The Wide Range Achievement Test 4 (WRAT4) Spelling Subtest (blue form)
The spelling subtest of the WRAT4 assesses an individual’s ability to spell single words through encoding sounds into written form under untimed conditions. Single words of increasing difficulty are dictated, followed by the word in the context of a sentence.
LD’s standard score was 78 (well below average/low range). A persisting difficulty with spelling is typical of a dyslexic individual and LD had previously indicated a particular concern with his spelling ability. His knowledge of spelling rules was not secure. Although LD was able, in many instances, to provide phonetically plausible alternatives, several of the words were unrecognisable. The majority of errors were sounds that were missing, misheard or mis-sequenced.
Overall Spelling Summary
LD’s performance indicated that spelling was a far from automatic process. The type and frequency of LD’s spelling errors are consistent with an SpLD, dyslexia. LD’s lack of knowledge of spelling conventions suggests that there is an underlying difficulty with a weakness in visual memory which will make spelling skills much more difficult to master.
Writing
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Detailed Assessment of Speed of Handwriting (Dash 17+) used qualitatively The Dash 17+ is designed to measure an individual’s speed of handwriting under timed conditions and the actual speed of production of letters and words on the page.
The optional graphic speed sub test is designed to be a pure measure of perceptual motor competence uncontaminated by anything related to language. This test is useful because results may highlight weaknesses in speed due to the mechanical aspects of
writing. LD struggled with the majority of subtests in this assessment. His standard score for the Copy Best and Copy Fast subtests was 65 (very low). LD found the Alphabet Writing subtest a problem (standard score 65, very low). His knowledge of the alphabet is not secure with certain letters appearing twice, some were omitted and others appeared in the wrong place. On the Graphic Speed subtests, LD’s standard score was 90 (mid-average). LD completed the first row from left to right and then started the next row working from right to left. LD did not complete the SDMT in the same way. Of the 49 circles completed, 13 were discounted. For the Free Writing, LD’s standard score was 75 (well below average/low). The speed which he recorded information had decreased by 7 w.p.m. in the final section. This suggests a slow speed of processing which is consistent with the SDMT. LD finds it challenging to maintain a consistent flow of writing and struggles to organise his thoughts and ideas. He did not plan what he was going to write. The meaning he wished to convey was clear but his sentence construction was basic. There were spelling and grammatical errors and the vocabulary was simple with no paragraphing. Some words were illegible. LD’s compositional writing speed was adequate for a GCSE level student , but was approximately 20% slower than expected for A’ level (Access) standard. LD found difficulty transferring ideas into writing which is indicative of dyslexia. His pen grip was unusual as his thumb was placed over his index finger. LD’s hand became tired and he intermittently shook it out. The results suggest that handwritten exams or lengthy written work will be problematic for LD. Overall writing summary LD has an unusual pen grip which contributes to making writing difficult. He finds writing an arduous and tiring process. The discomfort tends to increase as the writing tasks progress. This is likely to impact on his ability to take notes in class, copy from the board and handwrite assignments and exams. Underlying Ability The WRIT (Wide Range Intelligence Test) was not used in this assessment as LD is to be assessed for the Disabled Students Allowance within the next 3 months. LD was deemed to be capable of studying at GCSE and Access level by the two tutors who interviewed him. In LD’s recent Access assignments and exams his results ranged from merits to distinctions. He also gained a grade C for GCSE maths. Prior to the assessment, LD completed the Dyslexia Adult Screening Test (DAST). The information from this has been been used qualitatively in order to contribute towards an overall picture of LD’s abilities. His score on the Non Verbal Reasoning subtest was in the average range. This test was designed to provide a rough measure of fluid intelligence. However, for the DAST Verbal Fluency subtest he was highly at risk which correlates with his scores for the CTOPP Rapid Naming subtests. For the Semantic Fluency subtest he was at risk suggesting difficulties with word retrieval. During the course of the assessment LD demonstrated good verbal skills when discussing his work and interests. LD reports that he is generally reluctant to read for pleasure but enjoys reading about psychology and discussing the subject with the psychiatrists that he works with. He also enjoys reading action