child education
Spilling the Secrets to Early Literacy
Reading is critical for young children’s educational journeys, impacting their cognitive abilities, language proficiency, and later academic achievement.
(Family Features) For young children, learning to read is a critical step in their educational journeys, as literacy helps build cognitive abilities and language proficiency and has a direct impact on later academic achievement.
While there are no shortcuts to early literacy, there are steps parents can take to promote the development of children’s reading abilities. Dr. Lauren Loquasto, senior vice president and chief academic officer at The Goddard School, and Steve Metzger, award-winning author of more than 70 children’s books, share this guidance for parents.
Get Started Early
It’s never too early to start reading with children. In fact, they respond to being read to prenatally. One of the best ways to encourage early literacy is modeling the act of reading. Young children love to imitate, and if they see their parents reading, they are more likely to want to read themselves. Instead of scrolling on your phone or watching television while your children play, pick up a book or magazine.
Use Conversation to Build Literacy
To help build their vocabularies, consistently engage children in conversation. Literacy is more than reading and writing; it’s also listening and speaking. Children understand words before they can articulate them, so don’t be discouraged if it feels like a one-way conversation.
Expose Children to More Than Books
Make your home environment print-rich, as the more exposure children have to letters and words, the better. For example, keep magnetic letters and words on the fridge, put labels on your toy containers and position books and magazines in different rooms. Also remember reading isn’t limited to books. Words are everywhere, from street signs to restaurant menus. Take advantage of every opportunity to connect with your children through words throughout your day.
Let Them Take the Lead
Children engage with books in different, developmentally appropriate ways. Some children quickly flip through pages or only look at pictures while others might make up stories or their own words or songs. Some only want to read the same book over and over and some want to read a new book every time. Embrace and encourage their interest in books, no matter how they choose to use them.
Establish a Routine
Parents of young children often have busy and hectic lives, so it isn’t always easy to find time to read. Consistency is key, so be intentional about setting aside time for reading every day – perhaps it’s after dinner or before bedtime – and stick to it.
Select the Right Books
Helping young children choose books is an important part of their learning-to-read process. Developmental appropriateness is critical. For infants and toddlers, start with nursery rhymes, which are mini-stories that grasp children’s attention through repetition, rhythm and rhyming. Visuals are also important because they aren’t yet pulling words off the page. For emerging readers, choose books that align with their interests. Focus on books that are printed with text that goes from left to right and top to bottom.
Expose children to both fiction and non-fiction books. Non-fiction provides real-world knowledge children crave and helps them make sense of what they read in fictional stories. For example, the learnings about the life cycle of a bat they read in “Bat Loves the Night,” a non-fiction book, can help them better understand what’s happening in “Stellaluna,” a fiction book about a young bat.
If you’re in doubt about book choices, consult with a teacher or librarian, who can make recommendations based on your children’s interests and reading levels.
Foster a Love of Reading
Children’s early exposure to books can set the stage for a lifetime of reading. Make reading a time for discovery. Take children to a library or bookstore and encourage them to explore and find books on their own. Display genuine interest in their selections and use books as a tool for engaging and connecting with them. Don’t pressure children to learn how to read. Accept, validate and encourage them as they progress on their unique literacy journeys.
To watch a webinar recording featuring Loquasto and Metzger providing additional literacy guidance and recommendations, and access a wealth of actionable parenting insights and resources, visit the Parent Resource Center at GoddardSchool.com.
Photos courtesy of Shutterstock
SOURCE:
The Goddard School
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Lisa Bosman, Purdue University
Diversifying the science, technology, engineering and math fields has long been a top priority of many universities and tech companies. It’s also a goal of the National Science Foundation, the biggest funder of university-led research and development in the U.S.
But in the field of engineering, at least, there hasn’t been a lot of progress in diversifying the academic pipeline beyond white men.
The share of engineering bachelor’s degrees awarded to Black students has barely budged over the past decade. Women and Hispanic students fared better, but their respective percentages are still well below their shares of the population as a whole. The shares of engineering professors who are Black or Hispanic are also little changed and remain in the low single digits.
Many reasons have been cited for this lack of progress, including stereotypes, lack of exposure, limited role models and the recent backlash against so-called woke policies that emphasize diverse hiring policies. But, as a scholar of STEM education accessibility, I believe there’s another culprit: poorly prepared professors. Unlike the other challenges, it happens to be a much easier problem for universities themselves to remedy.
