{"title":"Numerical competencies in preschoolers with language difficulties","authors":"K. Schuchardt, C. Mähler","doi":"10.1515/9783110661941-012","DOIUrl":null,"url":null,"abstract":"School children with specific language disorders (SLI) often experience massive learning difficulties that concern not only literacy but also numeracy. Since preschool basic numerical precursor competencies have a great influence on the later development of arithmetic at school, this chapter is interested in potential early difficulties in counting skills, numerical knowledge, understanding of quantities, and early arithmetic skills. Given the close link between learning difficulties and working memory, a second question is whether these potential early difficulties can be associated with functional problems of working memory. One of early childhood’s central developmental tasks lies in the development of language. Yet, not every child achieves the milestones of language development smoothly. Specific language disorders rank among the most frequently occurring developmental dysfunctions during childhood and adolescence, with a total incidence between 5% and 8%. Boys are affected three times as often as girls (Tomblin et al., 1997). The relevant individuals typically display anomalies in language acquisition which do not result from cognitive deficits, physical illness, impaired hearing, or lack of stimuli due to unfavorable or stressful surroundings. SLI is defined by a considerable deviation from normal speech and language development, both in quantity and in quality. Language production as well as language comprehension may be affected (World Health Organization, 2011). The most severe effects manifest themselves in the acquisition of grammatical structures, but also pragmatic competence may be affected (Leonard, 2014). Frequently, articulatory deficits can be detected; however, an isolated functional impairment of articulation does not justify the diagnosis of SLI (Leonard, 2014). Speech anomalies resulting from certain illnesses (i.e., autism) will be excluded from this consideration. These cases are rather referred to as unspecific or secondary language development impairments. Because of their speech difficulties, children suffering from SLI stand out at an early age. Language delay is a typical sign, along with a relatively small vocabulary and a late usage of phrases of two or more words (Desmarais et al., 2008). This initial deficit in language acquisition will further increase over the developmental course. While affected children show progress in language acquisition to some extent and are capable of understanding and producing simple sentences over the course of their development, they are never going to reach the level of individuals unaffected by SLI. Oftentimes, a number of accompanying","PeriodicalId":345296,"journal":{"name":"Diversity Dimensions in Mathematics and Language Learning","volume":"69 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2021-05-25","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Diversity Dimensions in Mathematics and Language Learning","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.1515/9783110661941-012","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
School children with specific language disorders (SLI) often experience massive learning difficulties that concern not only literacy but also numeracy. Since preschool basic numerical precursor competencies have a great influence on the later development of arithmetic at school, this chapter is interested in potential early difficulties in counting skills, numerical knowledge, understanding of quantities, and early arithmetic skills. Given the close link between learning difficulties and working memory, a second question is whether these potential early difficulties can be associated with functional problems of working memory. One of early childhood’s central developmental tasks lies in the development of language. Yet, not every child achieves the milestones of language development smoothly. Specific language disorders rank among the most frequently occurring developmental dysfunctions during childhood and adolescence, with a total incidence between 5% and 8%. Boys are affected three times as often as girls (Tomblin et al., 1997). The relevant individuals typically display anomalies in language acquisition which do not result from cognitive deficits, physical illness, impaired hearing, or lack of stimuli due to unfavorable or stressful surroundings. SLI is defined by a considerable deviation from normal speech and language development, both in quantity and in quality. Language production as well as language comprehension may be affected (World Health Organization, 2011). The most severe effects manifest themselves in the acquisition of grammatical structures, but also pragmatic competence may be affected (Leonard, 2014). Frequently, articulatory deficits can be detected; however, an isolated functional impairment of articulation does not justify the diagnosis of SLI (Leonard, 2014). Speech anomalies resulting from certain illnesses (i.e., autism) will be excluded from this consideration. These cases are rather referred to as unspecific or secondary language development impairments. Because of their speech difficulties, children suffering from SLI stand out at an early age. Language delay is a typical sign, along with a relatively small vocabulary and a late usage of phrases of two or more words (Desmarais et al., 2008). This initial deficit in language acquisition will further increase over the developmental course. While affected children show progress in language acquisition to some extent and are capable of understanding and producing simple sentences over the course of their development, they are never going to reach the level of individuals unaffected by SLI. Oftentimes, a number of accompanying
患有特殊语言障碍(SLI)的学龄儿童经常经历巨大的学习困难,不仅涉及识字,还涉及计算。由于学前基本的数字能力对以后在学校的算术发展有很大的影响,本章对计数技能、数字知识、数量理解和早期算术技能的潜在早期困难感兴趣。鉴于学习困难和工作记忆之间的密切联系,第二个问题是这些潜在的早期困难是否与工作记忆的功能问题有关。儿童早期发展的主要任务之一是语言的发展。然而,并不是每个孩子都能顺利地达到语言发展的里程碑。特殊语言障碍是儿童和青少年时期最常见的发育障碍之一,总发病率在5%至8%之间。男孩受影响的频率是女孩的三倍(Tomblin et al., 1997)。相关个体典型地表现出语言习得的异常,这些异常不是由于认知缺陷、身体疾病、听力受损或由于不利或紧张的环境而缺乏刺激造成的。特殊语言障碍的定义是在数量和质量上与正常的言语和语言发展有相当大的偏差。语言产生和语言理解可能受到影响(世界卫生组织,2011年)。最严重的影响表现在语法结构的习得上,但也可能影响语用能力(Leonard, 2014)。通常,可以检测到发音缺陷;然而,孤立的发音功能障碍并不能作为特殊语言障碍的诊断依据(Leonard, 2014)。由某些疾病(如自闭症)导致的语言异常将被排除在这一考虑之外。这些病例被称为非特异性或继发性语言发育障碍。由于语言障碍,患有特殊语言障碍的儿童在很小的时候就很突出。语言延迟是一个典型的标志,同时词汇量相对较少,两个或两个以上单词的短语使用较晚(Desmarais et al., 2008)。这种最初的语言习得缺陷将在发展过程中进一步增加。虽然受影响的儿童在语言习得方面取得了一定程度的进步,并且在他们的发展过程中能够理解和产生简单的句子,但他们永远不会达到未受特殊语言障碍影响的个体的水平。常常结伴而行