The paper examines the sudden disappearance in the United States of millions of honeybees in managed bee colonies. The major research undertaken in the U.S. concentrates on finding the pathogens responsible. This paper suggests an alternative avenue of research a) that as a result of global warming there is a disjunction between bees pollinating cycles and the life cycle of plants b) that understanding changes in “timing cycles” as a result of global warming is the key to understanding the (...) disappearance of the bees. It notes that Gregory Bateson argued that any condition of ecosystem collapse would be characterized first by a collapse in its communicative order rather, than from changed physical states. The collapse of bee colonies and demise of other pollinators is a seeming confirmation of Gregory Bateson argument. Honeybees are ‘go betweens’ in ecosystemic order. It also argues that an appropriate topology of timing cycles and their recursions would enable better visual comprehension of the heterarchical ‘pattern which connects’, in Bateson’s phrase, and prompt awareness of possible catastrophe in human food supplies. (shrink)

Can animals think? In this paper I address the proposal that many animals, including insects such as honeybees, have genuine thoughts. I consider one prominent version of this view that claims that honeybees can represent and process information about their environments in a way that satisfies the main hallmarks of human conceptual thought. I shall argue, however, that this view fails to provide convincing grounds for accepting that animals possess concepts. More precisely, I suggest that two important aspects (...) of conceptual thought, viz., concept individuation and the generality constraint, are not satisfied. (shrink)

This chapter contains section titles: Insect Cognition The Science of Honeybee Navigation and Communication Representation and Truth‐Conditions Psychological Structure Pushmi‐Pullyu Representations Folk Psychology as an Explanatory Paradigm.

Due to the difficulty in solving combinatorial optimization problems, it is necessary to improve the performance of the algorithms by improving techniques to deal with complex optimizations. This research addresses the metaheuristics of marriage in honey-bees optimization based on the behavior of bees. The current study proposes a technique for solving combinatorial optimization problems within proper computation times. The purpose of this study focuses on the travelling salesperson problem and the application of chaotic methods in important sections of the MBO (...) metaheuristic. Three experiments were conducted to measure the efficiency and quality of the solutions: MBO with chaos to generate initial solutions ; MBO with chaos in the workers ; and MBO with chaos to generate initial solutions and the workers. The application of chaotic functions in MBO was significantly better at solving the travelling salesperson problem. (shrink)

The journey towards morality in nature can be seen through the million-year-old relationship of the flowering plant and honeybee social group. _Flowers and Honeybees_ brings what science has learned into a dialog with the philosophy of morality.

Can we discover morality in nature? Flowers and Honeybees extends the considerable scientific knowledge of flowers and honeybees through a philosophical discussion of the origins of morality in nature. Flowering plants and honeybees form a social group where each requires the other. They do not intentionally harm each other, both reason, and they do not compete for commonly required resources. They also could not be more different. Flowering plants are rooted in the ground and have no brains. (...) Mobile honeybees can communicate the location of flower resources to other workers. We can learn from a million-year-old social relationship how morality can be constructed and maintained over time. (shrink)

Honeybees show lateral asymmetry in both learning about odours associated with reward and recalling memory of these associations. We have extended this research to show that bees exhibit lateral biases in their initial response to odours: viz., turning towards the source of an odour presented on their right side and turning away from it when presented on their left side. The odours we presented were the main component of the alarm pheromone, iso-amyl acetate (IAA), and four floral scents. The (...) significant bias to turn towards IAA odour on the right and away from it on the left is, we argue, a lateralization of the fight-flight response elicited by this pheromone. It contrasts to an absence of any asymmetry in the turning response to an odour of the flowers on which the bees had been feeding prior to testing: to this odour they turned towards when it was presented on either the left or right side. Lemon and orange odours were responded to differently on the left and right sides (towards on the right, away on the left) but no asymmetry was found in responses to rose odour. Our results show that side biases are present even in the initial, orienting response of bees to certain odours. (shrink)

