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Bonus Books: April showers bring new weather books

Bonus Books: April showers bring new weather books

Yahoo16-05-2025

Spring brings flowers and showers, and thankfully, books. Here's a new crop to keep little readers engaged and learning as they celebrate their world. Teachers, don't miss 'Here is a Book.' It is timeless.
by Ruth Spiro, illustrated by Kat Uno (Charlesbridge, ages birth – 3) and 'How to Explain Climate Science to a Grown-Up' by Ruth Spiro, illustrated by Teresa Martinez (Charlesbridge, ages 4 – 8)
For kiddos who can't get enough of science and weather, these books will be read again and again. 'Baby Loves Meteorology' is a board book and part of the wonderful 'Baby Loves Science' series. It beautifully talks to the youngest scientists in simple terms without talking down to them, which is no small feat. 'How to Explain Climate Science to a Grown-Up' is in a delightful format and it is a great way to help kids understand that adults don't know everything. In fact, some are unlearning things as science progresses and gives us new information – and kids can help.
by Kelly Anne McLellan, illustrated by Javiera Mac-lean (Callisto Publishing)
Good details in a chapter book format like this one can help emerging readers feel empowered as they learn to read for content. But they don't have to know that. For many kids, nonfiction rules, and this is likely to become a 'carry around' book that they can work through on their own, learning and succeeding along the way.
by Shannon Anderson, illustrated by Jaclyn Sinquett (Feeding Minds Press, ages 4 – 8)
OK, teachers, this is a great hands-on science book, but get ready for your students to start asking about things like how to secure grant funding for their school hydroponic garden system. This is such a fun story (with a bit of encouragement for kids who have moved to a new school) and it shows kids that determination and teamwork can make all sorts of things grow.
by Laurel Goodluck, written by Steph Littlebird (Simon & Schuster Books for Young Readers, ages 4 – 8)
Get this one and add it to your home library, your classroom and anywhere else you can find. It also makes a wonderful gift from a child to one of those fierce aunties that fill a role only they can. This is a beautiful celebration of a special relationship, a championing of the importance of Indigenous wisdom and a joyful acknowledgement of chosen family.
by Chrissy Metz and Bradley Collins, illustrated by Lisa Fields (Flamingo Books, ages 4 – 8)
Big feelings are very real and this gentle book lets little (and big) kids know that it's OK to talk about them, even in their prayers. Whether children feel brave or scared, sad or frustrated, this sweet story affirms kids wherever they are.
by Elisha Cooper (Abrams Books for Young Readers, ages 4 – 8)
From Caldecott Honor Winner Elisha Cooper, the frame-worthy pages of this story help readers understand how a book is born, from the imagination and work and creativity of the author and illustrator, to the teamwork (and coffee) of the publishing team, and all the way across the roads to the schools and libraries where a story that didn't exist comes to be held in the hands of children who read it and make it part of who they are. It is simply wonderful.
New products for sleeping, gifting and on-the-go with baby
Dance, laugh and sing with the Fraggles
Giving children the best: We all have a role
Your guide to things to do in Asheville and WNC this week
This article originally appeared on Asheville Citizen Times: Bonus Books: Love for the earth and each other

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Fapon Biopharma to Showcase Differentiated Pipeline, Including Phase 1 Immunocytokine FP008, and Innovative Technology Platforms at BIO 2025
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Fapon Biopharma to Showcase Differentiated Pipeline, Including Phase 1 Immunocytokine FP008, and Innovative Technology Platforms at BIO 2025

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Cannabis Use Common in Teens With Chronic Pain, Study Finds
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Cannabis Use Common in Teens With Chronic Pain, Study Finds

