Ecological Speciation

TOXIC HYDROGEN SULFIDE AND DARK CAVES: PHENOTYPIC AND GENETIC DIVERGENCE ACROSS TWO ABIOTIC ENVIRONMENTAL GRADIENTS IN POECILIA MEXICANA

Evolutionary Biology / Geography / Gene Flow / Population Genetics / Evolution / Quantitative Genetics / Molecular Genetics / Developmental Plasticity / Ecological Speciation / Female / Animals / Male / Spatial Scale / Biological evolution / Phenotype / Environmental Gradient / Divergent Selection / Poecilia / Genetic Differentiation / Reproductive Isolation / Local adaptation / Environmental Conditions / Gills / Hydrogen Sulfide / Genetic Divergence / Cytochrome B Gene / Phenotypic variation / Environment / Genetic Markers / Environmental Exposure / Extremophile / Quantitative Genetics / Molecular Genetics / Developmental Plasticity / Ecological Speciation / Female / Animals / Male / Spatial Scale / Biological evolution / Phenotype / Environmental Gradient / Divergent Selection / Poecilia / Genetic Differentiation / Reproductive Isolation / Local adaptation / Environmental Conditions / Gills / Hydrogen Sulfide / Genetic Divergence / Cytochrome B Gene / Phenotypic variation / Environment / Genetic Markers / Environmental Exposure / Extremophile

Trophic Polymorphism and Behavioral Differences Decrease Intraspecific Competition in a Cichlid, Herichthys Minckleyi

Polymorphism / Ecology / Ecological Speciation / Resource use / Feeding Behavior / Morphological Variation / Field Study / Intraspecific Variation / Experimental Tests / Growth rate / Intraspecific Competition / Ecological Applications / Resource Partitioning / Morphological Variation / Field Study / Intraspecific Variation / Experimental Tests / Growth rate / Intraspecific Competition / Ecological Applications / Resource Partitioning

Ecological niche modeling implicates climatic adaptation, competitive exclusion, and niche conservatism among Larrea tridentata cytotypes in North American deserts 1, 2

Plant Biology / Ecological Speciation

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