APA

Whiteside M. D., Werner G. D. A., Caldas V. E. A., Van't Padje A., Dupin S. E., Elbers B., Bakker M., Wyatt G. A. K., Klein M., Hink M. A., Postma M., Vaitla B., Noë R., Shimizu T. S., West S. A. & Kiers E. T. (20200629). Mycorrhizal Fungi Respond to Resource Inequality by Moving Phosphorus from Rich to Poor Patches across Networks. : Current biology : CB.

Chicago

Whiteside Matthew D, Werner Gijsbert D A, Caldas Victor E A, Van't Padje Anouk, Dupin Simon E, Elbers Bram, Bakker Milenka, Wyatt Gregory A K, Klein Malin, Hink Mark A, Postma Marten, Vaitla Bapu, Noë Ronald, Shimizu Thomas S, West Stuart A and Kiers E Toby. 20200629. Mycorrhizal Fungi Respond to Resource Inequality by Moving Phosphorus from Rich to Poor Patches across Networks. : Current biology : CB.

Harvard

Whiteside M. D., Werner G. D. A., Caldas V. E. A., Van't Padje A., Dupin S. E., Elbers B., Bakker M., Wyatt G. A. K., Klein M., Hink M. A., Postma M., Vaitla B., Noë R., Shimizu T. S., West S. A. and Kiers E. T. (20200629). Mycorrhizal Fungi Respond to Resource Inequality by Moving Phosphorus from Rich to Poor Patches across Networks. : Current biology : CB.

MLA

Whiteside Matthew D, Werner Gijsbert D A, Caldas Victor E A, Van't Padje Anouk, Dupin Simon E, Elbers Bram, Bakker Milenka, Wyatt Gregory A K, Klein Malin, Hink Mark A, Postma Marten, Vaitla Bapu, Noë Ronald, Shimizu Thomas S, West Stuart A and Kiers E Toby. Mycorrhizal Fungi Respond to Resource Inequality by Moving Phosphorus from Rich to Poor Patches across Networks. : Current biology : CB. 20200629.