This data file contains raw thorax length of female and male D. melanogaster from three replicate vials at three rearing temperatures and from 18 populations collected in 2008 (Fig. 1). When using this data, please cite the original publication: van Heerwaarden, B. and Sgrò, C. M. (2011). The effect of developmental temperature on the genetic architecture underlying size and thermal clines in Drosophila melanogaster and D. simulans from the east coast of Australia. Evolution 65: 1048-106
This data file contains thorax length (mm), wing to thorax ratio (wing loading) and different wing m...
To cope with the increasing and less predictable temperature forecasts under climate change, many te...
This data file contains hardened and unhardened heat knockdown time (minutes) for D. melanogaster or...
This data file contains wing-to-thorax ratio of 10 female and male D. melanogaster from three replic...
This data file contains raw thorax length of female and male D. simulans from three replicate vials ...
This data file contains wing-to-thorax ratio of female and male D. simulans from three replicate via...
This data file contains raw wing centroid size of female and male D. melanogaster from three replica...
This data file contains raw wing centroid size of female and male D. simulans from three replicate v...
This data file contains means and 95% confidence limits for thorax length (mm), wing area (mm2), cel...
This data file contains thorax length (mm), wing to thorax ratio (wing loading) and different wing m...
This data file contains thorax length (mm) and wing centroid size (mm) of males from 18 Drosophila m...
In most ectotherms, a reduction in developmental temperature leads to an increase in body size, a ph...
Most ectotherms show an inverse relationship between developmental temperature and body size, a phen...
This data file contains means and 95% confidence intervals of thorax length (mm), wing area (mm2), w...
Phenotypic plasticity is thought to be an important mechanism for adapting to environmental heteroge...
This data file contains thorax length (mm), wing to thorax ratio (wing loading) and different wing m...
To cope with the increasing and less predictable temperature forecasts under climate change, many te...
This data file contains hardened and unhardened heat knockdown time (minutes) for D. melanogaster or...
This data file contains wing-to-thorax ratio of 10 female and male D. melanogaster from three replic...
This data file contains raw thorax length of female and male D. simulans from three replicate vials ...
This data file contains wing-to-thorax ratio of female and male D. simulans from three replicate via...
This data file contains raw wing centroid size of female and male D. melanogaster from three replica...
This data file contains raw wing centroid size of female and male D. simulans from three replicate v...
This data file contains means and 95% confidence limits for thorax length (mm), wing area (mm2), cel...
This data file contains thorax length (mm), wing to thorax ratio (wing loading) and different wing m...
This data file contains thorax length (mm) and wing centroid size (mm) of males from 18 Drosophila m...
In most ectotherms, a reduction in developmental temperature leads to an increase in body size, a ph...
Most ectotherms show an inverse relationship between developmental temperature and body size, a phen...
This data file contains means and 95% confidence intervals of thorax length (mm), wing area (mm2), w...
Phenotypic plasticity is thought to be an important mechanism for adapting to environmental heteroge...
This data file contains thorax length (mm), wing to thorax ratio (wing loading) and different wing m...
To cope with the increasing and less predictable temperature forecasts under climate change, many te...
This data file contains hardened and unhardened heat knockdown time (minutes) for D. melanogaster or...