Explains the difference between rote and experiential/locale learning, their effects on neurons of the brain, and their impact on short- and long-term memory. Draws upon brain research to explore the effects of stress and boredom on learning. Notes programs that employ teaching methods using brain-based theories of learning. (DMM)

New knowledge on the evolution of the brain helps to explain human behavior and learning patterns. Threat is implicit in our school system, according to the author, and this atmosphere severely inhibits full use of the New Mammalian brain. (Author/WD)

An explanation is sought for the striking apparent failure of the interactions of intelligence and memory factors with socioeconomic status predicted by Jensen's Level I/Level II theory, in a study by Stankov, Horn and Roy (EJ 239 630). It is suggested that Level I ability is a category of narrower abilities involving rote learning and primary…

Responds individually to Shoenfeld's objections that Ohlsson, Ernst, and Rees' model is unclear; that the hypotheses about learning are unjustified; that the models have not been tested against extant data; and that it is unclear whom the model models. (MDH)

Proposes that although the past 30 years have seen increasing efforts to make mathematics more relevant and useful, schools continue to fail. Argues that forced rote learning is the direct cause of this failure and that improved teaching methods must be developed. Urges that shifts in methodology be phased in gradually. (TW)