Professor D'Arcy W. Thompson has recently revived a conjecture of Lauth on Geoponica, XIII, 8, 1, which runs as follows: εις οκ σονται ν χωρ ν νθιονἢ ρτεμσιον ἢ βρτονον περ τν πα$$υλιν υτεσς. τος δ ντας λσεις ν . The conjecture is that ντας is the Egyptian hontasu, ‘lizard.’ That this would make sense is obvious; but the usage of the Geop. itself, to say nothing of other authors, indicates that the word is simply what it appears to (...) be, namely the pres. part, of εμ. Thus we find in X, 46 τ ςκα σκληκας ¿ π¿ισειν μλλων φυτεειν μπξς σκλλ τν κλδ¿ν, τ¿ς δ ντας ναιρες ν κ.τ.λ. Here the explanation ‘lizards’ would hardly be reasonable; still more cogent, however, is XII, 8, 2–3, ¿κ σονται … τς δ οσας κμπας διαθερς, where no such conjecture is possible. Not dissimilar is XII, 19, 9, τς τε γρ οσας ψλλας θερεικα λλας οκ γενσθαι. All these extracts are taken from authors of the second and third centuries A.D., though we have no means of knowing how closely their actual wording is followed; it is therefore in point to cite a passage of Galen, the opening paragraph of the tractate περ αρσεων Medicine, he says, has for its aim health, and a physician must know how to bring about health if absent and preserve it if present . καλεται δ, he continues, τ μν ργαζμενα τν μ οσαν γειατν τε καβοηθματα, τ δ φυλττοντα τν οσαν γιειν διαιτματα. In other words, ὢν can be used in much the same sense as παρν. This is no novelty of Roman times, for we may compare, for instance, Soph. Ant. 1109, ο ' ντες ο τ'πντες, and El, 305 τς οσας … κα τς ποσας λπδας. (shrink)

According to the theory of lexical access presented by Levelt, Roelofs & Meyer, processing of semantic–syntactic information and phonological information proceeds in a strictly discrete, serial manner. We will evaluate this claim in light of recent evidence from the literature and unpublished findings from our laboratory.

The focus of this study was to analyze the content, distribution, and comparative genome relationships of 996 chromosome bin-mapped expressed sequence tags accounting for 2266 restriction fragments on the homoeologous group 3 chromosomes of hexaploid wheat. Of these loci, 634, 884, and 748 were mapped on chromosomes 3A, 3B, and 3D, respectively. The individual chromosome bin maps revealed bins with a high density of mapped ESTs in the distal region and bins of low density in the proximal region of the (...) chromosome arms, with the exception of 3DS and 3DL. These distributions were more localized on the higher-resolution group 3 consensus map with intermediate regions of high-mapped-EST density on both chromosome arms. Gene ontology classification of mapped ESTs was not significantly different for homoeologous group 3 chromosomes compared to the other groups. A combined analysis of the individual bin maps using 537 of the mapped ESTs revealed rearrangements between the group 3 chromosomes. Approximately 232 of the consensus mapped ESTs matched sequences on rice chromosome 1 and revealed large- and small-scale differences in gene order. Of the group 3 mapped EST unigenes ∼21 and 32% matched the Arabidopsis coding regions and proteins, respectively, but no chromosome-level gene order conservation was detected. (shrink)

While the bioethics literature demonstrates that the field has spent substantial time and thought over the last four decades on the goals, methods, and desired outcomes for service and training in bioethics, there has been less progress defining the nature and goals of bioethics research and scholarship. This gap makes it difficult both to describe the breadth and depth of these areas of bioethics and, importantly, to gauge their success. However, the gap also presents us with an opportunity to define (...) this scope of work for ourselves and to help shape the broader conversation about the impact of academic research. Because of growing constraints on academic funding, researchers and scholars in many fields are being asked to demonstrate and also forecast the value and impact of their work. To do that, and also to satisfy ourselves that our work has meaningful effect, we must understand how our work can motivate change and how that change can be meaningfully measured. In a field as diverse as bioethics, the pathways to and metrics of change will likewise be diverse. It is therefore critical that any assessment of the impact of bioethics research and scholarship be informed by an understanding of the nature of the work, its goals, and how those goals can and ought to be furthered. In this paper, we propose a conceptual model that connects individual bioethics projects to the broader goals of scholarship, describing the translation of research and scholarly output into changes in thinking, practice, and policy. One of the key implications of the model is that impact in bioethics is generally the result of a collection of projects rather than of any single piece of research or scholarship. Our goal is to lay the groundwork for a thoroughgoing conversation about bioethics research and scholarship that will advance and shape the important conversation about their impact. (shrink)

This is a field-based disguised case which describes a dilemma faced by the protagonists; do they continue to do business with a land developer who has assisted them in the past when now the developer chooses to, against their recommendations, also do business with their ex-business partner? The problem for the characters in question is whether or not to work on a project that will yield them a net profit of $4 million dollars given the fact it would require them (...) to work in the same development as their former business associate. The central characters are afraid that their ex-partner will be a destabilizing factor in the development of the project and that their work sites will be in jeopardy of being vandalized. Several factors complicate this situation including: the developer’s desire for a quick land purchase, the developer’s changing the discount rate from 20% to 10% perhaps based upon difficulties that surrounded the first land deal, the protagonists’ plans to build their own homes in this new development, and the negative relationship between the protagonists and the ex-business partner. The case has a difficulty level appropriate for a sophomore or junior level course. The case is designed to be taught in one class period and is expected to require between three to five hours of outside preparation by students. (shrink)

This paper studies general numerical networks with support and attack. Our starting point is argumentation networks with the Caminada labelling of three values 1=in, 0=out and ½=undecided. This is generalised to arbitrary values in [01], which enables us to compare with other numerical networks such as predator?prey ecological networks, flow networks, logical modal networks and more. This new point of view allows us to see the place of argumentation networks in the overall landscape of networks and import and export ideas (...) to and from argumentation networks. We make a special effort to make clear how general concepts in general networks relate to the special case of argumentation networks. We pay special attention to the handling of loops and to the special features of numerical support. We find surprising connections with the Dempster?Shafer rule and with the cross-ratio in projective geometry. This paper is an expansion of our 2005 paper and so we also consider higher level features such as numerical attacks on attacks, and propagation of numerical values.We conclude with a brief view of temporal numerical argumentation and with a detailed comparison with related papers published since 2005. (shrink)

Introductory, by B. H. Streeter.--Love and omnipotence, by C. F. D'Arcy.--The survival of the fittest, by Lily Dougall.--Power, by Lily Dougall.--The defeat of pain, by B. H. Streeter.