Essentials of WRAML3 and EMS Assessment (eBook)

Wayne Adams, Trevor A. Hall, David Sheslow (Autoren)

eBook Download: EPUB

2024 | 2. Auflage
304 Seiten
Wiley (Verlag)
978-1-119-98783-3 (ISBN)

Infos

Develop your memory assessment expertise with WRAML3 and EMS mastery

Essentials of WRAML3 and EMS Assessment allows you to dive deep into the intricacies of memory assessment and gain proficiency in making holistic, meaningful recommendations on the basis of test scores and subjective assessments. Explore the latest enhancements in the second version of WRAML, featuring a Performance Validity measure, heightened emphasis on delayed recall and working memory, more nuanced scoring, and an additional abbreviated format. This book will also help you develop expertise in administering the subjective EMS assessment tool, capturing everyday memory in addition to the more clinical information offered by the WRAML.

• Understand the nuances of memory assessment with visual cues highlighting crucial points
• Develop practical expertise with step-by-step guidelines that go beyond the official testing manuals.
• Gain a deeper knowledge of memory assessment with integrated theoretical and research content
• Enhance your own professional development or train students and colleagues in a multifaceted memory assessment approach

This comprehensive guide will elevate your memory assessment skills for children and adults, ensuring your recommendations are both informed and impactful.

WAYNE ADAMS, PHD, is Professor Emeritus of Psychology at George Fox University. He is a Fellow of APA's Division of Clinical Psychology, and the recipient of a Lifetime Achievement Award from the School Neuropsychology Institute.

DAVID SHESLOW, PHD, retired as Chief Psychologist and Head of the Division of Behavioral Health at Nemours Hospital for Children. He developed, along with Wayne Adams, the Wide Range Assessment of Memory and Learning.

TREVOR HALL, PsyD, is a Professor of Pediatrics in the Divisions of Pediatric Psychology and Pediatric Critical Care at Oregon Health & Science University, where he serves as the Associate Director of the Pediatric Critical Care and Neurotrauma Recovery Program.

Textauszug

One
ESSENTIALS OF MEMORY MEASUREMENT USING THE WRAML3 AND THE EMS: INTRODUCTION AND OVERVIEW

Memory is fundamental in determining who we are, what we become and what we perceive our past to have been. It is sometimes overlooked that activities as varied as psychotherapy, job training, and forming friendships are dependent on reasonably intact memory systems for such interactions to succeed. Those who pause to reflect on it usually marvel that the phenomenon of recall is a “by‐product” of electrical connections and chemical interactions within our brains. Many have awe for those few who can remember with complete clarity the activities of a day randomly chosen from many years ago or correctly reproduce days or weeks later material only briefly perused. Less dramatically, we ourselves can recount events such as annual holiday get‐togethers over the last few years, with only slight distortions of the differing locations and happenings of those times. We can also be stunned when we evaluate someone and discover after a mid‐session break that they do not remember meeting us or the tasks just completed.

Memory is so fundamental to cognition that it received prominent attention early by both test pioneers, Binet and Wechsler. It may be surprising to learn that Wechsler developed a memory scale (i.e., the Wechsler Memory Scale [Wechsler, 1945b]) before any of his standardized child‐ or adult‐focused intelligence instruments! This book focuses on two recent additions to the long list of increasingly sophisticated memory tests that have since evolved. In the pages that follow, it is the intent of the authors to provide a solid understanding of the Wide Range Assessment of Memory and Learning, Third Edition (WRAML3) (Adams & Sheslow, 2021) and the Everyday Memory Survey (EMS) (Hall et al., 2021) so that their purpose, administration, and interpretation are clearly understood. Whether used as stand‐alone measures or parts of a comprehensive testing battery, it is hoped that users will be able to better address relevant referral questions with greater diagnostic sophistication, leading to meaningful recommendations that bring about a better quality of life for those at the center of the assessment, as well as those working with them.

IS MEMORY ASSESSMENT NEEDED?

Is memory assessment really needed? That is a reasonable question to ask at the outset of this book. After all, psychologists have no shortage of test instruments available, but most users have a shortage of available time. When have you heard a trainee or seasoned clinician say, “I have too much time to evaluate this client?”

In the “real world,” memory is largely an ignored phenomenon unless it is not working properly. Teachers who have had a severely brain‐injured student return to the classroom, or families with an aging parent entering dementia know only too well the transformative impact of altered memory, not only on the affected persons but also on those who know and interact with them. And as discussed in Chapter 2, the paradox about memory is that while it has been studied for centuries, we still have limited understanding of how it actually works.

The increasing impact of neuroscience on psychology and the lay public (e.g., ads for medications that purport to have a positive impact on memory loss, and almost daily news stories around memory loss) have led to an increased awareness that memory is a critical aspect of human cognitive functioning. Rapid Reference 1.1 lists common referral conditions that often lead to assessments typically yielding results showing that memory has been negatively impacted. Triggered by acute events or chronic conditions, the importance of obtaining an estimate of memory functioning as part of any comprehensive psychological assessment should not be underestimated.

