Most children learn to speak and understand language without direct instruction because those skills emerge naturally in a social environment where children interact with others verbally. Because they want to communicate and socialize, children learn pronunciation, vocabulary, and grammar in fairly predictable stages merely through usage and exposure to language as it occurs around them, because they have a cognitive capacity for learning. Along with early verbal and auditory abilities, children add an abstract language awareness system to their cognitive system. That abstract language awareness system supports further learning of sounds, words, phrases, and sentences so that children can understand and communicate better and better as time goes on. That is why speaking and listening with comprehension are emergent language abilities: the skills for oral language and the abstract language awareness that supports them emerge no matter what, as children go about their business being children.
Word Family: emerge (v), emergence (n), emergent (a)
Emerge (v) From emerge āto come into beingā from Latin emergere from e- (or ex-), āout, forthā + mergere, āto dipā
Emerge + ence (n)
+ence (abstract noun-forming suffix)
Emerge + ent (a)
+ent (adjective-forming suffix)
This chapter deals with several introductory topics necessary to understand the reading process and its relationship to language awareness in beginning readers. First, it is necessary to explore a general idea of what the organization of the brain is because it is the foundation for reading. Second, given this foundation, researchers propose different models for reading because complex mental processes seem simpler if they can be compared to systems that are easier to understand. Models provide coherent frameworks on which to arrange the linguistic information that teachers need to know and that beginning readers need to learn. Each model explains something about the language awareness system that supports reading. However, models must always be used with caution because they oversimplify the cognitive structure and brain activity that underlie reading. Third, this chapter explores the stages that English-speaking children go through as their ability to read develops. These stages are a starting point for examining English L2 (English as a second or foreign language) reading. English L2 readers have speaking and listening and possibly reading abilities as well as language awareness from their first language. They face some special circumstances when they learn to read English, such as interference from their first language, incomplete knowledge of English, and missing processing strategies for English. These topics are taken up in further detail in later chapters.
Brain Organization
As speaking and understanding emerge in infancy and early childhood, a system of language awareness forms in the brain, with organizing principles, components, structures, and functions. Children develop cognitively as well, and their cognitive development influences their language awareness system, and equally, their language awareness system influences their cognitive development. Generally, the more language awareness children have, the better their potential for success in school because it supports reading and writing.
Language Awareness
Researchers distinguish two types of early language awareness, implicit and explicit. Implicit language awareness is what children know about language as they learn to use it. They can manipulate and make some judgments about language without knowing or being able to articulate what they know in exact terms. For instance, they might say That sentence sounds funny or That man sounds different. Their language awareness is unconscious and acquired through usage and exposure, not from schooling necessarily. Implicit language awareness is largely emergent. However, as children are exposed to comments about speech, a different kind of language awareness is detected.
Word Family: imply (v), implication (n), implicit (a)
Imply (v) from French emplier from Latin implicare, āinvolve, enfoldā from assimilated form of in-, āinto, inā + plicare, āto foldā from the Proto-Indo-European root *plek-, āto plaitā
Implication (n) from Latin implicationem, noun formed from implicare, āinvolve, associateā
Implicit (a) from Latin implicitus, a form of implico, āI infoldā
Explicit language awareness means that children are better at putting into words what is wrong or strange when people mispronounce words, use the wrong word, or say sentences that donāt make any sense. They make comments about things they observe about language, saying, Sabid is not a word or Smile and pile rhyme. Explicit language awareness is emergent only if the linguistic environment around the child promotes it, because emergent abilities only come from usage and exposure, not from direct learning. Explicit language awareness develops when children start preschool because they start learning new vocabulary and linguistic concepts intentionally presented to them. Preschool or an enriched linguistic environment at home is a good background for learning to read because explicit language awareness is an excellent foundation for learning to read and write.
Word Family: explicate (v), explicit (a)
explicate (v) from Latin explicates, a form of explicare, āunfold, explainā from ex āoutā+ plicare āto foldā from the Proto-Indo-European root *plek-, āto plaitā
Explicit (a) from Latin explicitus, a form explicare from ex- āoutā + plico, āto foldā
Types of Memory
Memory structures emerge in infancy from experience, exposure, mistakes, and feedback; they offer a cognitive foundation for later learning, including reading and writing. Once the cognitive organization acquires expertise, it operates noiselessly with automaticity and efficiency. Memory is divided into two main types (Baddeley, 2003), as shown in Figure 1.0. Long-term memory (LTM) is a dense network of both general world and cultural knowledge and implicit and explicit language awareness. Working memory (WM) refers to the cognitive and linguistic processing strategies that interact between LTM and what is happening in the world in the moment. Baddeley (2003) proposes that WM contains four components: a phonological component, a visual sketchpad, a control system that manages attention, and a buffer that briefly combines visual and phonological inputs in order to access LTM. In WM, cognitive strategies function at a high level (e.g. the top) to build the LTM network for world knowledge. That is, they create an interconnected web of information packaged as memories of people, episodes, images, places, things, events, activities, and so on.
Linguistic strategies function at the level of sound, spelling, word, and grammar (e.g. the bottom) to build the LTM language awareness system. They process raw linguistic data from utterances and print sentences, repackage the data as codes, and then connect the codes in a network so they are retrievable on demand. Codes are packages of linguistic information (pronunciation, spelling, vocabulary, meaning, grammar) in LTM. Codes organize linguistic knowledge into usable and retrievable chunks. (Birch (2013) uses the term construction for linguistic packages. Here, following Seidenberg (2017), the term code is used.)
In successful readin...