Week 2: Learning to Read and Spell Flashcards
What is Alphabet knowledge?
Alphabet knowledge is the knowledge of individual letter names, sounds, and shapes.
The alphabetic principle is the idea that letters and groups of letters represent the sounds of spoken language.
What is Phonology?
Phonology is the sounds of language.
What are Graphemes?
A grapheme is a letter or a group of letters that make up a single sound.
What is Orthography?
The spelling, or the way language is written is referred to as ‘orthography’.
What is Orthographic Regularity?
Orthographic Regularity refers to the way in which a language associates letters to sounds.
What is Orthographic Knowledge?
Orthographic knowledge includes an awareness of common letters patterns that are consistent across words and this awareness requires an understanding of prefixes, root-words and spelling rules.
What is Reading?
Reading is translating the written form (spelling) into the spoken form (sound).
What is Frith (1985) Three-phase theory of how children learn to read?
Frith’s theory discusses three stages explaining how children learn to read.
The three stages include:
o Logographic Stage
o Alphabetic Stage
o Orthographic Stage
What is the Logographic Stage?
The logographic stage is recognising whole words.
What is the Alphabetic Stage?
The alphabetic stage is recognising individual letters.
What is the Orthographic Stage?
The orthographic stage is recognising groups of letters.
What regions in the brain are involved when reading?
o Frontal lobe
o Parietal lobe (Dorsal)
o Temporal lobe (Ventral)
What is the Frontal lobe?
The frontal lobes are important for voluntary movement, expressive language and for managing higher level executive functions.
What is the Parietal lobe (Dorsal)?
The parietal lobe processes information about temperature, taste, touch and movement.
What is the Temporal lobe (Ventral)?
The temporal lobe is responsible for phonological awareness and decoding/discriminating sounds.
What is the Dorsal temporal parietal circuit?
The dorsal temporo-parietal circuit involved in the processing of information in terms of the ability of an individual to orient attention to new stimuli.