Chocolate Wombat
At least you mixed a solid dollop of phonics in with your Peter & Jane.
But the point I was making was that look & say is slower and less efficient than phonics.
From the Stuart & Masterton study.
We tried to teach the children 16 new words, which were printed in red to make them identifiable as the words to be learned.
There was one of the red words on each page. After the children had seen and read each red word 36 times, no child was able to read all 16 of them, and the average number of words read correctly was five." We were quite shocked by this, because we had made a database of all the words from all the books the children were reading in school, and so we knew how many different words each child had been exposed to in their first term reading at school. This ranged from 39 to 277 different words, with a mean of 126.
Hardly any of these words occurred frequently in any individual child’s pool of vocabulary: on average fewer than four words occurred more than 20 times – yet 36 repetitions had not been enough to guarantee that children would remember a word.
When we tested children’s ability to read words they’d experienced more than 20 times in their school reading, on average they could read only one word correctly.
So, 36 reptitions not sufficient to learn only 16 words. Children in 1st term exposed to a max of 277 words.
Hold on to these figures and consider, in their first term at school learning phonics children will (or should) learn, at at the very least, one way of representing each of the 40+ sounds of which English words are composed. This means that every single word which contains only the graphemes they have learned will be instantly available to them when they decode and blend them (no individual 'word learning' required). They have only had to learn 40ish items (compare with potential 277 words to be 'learned' in the study). They will have had hundreds of repetitions of responding to the letters with the sounds they spell, so they will be well embedded in memory (100s of repetitions because every time they read a word containing that grapheme they repeat it), and, just try counting the number of words which a child could read once they know just those 40+ graphemes. I doubt if you can, but it will certainly run into hundreds more than the max 277 quoted in the study.
I tried counting once, even the first 8 or so correspondences yielded well over 100 words. (Lost the will to live after that, though...)
Which looks the better prospect?
Why choose the hard way to do at home?