Jenny Xiang
professor
Department of Plant & Microbial Biology
North Carolina State University
United States of America
Biography
Courses taught: PB 403/503 Systematics Plant Biology; PB 624T Special Topics in Plant Molecular Systematics & Evolution; PB 495R/595R Plant Resources, People & Religion in China (Study Abroad Program).
Research Interest
Our research spans a wide range of topics in plant systematics and evolution, involving undergraduate and graduate students as well as international collaborations. Our general research goal is to test systematic and evolutionary hypotheses in a phylogenetic context. We use DNA sequences to reconstruct the phylogeny of plants and use the phylogeny as a framework to understand pattern and rate of diversification, biogeographic history, and evolution of morphology, genes, and genomes. We integrate phylogeny, development, and gene expression and functional analyses to understand the developmental genetics of inflorescence evolution in the dogwood family. We built a dogwood genetic transformation system for characterizing functions of genes regulating flowering and inflorescence development. Furthermore, we integrate populations genetics, phylogeography, and landscape ecology to understand how genetic variation responds to changes in landscape and environment in the state flower Cornus florida. Our focal plants for research have been the dogwoods and their close relatives (Cornales) as well as plants displaying a discontinuous distribution in eastern Asia and eastern North America.
Publications
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Xiang, QY(J). In: The Families and Genera of Vascular Plants (ed. K.Kubitzki). Vol. X. Asteridea (vol. Ed. J. W. Kadereit). In press.
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Wall, WA, N Douglas, WA Hoffmann, TR Wentworth, JB Gray, QY(J) Xiang, BK Knaus and MG Hohmann. 2014. Evidence of population bottleneck in Astragalus michauxii (Fabaceae), a Fall-line Sandhills plant endemic to the southeastern United States. Conservation Genetics. 15:153–164. DOI 10.1007/s10592-013-0527-2.
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Kang, M, J Tao, J Wang, Q Qi, QY(J) Xiang, HW Huang. Accepted. Adaptive and non-adaptive genome size evolution in Karst endemic flora of China. New Phytologist.
