Reproductive success, spontaneous embryo abortion, and genetic load in flowering plants

Medicine & Life Sciences

• Ovule 100%
• Genetic Load 94%
• Magnoliopsida 90%
• Inbreeding 64%
• Spontaneous Abortion 59%
• Seeds 58%
• Embryonic Structures 46%
• Zygote 42%
• Fruit 32%
• Flowers 29%
• Epilobium 22%
• Plant Breeding 21%
• Embryonic Development 20%
• Pollination 19%
• Embryo Loss 17%
• Cotyledon 16%
• Aborted Fetus 16%
• Population 13%
• Ecosystem 12%
• Habits 10%
• Cluster Analysis 10%
• Ovary 9%
• Hand 8%
• Animal Models 8%
• Observation 8%
• Mutation 6%
• Growth 5%
• Incidence 5%

Agriculture & Biology

• genetic load 82%
• abortion (plants) 69%
• outcrossing 63%
• reproductive success 53%
• embryo (plant) 51%
• Angiospermae 50%
• ovules 50%
• Epilobium angustifolium 45%
• inbreeding 37%
• zygote 30%
• lethal genes 28%
• seed development 20%
• survival rate 15%
• embryogenesis 15%
• seeds 14%
• flowers 13%
• fruit products 12%
• fruits 11%
• embryonic mortality 10%
• growth regulators 10%
• plant breeding 9%
• cotyledons 8%
• early development 8%
• pollination 8%
• animal models 8%
• hands 8%
• incidence 6%
• mutation 6%
• genetic variation 5%
• habitats 5%

Earth & Environmental Sciences

• outcrossing 79%
• reproductive success 69%
• angiosperm 65%
• embryo 58%
• inbreeding 44%
• seed 35%
• fruit 24%
• embryogenesis 22%
• survivorship 20%
• resource availability 18%
• flower 18%
• growth regulator 13%
• plant breeding 12%
• reproductive strategy 10%
• pollination 10%
• abnormality 9%
• mutation 8%
• animal 5%
• measuring 5%
• habitat 4%
• product 3%