APA   Click to copy
W, W., WL, N., WM, L., XJ, G., & JX, Y. (2018). High cryptic species diversity revealed by genome-wide polymorphisms of a wild banana relative, Musa itinerans, and its conservation implications in subtropical China. BMC Plant Biology, 18.

Chicago/Turabian   Click to copy
W, Wu, Ng WL, Li WM, Ge XJ, and Yang JX. “High Cryptic Species Diversity Revealed by Genome-Wide Polymorphisms of a Wild Banana Relative, Musa Itinerans, and Its Conservation Implications in Subtropical China.” BMC Plant Biology 18 (2018).

MLA   Click to copy
W, Wu, et al. “High Cryptic Species Diversity Revealed by Genome-Wide Polymorphisms of a Wild Banana Relative, Musa Itinerans, and Its Conservation Implications in Subtropical China.” BMC Plant Biology, vol. 18, 2018.

@article{wu2018a,
  title = {High cryptic species diversity revealed by genome-wide polymorphisms of a wild banana relative, Musa itinerans, and its conservation implications in subtropical China},
  year = {2018},
  journal = {BMC Plant Biology},
  volume = {18},
  author = {W, Wu and WL, Ng and WM, Li and XJ, Ge and JX, Yang}
}