation
HelloNation is a premier media platform that connects readers with trusted professionals and businesses across various industries. Through its innovative “edvertising” approach that blends educational content and storytelling, HelloNation delivers expert-driven articles that inform, inspire, and empower. Covering topics from home improvement and health to business strategy and lifestyle, HelloNation highlights leaders making a meaningful impact in their communities.
View original content to download multimedia:https://www.prnewswire.com/news-releases/reliable-security-systems-explained-by-security-systems-expert-brandon-richardson-of-manchester-nh-for-hellonation-302699701.html
SOURCE HelloNation
Developing housing is already a complex equation, and tapping EB-5 capital adds a whole other layer of strategy.
In this episode of BuzzHouse, Don Bernards and Garrick Gibson are joined by their Baker Tilly colleagues Warren Oakes and Jillian O’Brien, two professionals with deep experience in EB-5 project structuring, compliance and advisory services. The team explains what EB-5 is, how it applies to multifamily housing, the steps developers need to take if they’re considering this type of capital and how to evaluate if EB-5 is a good fit for your housing project.
Affordable housing resources
For articles, webinars and additional resources for developers, housing authorities, property managers, state housing credit agencies and lenders, visit our affordable housing page.
For more information on this topic, or to learn how Baker Tilly specialists can help, contact our team.
Developing housing is already a complex equation, and tapping EB-5 capital adds a whole other layer of strategy.
In this episode of BuzzHouse, Don Bernards and Garrick Gibson are joined by their Baker Tilly colleagues Warren Oakes and Jillian O’Brien, two professionals with deep experience in EB-5 project structuring, compliance and advisory services. The team explains what EB-5 is, how it applies to multifamily housing, the steps developers need to take if they’re considering this type of capital and how to evaluate if EB-5 is a good fit for your housing project.
Affordable housing resources
For articles, webinars and additional resources for developers, housing authorities, property managers, state housing credit agencies and lenders, visit our affordable housing page.
For more information on this topic, or to learn how Baker Tilly specialists can help, contact our team.
- Exclusive collaboration combines Giammarco Technologies’ proven process with Baker Hughes’ world-class turbomachinery
- Companies to deliver integrated, fit-for-purpose and cost-competitive solutions that enable energy and industrial decarbonization, at scale
- Joint solution to build on pilot plant testing and experience from more than 400 HPC industrial projects.
FLORENCE and VENICE, Italy, February 27, 2026 /3BL/ – Baker Hughes, an energy technology company, and Giammarco Technologies S.r.l., renowned licensor of Hot Potassium Carbonate (HPC) process, announced an exclusive collaboration to advance and commercialize HPC solutions for post-combustion capture across a range of energy and industrial sectors. The announcement was made at the 2026 Baker Hughes Annual Meeting in Florence, Italy.
Giammarco Technologies’ proven HPC process is already widely used across more than 400 industrial projects and leverages a safe and sustainable potassium-based solvent to efficiently capture CO₂ from gas streams. Under the collaboration, this process will be integrated with Baker Hughes’ turbomachinery technology – including trains for flue gas compression and expansion and mechanical vapor recompression – for post-combustion capture applications.
Together, the companies will seek to leverage multi-sector pilot plant testing and deliver fully integrated, customized solutions that will help lower the cost of carbon capture. Already supporting customers with feasibility studies and prospecting front-end engineering design (FEED), the companies will deliver projects through full execution across multiple industries.
“We’re proud to collaborate with Giammarco Technologies. Together, our complementary capabilities will expand the use of HPC across hard-to-abate sectors and unlock new pathways for energy and industrial decarbonization at scale,” said Ahmed Eldemerdash, vice president of Climate Technology Solutions at Baker Hughes. “This collaboration underscores our commitment to advancing technologies that improve the economic viability of CO₂ projects and to being a trusted partner to reduce emissions worldwide.”
“We are proud to enter into a strategic collaboration with Baker Hughes, representing a major step forward in the global deployment of our HPC process and further strengthening Giammarco Technologies’ position as a technology leader in post-combustion carbon capture,” said Giuseppe Giammarco, CEO of Giammarco Technologies. “Our advanced process, combined with Baker Hughes’ global execution capabilities, enable the delivery of high-performance, cost-effective and fully integrated solutions for industrial and energy sector decarbonization.”
Through this strategic collaboration, the HPC offering is now part of Baker Hughes broad portfolio of CCUS solutions, which includes consultancy, front-end design, capture and purification systems, fit-for-purpose compression and liquefaction technology, well design and construction for injection and monitoring, as well as long-term site stewardship.
