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State personalized learning plans need common definition, more support, researchers say
LAWRENCE — In 2015, the Every Student Succeeds Act required and incentivized states to address the needs of individual learners through practices including personalized learning. University of Kansas researchers have co-written a pair of studies showing that while all states have addressed personalized learning in their official state policies, there is no common definition for what the practice can be and little agreement on how to implement or support the practice.
KGS scientist receives national award for groundwater research
LAWRENCE — Jim Butler, senior scientist and geohydrologist at the Kansas Geological Survey, is the 2020 recipient of the National Ground Water Association’s M. King Hubbert Award. It is the association’s highest scientific honor. Along with KGS colleagues, Butler developed a new way to use the state’s annual water-level data, along with data submitted to the state by large-volume water users, to glean important insights about the response of aquifers when pumping is reduced to slow declines in groundwater levels.
Full stories below.
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Contact: Mike Krings, KU News Service, 785-864-8860, [email protected], @MikeKrings
State personalized learning plans need common definition, more support, researchers say
LAWRENCE — In 2015, the Every Student Succeeds Act required and incentivized states to address the needs of individual learners through practices including personalized learning. University of Kansas researchers have co-written a pair of studies showing that while all states have addressed personalized learning in their official state policies, there is no common definition for what the practice can be and little agreement on how to implement or support the practice.
Personalized learning is the practice of designing education curriculum to match the needs of individual students based on their strengths and interests instead of using a one-size-fits-all approach. Although personalized learning has gained support from policymakers and researchers, the nation still has much work to do to implement it on a mass scale, starting by defining exactly what personalized learning is, the researchers said.
The study authors analyzed ESSA plans for all 50 states, and four major themes emerged: definitions of PL, goals of PL for students, supports for PL and partnerships. The study was co-written by Ling Zhang and Sohyun Yang, recent doctoral graduate and doctoral candidate in special education at KU; and Richard Allen Carter assistant professor at the University of Wyoming and a KU alumnus. It was published in the Journal of Research on Technology in Education.
Among the key findings was that several organizations and states had attempted to define what personalized learning is or should be, but there was no consensus, and not even every state attempted definitions in their policies.
“There was no common definition of what personalized learning is, so we wanted to understand better what they thought it is or can be,” Yang said.
The lack of a common definition led to varying goals on what states hoped to achieve through personalized learning, though common themes did emerge. A handful of states each stated goals of providing well-rounded educational opportunities, alternate pathways to skill attainment and graduation, using PL to benefit marginalized populations of students and school improvement through the practice.
“These main goals emerged from states’ guidance on PL. Some wanted to use it to improve the entire school itself instead of focusing on individual students,” Zhang said. “Only a few states had guidelines on how to use PL for students in marginalized groups like those with disabilities, homeless or migratory students. Also by reviewing research on personalized learning, we found a few studies included students with disabilities as participants, and one study explicitly excluded students with disabilities, even though it is supposed to be for all students.”
In terms of support for personalized learning, the analysis found states focused largely on professional development for teachers and administrators, but others also described funding, technology and resources in their policies. While all four components are related, varying state laws, especially for how education funding can be used, prevented widespread consensus on how the required practice could be supported.
The fourth major theme, partnership, revealed that states primarily focused on partnering in one of two ways to implement personalized learning. Primarily, policies emphasized partnerships between school districts to support each other in use of the practice, while others emphasized partnering with private organizations that provide educational technology training and support.
The authors made several recommendations. First among them is the need for a consistent definition of what the practice is. To that end, the authors recommend the development of a conceptual framework for personalized learning, based both on research and successful, comprehensive PL policies such as those in place in New Hampshire and Tennessee. Such a definition should also specify that personalized learning is a way to provide well-rounded education to all students, including those with disabilities or from marginalized groups, create alternate pathways to skill attainment and graduation, and push for schoolwide improvement, the authors argue.
Technology and the role it can play in delivering personalized learning to students should also play a role in policy and an integrated approach to implementation, involving the concerns of all stakeholders such as administrators, teachers, parents and policymakers as well, researchers said.
