APA

Chrtek J., Herben T., Rosenbaumová R., Münzbergová Z., Dočkalová Z., Zahradníček J., Krejčíková J. & Trávníček P. (20170627). Cytotype coexistence in the field cannot be explained by inter-cytotype hybridization alone: linking experiments and computer simulations in the sexual species Pilosella echioides (Asteraceae). : BMC evolutionary biology.

Chicago

Chrtek Jindřich, Herben Tomáš, Rosenbaumová Radka, Münzbergová Zuzana, Dočkalová Zuzana, Zahradníček Jaroslav, Krejčíková Jana and Trávníček Pavel. 20170627. Cytotype coexistence in the field cannot be explained by inter-cytotype hybridization alone: linking experiments and computer simulations in the sexual species Pilosella echioides (Asteraceae). : BMC evolutionary biology.

Harvard

Chrtek J., Herben T., Rosenbaumová R., Münzbergová Z., Dočkalová Z., Zahradníček J., Krejčíková J. and Trávníček P. (20170627). Cytotype coexistence in the field cannot be explained by inter-cytotype hybridization alone: linking experiments and computer simulations in the sexual species Pilosella echioides (Asteraceae). : BMC evolutionary biology.

MLA

Chrtek Jindřich, Herben Tomáš, Rosenbaumová Radka, Münzbergová Zuzana, Dočkalová Zuzana, Zahradníček Jaroslav, Krejčíková Jana and Trávníček Pavel. Cytotype coexistence in the field cannot be explained by inter-cytotype hybridization alone: linking experiments and computer simulations in the sexual species Pilosella echioides (Asteraceae). : BMC evolutionary biology. 20170627.