434 resultados para Captivity
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Original in the Princeton Theological Seminary.
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v. 1. Abraham to Samuel -- v. 2. From Samuel to the captivity -- v. 3. From the captivity to the Christian era.
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First published under title: Lectures on the history of the Jewish church.
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Title varies: v. 2-3, Old Testament history for schools.
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Includes bibliographical references and indexes.
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Later eds. include pt. 3, The captivity to the Christian era.
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The ancient Cherokees.--Cherokee wars.--The heroes of Walpole.--Memoirs of a northern trader.--Massacre of Michilimacinac.--Traits of the Tuskaroras.--Tuskarora war.--Adventures of Long.--The civilized cannibal.--Captivity of Mrs. Rowlandson.--Settlement of Kentucky.--The conspiracy of the Creeks.--Christian Indians.
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Earlier ed. (1830) has title: Union questions on select portions of scripture, from the Old and New Testaments.
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"First published in different periodicals between the years 1890 and 1894."
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Narrative of the captivity of Joseph Bartlett among the Indians: p. 331-334.
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Each volume has also special title-page.
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Ayer Coll.
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Thesis (Ph.D.)--University of Washington, 2016-06
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This study examined the osmoregulatory status of the euryhaline elasmobranch Carcharhinus leucas acclimated to freshwater (FW) and seawater ( SW). Juvenile C. leucas captured in FW ( 3 mOsm l(-1) kg(-1)) were acclimated to SW ( 980 - 1,000 mOsm l(-1) kg(-1)) over 16 days. A FW group was maintained in captivity over a similar time period. In FW, bull sharks were hyper-osmotic regulators, having a plasma osmolarity of 595 mOsm l(-1) kg(-1). In SW, bull sharks had significantly higher plasma osmolarities ( 940 mOsm l(-1) kg(-1)) than FW-acclimated animals and were slightly hypoosmotic to the environment. Plasma Na+, Cl-, K+, Mg2+, Ca2+, urea and trimethylamine oxide (TMAO) concentrations were all significantly higher in bull sharks acclimated to SW, with urea and TMAO showing the greatest increase. Gill, rectal gland, kidney and intestinal tissue were taken from animals acclimated to FW and SW and analysed for maximal Na+/ K+-ATPase activity. Na+/ K+-ATPase activity in the gills and intestine was less than 1 mmol Pi mg(-1) protein h(-1) and there was no difference in activity between FW- and SW-acclimated animals. In contrast Na+/ K+-ATPase activity in the rectal gland and kidney were significantly higher than gill and intestine and showed significant differences between the FW- and SW-acclimated groups. In FW and SW, rectal gland Na+/ K+-ATPase activity was 5.6 +/- 0.8 and 9.2 +/- 0.6 mmol Pi mg(-1) protein h(-1), respectively. Na+/ K+-ATPase activity in the kidney of FW and SW acclimated animals was 8.4 +/- 1.1 and 3.3 +/- 1.1 Pi mg(-1) protein h(-1), respectively. Thus juvenile bull sharks have the osmoregulatory plasticity to acclimate to SW; their preference for the upper reaches of rivers where salinity is low is therefore likely to be for predator avoidance and/or increased food abundance rather than because of a physiological constraint.
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Veterinarians are increasingly faced with examining and/or treating marine mammals during strandings or following requests from theme parks and zoos. A common request involving seals and sea lions regards dentition, either to age a wild animal or as part of the routine health of captive animals. The major problem with examining dentition is the lack of information available in the literature on normal dentition, particularly in juveniles, where eruption patterns may be used to age the animal. The information presented in this report details typical deciduous dentition in one Californian sea lion, a species commonly encountered in captivity.