About Baker Hughes
Baker Hughes (NASDAQ: BKR) is an energy technology company that provides solutions to energy and industrial customers worldwide. Built on a century of experience and conducting business in over 120 countries, our innovative technologies and services are taking energy forward – making it safer, cleaner and more efficient for people and the planet. Visit us at bakerhughes.com.
About Giammarco Technologies
With over 70 years of expertise and more than 400 industrial references, Giammarco Technologies is a trusted leader in licensing advanced processes for capturing CO₂ from industrial emissions. Built on Hot Potassium Carbonate solvent, its sustainable and scalable solutions help industries worldwide reduce their carbon footprint and accelerate the transition to a low-carbon future. Visit us at giammarcotechnologies.com.
For more information, please contact:
Media Relations
Melanie Kania
832-727-5195
melanie.kania@bakerhughes.com
Media & Communications
Gabriele Olivo
+39 041-719387
g.olivo@giammarcotechnologies.com
- Exclusive collaboration combines Giammarco Technologies’ proven process with Baker Hughes’ world-class turbomachinery
- Companies to deliver integrated, fit-for-purpose and cost-competitive solutions that enable energy and industrial decarbonization, at scale
- Joint solution to build on pilot plant testing and experience from more than 400 HPC industrial projects.
FLORENCE and VENICE, Italy, February 27, 2026 /3BL/ – Baker Hughes, an energy technology company, and Giammarco Technologies S.r.l., renowned licensor of Hot Potassium Carbonate (HPC) process, announced an exclusive collaboration to advance and commercialize HPC solutions for post-combustion capture across a range of energy and industrial sectors. The announcement was made at the 2026 Baker Hughes Annual Meeting in Florence, Italy.
Giammarco Technologies’ proven HPC process is already widely used across more than 400 industrial projects and leverages a safe and sustainable potassium-based solvent to efficiently capture CO₂ from gas streams. Under the collaboration, this process will be integrated with Baker Hughes’ turbomachinery technology – including trains for flue gas compression and expansion and mechanical vapor recompression – for post-combustion capture applications.
Together, the companies will seek to leverage multi-sector pilot plant testing and deliver fully integrated, customized solutions that will help lower the cost of carbon capture. Already supporting customers with feasibility studies and prospecting front-end engineering design (FEED), the companies will deliver projects through full execution across multiple industries.
“We’re proud to collaborate with Giammarco Technologies. Together, our complementary capabilities will expand the use of HPC across hard-to-abate sectors and unlock new pathways for energy and industrial decarbonization at scale,” said Ahmed Eldemerdash, vice president of Climate Technology Solutions at Baker Hughes. “This collaboration underscores our commitment to advancing technologies that improve the economic viability of CO₂ projects and to being a trusted partner to reduce emissions worldwide.”
“We are proud to enter into a strategic collaboration with Baker Hughes, representing a major step forward in the global deployment of our HPC process and further strengthening Giammarco Technologies’ position as a technology leader in post-combustion carbon capture,” said Giuseppe Giammarco, CEO of Giammarco Technologies. “Our advanced process, combined with Baker Hughes’ global execution capabilities, enable the delivery of high-performance, cost-effective and fully integrated solutions for industrial and energy sector decarbonization.”
Through this strategic collaboration, the HPC offering is now part of Baker Hughes broad portfolio of CCUS solutions, which includes consultancy, front-end design, capture and purification systems, fit-for-purpose compression and liquefaction technology, well design and construction for injection and monitoring, as well as long-term site stewardship.
About Baker Hughes
Baker Hughes (NASDAQ: BKR) is an energy technology company that provides solutions to energy and industrial customers worldwide. Built on a century of experience and conducting business in over 120 countries, our innovative technologies and services are taking energy forward – making it safer, cleaner and more efficient for people and the planet. Visit us at bakerhughes.com.
About Giammarco Technologies
With over 70 years of expertise and more than 400 industrial references, Giammarco Technologies is a trusted leader in licensing advanced processes for capturing CO₂ from industrial emissions. Built on Hot Potassium Carbonate solvent, its sustainable and scalable solutions help industries worldwide reduce their carbon footprint and accelerate the transition to a low-carbon future. Visit us at giammarcotechnologies.com.
For more information, please contact:
Media Relations
Melanie Kania
832-727-5195
melanie.kania@bakerhughes.com
Media & Communications
Gabriele Olivo
+39 041-719387
g.olivo@giammarcotechnologies.com