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121.
ABSTRACT— One major contribution of neuroscience to understanding cognitive development has been in demonstrating that biology is not destiny—that is, demonstrating the remarkable role of experience in shaping the mind, brain, and body. Only rarely has neuroscience provided wholly new insights into cognitive development, but often it has provided evidence of mechanisms by which observations of developmental psychologists could be explained. Behavioral findings have often remained controversial until an underlying biological mechanism for them was offered. Neuroscience has demonstrated promise for detecting cognitive problems before they are behaviorally observable—and, hence, promise for early intervention. In this article, we discuss examples drawn from imitation and mirror neurons, phenylketonuria (PKU) and prefrontal dopamine, maternal touch and stress reactivity, and nongenetic (behavioral) intergenerational transmission of biological characteristics. 相似文献
122.
Jay McDaniel 《Zygon》2006,41(1):29-58
Abstract. Along with Jane Goodall, Mark Bekoff proposes that religion can join science in recognizing that animals have minds of their own; that humans can humbly imagine themselves inside these minds, all the while recognizing their independent integrity; and that, as creatures with psyches, animals deserve respect and care. In his various writings Bekoff offers many hints of what a theology of animal minds might look like and how it might be part of a more comprehensive theology of respect and care for the community of life. Process or Whiteheadian theology offers a way of appreciating Bekoff's insights, linking them with the ecojustice movement, showing how they can be linked with various themes in evolutionary biology, and developing a threefold approach to animal well‐being: cosmological, ethical, and spiritual. In so doing, process thought shows how the practice of science, particularly as expressed in cognitive theology, involves a marriage of empathy and observation, which represents science and spirituality at their best. 相似文献
123.
Marc Bekoff 《Zygon》2006,41(1):71-104
Abstract. In this essay, my response to four papers that were presented at the 2004 annual meeting of the American Academy of Religion in a session devoted to my research on animal behavior and cognitive ethology, I stress the importance of interdisciplinary research and collaboration for coming to terms with various aspects of animal behavior and animal cognition. I argue that we have much to learn from other animals concerning a set of “big” questions including who we are in the grand scheme of things, the role science (“science sense”) plays in our understanding of the world in which we live, what it means to “know” something, what some other ways of knowing are and how they compare to what we call “science,” and the use of anecdotes and anthropomorphism to inform studies of animal behavior. I ask, Are other minds really all that private and inaccessible? Can a nonhuman animal be called a person? What does the future hold if we continue to dismantle the only planet we live on and persecute the other animal beings with whom we are supposed to coexist? I argue that cognitive ethology is the unifying science for understanding the subjective, emotional, empathic, and moral lives of animals, because it is essential to know what animals do, think, and feel as they go about their daily routines in the company of their friends and when they are alone. It is also important to learn why both the similarities and differences between humans and other animals have evolved. The more we come to understand other animals, the more we will appreciate them as the amazing beings they are, and the more we will come to understand ourselves. 相似文献
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Factors that distinguish aggression toward animals from other antisocial behaviors: Evidence from a community sample
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126.
David B. Adams 《Aggressive behavior》1981,7(4):367-369
Three papers are presented from the first symposium on ethical issues in aggression research of the International Society for Research on Aggression held at the biennial meetings 1980 in Haren, The Netherlands. The symposium reflected a growing awareness of the Society that their research is a matter for public concern and scrutiny, both for its potentially good uses, and for its potential misuse and misinterpretation. A paper by Santiago Genovés, a Mexican anthropologist, outlined some of the issues concerning the dissemination of information and misinformation of aggression to the public, along with an extensive bibliography on the subject. A paper by Paul Brain, a British zoologist, addressed the issues surrounding the use of animals in aggression research and the arguments being used in public attacks upon it. Daniel Wikler, a practitioner of normative ethics from the United States, discussed ethics as theory and as practice and suggested some of the types of actions that the Society could consider undertaking. 相似文献
127.
动物创造力和创新研究概述 总被引:1,自引:1,他引:0
充满不确定性的环境里,创造力对于人类和动物的生存和进化都起着十分重要的作用。长期以来动物的创造力和创新能力的研究没有受到重视,但最近这个领域开始受到越来越多的关注。该文对动物创造力的有关研究做了简要介绍,并对该领域的发展做了一些探讨 相似文献
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Correspondence between saying and doing, typically studied in young children and individuals with developmental disabilities, was examined as an instance of conditional stimulus control. In Experiment 1, 3 pigeons were exposed to a two‐component repeated‐trials procedure. In the first—sample or say—component, two response keys transilluminated by different colored lights were presented and the pigeon pecked one of the keys. After 1 s of darkness in the chamber, the second—choice or do—component was presented, in which the two keys again were transilluminated, one by the color selected in the first component and the second by another color. Selecting the color that matched that selected in the say component resulted in access to food. Selecting the other color produced a blackout of the chamber. After an intertrial interval (ITI), the next say component was programmed, and the procedure was repeated. Correspondence remained at chance levels through several manipulations of ITI duration and sample response requirement. When a correction procedure was added such that only the originally selected sample stimulus was re‐presented until a correct choice response occurred, reliable correspondence developed in 2 pigeons. This correspondence was eliminated by making reinforcement independent of correspondence and subsequently was reestablished when reinforcement again depended on correspondence. In Experiment 2, 3 other pigeons rapidly acquired correspondence under the final procedure used in Experiment 1. Increasing the time interval between the say and do components diminished correspondence. The results of the two experiments suggest how correspondence may be considered an instance of conditional stimulus control and that it is possible to construct a homologue of human say‐do correspondence with pigeons. 相似文献
130.