938 resultados para Columbian Society (Marblehead, Mass.)


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Appendix, pp.[40]-48, contains a "Brief historical sketch of the First Church in Salem."

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Mode of access: Internet.

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"It is the intention of the author to issue supplementary sheets from time to time. These will be so numbered that they may be inserted in the proper place."--Introd.

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For 1918/19-1920, meetings of the executive council were held instead of the annual meetings.

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Reprinted in part from Proceedings of the Society, Oct. 1907-Oct. 1908.

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Mode of access: Internet.

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Typescript (carbon copy)

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Covers all the entries in two Boston newspapers, including records which they received in exchange from various parts of the country.

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Mode of access: Internet.

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Mode of access: Internet.

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"The manuscript of this work is in the library of the American philosophical society. It is a copy made by Mr. Duponceau, and forms no. xxvii of a collection made by him and recorded in a folio account book, of which it occupies pp. 114-119."--Pilling, Bibl. of the Algonquin languages, p. 227.

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In the European lesser-spotted dogfish Scyliorhinus canicula, rectal gland mass in mg (M-Rg) followed the allometric relationship: M-Rg = 1.15 M-0.68, where M is body mass (g). The concept of allometric scaling is an important consideration in studies investigating the function Of osmoregulatory organs. (C) 2003 the Fisheries Society of the British Isles.

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Accurate estimates of body mass in fossil taxa are fundamental to paleobiological reconstruction. Predictive equations derived from correlation with craniodental and body mass data in extant taxa are the most commonly used, but they can be unreliable for species whose morphology departs widely from that of living relatives. Estimates based on proximal limb-bone circumference data are more accurate but are inapplicable where postcranial remains are unknown. In this study we assess the efficacy of predicting body mass in Australian fossil marsupials by using an alternative correlate, endocranial volume. Body mass estimates for a species with highly unusual craniodental anatomy, the Pleistocene marsupial lion (Thylacoleo carnifex), fall within the range determined on the basis of proximal limb-bone circumference data, whereas estimates based on dental data are highly dubious. For all marsupial taxa considered, allometric relationships have small confidence intervals, and percent prediction errors are comparable to those of the best predictors using craniodental data. Although application is limited in some respects, this method may provide a useful means of estimating body mass for species with atypical craniodental or postcranial morphologies and taxa unrepresented by postcranial remains. A trend toward increased encephalization may constrain the method's predictive power with respect to many, but not all, placental clades.