books. Memory and Cognitive Processing Test of Memory and Learning – second edition (TOMAL-2) The TOMAL-2 is designed to evaluate a learner’s memory functioning. The Attention Concentration Index (ACI) was used comprising of 5 sub-tests: digits forwards, digits backwards, letters forwards, letters backwards and manual imitation. All the sub-tests were untimed. LD’s overall standardised score for the TOMAL-2 was not calculated as there was a significant discrepancy in the results on the subtests. On the digits forwards, LD’s standard score was 110 (mid-average) and for the letters forward his standard score was 80 (below average). This correlates with the DASH17+ Alphabet Writing subtest (standard score 65, very low) and suggests problems with managing sequential information. On the digits backwards LD performed in the mid-average, standard scores 95. On the letters backwards his standard score was 90 (mid-average). LD appears to have more of problem with his short-term memory when recalling letters. This correlates with LD’s difficulties with the CTOPP Rapid Naming subtests (Rapid Digit and Letter Naming subtests, standard scores for both 61 (very low) suggesting issues with his phonological processing speed. This may affect his ability to decode and spell. He was in the very low range for the manual imitation (standard score 67). This indicated problems with visual sequential processing. There is a marked contrast between LD’s visual and working memory. This suggests that LD has a difficulty with visual processing tasks and visual imitation.
Doctors B. Eide and F. Eide have a private practice in neurolearning in the pacific northwest. They list their relevant memberships in the International Dyslexia Association, and the Learning Disabilities Association of America. As of the publishing date they are board members for SENG (Supporting Emotional Needs of the Gifted). The doctors also travel as lecturers on the subject. The novel approach taken in their book, The Dyslexic Advantage, is that rather than viewing dyslexia as only a learning deficiency they highlight what might be considered its talents and skills. Using their many years of experience both in education and science, they focus on bridging what is known about the physical makeup of a dyslexic brain with what they have
Two subtests comprise the Sound-Symbol Composite: Phonological Processing and Nonsense Word Decoding. Catalina’s overall performance fell within the Average range (Sound-Symbol Composite Standard Score of 97; 42nd percentile). Catalina performed within the average range when asked to respond orally to items that require manipulation of the sounds within words (Phonological Processing). Additionally, she was asked to read aloud nonsense terms (Nonsense Word Decoding). She performed in the average range in comparison to her same-age peers.
The Wilson Reading System (WRS) is the chief program of Wilson Language Training and the foundation of all other Wilson Programs. WRS is an intensive Tier 3 program for students in grades 2-12 and adults with word-level deficits who are not making adequate progress in their current intervention; have been unable to learn with other teaching strategies and require multisensory language instruction; or who require more intensive structured literacy instruction due to a language-based learning disability like dyslexia. As WRS is a structured literacy program founded on phonological-coding research and Orton-Gillingham principles, it directly and systematically teaches the structure of the English
The Wilson Language program has a precise structure to function as an intervention and is able to assist second through twelfth grade struggling readers to learn the construction of words by directly instructing students to decode and encode confidently. Natalie Hill, a Wilson Language Program assessor, said, ‘“There is a frequent change of pace, students will see as well as hear, multiple opportunities for students to be engaged and participate in activities, extensive controlled text methods and materials to “see” critical word components, like vowels, digraphs, etc., stop “guessing habit”, reading and spelling taught simultaneously, hands on, multisensory methods, no glossy pictures”’ (Hi...
Lila is a second grade student who participated in a Primary Spelling Inventory and the reflection of her results are as follows. After her spelling inventory was finalized I noted that the student spelled ten of the twenty-six words correctly giving her a power score of 10/26. Most of the words that she mastered was in the Late emergent and early of Letter Name Alphabetic stage. I also noted that Lila accomplished 36 features out of 56 total features during her spelling inventory. Based on the results of the Primary Spelling Inventory the orthographic features that Lila recognizes are the consonants, short vowel, blends, and is familiar with diagraphs. Although she mastered blends which falls in the late Letter Name-Alphabetic stage she failed to master diagraphs which is the middle stage.