Some progress – but not a lot
A quick look at the numbers shows there hasn’t been much to show for all the efforts to improve diversity of the engineering field.
For example, in 2011, 4.2% of engineering bachelor’s degrees were awarded to African American students. A decade later, 4.7% of degrees went to African American students.
Progress was better for women and Hispanic students, but the numbers are still far from proportional to demographics. In 2011, Hispanic students earned 8.5% of engineering degrees. That rose to 13.6% in 2021 – versus the group’s 20% share of the U.S. population.
Women similarly saw gains over the years, going from 18% to 24%. But 6 percentage points in 10 years doesn’t look as good when you consider that women make up over half of the population.
The situation is worse when you look at the share who become professors. In 2020, 2.5% of engineering professors were African American, the same share as 10 years earlier. The share of Hispanic engineering professors edged up to 3.9% from 3.7%.
Women fared slightly better, rising to 18.6% from 13.8%, but as noted, that’s still a pretty poor result from all those efforts to diversity the academy.
More broadly, there’s a deeper problem in engineering schools. Just 56% of engineering students complete their bachelor’s degree in six years, according to a 2021 report by the American Society for Engineering Education. That compares with 64% for all fields. A National Science Foundation survey from the same year found that only 65% of science and engineering college graduates were working in a field related to their degree.
In other words, roughly a third of engineering students aren’t getting their degrees, and among those who do, around a third are switching careers – despite investing a lot of money on their education. While there’s limited data available on women or specific racial groups, I don’t think I’m going out on a limb to argue that the numbers for them look even worse.
Engineering teachers lack much teacher training
Among the reasons cited for this, I believe that the roles of teaching and learning haven’t received enough attention.
A growing body of research suggests that the quality of teaching needs to improve to reverse trends of lower graduation rates and properly teach an increasingly diverse student body. And I believe this is especially true in STEM disciplines like engineering.
Engineering professors commonly have training in advanced technical areas, but few receive training in teaching and learning. This challenge of poor teaching preparedness is not limited to the engineering discipline, but the consequences are much worse, especially given the push to diversify STEM.
Effective teaching enhances retention and completion rates by promoting better understanding of the material and creating more student involvement in the learning process. When students are actively engaged, supported and motivated to learn, they are more likely to persist and complete their educational goals.
Teacher training for universities is starkly different than K-12 training. Most school districts require that teachers have a four-year bachelor’s degree in teacher education. The focus is less on content and more on implementing effective teaching practices. K-12 training includes lesson planning, differentiated instruction and best practices for classroom management. There is also often a strong emphasis on social, emotional and behavioral well-being.
Although some engineering doctoral students might gain teaching exposure through a graduate teaching assistantship, this experience is commonly limited to grading assignments and rarely includes course design and development.
To teach as a professor in colleges and universities, most accreditation boards simply require a minimum of 18 graduate credits – or about two semesters – in the topic area. Here, the focus is strictly on research content. No prior teaching experience or training is required.
As a result, newly minted doctoral graduates are thrown into the lion’s den of teaching unprepared. If they are lucky, they are provided with the latest available syllabus. However, new professors are typically unprepared to accommodate students with disabilities, teach Black and Hispanic students, work with remedial students or navigate sensitive topics. They are generally anxious about teaching.
The field of K-12 teacher education has strategies to deal with these challenges. Continuing education and ongoing professional development keep both experienced and inexperienced teachers up to date on inclusive teaching practices. These can include sharing gender pronouns, ensuring media is accessible, using inclusive language and offering diverse perspectives in teaching resources. And yet, keeping up with these changes can be daunting for new professors.
Teaching teachers to teach
But there is a solution: treating college-level teaching as a professional development opportunity.
Most colleges and universities offer professional development training for professors and other instructors who want to opt in to teacher training, but the programs often have limited scope and responsibility at a level to make a substantial positive impact on student learning and engagement.
One way to change this is to invest in Scholarship of Teaching and Learning programs. This is a scholarly approach in which educators systematically study their teaching practices, student learning outcomes and the effectiveness of various teaching methods and strategies.
