Earth Sciences Commons^™

Mgrre_Thinsections_Mgrre-135_3, Mgrre

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Mgrre_Thinsections_Mgrre-132_14, Mgrre

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Mgrre_Thinsections_Mgrre-132_5, Mgrre

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Mgrre_Thinsections_Mgrre-132_19, Mgrre

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Mgrre_Thinsections_Mgrre-134_5, Mgrre

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Mgrre_Thinsections_Mgrre-133_001, Mgrre

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Mgrre_Thinsections_Mgrre-133_003, Mgrre

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Mgrre_Thinsections_Mgrre-133_002, Mgrre

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Mgrre_Thinsections_Reno 1-27_3, Mgrre

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Mgrre_Thinsections_Mgrre-135_3, Mgrre

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Larval Ecology Of Atlantic Bluefin Tuna (Thunnus Thynnus): New Insights From Otolith Microstructure, Biotic, And Abiotic Analyses From The Gulf Of Mexico And Mediterranean Sea, Estrella Malca

All HCAS Student Capstones, Theses, and Dissertations

Atlantic bluefin tuna (ABT), Thunnus thynnus, spawn in the Gulf of Mexico (GoM) and the Mediterranean Sea (MED). Spawning occurs within narrow temporal and environmental parameters. Efforts to characterize growth of ABT in wild conditions revealed a wide range of growth variability during the early life stages. This series of studies examined potential biotic and abiotic influences of larval growth from seven ABT cohorts, and identified several key drivers of growth for this commercially valuable species. A detailed investigation of larval dynamics using otolith microstructure was conducted as follows. First, companion growth curves and stable isotope analysis from the same …

Behaviors For Which Deinonychosaurs Used Their Feet, Alexander King

Honors Projects

This paper seeks to show for what purpose deinonychosaurs used their feet. Fowler et al., (2011) showed that D. antirrhopus’s feet were closest in function to accipitrids, as they found it was more built for grasping prey than running.

I answered this question by using 2D images of the feet of three modern birds (Buteo jamaicensis, Phasianus colchicus, and Gallus gallus domesticus), one eudromaeosaur (Deinonychus antirrhopus), and one troodontid (Borogovia gracilicrus). I used ImageJ to apply 73 landmarks to each foot, capturing the variation between species in the metatarsals and pedal phalanges. These data were then uploaded to the software …

Mgrre_Thinsections_Mgrre-130_2, Mgrre

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Mgrre_Thinsections_Mgrre-130_3, Mgrre

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Mgrre_Thinsections_Mgrre-130_5, Mgrre

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Mgrre_Thinsections_Mgrre-130_12, Mgrre

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Mgrre_Thinsections_Mgrre-130_13, Mgrre

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Mgrre_Thinsections_Mgrre-130_14, Mgrre

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Mgrre_Thinsections_Mgrre-130_17, Mgrre

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Mgrre_Thinsections_Mgrre-131_2, Mgrre

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Mgrre_Thinsections_Mgrre-131_5, Mgrre

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Mgrre_Thinsections_Mgrre-131_7, Mgrre

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Mgrre_Thinsections_Mgrre-131_8, Mgrre

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Mgrre_Thinsections_Mgrre-131_10, Mgrre

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Mgrre_Thinsections_Mgrre-131_11, Mgrre

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Mgrre_Thinsections_Mgrre-131_9, Mgrre

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Mgrre_Thinsections_Mgrre-130_6, Mgrre

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Mgrre_Thinsections_Mgrre-130_11, Mgrre

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Mgrre_Thinsections_Mgrre-131_3, Mgrre

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Mgrre_Thinsections_Mgrre-131_4, Mgrre

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