Honeybees display a fascinating social behavior. The structural basis for this behavior, which made the bee a model organism for the study of communication, learning and memory formation, is the tiny insect brain. Neurons of the brain communicate via messenger molecules. Among these molecules, neuropeptides represent the structurally most‐diverse group and occupy a high hierarchic position in the modulation of behavior. A recent analysis of the honeybee genome revealed a considerable number of predicted (200) and confirmed (100) neuropeptides in (...) this insect.1 Is this quantity merely the result of advanced mass spectrometric techniques and bioinformatic tools or does it reflect the expression of more of these important messenger molecules, more than known from other insects studied so far? Our analysis of the data suggests that the social behavior is by no means correlated with a specific increase in the number of neuropeptides. Indeed, the honeybee genome is likely to contain fewer neuropeptide genes, neuropeptide paralogues and neuropeptide receptor genes than the solitary fruitfly Drosophila. BioEssays 29:416–421, 2007. © 2007 Wiley Periodicals, Inc. (shrink)

Condorcet's jury theorem shows that when the members of a group have noisy but independent information about what is best for the group as a whole, majority decisions tend to outperform dictatorial ones. When voting is supplemented by communication, however, the resulting interdependencies between decision makers can strengthen or undermine this effect: they can facilitate information pooling, but also amplify errors. We consider an intriguing non-human case of independent information pooling combined with communication: the case of nest-site choice by honeybee (...) (Apis mellifera) swarms. It is empirically well documented that when there are different nest sites that vary in quality, the bees usually choose the best one. We develop a new agent-based model of the bees' decision process and show that its remarkable reliability stems from a particular interplay of independence and interdependence between the bees. (shrink)

The existence of DNA methylation in insects has been a controversial subject over a long period of time. The recently completed genome sequence of the honeybee Apis mellifera has revealed the first insect with a full complement of DNA methyltransferases.1 A parallel study demonstrated that these enzymes are catalytically active and that Apis genes can be methylated in specific patterns.2 These findings establish bees as a model to analyze the function of DNA methylation systems in invertebrate organisms and might also (...) be important to understand evolutionary aspects of DNA methylation in higher eukaryotes. BioEssays 29: 208–211, 2007. © 2007 Wiley Periodicals, Inc. (shrink)

Honey bees are eusocial insects and the workers inform their nestmates of information regarding the location of food source using symbolic communication, called ‘dance communication’, that are based on their highly advanced learning abilities. Mushroom bodies (MBs), a higher-order center in the honey bee brain, comprise some subtypes/populations of interneurons termed Kenyon cells (KCs) that are distinguished by their cell body size and location in the MBs, as well as their gene expression profiles. Although the role of MBs in learning (...) ability has been studied extensively in the honey bee, the roles of each KC subtype and their evolution in hymenopteran insects remain mostly unknown. This mini-review describes recent progress in the analysis of gene/protein expression profiles and possible functions of KC subtypes/populations in the honey bee. Especially, the discovery of novel KC subtype/population, ‘middle-type KCs’ and ‘KC population expressing FoxP’, necessitated a redefinition of the KC subtype/population. Analysis of the effects of inhibiting gene function in a KC subtype-preferential manner revealed the function of the gene product as well as of the subtype where it is expressed. Genes expressed in a KC subtype/population-preferential manner can be used to trace the differentiation of KC subtypes during the honey bee ontogeny and the possible evolution of KC subtypes in hymenopteran insects. Current findings suggest that the three KC subtypes are unique characteristics to the aculeate hymenopteran insects. Finally, recent application of genome editing for the study of KC subtype functions in the honey bee is described. Genes expressed in a KC subtype-preferential manner can be good candidate target genes for genome editing, because they are likely related to highly advanced brain functions and some of them are dispensable for normal development and sexual maturation in honey bees. (shrink)

The honeybee, Apis mellifera, has excited both literary and scientific interest since ancient times, and even modern entomological investigation has not entirely dispelled the mystery surrounding the corporate intelligence of the beehive. Yet this lingering mystique has not prevented the wholesale exploitation of the honeybee as pollinator of choice in present-day industrial agriculture. In the context of this industrialization of the apiary, honeybees around the world are succumbing to the condition known as “colony collapse disorder.” The consequent disappearance of (...) honeybees on a massive scale poses the question, what do honeybees mean to us? Is their loss a moral loss, and if so, is it merely a moral loss, or something more? Does the loss of honeybees portend further losses that will amount to the loss of the basic conditions for meaning, and hence for morality, per se? (shrink)

