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lenok tsinlingensis could be considered as an independent species. Our morphological analysis supported the validity of taxonomic status of B. Furthermore, discriminant function analysis (DFA) showed that all samples (except six) were correctly reclassified. tumensis had short head, blunt snout and shortest eye diameter and narrow dorsoventral orientation.

lenok had tapered and narrow head, sharp snout and medium diameter of eye B. lenok tsinlingensis had wider and elongate head, the longest eye diameter and the widest dorsoventral orientation B. The morphological variation was well defined by PCA and CVA: B. CV1 (65.77%) and CV2 (34.23%) were well explained 100% of the observed variation among three morphotypes by Canonical variate analyses (CVA). Principal component analysis (PCA) showed that the cumulative contribution rate of the first five principal components were 72.99%. Results of geometric morphometric analysis indicated significantly morphological variation in body shape among three morphotypes based on 18 landmarks. were collected from three locations (Heihe River, Amur and Ussuri River) to identify the taxonomic status in terms of morphological variation among these species or subspecies. lenok tsinlingensis) in the Qinling Mountains, while others believed no division of the subspecies. tumensis) in Amur River and a subspecies ( B. Some ichthyologists thought that there should be two species ( B. There is a debate on the validation of subspecies B. The University of Tennessee is fortunate to have graduate students like Vidya who are working to build a bright future.The genus Brachymystax mainly distributes in the Amur River and streams of the Qinling Mountains of northern China. She welcomed the opportunity to speak directly to legislators about the importance of science and graduate research and to show them the tangible effects of those endeavors. Kishore is honored to have been chosen by the Tennessee Conference of Graduate Schools to represent UT at this event. Graduate Education Week is an event resulting from a proclamation from Governor Haslam to recognize the positive impact of graduate students and graduate education on Tennessee. She has the privilege of working with Vlastimil Kunc, PhD, the team lead for Polymer Materials Development at the MDF. These aims have brought her to the Manufacturing Demonstration Facility (MDF) at Oak Ridge National Laboratory, a facility that worked with Boeing to print a tool that is the largest solid 3D printed object ever created. She is enthusiastic about the possibilities of manufacturing that is faster, cheaper, and more energy efficient than traditional manufacturing, involving much less waste.

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The goal of this work is not only to find out what would make these materials printable, but how to make them better and stronger in the process. Her research focuses on polymer additive manufacturing, or 3D printing, and involves the analysis of the fundamentals of lightweight, high-temperature composite materials.

She is now working toward a PhD in Energy Science and Engineering, with Chad Duty, associate professor in MABE, as her mentor. Kishore received an MS in Materials Science and Engineering at Stony Brook University in Long Island, NY. This event provided a valuable showcase for the incredible caliber of research done by graduate students at UT. Kishore, a third year PhD student at the Bredesen Center, joined other graduate students from institutions across the state in a morning poster session, where she talked with legislators and government staff about science and her research. On February 8, 2017, Vidya Kishore represented the University of Tennessee, Knoxville, at the Legislative Plaza in Nashville, as part of Graduate Education Week.

Understanding Your Rights and ObligationsД«redesen Center Student Presents During Graduate Education Week.

Fellowships, Grants and Other Funding Sources.

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