Passeriformes

Malarial Parasites Decrease Reproductive Success: An Experimental Study In a Passerine Bird

Malaria / Fertility / Ecology / Population Dynamics / Female / Animals / Male / Reproductive Success / Clutch Size / Experimental Study / Oecologia / T lymphocytes / Body Mass / Experimental Tests / Passeriformes / Population dynamic / Hematocrit / Random Allocation / Animals / Male / Reproductive Success / Clutch Size / Experimental Study / Oecologia / T lymphocytes / Body Mass / Experimental Tests / Passeriformes / Population dynamic / Hematocrit / Random Allocation

Malarial parasites decrease reproductive success: an experimental study in a passerine bird

Malaria / Fertility / Ecology / Population Dynamics / Female / Animals / Male / Reproductive Success / Clutch Size / Experimental Study / Oecologia / T lymphocytes / Body Mass / Experimental Tests / Passeriformes / Population dynamic / Hematocrit / Random Allocation / Animals / Male / Reproductive Success / Clutch Size / Experimental Study / Oecologia / T lymphocytes / Body Mass / Experimental Tests / Passeriformes / Population dynamic / Hematocrit / Random Allocation

Climate-driven diversification in two widespread Galerida larks

Evolutionary Biology / Genetics / Geography / Climate Change / Population Genetics / Africa / Molecular Evolution / Climate / Phylogeny / Mitochondrial DNA / Genetic Structure / Animals / Asia / Body Size / Oscillations / North America / Phenotypic variation / Genetic variation / Interspecific competition / Passeriformes / Africa / Molecular Evolution / Climate / Phylogeny / Mitochondrial DNA / Genetic Structure / Animals / Asia / Body Size / Oscillations / North America / Phenotypic variation / Genetic variation / Interspecific competition / Passeriformes

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