Survival data (# of eggs, larvae, cocoons, and adults; percent survival from egg to hatch, hatch to cocoon, cocoon to adult, egg to cocoon) from 14 outbred and 11 inbred families that were used to test the hypothesis that this species experiences inbreeding depression. Data were transformed prior to analysis (square root for progeny numbers and arcsine of the square root for survival rates)
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding coefficients and all fitness and phenotypic data: genomic analysis reveals depression due...
Inbreeding depression (ID) is the reduction of fitness in offspring of related parents. This phenome...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
Fitness is expected to decrease with inbreeding in proportion to the amount of deleterious genetic v...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
Data file showing fitness data for selfed and outcrossed progeny of plants from three different vall...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding coefficients and all fitness and phenotypic data: genomic analysis reveals depression due...
Inbreeding depression (ID) is the reduction of fitness in offspring of related parents. This phenome...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
Fitness is expected to decrease with inbreeding in proportion to the amount of deleterious genetic v...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
The population outcrossing rate (t) and adult inbreeding coefficient (F) are key parameters in matin...
Data file showing fitness data for selfed and outcrossed progeny of plants from three different vall...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Many natural populations experience inbreeding and genetic drift as a consequence of nonrandom matin...
Inbreeding depression (ID) has since long been recognized as a significant factor in evolutionary bi...