Lifetime fitness in two generations of <i>Ipomopsis</i> hybrids

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Knowledge graph centered on Lifetime fitness in two generations of <i>Ipomopsi with 46 nodes and 216 connections. Top connected: Rocky Mountain Biological Laboratory, Scarlet Gilia, Slender-tube Skyrocket, Crested Butte, Salix lucida subsp. lasiandra.

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Lifetime fitness in two generations of Ipomopsis hybrids

Local Knowledge Graph (Top 45 entities)

Related Works

Evolutionary dynamics of an Ipomopsis hybrid zone: confronting models with lifetime fitness data

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Data for: Pollinator and habitat-mediated selection as potential contributors to ecological speciation in two closely related species

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References (44)

Leaf physiology reflects environmental differences and cytoplasmic background in Ipomopsis hybrids

Evolutionary dynamics of an Ipomopsis hybrid zone: confronting models with lifetime fitness data

Environmental stressors differentially affect leaf ecophysiological responses in two Ipomopsis species and their hybrids

Ecophysiology of first and second generation hybrids in a natural plant hybrid zone

Variation in frequency of hybrids and spatial structure among Ipomopsis (Polemoniaceae) contact sites

Cytoplasmic and nuclear markers reveal contrasting patterns of spatial genetic structure in a natural Ipomopsis hybrid zone

Reproductive isolation and hybrid pollen disadvantage in Ipomopsis

Predicting patterns of mating and potential hybridization from pollinator behavior

Genotype-by-environment interaction and the fitness of plant hybrids in the wild

Adaptive significance of flower color and inter-trait correlations in an Ipomopsis hybrid zone

Genetic and environmental variation in life-history traits of a monocarpic perennial: a decade-long field experiment

Analyzing pollinator-mediated selection in a plant hybrid zone: hummingbird visitation patterns on three spatial scales

Patterns of color and nectar variation across an Ipomopsis (Polemoniaceae) hybrid zone

Comparing pollen dispersal and gene flow in a natural plant population

Reproductive costs of self-pollination in Ipomopsis aggregata: are ovules usurped?