A consideration of some of the most common questions about animal minds.Do birds have feelings? Can fish feel pain? Could a honeybee be anxious? For centuries, the question of whether or not animals are conscious like humans has prompted debates among philosophers and scientists. While most people gladly accept that complex mammals - such as dogs - share emotions and experiences with us, the matter of simpler creatures is much less clear. Meanwhile, the advent of the digital age and artificial (...) intelligence has created an added dimension to questions about non-human consciousness. In Tense Bees and Shell-Shocked Crabs, Michael Tye offers answers to some of today's most pressing questions about nonhuman consciousness. Blending the latest research about animal sensation with theories about the nature of consciousness, Tye develops a methodology for addressing the mysteries of the animal mind. Without endorsing any specific theory on the nature of consciousness, Tye tackles issues such as the animal experience of pain and fear, and the role of brain anatomy in determining consciousness. He then turns his attention to the artificial realm, considering whether complex robots could ever be considered conscious. Tye concludes with a discussion of how, if we consider animals conscious, this might impact our ethical obligations to them. From insects to crabs, fish to birds, Tense Bees and Shell-Shocked Crabs offers an insightful exploration of the ways in which animals relate to the world. Tense Bees and Shell-Shocked Crabs will appeal to students and scholars of philosophy and neuroscience, as well as general readers with an interest in animal and environmental ethics. (shrink)

Birch sketches out an ingenious account of how the psychology of social norms emerged from individual-level norms of skill. We suggest that these individual-level norms of skill are likely to be much more widespread than Birch suggests, extending deeper into the hominid lineage, across modern great ape species, all the way to distantly related creatures like honeybees. This suggests that there would have been multiple opportunities for social norms to emerge from skill norms in human prehistory.

Following Gilbert Ryle’s arguments, many philosophers took it for granted that someone knows how to do something just in case they have the ability to do it. Within the last couple decades, new intellectualists have challenged this longstanding anti-intellectualist assumption. Their central contention is that mere abilities aren’t on the same rational, epistemic level as know how. My goal is to intellectualize know how without over-intellectualizing it. Intelligent behavior is characteristically flexible or responsive to novelty, and the distinctive feature of (...) creatures who exhibit flexible behavior is their capacity to learn. As it turns out, Ryle already identified a core characteristic of learning shared widely across the animal kingdom from the lowly rat to the top athlete. Taking my cues from Ryle, I argue that know how is successful performance resulting from self-regulated abilities. To regulate an ability is to be disposed to adjust to error and respond to feedback. While regulating sophisticated human abilities often requires propositional knowledge, in many simpler cases it does not. I focus on the navigational know how of rats and honeybees. Although they possess know how, whether they possess propositional knowledge is at best an open question. (shrink)

This article establishes grounds on which attributions of information and encoding in animal signals are warranted. As common interest increases between evolutionary agents, the theoretical approach best suited to describing their interaction shifts from evolutionary game theory to communication theory, which warrants informational language. The take-home positive message is that in cooperative settings, signals can appropriately be described as transmitting encoded information, regardless of the cognitive powers of signalers. The canonical example is the honeybee waggle dance, which is discussed extensively (...) in the second and third sections. The take-home negative message is that signals are not always a consequence of coadaptation. The communication theory approach is just one end of a continuum explored more thoroughly by evolutionary game theory. The fourth and fifth sections explore this wider framework, as well as overturning some widely held misconceptions about information theory. (shrink)

How to imagine the imagination is a topic that draws philosophers the way flowers draw honeybees. From Plato and Aristotle to Wittgenstein and Sartre, philosophers have talked and written about this most elusive of topics--that is, until contemporary analytic philosophy of mind developed. Perhaps it is the vast range of the topic that has scared off our contemporaries, ranging as it does from mental images to daydreams. The guiding thread of this book is the distinction Colin McGinn draws between (...) perception and imagination. Clearly, seeing an object is similar in certain respects to forming a mental image of it, but it is also different. McGinn shows what the differences are, arguing that imagination is a sui generis mental faculty. He goes on to discuss the nature of dreaming and madness, contending that these are primarily imaginative phenomena. In the second half of the book McGinn focuses on what he calls cognitive (as opposed to sensory) imagination, and investigates the role of imagination in logical reasoning, belief formation, the understanding of negation and possibility, and the comprehension of meaning. His overall claim is that imagination pervades our mental life, obeys its own distinctive principles, and merits much more attention. (shrink)

