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Daniela A. Mardones-Toledo

Researcher at Austral University of Chile

Publications -  8
Citations -  42

Daniela A. Mardones-Toledo is an academic researcher from Austral University of Chile. The author has contributed to research in topics: Intertidal zone & Crepidula. The author has an hindex of 3, co-authored 7 publications receiving 28 citations.

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Brooding in the Chilean oyster Ostrea chilensis: unexpected complexity in the movements of brooded offspring within the mantle cavity.

TL;DR: The circulation pattern of the progeny appears well-suited for both cleaning them and directing them posteriorly to an area where there is more oxygen and food than in the palp region, which could explain the poor energy balance previously documented for brooding females of this species.
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Differences in feeding adaptations in intertidal and subtidal suspension-feeding gastropods: studies on Crepidula fornicata and Crepipatella peruviana

TL;DR: In the context of feeding, intertidal individuals of C. fornicata performed at least as well as subtidal conspecifics, resulting in a population whose adults were as large as those found subtidally, suggesting that C.Fornicata has had a long interaction with the environmental heterogeneity associated with intert tidal life.
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Role of the Substrate in Feeding and Growth of the Marine Suspension-Feeding Gastropods Crepidula fornicata and Crepipatella peruviana

TL;DR: The solid substrate to which calyptraeid gastropods attach clearly plays an important role in their feeding biology, although the precise role remains to be explored.
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Female–embryo relationships in Ostrea chilensis : brooding, embryo recognition, and larval hatching

TL;DR: The capacity for embryonic recognition in brooding oysters, Ostrea chilensis, and the ability to clear the pallial cavity of dead embryos were studied, which revealed that females frequently rejected some of their own veligers together with the dead larvae.
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Possible Mechanisms of Hatching from Egg Capsules in the Gastropods Crepipatella dilatata and Crepipatella peruviana, Species with Different Modes of Early Development.

TL;DR: It is found that when egg capsules of C. peruviana were exposed to lower ambient salinities, the substantial entry of water correlated well with high percentages of hatching, particularly for egg capsules containing advanced veligers, suggesting that an osmotic mechanism may be involved in the hatching process of this species.