At Purdue University, we created a Scholarship of Teaching and Learning Accelerator program to help engineering graduate students around the world improve their teaching methods and share what they learned with others. In 2024, we published a peer-reviewed article that reports the process and what we learned.
By providing comprehensive professional development opportunities tailored to the needs of engineering instructors, institutions can support their ongoing growth and development as effective educators, ultimately enhancing the quality of engineering education and preparing students for success in their future career.
And in turn, better-trained teachers will be better equipped to support students from diverse backgrounds and help those traditionally underrepresented in STEM.
Lisa Bosman, Associate Professor of Technology Leadership and Innovation, Purdue University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
The Bridge is a section of the STM Daily News Blog meant for diversity, offering real news stories about bona fide community efforts to perpetuate a greater good. The purpose of The Bridge is to connect the divides that separate us, fostering understanding and empathy among different groups. By highlighting positive initiatives and inspirational actions, The Bridge aims to create a sense of unity and shared purpose. This section brings to light stories of individuals and organizations working tirelessly to promote inclusivity, equality, and mutual respect. Through these narratives, readers are encouraged to appreciate the richness of diverse perspectives and to participate actively in building stronger, more cohesive communities.
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Matt Kasson, West Virginia University
Curious Kids is a series for children of all ages. If you have a question you’d like an expert to answer, send it to curiouskidsus@theconversation.com.
Is a zombie apocalypse caused by fungi, like the Cordyceps from “The Last of Us,” something that could realistically happen? – Jupiter, age 15, Ithaca, New York
Zombies strike fear into our hearts – and if they’re persistent, eventually they get inside our heads. Animals taken over by zombies no longer control their own bodies or behaviors. Instead, they serve the interests of a master, whether it’s a virus, fungus or some other harmful agent.
The term “zombi” comes from Vodou, a religion that evolved in the Caribbean nation of Haiti. But the idea of armies of undead, brain-eating human zombies comes from movies, such as “Night of the Living Dead,” television shows like “The Walking Dead” and video games like Resident Evil.
Those all are fictional. Nature is where we can find real examples of zombification – one organism controlling another organism’s behavior.
I study fungi, a huge biological kingdom that includes molds, mildews, yeasts, mushrooms and zombifying fungi. Don’t worry – these “brain-eating organisms” tend to target insects.
The fungus Ophiocordyceps unilateralis infects and kills ants. Over time, they can diminish the local ant population.
Insect body snatchers
One of the most famous examples is the zombie ant fungus, Ophiocordyceps unilateralis, which is part of a larger group known as Cordyceps fungi. This fungus inspired the video game and HBO series “The Last of Us,” in which a widespread fungal infection turns people into zombie-like creatures and causes society to collapse.
In the real world, ants usually come into contact with this fungus when spores – pollen-size reproductive particles that the fungus makes – fall onto the ant from a tree or plant overhead. The spores penetrate the ant’s body without killing it.
Once inside, the fungus spreads in the form of a yeast. The ant stops communicating with nestmates and staggers around aimlessly. Eventually it becomes hyperactive.
Finally, the fungus causes the ant to climb up a plant and lock onto a leaf or a stem with its jaws – a behavior called summiting. The fungus changes into a new phase and consumes the ant’s organs, including its brain. A stalk erupts from the dead insect’s head and produces spores, which fall onto healthy ants below, starting the cycle again.
Scientists have described countless species of Ophiocordyceps. Each one is tiny, with a very specialized lifestyle. Some live only in specific areas: for example, Ophiocordyceps salganeicola, a parasite of social cockroaches, is found only in Japan’s Ryukyu Islands. I expect that there are many more species around the world awaiting discovery.
The zombie cicada fungus, Massospora cicadina, has also received a lot of attention in recent years. It infects and controls periodical cicadas, which are cicadas that live underground and emerge briefly to mate on 13- or 17-year cycles.
The fungus keeps the cicadas energized and flying around, even as it consumes and replaces their rear ends and abdomens. This prolonged “active host” behavior is rare in fungi that invade insects. Massospora has family members that target flies, moths, millipedes and soldier beetles, but they cause their hosts to summit and die, like ants affected by Ophiocordyceps.
