Christopher J. Patrick1*, John S. Kominoski2, William H. McDowell3, 4, Benjamin Branoff5, David Lagomasino6, Miguel Leon3, Enie Hensel1, Marc J. S. Hensel1, Bradley A. Strickland1, T. Mitchell Aide5, Anna Armitage7, Marconi Campos-Cerqueira8, Victoria M. Congdon9, 10, Todd A. Crowl2, Donna J. Devlin11, Sarah Douglas9, Brad E. Erisman9, Rusty A. Feagin12, Simon J. Geist11, Nathan S. Hall13, Amber K. Hardison13, Michael R. Heithaus2, J. Aaron Hogan2, J. Derek Hogan11, Sean Kinard1, Jeremy J. Kiszka2, Teng-Chiu Lin14, Kaijun Lu9, Christopher J. Madden15, Paul A. Montagna16, Christine S. O'Connell17, C. Edward Proffitt11, Brandi Kiel Reese18, Joseph W. Reustle19, Kelly L. Robinson20, Scott A. Rush21, Rolando O. Santos2, Astrid Schnetzer22, Delbert L. Smee18, Rachel S. Smith23, Gregory Starr24, Beth A. Stauffer20, Lily M. Walker16, Carolyn A. Weaver25, Michael S. Wetz16, Elizabeth R. Whitman2, Sara S. Wilson2, Jianhong Xue9, and Xiaoming Zou26. A general pattern of trade-offs between ecosystem resistance and resilience to tropical cyclones. Retrieved from https://par.nsf.gov/biblio/10366089. Science advances .
Christopher J. Patrick1*, John S. Kominoski2, William H. McDowell3, 4, Benjamin Branoff5, David Lagomasino6, Miguel Leon3, Enie Hensel1, Marc J. S. Hensel1, Bradley A. Strickland1, T. Mitchell Aide5, Anna Armitage7, Marconi Campos-Cerqueira8, Victoria M. Congdon9, 10, Todd A. Crowl2, Donna J. Devlin11, Sarah Douglas9, Brad E. Erisman9, Rusty A. Feagin12, Simon J. Geist11, Nathan S. Hall13, Amber K. Hardison13, Michael R. Heithaus2, J. Aaron Hogan2, J. Derek Hogan11, Sean Kinard1, Jeremy J. Kiszka2, Teng-Chiu Lin14, Kaijun Lu9, Christopher J. Madden15, Paul A. Montagna16, Christine S. O'Connell17, C. Edward Proffitt11, Brandi Kiel Reese18, Joseph W. Reustle19, Kelly L. Robinson20, Scott A. Rush21, Rolando O. Santos2, Astrid Schnetzer22, Delbert L. Smee18, Rachel S. Smith23, Gregory Starr24, Beth A. Stauffer20, Lily M. Walker16, Carolyn A. Weaver25, Michael S. Wetz16, Elizabeth R. Whitman2, Sara S. Wilson2, Jianhong Xue9, & Xiaoming Zou26. A general pattern of trade-offs between ecosystem resistance and resilience to tropical cyclones. Science advances, (). Retrieved from https://par.nsf.gov/biblio/10366089.
Christopher J. Patrick1*, John S. Kominoski2, William H. McDowell3, 4, Benjamin Branoff5, David Lagomasino6, Miguel Leon3, Enie Hensel1, Marc J. S. Hensel1, Bradley A. Strickland1, T. Mitchell Aide5, Anna Armitage7, Marconi Campos-Cerqueira8, Victoria M. Congdon9, 10, Todd A. Crowl2, Donna J. Devlin11, Sarah Douglas9, Brad E. Erisman9, Rusty A. Feagin12, Simon J. Geist11, Nathan S. Hall13, Amber K. Hardison13, Michael R. Heithaus2, J. Aaron Hogan2, J. Derek Hogan11, Sean Kinard1, Jeremy J. Kiszka2, Teng-Chiu Lin14, Kaijun Lu9, Christopher J. Madden15, Paul A. Montagna16, Christine S. O'Connell17, C. Edward Proffitt11, Brandi Kiel Reese18, Joseph W. Reustle19, Kelly L. Robinson20, Scott A. Rush21, Rolando O. Santos2, Astrid Schnetzer22, Delbert L. Smee18, Rachel S. Smith23, Gregory Starr24, Beth A. Stauffer20, Lily M. Walker16, Carolyn A. Weaver25, Michael S. Wetz16, Elizabeth R. Whitman2, Sara S. Wilson2, Jianhong Xue9, and Xiaoming Zou26.
"A general pattern of trade-offs between ecosystem resistance and resilience to tropical cyclones". Science advances (). Country unknown/Code not available. https://par.nsf.gov/biblio/10366089.
@article{osti_10366089,
place = {Country unknown/Code not available},
title = {A general pattern of trade-offs between ecosystem resistance and resilience to tropical cyclones},
url = {https://par.nsf.gov/biblio/10366089},
abstractNote = {},
journal = {Science advances},
author = {Christopher J. Patrick1* and John S. Kominoski2 and William H. McDowell3 and 4 and Benjamin Branoff5 and David Lagomasino6 and Miguel Leon3 and Enie Hensel1 and Marc J. S. Hensel1 and Bradley A. Strickland1 and T. Mitchell Aide5 and Anna Armitage7 and Marconi Campos-Cerqueira8 and Victoria M. Congdon9 and 10 and Todd A. Crowl2 and Donna J. Devlin11 and Sarah Douglas9 and Brad E. Erisman9 and Rusty A. Feagin12 and Simon J. Geist11 and Nathan S. Hall13 and Amber K. Hardison13 and Michael R. Heithaus2 and J. Aaron Hogan2 and J. Derek Hogan11 and Sean Kinard1 and Jeremy J. Kiszka2 and Teng-Chiu Lin14 and Kaijun Lu9 and Christopher J. Madden15 and Paul A. Montagna16 and Christine S. O'Connell17 and C. Edward Proffitt11 and Brandi Kiel Reese18 and Joseph W. Reustle19 and Kelly L. Robinson20 and Scott A. Rush21 and Rolando O. Santos2 and Astrid Schnetzer22 and Delbert L. Smee18 and Rachel S. Smith23 and Gregory Starr24 and Beth A. Stauffer20 and Lily M. Walker16 and Carolyn A. Weaver25 and Michael S. Wetz16 and Elizabeth R. Whitman2 and Sara S. Wilson2 and Jianhong Xue9 and Xiaoming Zou26},
}
Warning: Leaving National Science Foundation Website
You are now leaving the National Science Foundation website to go to a non-government website.
Website:
NSF takes no responsibility for and exercises no control over the views expressed or the accuracy of
the information contained on this site. Also be aware that NSF's privacy policy does not apply to this site.