Open AccessPest population dynamics are related to a continental overwintering gradient
Author(s) -
Douglas Lawton,
Anders S. Huseth,
George G. Kennedy,
Amy C. Morey,
W. D. Hutchison,
Dominic Reisig,
Seth J Dorman,
DeShae Dillard,
Robert C. Venette,
Russell L. Groves,
John J. Adamczyk,
Izailda Barbosa dos Santos,
Tracey Baute,
Sebe Brown,
E. C. Burkness,
Ashley Dean,
Galen P. Dively,
Hélène Doughty,
Shelby J. Fleischer,
Jessica Green,
Jeremy K. Greene,
Krista Hamilton,
Erin W. Hodgson,
Thomas E. Hunt,
David L. Kerns,
B. R. Leonard,
S. Malone,
Fred R. Musser,
David Owens,
John C. Palumbo,
Silvana V. PaulaMoraes,
Julie A. Peterson,
Ricardo A. Ramirez,
Silvia I. Rondon,
Tracy L. Schilder,
Abby Seaman,
Lori R. Spears,
Scott Stewart,
Sally Taylor,
Tyler Towles,
Celeste Welty,
J. Whalen,
Robert Wright,
Marion Zuefle
Publication year - 2022
Publication title -
proceedings of the national academy of sciences of the united states of america
Language(s) - English
Resource type - Journals
eISSN - 1091-6490
pISSN - 0027-8424
DOI - 10.1073/pnas.2203230119
Subject(s) - overwintering , population , range (aeronautics) , pest analysis , ecology , latitude , biology , geography , physical geography , environmental science , demography , materials science , botany , geodesy , sociology , composite material