Cunxiang Wu
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Researcher
Also affiliated: University of Georgia (2014); Chinese Academy of Agricultural Sciences (2004–2025); Ministry of Agriculture and Rural Affairs (2019–2025); Institute of Crop Sciences (2004–2025)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Cunxiang Wu's research focuses on plant genetics and breeding, with a particular emphasis on soybean (Glycine max). Wu investigates genetic factors influencing key agricultural traits, including yield, maturity, and root system architecture. Recent work has explored the genetic basis of traits such as branch number, population uniformity, and light interception in soybean cultivars under varying planting densities.
Wu's research also utilizes advanced genetic engineering techniques, including CRISPR/Cas9-mediated mutagenesis, to study and modify plant genes. This has included the cloning and functional analysis of male sterility genes and the investigation of genes controlling maturity in soybean, aiming to develop varieties adapted to different environmental conditions, such as high-latitude regions with long days or short seasons. The researcher also examines quantitative trait loci (QTL) to understand the genetic relationships between shoot and root traits.
With an h-index of 39 and over 4,730 citations from 99 publications, Wu is recognized as a highly cited researcher. Collaborative efforts include work with Liliana Florez‐Palacios, Leandro Mozzoni, Andrea Acuña, and Caio Canella Vieira at the University of Arkansas at Fayetteville.
Metrics
- h-index: 39
- Publications: 97
- Citations: 4,769
Selected Publications
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Registration of high‐yielding conventional soybean ‘R18‐14502’ with broad adaptability in the U.S. Mid‐South (2026)
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Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar (2026)
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Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages (2025)
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Registration of R18‐14147: A high‐protein conventional soybean germplasm line (2024)
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Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations (2022)
Collaboration Network
Top Collaborators
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Genetics of seed protein and oil inherited from “BARC-7” soybean in two F<sub>2</sub>-derived mapping populations
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of R18‐14147: A high‐protein conventional soybean germplasm line
- Registration of ‘R19C‐1012’: A high‐yielding soybean cultivar with improved flooding tolerance at early vegetative stages
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Registration of high‐yielding conventional soybean ‘R18‐14502’ with broad adaptability in the U.S. Mid‐South
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Registration of high‐yielding conventional soybean ‘R18‐14502’ with broad adaptability in the U.S. Mid‐South
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Registration of high‐yielding conventional soybean ‘R18‐14502’ with broad adaptability in the U.S. Mid‐South
- Registration of ‘R18C‐13665’: A high‐yielding conventional soybean cultivar
- Registration of high‐yielding conventional soybean ‘R18‐14502’ with broad adaptability in the U.S. Mid‐South
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