The real fungal threats
These diverse morbid partnerships – relationships that lead to death – were formed and refined over millions of years of evolutionary time. A fungus that specializes in infecting and controlling ants or cicadas would have to evolve vastly new tools over millions more years to be able to infect even another insect, even one that’s closely related, let alone a human.
In my research, I’ve collected and handled hundreds of living and dead zombie cicadas, as well as countless fungus-infected insects, spiders and millipedes. I’ve dissected hundreds of specimens and uncovered fascinating aspects of their biology. Despite this prolonged exposure, I still control my own behavior.
Some fungi do threaten human health. Examples include Aspergillus fumigatus and Cryptococcus neoformans, both of which can invade people’s lungs and cause serious pneumonia-like symptoms. Cryptococcus neoformans can spread outside the lungs into the central nervous system and cause symptoms such as neck stiffness, vomiting and sensitivity to light.
Invasive fungal diseases are on the rise worldwide. So are common fungal infections, such as athlete’s foot – a rash between your toes – and ringworm, a rash that despite its name is caused by a fungus.
Fungi thrive in perpetually warm and wet environments. You can protect yourself against many of them by showering after you get sweaty or dirty and not sharing sports gear or towels with other people.
Not all fungi are scary, and even the alarming ones won’t turn you into the walking dead. The closest you’re likely to come to a zombifying fungus is through watching scary movies or playing video games.
If you’re lucky, you might find a zombie ant or fly in your own neighborhood. And if you think they’re cool, you could become a scientist like me and spend your life seeking them out.
Hello, curious kids! Do you have a question you’d like an expert to answer? Ask an adult to send your question to CuriousKidsUS@theconversation.com. Please tell us your name, age and the city where you live.
And since curiosity has no age limit – adults, let us know what you’re wondering, too. We won’t be able to answer every question, but we will do our best.
Matt Kasson, Associate Professor of Mycology and Plant Pathology, West Virginia University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
The science section of our news blog STM Daily News provides readers with captivating and up-to-date information on the latest scientific discoveries, breakthroughs, and innovations across various fields. We offer engaging and accessible content, ensuring that readers with different levels of scientific knowledge can stay informed. Whether it’s exploring advancements in medicine, astronomy, technology, or environmental sciences, our science section strives to shed light on the intriguing world of scientific exploration and its profound impact on our daily lives. From thought-provoking articles to informative interviews with experts in the field, STM Daily News Science offers a harmonious blend of factual reporting, analysis, and exploration, making it a go-to source for science enthusiasts and curious minds alike. https://stmdailynews.com/category/science/
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podcasts
Does magic really exist? The Conversation’s Curious Kids podcast
Julia, a curious seven-year-old, wonders if scientific explanations will diminish the magic of phenomena like rainbows and Northern Lights, explored in The Conversation’s Curious Kids podcast.
Eloise Stevens, The Conversation
Seven-year-old Julia in London thinks that rainbows and the Northern Lights are magical. But if a scientist tells her how they work, will she still believe they are? Join us to find out on The Conversation’s Curious Kids podcast!
Featuring Partha Chowdhury, professor of physics at UMass Lowell in the US.
This is the last episode in the first season of The Conversation’s Curious Kids podcast, published in partnership with FunKids, the UK’s children’s radio station. It’s hosted and produced by Eloise. The executive producer is Gemma Ware.
Email your question to curiouskids@theconversation.com or record it and send your question to us directly at funkidslive.com/curious.
And explore more articles from our Curious Kids series on The Conversation.
Disclosure statement:
Partha Chowdhury does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Eloise Stevens, Host, The Conversation’s Curious Kids podcast, The Conversation
This article is republished from The Conversation under a Creative Commons license. Read the original article.
The science section of our news blog STM Daily News provides readers with captivating and up-to-date information on the latest scientific discoveries, breakthroughs, and innovations across various fields. We offer engaging and accessible content, ensuring that readers with different levels of scientific knowledge can stay informed. Whether it’s exploring advancements in medicine, astronomy, technology, or environmental sciences, our science section strives to shed light on the intriguing world of scientific exploration and its profound impact on our daily lives. From thought-provoking articles to informative interviews with experts in the field, STM Daily News Science offers a harmonious blend of factual reporting, analysis, and exploration, making it a go-to source for science enthusiasts and curious minds alike. https://stmdailynews.com/category/science/
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