Research shows children starting kindergarten often know less about science compared to reading and math. Despite this, science activities typically make up the smallest proportion of the preschool day.
The science opportunity gap is even more pronounced in rural communities, where limited educational resources and lower emphasis on science education widen the divide.
As computers become more and more ubiquitous in nearly every aspect of daily life, the demand for teachers who can prepare the next generation of tech leaders is more pressing than ever.
Leen-Kiat Soh, professor of computing, is leading a project to ensure future generations of K-12 teachers are equipped with the skills and knowledge to bring the cutting-edge computer science into the classroom.
Approximately 97 million people worldwide have disabilities that require alternative communication (AAC) devices for communication support. However, many disabled children do not possess the motor abilities and spelling skills needed to use such devices, leaving them marginalized and unable to benefit from this technology.
Imagine being locked inside your own body, isolated and struggling to meaningfully connect and communicate with those around you.
Now imagine trying to cope with such isolation as a child.
For children with severe speech and physical impairments (SSPI), the lack of reliable communication methods has devastating impacts on their quality of life, well-being, medical care and social interactions.
After decades of work, many researchers believe climate change poses the greatest global threat to human health — and that youth are the most vulnerable to the impacts and most-dire consequences, both today and in the future.
Black, Latinx, Native American and other youth of color may be disproportionately affected by climate change with deepening inequalities in access to clean air and water, healthy foods and forced migration.
By Haley Apel, CEHS Director of Strategic Communications
Because today’s fast-paced world demands constant innovation in the areas of science, technology, engineering and mathematics, STEM-related occupations continue to grow at a faster rate than those in non-STEM related fields.
As learning environments increasingly rely on online course formats that work with busy college student schedules — particularly after disruptions caused by the COVID-19 pandemic — a better understanding of how students complete out-of-class assignments is crucial to ensuring equitable opportunities for academic success.
Creating connections among early childhood research, practice and policy — and how each can enhance the lives of young children and their families — provided the central theme of the 2022 CYFS Summit on Research in Early Childhood.
Nearly 200 attendees, including researchers from across the University of Nebraska system, practitioners, administrators, community partners and policymakers, gathered April 13 at Nebraska Innovation Campus for the daylong, sixth biennial summit, which highlighted the latest research to advance early childhood education and development, and implications for practice and policy.
