Plant Virus Impacts on Yield and Plant–Pollinator Interactions Are Phylogenetically Modulated Independently of Domestication in Cucurbita spp.

Keyphrases

• Domestication 100%
• Cucurbits 100%
• Plant Virus 100%
• Virus 60%
• Phylogenetic Structure 60%
• Virus Infection 40%
• Zucchini Yellow Mosaic Virus 40%
• Fitness Traits 40%
• Quantitative PCR 20%
• Fruit Weight 20%
• Plant Defense 20%
• Phylogeny 20%
• Plant Pathogen 20%
• Viral Load 20%
• Host Defense 20%
• Relative Abundance 20%
• Closely Related Species 20%
• Domesticated Plants 20%
• Host Genetics 20%
• Germination 20%
• Artificial Selection 20%
• Pollinators 20%
• Host Susceptibility 20%
• Beneficial Insects 20%
• Floral Visitation 20%
• Susceptibility to Disease 20%
• Potential Loss 20%
• Wild Plants 20%
• Specialist Bees 20%
• Seed Viability 20%
• Visitation Rate 20%
• Bee Pollinators 20%
• Infected Plant 20%
• Fruit Counting 20%

Agricultural and Biological Sciences

• Squash 100%
• Plant Virus 100%
• Virus 100%
• Pollinator 66%
• Zucchini Yellow Mosaic Virus 66%
• Seeds 33%
• Lineages 33%
• Cladistics 33%
• Plant Defense 33%
• Cucurbitaceae 33%
• Plant Pathogens 33%
• Artificial Selection 33%
• Beneficial Insects 33%
• Germination 33%
• Real-Time Polymerase Chain Reaction 33%
• Pollination 33%
• Bee 33%

Immunology and Microbiology

• Plant Virus 100%
• Virus 42%
• Viral Disease 28%
• Infectious Disease 28%
• Pollinator 28%
• Infection 28%
• Quantitative Reverse Transcription Polymerase Chain Reaction 14%
• Infectious Agent 14%
• Viral Load 14%
• Lineages 14%
• Host Resistance 14%
• Taxon 14%
• Germination 14%
• Cucurbitaceae 14%
• Wild Plant 14%
• Host Susceptibility 14%
• Domesticated Plant 14%
• Cladistics 14%
• Artificial Selection 14%
• Susceptibility 14%
• Bee 14%
• Pollination 14%