Rapid Reference 1.1

A Sampling of Common Pediatric and Adult Conditions Triggering Referrals for Psychological Assessments which Often Uncover Memory Deficits

Typical Common Referrals for Children and Adolescents	Typical Common Referrals for Adults

Traumatic Brain Injury  Sports Injuries  Motor Vehicle Accidents  Abuse Acquired Brain Injury  Stroke  Infectious/Inflammatory Conditions  Near Drowning  Cardiac Arrest  Critical Care Intervention Attention Deficit/Hyperactivity Disorder Brain Tumor Cancer Treatment Brain Infections Prenatal Alcohol/Substance Exposure Seizure Disorders Intellectual Disability Autism Spectrum Disorder Genetic Disorders Learning Disability Substance Abuse

Traumatic Brain Injury  Sports Injuries  Motor Vehicle Accidents  Falls Acquired Brain Injury  Stroke  Infectious/Inflammatory Conditions  Near Drowning  Cardiac Arrest  Critical Care Intervention Attention Deficit/Hyperactivity Disorder Brain Tumor Cancer Treatment Brain Infections Alcoholism and Other Substance Abuse Seizure Disorders Thyroid Disorders Kidney Disorders Liver Disorders Hypoxia (e.g., cardiac arrest) Medication Side Effects Dementia Mild Cognitive Impairment Normal Pressure Hydrocephalus

To further press the argument that some kind of memory assessment in many cases is a reasonable inclusion, let us take a look at the very common referrals of Developmental Learning Disorder (LD) and Attention Deficit/Hyperactivity Disorder (ADHD). Such referrals of children and adults are made every day in schools, and to agencies and to those in private practices across the country, yet, few psycho‐educational assessments typically include much by the way of memory assessment other than possibly a few short‐term memory tasks. A dissertation study (Weniger & Adams, 2006), however, suggests that for those with LD or ADHD, memory deficits are fairly common, and for those with both conditions, memory deficits may be pervasive and even profound. Figure 1.1 shows the results of that study using the WRAML2. (Given the degree of overlap between WRAML2 and WRAML3, it is reasonable to expect similar results, but that assumption needs empirical replication.) You can see that for those with ADHD, generally immediate verbal memory performance is not that different than matched controls. As expected, the Attention/Concentration Index is lower than controls, and Visual Immediate Memory is a bit lower, primarily from lower performance on a task making perceptual‐motor demands, a common finding in the literature (Ek et al., 2007; Pitcher et al., 2003). Of even more interest are the results for children with Developmental Reading Disorder; those children show uniformly lower performance on all the immediate memory indexes, including Working Memory. Of greatest interest though are the dramatically lower results of those children with both disorders (about 40% of those who present with ADHD), and these results were replicated even on the recognition memory tasks that assess a rather robust form of memory storage. If these data can be replicated, it would suggest that an ADHD or LD assessment that does not include some in‐depth memory assessment is incomplete, especially given the academic concerns (which are heavily memory related) that trigger most of these assessments. How often are memory compensatory strategies part of the recommendations for helping ADHD children (or adults) with reading delays?

Figure 1.1 WRAML3 Standard Score performance of children with ADHD, RD (reading disorder), and both disorders, compared to matched controls.

Note: RD = reading disorder, ADHD = attention deficit hyperactivity disorder, RD + ADHD = having both the prior conditions, VerbMem = Verbal Immediate Memory Index, VisMem = Visual Immediate Memory Index, WrkgMem = Working Memory Index, and Gen Recog = General Recognition Index.

On the other end of the population demographic are older individuals who are living longer than their parents and, as such, present with a higher frequency of concerns around potential effects of dementia, especially of the Alzheimer’s type, as well as mild cognitive impairment. Unique to the older age group is the need for repeated assessments over time to tease apart “normal” decline in memory function vs. that possibly related to an additional degenerative process. Accordingly, comprehensive as well as abbreviated batteries of memory tests have increasingly become part of the older adult’s assessment experience.

Because of the health and safety importance of turning neuropsychological test data into useful recommendations related to everyday functioning, as noted above, this book also includes the EMS, a standardized self‐ and other‐report survey of everyday memory performance. When used together, the authors feel confident that combining each test’s results will greatly enhance the number and usefulness of the recommendations included in the typical psychological report and debriefing session.

ORGANIZATION OF THIS BOOK

In the chapters that follow, the authors hope to better familiarize you with both the WRAML3 and EMS. Chapter 2 provides a brief overview of research with which those assessing memory...

Produkt-Details

• Erscheint lt. Verlag: 27.3.2024
• Mitarbeit: Herausgeber (Serie): Alan S. Kaufman, Nadeen L. Kaufman
• Sprache: englisch
• Themenwelt: Geisteswissenschaften ► Psychologie ► Test in der Psychologie
• ISBN-10: 1-119-98783-0 / 1119987830
• ISBN-13: 978-1-119-98783-3 / 9781119987833