“Policymakers need to decide how to define PL and then have clear policies about how to implement it in their schools and states,” Yang said. “To move PL forward, we need to consider how to build these supports at an integrated level.”
The authors said additional research in personalized learning is necessary to support good policy, and that it can also focus on how to help teachers implement it to their students’ benefit in classrooms and through blended learning every day. An additional study by Zhang, Yang and James Basham, professor of special education at KU, published in the journal Educational Research Review, found that the majority of research in personalized learning is in the early stages, focusing on the role of technology and contextual factors in implementation, leaving room for study on how the approach can be undertaken on a whole-school level.
While the research was conducted before the COVID-19 pandemic, the authors said the challenges presented to education by forcing schools to close, teach remotely and examine their daily practices can in fact be an opportunity to improve how educators reach each individual student.
“Ironically, this crisis has been an accelerator for changing the way we think about how we deliver education to every student,” Zhang said. “It has opened more conversations about how to redefine the personalized learning experience for both students and teachers.”
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Contact: Cathy Evans, Kansas Geological Survey, 785-864-2195, [email protected], @ksgeology
KGS scientist receives national award for groundwater research
LAWRENCE — Jim Butler, senior scientist and geohydrologist at the Kansas Geological Survey, is the 2020 recipient of the National Ground Water Association’s M. King Hubbert Award.
The association’s highest scientific honor, the award is given annually for major scientific or engineering contributions that advance the understanding of groundwater through research, writing, teaching and practical applications.
Butler’s research initiatives include the future of irrigated agriculture reliant on groundwater, field methods for obtaining detailed information about aquifer conditions, interpretation of water level changes in wells, interaction between groundwater and surface water, and the impact of phreatophytes – plants that access and depend on groundwater – on groundwater resources.
“Jim Butler is the recipient of the highest award in the U.S. for an individual working in applied hydrogeology, and he is only the fourth person to receive this honor for work done at a state geological survey,” said KGS Director Rolfe Mandel. “It is very satisfying to know that groundwater research conducted by Jim and his colleagues in the KGS Geohydrology section has been recognized throughout the world for its significance to the discipline as a whole.”
Every year KGS and the Division of Water Resources (DWR) of the Kansas Department of Agriculture measure water levels in about 1,400 wells to monitor the health of the expansive High Plains aquifer and smaller aquifers. The High Plains aquifer, a network of water-bearing rocks underlying parts of eight states, is the main source of water for irrigators, industries and municipalities in much of western and central Kansas.
With KGS colleagues, Butler developed a new way to use the annual water-level data, along with data submitted to the state by large-volume water users, to glean important insights about the response of aquifers when pumping is reduced to slow declines in groundwater levels.
“I’ve been very fortunate to work with an excellent group of colleagues who are deeply committed to addressing issues of significance to Kansas,” Butler said. “We have strived to make a difference, and it is gratifying to find others feel that we have.”
Late last year, Butler produced a significantly revised edition of his book, “The Design, Performance, and Analysis of Slug Tests,” which has become the standard reference for an economical and dependable method used to, among other things, obtain the information needed to help assess threats posed by sites of groundwater contamination.
Butler has been a member of the KGS Geohydrology section since 1986. He has written or co-written 78 scientific publications, presented 120 invited lectures to scientific and nontechnical audiences in 14 countries, and worked cooperatively with researchers from outside institutions, including Michigan State University, Stanford University and the Helmholtz Centre for Environmental Research in Germany.
The National Ground Water Association membership includes more than 10,000 groundwater scientists, engineers and contractors from the United States and around the world. M. King Hubbert was the author of “Theory of Ground-Water in Motion,” in which he presented some of the key principles of groundwater movement that have been the basis for many advances since the book was first published in 1940.
KGS is a nonregulatory research and service division of the University of Kansas. KGS researchers study and provide information on the state’s geologic resources and hazards, including groundwater, oil and natural gas, rocks and minerals, and earthquakes.
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