In Pragmatism’s Evolution, Trevor Pearce demonstrates that the philosophical tradition of pragmatism owes an enormous debt to specific biological debates in the late 1800s, especially those concerning the role of the environment in development and evolution. Many are familiar with John Dewey’s 1909 assertion that evolutionary ideas overturned two thousand years of philosophy—but what exactly happened in the fifty years prior to Dewey’s claim? What form did evolutionary ideas take? When and how were they received by American philosophers? Although the (...) various thinkers associated with pragmatism—from Charles Sanders Peirce to Jane Addams and beyond—were towering figures in American intellectual life, few realize the full extent of their engagement with the life sciences. In his analysis, Pearce focuses on a series of debates in biology from 1860 to 1910—from the instincts of honeybees to the inheritance of acquired characteristics—in which the pragmatists were active participants. If we want to understand the pragmatists and their influence, Pearce argues, we need to understand the relationship between pragmatism and biology. (shrink)

Following Gilbert Ryle’s arguments, many philosophers took it for granted that someone knows how to do something just in case they have the ability to do it. Within the last couple decades, new intellectualists have challenged this longstanding anti-intellectualist assumption. Their central contention is that mere abilities aren’t on the same rational, epistemic level as know how. My goal is to intellectualize know how without over-intellectualizing it. Intelligent behavior is characteristically flexible or responsive to novelty, and the distinctive feature of (...) creatures who exhibit flexible behavior is their capacity to learn. As it turns out, Ryle already identified a core characteristic of learning shared widely across the animal kingdom from the lowly rat to the top athlete. Taking my cues from Ryle, I argue that know how is successful performance resulting from self-regulated abilities. To regulate an ability is to be disposed to adjust to error and respond to feedback. While regulating sophisticated human abilities often requires propositional knowledge, in many simpler cases it does not. I focus on the navigational know how of rats and honeybees. Although they possess know how, whether they possess propositional knowledge is at best an open question. (shrink)

Do traits evolve because they are good for the group, or do they evolve because they are good for the individual organisms that have them? The question is whether groups, rather than individual organisms, are ever “units of selection.” My exposition begins with the 1960’s, when the idea that traits evolve because they are good for the group was criticized, not just for being factually mistaken, but for embodying a kind of confused thinking that is fundamentally at odds with the (...) logic that Darwin’s theory requires. A counter-movement has arisen since the 1960’s, called multi-level selection theory, according to which selection acts at multiple levels, including the level of the group. After discussing the 1960’s attack on group selection and the concept’s subsequent revival, I examine Darwin’s views on the subject. I discuss what Darwin says about four examples: human morality, the barbed stinger of the honeybee, neuter workers in species of social insect, and the sterility of many interspecies hybrids. I argue that Darwin defended hypotheses of group selection in the first three problems, but rejected it in the fourth. I also discuss Darwin’s general views about the role of group selection in evolution. (shrink)

In this paper, I discuss how information theory has been used in the study of animal communication, as well as how these uses are justified. Biologists justify their use of Shannon’s information measures by the work they do in allowing for comparisons between different organisms and because they measure a quantity that is purported to be important for natural selection. I argue that there are problems with both sorts of justification. To make these difficulties clear, I focus on the use (...) of Shannon’s information measures to quantify the amount of information transmitted by the fire ant’s odor trail and the honeybee’s waggle dance. Both of these systems are relatively simple and well understood, and the application of Shannon’s information measure to these systems initially seemed very promising and relatively straightforward. They are therefore particularly suitable for revealing the benefits and difficulties of applying Shannon’s information measures to biological systems in general, and animal communication systems in particular. (shrink)

The question of animal belief (or animal intentionality) often degenerates into a frustrating and unproductive exchange. Foes of animal intentionality point out that non-linguistic animals couldn’t possibly possess the kinds of mental states we linguistic beings enjoy. They claim that linguistic ability enables us to become sensitive to intensional contexts or to the states of mind of others in a way that is unavailable to the non-linguistic, and that would be necessary for proper attributions of intentionality. To attribute mental states (...) to non-linguistic brutes, no matter how natural it comes to us, would be grossly anthropomorphic. In the face of these challenges some friends of animal intentionality have attempted to show that at least a few animals (chimpanzees, vervet monkeys, honeybees) are capable of engaging in quasi-linguistic, communicative practices that ought to be accorded at least a minimal degree of intentionality. Others have questioned the foes’ necessity claims; linguistic ability, claim these animal friends, isn’t required for sensitivity to intensional contexts, surprise, or belief about belief after all, or if it is, then these features aren’t really requisite for mental capacity. Indeed, if we focus exclusively upon linguistic ability, then we are apt to miss the primitive kinds of mental capacities from which our own full-blooded intentional capacities likely evolved. Animals certainly seem to interact intelligently with their surroundings, so much so that we ought to follow our natural (brute?) anthropomorphic inclinations to credit them with minds. Failing to recognize their genuine intentional capacities would be "brutishly" anthropocentric. (shrink)

