[HTML][HTML] Evolution of uni-and bifactorial sexual compatibility systems in fungi
Heredity, 2013 - nature.com
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi.
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - inria.hal.science
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - diva-portal.org
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - library.wur.nl
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier… - …, 2013 - pubmed.ncbi.nlm.nih.gov
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - research.wur.nl
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi.
BP Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - europepmc.org
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier… - Heredity …, 2013 - infoscience.epfl.ch
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …
[PDF][PDF] Evolution of uni-and bifactorial sexual compatibility systems in fungi
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - Heredity, 2013 - researchgate.net
INTRODUCTION The mating system is one of the most variable traits in the living world, with
organisms giving rise to progeny by selfing, inbreeding or outcrossing. Understanding what …
organisms giving rise to progeny by selfing, inbreeding or outcrossing. Understanding what …
Evolution of uni-and bifactorial sexual compatibility systems in fungi.
BPS Nieuwenhuis, S Billiard, S Vuilleumier, E Petit… - …, 2013 - search.ebscohost.com
Mating systems, that is, whether organisms give rise to progeny by selfing, inbreeding or
outcrossing, strongly affect important ecological and evolutionary processes. Large …
outcrossing, strongly affect important ecological and evolutionary processes. Large …