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Articles 1 - 2 of 2
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Characterization Of Natural Spring Waters Of The San Bernardino Mountains Using Stable Isotopes Of Oxygen And Hydrogen, Alison Renee Sloat
Characterization Of Natural Spring Waters Of The San Bernardino Mountains Using Stable Isotopes Of Oxygen And Hydrogen, Alison Renee Sloat
Theses Digitization Project
The purpose of this study was to characterize the natural spring waters of the San Bernardino Mountains using two stable isotopes. The isotopic results of this study will aid with tracing sources, movements, and mixing effects on groundwater receiving mountain-front recharge in the region.
Comparative Osteohistology Of Hyperelongate Neural Spines In Basal Synapsids (Vertebrata, Amniota): Growth And Mechanical Considerations, Adam Keith Huttenlocker
Comparative Osteohistology Of Hyperelongate Neural Spines In Basal Synapsids (Vertebrata, Amniota): Growth And Mechanical Considerations, Adam Keith Huttenlocker
Theses Digitization Project
Basal synapsids comprise one of the best represented groups of early tetrapods and demonstrate a classic example of a macroevolutionary transition. The basal synapsid fossil record is of significant interest to paleontolists because it presents an excellent opportunity for studying the evolution of vertebrate morphology. In the present study, neural spine osteohistology is further examined across a broad range of basal synapsid genera with hyperlongate neural spines. Due to the limited availability of specimens and the comparative approach required for destructive analysis, the present study is divided into two major comparative investigations: analysis of hyperlongate neural spine in (1) Spenacodontidae …