Natural selection is often envisaged as the ultimate cause of the apparent rationality exhibited by organisms in their specific habitat. Given the equivalence between selection and rationality as maximizing processes, one would indeed expect organisms to implement rational decision-makers. Yet, many violations of the clauses of rationality have been witnessed in various species such as starlings, hummingbirds, amoebas and honeybees. This paper attempts to interpret such discrepancies between economic rationality and biological rationality. After having distinguished two kinds of rationality (...) we introduce irrationality as a negation of economic rationality by biologically rational decision-makers. Focusing mainly on those instances of irrationalities that can be understood as exhibiting inconsistency in making choices, i.e. as non-conformity of a given behaviour to axioms such as transitivity or independence of irrelevant alternatives, we propose two possible families of Darwinian explanations that may account for these apparent irrationalities. First, we consider cases where natural selection may have been an indirect cause of irrationality. Second, we consider putative cases where violations of rationality axioms may have been directly favored by natural selection. Though the latter cases seem to clearly contradict our intuitive representation of natural selection as a process that maximizes fitness, we argue that they are actually unproblematic; for often, they can be redescribed as cases where no rationality axiom is violated, or as situations where no adaptive solution exists in the first place. (shrink)

A clear, concise introduction to the quickly growing field of complexity science that explains its conceptual and mathematical foundations What is a complex system? Although “complexity science” is used to understand phenomena as diverse as the behavior of honeybees, the economic markets, the human brain, and the climate, there is no agreement about its foundations. In this introduction for students, academics, and general readers, philosopher of science James Ladyman and physicist Karoline Wiesner develop an account of complexity that brings (...) the different concepts and mathematical measures applied to complex systems into a single framework. They introduce the different features of complex systems, discuss different conceptions of complexity, and develop their own account. They explain why complexity science is so important in today’s world. (shrink)

Knowledge of the world is for the purpose of transforming the world; the history of humankind is created by humankind itself. However, if one has no knowledge of the world then the world cannot be transformed; "without revolutionary theory there can be no revolutionary movement."1 Our high-and-mighty dogmatists 2 are ignorant of this point. It is through the two processes of knowledge and transformation that the realm of necessity will be changed into the realm of freedom. The European philosophers of (...) the past comprehended the truth that "freedom is knowledge of necessity." Marx's contribution lay not in the rejection of this truth, but in recognizing that this truth was incomplete, and his addition of the truth that "the transformation of the world" is founded on knowledge of necessity. "Freedom is knowledge of necessity"-this is the proposition of the philosophers of the past. "Freedom is knowledge of necessity and the transformation of the world"-this is Marx's proposition. It is a poor Marxist who does not understand that knowledge of the world is premised on the transformation of the world, and that the transformation of the world is premised on knowledge of the world. Any Chinese Marxist who does not understand that knowledge of China is premised on the desire to transform China, and that the transformation of China is premised on knowledge of China, is indeed a poor Chinese Marxist. Marx said that man differs from the honeybee in that man has in his mind a design for his house prior to constructing it.3 The house that we will construct is the house of the Chinese Revolution, and we too must firstly have a design for the Chinese Revolution. Not only must we have a grand design, a general plan, we must also have many designs which are subdivisions of the grand design, which are designs on a smaller scale. And these designs can be nothing but the active reflection attained in the practice of the Chinese Revolution of objective, real situations . The reason why our high-and-mighty dogmatists are subjectivists is because their entire design for the revolution, whether on a large or small scale, general or subdivided, is not based on and nor does it conform to objective reality. They have only the subjective aspiration to transform the world, or China, or Northern China, or the cities; they have no presentable plan. Their plan is not scientific, but is subjective and arbitrary, is a complete muddle. Since they have no knowledge whatever of the world and wish to transform it in a rash way, the consequence will not only be that they suffer cracked skulls themselves, but that the masses will also meet the same fate under their leadership. Since these high-and-mighty dogmatists are blind when it comes to the realm of necessity of the Chinese revolution, their presumptuous desire to play the part of the leaders of the people would truly be a case of "a blind man riding a blind horse at the edge of a deep gorge at midnight.". (shrink)

