960 resultados para Drag-Queens


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Mode of access: Internet.

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I. Sophia Dorothea of Celle, wife of George I. Caroline of Ansbach, queen of George II.--II. Charlotte Sophia of Mecklenburg-Strelitz, queen of George III. Amelia Elizabeth Caroline of Brunswick, queen of George IV. Adelaide f Saxe Meiningen, queen of William IV.

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"Elizabeth [Strickland] contributed Elizabeth Stuart, queen of Bohemia, and Sophia, electress of Hanover."--Dict. nat. biog.

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v.1. Sarah, duchess of Marlborough.--Madame Roland.--Lady Mary Wortley Montagu.--Georgiana, duchess of Devonshire.--Letitia Elizabeth Landon.--Madame de Sévigne.--Sydney lady Morgan.--Jane, duchess of Gordon. v.2. Madame Récamier.--Lady Hervey.--Madame de Staël.--Mrs. Thrale.--Piozzi.--Lady Caroline Lamb.--Anne Seymour Damer.--La Marquise du Deffand.--Mrs. Elizabeth Montagu.--Mary, countess of Pembroke.--La marquise de Maintenon.

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Mode of access: Internet.

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Includes index.

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Elizabeth Barry.--Anne Bracegirdle.--Anne Oldfield.--Mary Porter.--Susannah Maria Cibber.--Hannah Pritchard.--Mary Ann Yates.--Anne Crawford.--Elizabeth Pope.--Elizabeth Inchbald.--Sarah Siddons.--Julia Glover.--Eliza O'Neill (Lady Becher).

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Cymothoid isopods Anilocra apogonae are regular ectoparasites of the cardinal fish Cheilodipterus quinquelineatus on the Great Barrier Reef. To determine whether this large isopod, attached to the head of the fish, affects the physiology and behaviour of its host, we conducted morphological measurements to obtain a condition index and several laboratory experiments on fish with and without isopods. The condition index did not vary between parasitised and non-parasitised wild fish. However, we found that parasitised fish lost more weight than unparasitised fish when fed a low food ration. Parasitised fish also had a higher rate of oxygen consumption than non-parasitised fish. When maintaining body posture in calm water, parasitised fish had an elevated pectoral fin beat frequency, probably because the isopod attaches asymmetrically, causing an asymmetrical weight balance for which the fish needs to compensate. Moreover, the sustained aerobic swimming speed as well as the swimming endurance at high water speeds were reduced in parasitised fish, possibly because of the drag from the parasite. The results suggest that parasites can have significant effects on fish even if this is not revealed by their body condition index in the wild. The metabolic effects found imply that parasitised fish may have to spend more time foraging to compensate for their higher metabolism. This could expose them to a higher risk of being eaten, a situation made worse by an impaired swimming ability that may reduce their capacity to escape a predator.