Roughly one quarter of teens presenting at a pain clinic reported using cannabis, with the majority saying they used the drug to cope with symptoms related to chronic pain, according to new findings published in JAMA Network Open . These teens used the drug to alleviate their physical symptoms, as well as anxiety, poor sleep, or nausea. Researchers said teenagers who use marijuana increase their risk of developing adverse effects associated with the drug, such as worsening anxiety and depression. 'What concerns me most is the heightened risk of developing cannabis use disorder,' said Joe Kossowsky, PhD, MMSc, an assistant professor of anesthesia at Harvard Medical School in Boston, the lead author of the study. The rising potency of tetrahydrocannabinol, the main psychoactive substance in cannabis, may compound the risks for adverse effects among youth who use the drug, he said. 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By contrast, their peers who did not consume cannabis were more aware of the risks of such usage, including worsening their medical problems and developing addiction to the substance. Clinicians should also treat the pain, anxiety, and disrupted sleep that prompts patients to use cannabis. 'You can't take that away from them without providing them with something else that helps,' Kossowsky said. The first-line treatment is an integrative approach combining cognitive behavior therapy with physiotherapy. Medications can be added as needed, such as selective serotonin reuptake inhibitors to alleviate anxiety. Kossowsky said he is currently tracking the same cohort of teens with chronic pain over 5 years. 'This study is a first effort to shed light on a complex issue,' Kossowsky said. 'But now what we're seeing has definitely warranted going a step further.' This study was funded by the National Institute on Drug Abuse. 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CETI Looks Into The Complexities Of Whale Sounds With AI
CETI Looks Into The Complexities Of Whale Sounds With AI

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CETI Looks Into The Complexities Of Whale Sounds With AI

What can we learn from the whales? It's something that researchers at the CETI project (not to be confused with the SETI Institute) are working on in order to help drive awareness around language models that exist right here in our own world. In a recent TED talk, CETI's Pratyusha Sharma talks about the communication of sperm whales, and how humans can use that to learn more about other species and ourselves. Sharma is a graduate student at CSAIL and works with advisors like our own Daniela Rus to advance this kind of discovery. As a starter, she gave the example of aliens speaking to humans verbally, or through a script – and again, distinguish CETI from what they're doing in space research! 'Communication is a key characteristic of intelligence,' Sharma explained. 'Being able to create an infinite set of messages by sequencing together finite sets of sounds is what has distinguished human beings from other species.' However, she said, CETI research indicates that we may not be alone on the earth in developing these kinds of systems. In figuring this out, she suggested, we can get insights on other species, and understand our own language better as well. Millions of life forms on earth, she said, share some form of language. 'They have their own physical and mental constraints, and are involved in their own unique ecosystems and societies,' she said. 'However, we know very little about – their communications.' So how do you decipher them? In further explaining what goes on at CETI, she listed different stakeholders with credentials in areas like linguistics, biology, cryptography and AI. (Here's some more background on the project). Most of the research, she said, is taking place in the Dominican Republic, or in the Caribbean. Explaining how the large brains of sperm whales have evolved over 16 million years, she described activity that shows advanced thinking: 'The members of the family coordinate their dives, engage in extended periods of socialization, and even take turns babysitting each other's young ones,' she said. 'While coordinating in complete darkness, they exchange long sequences of sounds with one another.' The question, she noted, is this: what are they saying? Researchers at CETI have identified 21 types of 'codas' or call systems with a certain complexity. 'One of the key differentiators between human language and all animal communications is that beautiful property called duality of patterning,' Sharma said. 'It's how a base set of individually meaningless elements sequence together to give rise to words, that in turn are sequenced together to give rise to an infinite space with complex meaning.' She outlined some of the principles through which CETI is building this species knowledge. 'Getting to the point of understanding the communications of sperm whales will require us to understand what features of their (vocalizations) they control,' she said. Presenting a set of 'coda visualizations,' Sharma noted that these simple communications correspond to complex behavior. '(This) presented a fundamental mystery to researchers in the field,' she said. She showed how the CETI work magnifies the structure of a coda: 'Even though the clicks might not have sounded like music initially, when we plot them like this, they start to look like music,' she said, presenting a combinatorial coda system. 'They have different tempos and even different rhythm.' This, she added, reveals a lot about the minds of these creatures. 'The resulting set of individual sounds (in the coda) can represent 10 times more meanings than what was previously believed, showing that sperm whales can be much more expressive than what was previously thought,' she said. 'These systems are rare in nature, but not uniquely human. … these results open up the possibility that sperm whales' communication might provide our first example of this phenomenon in another species. … this will allow us to use more powerful machine learning techniques to analyze the data, and perhaps get us closer to an understanding the meanings of their sounds – and maybe (we can) even communicate back.' The research, she added, continues: 'Hopefully the algorithms and approaches we developed in the course of this project empower us to better understand the other species that we share this planet with,' she said. This type of research has a lot of potential!! Let's see what it turns up as we continue through the age of AI.

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