Dance receives relatively little attention in the history of philosophy. My strategy for connecting that history to dance consists in tracing a genealogy of its dance-relevant moments. In preparation, I perform a phenomenological analysis of my own eighteen years of dance experience, in order to generate a small cluster of central concepts or “Moves” for elucidating dance. At this genealogical-phenomenological intersection, I find what I term “positure” most helpfully treated in Plato, Aristotle and Nietzsche; “gesture” similarly in Condillac, Mead and (...) Kristeva; “grace” in Avicenna, Schiller and Dewey; and “resilience” in Fanon, (Judith) Butler and Deleuze. With these analyses in place, I apply the four Moves in analyzing various forms of dancing (including salsa dancing and the pollen dance of the honeybee) and coordinate them to outline a comprehensive philosophy of dance. This philosophy points to certain conditions for an ideally flourishing, dancing society. And these conditions create the possibility for a coalition of sympathetic discourses (including critical race theory, queer theory, disability studies and democratic theory) united in pursuit of political virtue. The development of a philosophy of dance offers a deeper understanding of the intellectual values of a practice often identified with bodily immediacy and therefore judged uninteresting. It also reinvigorates philosophy with the dynamism and bodily relevance of the practice of dancing. Most important, it demonstrates the meaningful intersection of aesthetics and political ethics, by exploring how aesthetic practices underlie and inspire human flourishing. (shrink)

There is a substantial class of collective decision problems whose successful solution requires interdependence among decision makers at the agenda-setting stage and independence at the stage of choice. We define this class of problems and describe and apply a search-and-decision mechanism theoretically modeled in the context of honeybees and identified in earlier empirical work in biology. The honeybees’ mechanism has useful implications for mechanism design in human institutions, including courts, legislatures, executive appointments, research and development in firms, and (...) basic research in the sciences. Our paper offers a fresh perspective on the idea of “biomimicry” in institutional design and raises the possibility of comparative institutional analysis across species. (shrink)

In this paper, we offer an overview of Aristotle’s account for his belief that honeybees reproduce without copulation. Following this, we draw the three following implications: First, that Aristotle’s position on this question is quite unconventional, and undercuts many traditional and “Aristotelian” hierarchies; secondly, that the method that requires him to hold this unconventional position is largely dialectical; and finally, that the lineage behind this method is Socratic. In this sense, Aristotle’s biological work may be seen as taking up (...) where young Socrates left off according to his autobiographical remark in Plato’s Phaedo 95E-99E. (shrink)

The visual world of animals is highly diverse and often very different from the world that we humans take for granted. This book provides an extensive review of the latest behavioral and neurobiological research on animal vision, highlighting fascinating species similarities and differences in visual processing. It contains 26 chapters written by world-leading experts about a variety of species including: honeybees, spiders, fish, birds, and primates. The chapters are divided into six sections: Perceptual grouping and segmentation, Object perception and (...) object recognition, Motion perception, Visual attention, Different dimensions of visual perception, and Evolution of the visual system. An exhaustive work in range and depth, How Animals See the World will be a valuable resource for advanced students and researchers in areas of cognitive psychology, perception and cognitive neuroscience, as well as researchers in the visual sciences. (shrink)

Background: Olfactory cues directly link the environment to gene expression. Two types of olfactory cues, food odors and social odors, alter genetically predisposed hormone-mediated activity in the mammalian brain. Methods: The honeybee is a model organism for understanding the epigenetic link from food odors and social odors to neural networks of the mammalian brain, which ultimately determine human behavior. Results: Pertinent aspects that extend the honeybee model to human behavior include bottom-up followed by top-down gene, cell, tissue, organ, organ-system, and (...) organism reciprocity; neurophysiological effects of food odors and of sexually dimorphic, species-specific social odors; a model of motor function required for social selection that precedes sexual selection; and hormonal effects that link current neuroscience to social science affects on the development of animal behavior. Conclusion: As the psychological influence of food odors and social orders is examined in detail, the socioaffective nature of olfactory cues on the biologically based development of sexual preferences across all species that sexually reproduce becomes clearer Keywords: behavior; development; evolution; odors; food; social; sexual; epigenetic; olfaction; pheromones; hormones; environment; animal; affect; effect; neuroscience (Published: 15 March 2012) Citation: Socioaffective Neuroscience & Psychology 2012, 2 : 17338 - DOI: 10.3402/snp.v2i0.17338. (shrink)

We discuss the necessity of conscious thinking in the single-system propositional model of learning. Research from honeybees to humans suggests that associative learning can take place without the need for controlled reasoning or the development of beliefs of relationships between objects or events. We conclude that a single learning system is possible, but not if it depends on complex thinking.

