APA   Click to copy
BB, Z., IS, M., L, B., Y, N., YC, M., T, A., & BHP, R. (2025). Vegetation vulnerability to drought is driven by either higher drought sensitivity or lower fog exposure in tropical cloud-ecosystems. Plant Biology. https://doi.org/[accepted]

Chicago/Turabian   Click to copy
BB, Zorger, Matos IS, Bondi L, Nunes Y, Moraes YC, Amorim T, and Rosado BHP. “Vegetation Vulnerability to Drought Is Driven by Either Higher Drought Sensitivity or Lower Fog Exposure in Tropical Cloud-Ecosystems.” Plant Biology (2025).

MLA   Click to copy
BB, Zorger, et al. “Vegetation Vulnerability to Drought Is Driven by Either Higher Drought Sensitivity or Lower Fog Exposure in Tropical Cloud-Ecosystems.” Plant Biology, 2025, doi:[accepted].

@article{zorger2025a,
  title = {Vegetation vulnerability to drought is driven by either higher drought sensitivity or lower fog exposure in tropical cloud-ecosystems},
  year = {2025},
  journal = {Plant Biology},
  doi = {[accepted]},
  author = {BB, Zorger and IS, Matos and L, Bondi and Y, Nunes and YC, Moraes and T, Amorim and BHP, Rosado}
}