The Asian Clam Corbicula fluminea is one of the most invasive freshwater molluscs in the world. In north temperate regions, this subtropical species is typically restricted to artificially heated waterbodies. Its distribution has long been believed to be constrained by a lower temperature tolerance limit of 2°C, based on a frequently-cited study of a single southern population. However, overwintering populations have been discovered in some lakes and rivers in northeastern North America in recent years. I explored the hypothesis that cold tolerance of C. fluminea varies across its invaded range, by using a series of experiments on clams from six geographically distinct populations along a latitudinal gradient in eastern North America. These...
The differential response of marine populations to climate change remains poorly understood. Here, w...
Biotic interactions such as predation may influence the success of invasive alien species (IAS). Alt...
To study differential cold-shock resistance of marine mussel populations (Mytilus spp.) from differe...
The distribution of the subtropical Asian clam Corbicula fluminea (Mller, 1774), one of the world’s ...
The Asian clam Corbicula fluminea – one of the world's most invasive freshwater species – was previo...
The Asian clam, Corbicula fluminea, is a freshwater bivalve that has recently invaded artificially h...
Corbicula fluminea (Müller, 1774) (Mollusca, Corbiculidae) is among the most successful and widespre...
The temperature tolerances of individuals in geographically separated populations of a single specie...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
Temperature is a determinant environmental variable in metabolic rates of organisms ultimately influ...
Temperature is a determinant environmental variable in metabolic rates of organisms ultimately influ...
Supplementary Information files for Exploring the desiccation tolerance of the invasive bivalve Corb...
The differential response of marine populations to climate change remains poorly understood. Here, w...
Biotic interactions such as predation may influence the success of invasive alien species (IAS). Alt...
To study differential cold-shock resistance of marine mussel populations (Mytilus spp.) from differe...
The distribution of the subtropical Asian clam Corbicula fluminea (Mller, 1774), one of the world’s ...
The Asian clam Corbicula fluminea – one of the world's most invasive freshwater species – was previo...
The Asian clam, Corbicula fluminea, is a freshwater bivalve that has recently invaded artificially h...
Corbicula fluminea (Müller, 1774) (Mollusca, Corbiculidae) is among the most successful and widespre...
The temperature tolerances of individuals in geographically separated populations of a single specie...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
The climate variability hypothesis proposes that in variable temperate climates poikilothermic anima...
Temperature is a determinant environmental variable in metabolic rates of organisms ultimately influ...
Temperature is a determinant environmental variable in metabolic rates of organisms ultimately influ...
Supplementary Information files for Exploring the desiccation tolerance of the invasive bivalve Corb...
The differential response of marine populations to climate change remains poorly understood. Here, w...
Biotic interactions such as predation may influence the success of invasive alien species (IAS). Alt...
To study differential cold-shock resistance of marine mussel populations (Mytilus spp.) from differe...