In lieu of an abstract, here is a brief excerpt of the content:Whoa! JOHN SHOPTAW ONE A young man with gold hair in a coal-black robe and slippers was off to confront the Sun. But as he paced the hotel corridors, Ray could feel his step losing its jaunt. At this rate, he’d make it to nowhere in nothing flat. Just then, he noticed his old wall map thumbtacked over some double doors. How’d his Boys’ Life get out here? He (...) looked it over, the big fat world, cut open and stretched flat, like an elephant hide. The properties were green, purple and red, and the waters whitish blue. The Mercator-projected bottom was jagged with ice. The whole place was crawling with letters, like ants on a cake. The best part was the creatures: a long-armed squid suctioning a whale, sea lions sunning themselves. No. Seals. He bunched his brows. No. Hills. And game big as states, as nations: hippos in Africa’s watering holes, a beauty of a cheetah, its sights trained. Untacking and folding the map, Ray tucked it into his pocket and slid open the doors. He found himself in a dim cavern facing a motionless escalator. Its stairs were gold-plated, its balustrades brushed aluminum and its handrails hand-rubbed ostrich skin. He could see no end of stairs. It must be arion 27.1 spring/summer 2019 one unbroken flight to the Sun’s penthouse. But where was the down escalator? Beats him. He planted his slippers and clasped the rails. With a little lurch the escalator began its quickening glide. Now this was first-class. No huffing required. Simply the assumption of an attitude. Up ahead, the horizon gleamed ivory. 2 whoa! TWO The stairway teeth clamped shut and Ray was thrown into a hard glare. Sunblock and goggles— they’ll let you look into things—on your right, came a voice positively sunny. Ray slathered and goggled himself, and beheld by a high stone robed in emerald moss a trim figure in a sea-snail-purple sweatsuit and a broad-brimmed straw hat puttering about a humid sundial of wide-waking annuals and perennials— snowdrops, crocuses, daisies and daylilies, rice in flower and maize in silk, woozy jasmine and heady grapevines, a temperamental winter daphne, and tall in the motley midst the polar gnomon, an Indian turnsole or heliotrope, sweeping its shaft of shadow from one to the next minute marigold dot as the ambling photosynthesizer passed the fragrant hours of the zodiac. Batting away hummingbirds and honeybees, Ray waded through the flower bed toward Sol. Am I your heir? Can I have what I want? Sure, kid, name it. Ray glanced toward the honey-scented manure. A joyride? Sol sighed. It’s your funeral. Taking his time, he led Ray out to the dayport. What a letdown! Ray’d expected a futuristic heliumpowered sports coupe, or at least a souped-up solar Mustang. Not this gold-rimmed, pyrite-axled backward half-bucket with footpads! John Shoptaw 3 Dawn, meanwhile, with her practiced blush arched her horizon, and her pomegranate interiors yawned wide. The stars dispersed. Venus, her shell-blue and egg-white gauzes aswirl, gave Dawn a last long look above her handmirror’s crescent rim. Sol was watching moonshine evanesce from his glowing barndoors, which cracked in a spewing welding arc and then opened wide to reveal a dozen prompt and close-cropped Hours, coaxing a team of four mammoth pegasi yoked neck and neck and neck and neck, stoked with thick ambrosial plasma and snorting flame. As the nymphs hitched the tack to the chariot pole, the Sun, shaking his head, untied his flaring sunhat and knotted it under Ray’s chin. Lay off the whip and draw rein with a firm hand. They’ll fly by themselves with no help from you. But they’ll answer to Clover, Crocus, Peony, Sage. Steer clear of the straightaway. Bank the rig into a circumbendibus. But don’t, whatever you do... But Ray’s attention had drifted. The rampant quadrupeds hooved trails of sparks down the dayport door, their heavy fog blankets slid off, and they shook out their shoulder-wings. A pliant breeze sprang up from the East... (shrink)