Home-field advantage affects the local adaptive interaction between <i>Andropogon gerardii</i> ecotypes and root-associated bacterial communities.

Kazarina, Anna; Sarkar, Soumyadev; Thapa, Shiva; Heeren, Leah; Kamke, Abgail; Ward, Kaitlyn; Hartung, Eli; Ran, Qinghong; Galliart, Matthew; Jumpponen, Ari; Johnson, Loretta; Lee, Sonny T M

Home-field advantage affects the local adaptive interaction between Andropogon gerardii ecotypes and root-associated bacterial communities.

Kazarina, Anna; Sarkar, Soumyadev; Thapa, Shiva; Heeren, Leah; Kamke, Abgail; Ward, Kaitlyn; Hartung, Eli; Ran, Qinghong; Galliart, Matthew; Jumpponen, Ari; Johnson, Loretta; Lee, Sonny T M.

Afiliação

Kazarina A; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Sarkar S; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Thapa S; Department of Biology, University of North Carolina , Greensboro, North Carolina, USA.
Heeren L; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Kamke A; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Ward K; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Hartung E; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Ran Q; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Galliart M; Department of Biological Sciences, Fort Hays State University , Hays, Kansas, USA.
Jumpponen A; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Johnson L; Division of Biology, Kansas State University , Manhattan, Kansas, USA.
Lee STM; Division of Biology, Kansas State University , Manhattan, Kansas, USA.