What ecological advantages do animals gain by being able to detect, extract and exploit wavelength information? What are the advantages of representing that information as hue qualities? The benefits of adding chromatic to achromatic vision, marginal in object detection, become apparent in object recognition and receiving biological signals. It is argued that this improved performance is a direct consequence of the fact that many animals' visual systems reduce wavelength information to combinations of four basic hues. This engenders a simple categorical (...) scheme that permits a rich amount of sensory information to be rapidly and efficiently employed by cognitive machinery of limited capacity. (shrink)

C A Wringe; Pupils’ Rights, Journal of Philosophy of Education, Volume 7, Issue 1, 30 May 2006, Pages 103–115, https://doi.org/10.1111/j.1467-9752.1973.tb00475.

In his recent work, David DeGrazia (2020) explores the possibility of insect sentience, focusing on bees as a case study. He advances a novel evolutionary approach, arguing that, from an evolutionary perspective, it’s more likely that bees are sentient than insentient., insofar as bees (allegedly) would have a selective advantage if they are motivated—in the form of feeling—to achieve their aims. His argument assumes two questionable claims: (1) if X is a selective advantage for an organism, then the organism likely (...) has X, and (2) conscious creatures would have a selective advantage if they are sentient. I challenge both claims, and consequently call into question DeGrazia’s claim that we have an evolutionary-based reason to attribute sentience to bees (and other insects). (shrink)

Стаття С. Присухіна «Іван Павло ІІ про логіку діалогу між Католицькою Церквою та ісламом» присвячена філософськобогословським напрацюванням Папи Римського Івана Павла ІІ щодо аналізу змістовних характеристик поняття «діалог між католицизмом і ісламом», а також логіки його здійснення в непростому й суперечливому сьогоденні.

The goal of this study was to determine whether it is possible to teach children with serious decoding problems four text comprehension strategies in listening contexts. The subjects were 9-11 year old students from special schools for children with learning disabilities. All the students were very poor at decoding; half of the group were also poor listeners, whereas the other half consisted of normal listeners. The experimental children were trained in strategies of clarifying, questioning, summarising and predicting through a combination (...) of reciprocal teaching and direct instruction. The results indicated significant programme effects on a strategic listening comprehension test. A transfer effect on general listening comprehension and general reading comprehension tests was not found. The poor listeners within the experimental group did not perform better than the normal listeners. (shrink)