Doctor Morgan of Sussex, England, published the first case of what is now known as dyslexia in 1896. Dr. Morgan wrote about Percy F, a 14-year-old boy who was intelligent, bright, quick with learning games, and the intellectual equal of his peers. He fell behind, however, in his inability to learn how to read. Today, as in 1896, most people associate intelligence with the ability to read, but Percy F and the experience of millions of people with dyslexia breaks down the relationship between reading and intelligence (1). But, researchers were left with the question, "What causes dyslexia if intelligence is not the marker?
Assessments should guide instruction and material selection. Any likely manner, assessments should measure student progress, as well as help, identify deficiencies in reading (Afflerback, 2012). One important indicator of reading deficiencies is spelling. Morris (2014), advocated the importance of administering a spelling assessment in order to have a better understanding of a student’s reading abilities. My school uses the Words Their Way spelling inventory to assess students’ reading abilities at the beginning of the year and throughout the reading year.
The long disputed debate about the primary cause of dyslexia is still very much alive in the field of psychology. Dyslexia is commonly characterized as a reading and writing impairment that affects around 5% of the global population. The disorder has frequently been hypothesized to be the result of various sensory malfunctions. For over a decade, studies have made major contributions to the disorder's etiology; however, scientists are still unclear of its specific causal. Initially, dyslexia was thought to be a reading disorder in children and adults (1). Later it was suggested to consist of both a visual and writing component, therefore characterizing it as more of a learning disability which affected people of normal intelligence's ability to perform to their fullest potential (5). In the current research, cognitive and biological perspectives have often been developed independently of one another failing to recognize their respective positions within the disorder's etiology.
Words their way: Word Study for Phonics, Vocabulary, and Spelling instruction defines spelling inventories as “a list of words specially chosen to represent a variety of spelling features at increasing levels of difficulty” (WTW, 2012). Spelling inventories are designed to help assess a student’s stage and what they know about words (WTW, 2012). There are many different types of spelling inventories. Some of these inventories are The Primary Spelling Inventory, The Elementary Spelling Inventory, and The Upper Level Spelling Inventory. The Primary Spelling Inventory (PSI) consists of a list of 26 words that begin with simple words, and ends with inflectional ending words (WTW, 2012). For example, the Primary Spelling Inventory in Words their
Dyslexia is one of several distinct learning disabilities. It is a specific language based disorder of constitutional origin characterized by difficulties in single word decoding, usually reflecting insufficient phonological processing abilities. These difficulties in single word decoding are often unexpected in relation to age and other cognitive and academic abilities; they are not the result of generalized developmental disability or sensory impairment. Dyslexia is manifest by ...
Next, we need to tackle the many misconceptions associated with dyslexia. Many people acquaint having a learning disability as having a disease. This is completely false, dyslexia is not a disease, and therefore there is no magic pill that can cure it. Actually, there is no cure and it cannot be outgrown. According to the journey into dyslexia, “it is a lifelong issue.” However, it is manageable with the assistance and resources, those with dyslexia can continue to keep up and retain their grade level in
The Test 3 Phonics assessment determines a child’s ability to apply phonics skills in context, while the sub-tests measure the discrete phonics skills of initial consonants, initial blends and digraphs, vowels, phonograms, blending, and vowel pronunciation.
In the partial alphabetic phase individuals pay attention to different letters in a word in order to attempt its pronunciation, usually the first and final letters of a word are focused on, Ehri referred to this as ‘phonetic cue reading’. This is a skill which along with others which shows phonological awareness.
The aim of the experiment is to investigate how Stroop effect and color-word representation effects the amount of time it takes to correctly state the displayed color of a word. The average performance time for participants in both conditions was 15.6 seconds, demonstrating a significant difference between the two. Further, the scores each participant received were close to the average mean for each condition. Repeated measures was ideal in order to test the amount of time the participant took to complete both sections, increasing validity.
Dyslexia is a disability that has many different facets that are unique to each individual, partially due to the varying degrees of severity; however, there are many common symptoms and characteristics of this disability that allow for classification. According to Campbell’s Psychiatric Dictionary (2009), “Dyslexia is manifested by an