With mention of Ogden and Richards' The Meaning of Meaning, and drawing on Mailinowski, for an opening example, Dewey argues for the importance of the relationship of interpretation and meaning, to context and and situation of usage or utterance. In this article, Dewey expounds, among other themes, on the the prospect of interpretation of a radically alien language and what this prospect tells us about linguistic meaning.

This research tested the hypothesis that prudence and altruism, in situations involving future desires, follow a similar developmental course between the ages of 3 and 5 years. Using a modified delay of gratification paradigm, 3- to 5-year-olds were tested on their ability to forgo a current opportunity to obtain some stickers in order to gratify their own future desires — or the current or future desires of a research assistant. Results showed that in choices involving current desires, altruistic behavior was (...) unrelated to age. However, prudence and altruism involving future situations were correlated with one another and with age. Children under 4 years of age demonstrated significantly less futureoriented prudence than the older children (F(1,49) = 15.75; p<.001) and significantly less altruism involving future situations (F(1,49) = 33.24; p<.001). The data for the 3-year-olds, but not for the older children, also showed agepartialled correlations between the two future-oriented choice situations. These results suggest that between 3 and 4 years, children acquire the ability to deal with future-oriented situations through the development of some common mechanism which affects both future-oriented prudence and altruism. (shrink)

In quantity discrimination tasks, adults, infants and animals have been sometimes observed to process number only after all continuous variables, such as area or density, have been controlled for. This has been taken as evidence that processing number may be more cognitively demanding than processing continuous variables. We tested this hypothesis by training mosquitofish to discriminate two items from three in three different conditions. In one condition, continuous variables were controlled while numerical information was available; in another, the number was (...) kept constant and information relating to continuous variables was available; in the third condition, stimuli differed for both number and continuous quantities. Fish learned to discriminate more quickly when both number and continuous information were available compared to when they could use continuous information only or number only; there was no difference in the learning rate between the two latter conditions. Our results do not support the hypothesis that processing numbers imposes a higher cognitive load than processing continuous variables. Rather, they suggest that availability of multiple information sources may facilitate discrimination learning. (shrink)