10.6084/m9.figshare.3552657.v1
Timothy C. Bonebrake
Timothy C.
Bonebrake
Curtis A. Deutsch
Curtis A.
Deutsch
Supplement 1. Code developed to assess the effect of spatial heterogeneity on insect fitness as implemented in Matlab 7.10.0 (r2010a).
Wiley
2016
biodiversity
elevation
insects
climate change
global warming
tolerance
thermal adaptation
macrophysiology
latitude
macroecology
Environmental Science
Ecology
2016-08-09 11:42:43
Dataset
https://wiley.figshare.com/articles/dataset/Supplement_1_Code_developed_to_assess_the_effect_of_spatial_heterogeneity_on_insect_fitness_as_implemented_in_Matlab_7_10_0_r2010a_/3552657
<h2>File List</h2><p>
<a href="sigmascalculation.m">sigmascalculation.m</a> (md5: 0ca0d3b2c64beb60d104500b80ee45e0)<br>
<a href="sigmasmodel.m">sigmasmodel.m</a> (md5: 8175827f0420a5f59f4d586b884697ad)
</p><h2>Description</h2><p>
The sigmascalculation.m and sigmasmodel.m files are code developed to assess the effect of spatial heterogeneity on insect fitness as implemented in Matlab 7.10.0 r2010a. A grid of temperature data is inputted into sigmascalculation.m and the code calculates spatial heterogeneity for each point on the grid (in this case, the grid is a half degree global grid). The sigmasmodel.m file inputs tave (average temperature), xt (seasonality or sigma_t), and sigmas (spatial heterogeneity or the result from sigmascalculation.m) to calculate physiology metrics ctmax (critical thermal maximum), ctmin (critical thermal minimum), and topt (thermal optimum).
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