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Several external factorscan causenegative mutations in asexual organisms
a reproductive processresultsin greater variation than asexual reproduction
offspring ... a reproductive processresultsin greater variation than asexual reproduction
Muller 's ratchetcontributesto mutation accumulation in asexual populations
a processleadingto deleterious mutation accumulation in asexual
in both casespromptedthe switch from sexual to asexual reproduction
the capacityto setseed by asexual means
sexual reproductionresultoffspring genetic variation asexual not
sexual reproductionresultoffspring genetic variation asexual
sexual reproductionresultoffspring genetic variation asexual not
relationships between reproductive traits and potential environmental driversmay influenceasexual budding events
the factorsinfluencethe variety of asexual reproduction
even thoseoriginatingfrom asexual forms of reproduction
organisms(passive) are causedVariation in sexually reproducing
other intermediate hostsleadingto the asexual reproduction of T. gondii
the intra - sub - group phenotypic diversityresultsfrom asexual variations
by only females(passive) composed byasexual populations
mutationscausingasexual reproduction to predominate
the genes ... genes for sexual reproductioncauseasexual reproduction
this reproductionresultsfrom asexual reproduction
All plantsresultingfrom asexual reproduction
Plantsoriginatefrom asexual reproduction
plantsresultfrom asexual reproduction
in some speciesresultfrom asexual reproduction
populations of individualsresultfrom asexual reproduction
In some cases , the plant dividescausingasexual reproduction
an organismresultsfrom asexual reproduction
The offspringresultfrom asexual reproduction
offspringresultingfrom asexual reproduction
all offspringresultfrom asexual reproduction
All offspringresultingfrom asexual reproduction
offspringresultfrom asexual reproduction
Bacteriaresultfrom asexual reproduction
the genescauseasexual reproduction
Most clonesresultfrom asexual reproduction
a mutationcausingasexual reproduction
a hybridization eventwould ... leadto asexual reproduction
In most populations , more than 50 % of individuals were inferredto resultfrom asexual reproduction
in the aquarium(passive) was ... discoveredasexual reproduction
aggregationsresultingfrom asexual reproduction
in betterCan resultin better
the induction effect(passive) caused bythe induction effect
in an ideal society that is free of conflict and warresultingin an ideal society that is free of conflict and war
in a narrow genetic variabilityresultingin a narrow genetic variability
in new plant individuals without seed or spore productionresultsin new plant individuals without seed or spore production
in many daughter merozoitesresultsin many daughter merozoites
in an offspring that is genetically identical to the single " parentresultsin an offspring that is genetically identical to the single " parent
to prolific multiplication of organismsleadsto prolific multiplication of organisms
local extinction of its hostcauseslocal extinction of its host
to very little variationleadsto very little variation
in genetically identical individualsnormally resultingin genetically identical individuals
quite high densities of individuals on a single hostcan causequite high densities of individuals on a single host
quite high densities of individualscan causequite high densities of individuals
the capacity of the seaweed to outcompete coralsinfluencesthe capacity of the seaweed to outcompete corals
from the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individualsresultsfrom the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individuals
from the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individualsresultsfrom the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individuals
to the development of meadow expansion models based on rates of linear growth [ 5,6has ledto the development of meadow expansion models based on rates of linear growth [ 5,6
in new plant individuals without seed or spore productionresultsin new plant individuals without seed or spore production
in identical offspring and sexual reproductionto resultin identical offspring and sexual reproduction
in the production of genetically identical offspring 'sresultsin the production of genetically identical offspring 's
in two cells identical to the parent cellresultsin two cells identical to the parent cell
in two or more genetically identical individualsresultsin two or more genetically identical individuals
from the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individualsresultsfrom the outgrowth of a part of a cell or body region leading to a separation from the original organism into two individuals
to sexual reproductionleadto sexual reproduction
from sexual reproductionoriginatingfrom sexual reproduction
in new plant individuals without seed or spore productionresultsin new plant individuals without seed or spore production
to their evolutioncontributedto their evolution
in identical cells or individualsresultsin identical cells or individuals
in offspring that are genetically identical to the parent organismresultsin offspring that are genetically identical to the parent organism
in offspring that are genetically identical to the parent organismresultsin offspring that are genetically identical to the parent organism
to clones and sexual reproductionleadsto clones and sexual reproduction
to the production of seeds without fertilizationleadingto the production of seeds without fertilization
to sexual variationDoes ... contributeto sexual variation
in almost no variation among organisms of the speciesresultsin almost no variation among organisms of the species
in an offspring that is genetically identical to the single " parentresultsin an offspring that is genetically identical to the single " parent
in genetically identical offspringresultsin genetically identical offspring
to all offspring being genetically identicalleadsto all offspring being genetically identical
in offspring that are identical to the parent plantresultsin offspring that are identical to the parent plant
in plants that are genetically identical to the parent plantresultsin plants that are genetically identical to the parent plant
in offspring genetically identical to the parentresultsin offspring genetically identical to the parent