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Topical papers for lizards and
other reptiles:
AdolphPorterAmNat.pdf
DoakEcolApp.pdf
SinervoGopherus_ms.pdf (TBMA)
Topics: Species
Interactions and climate forcing:
Parasites (Bd) and frogs
Readings:
– de-trending climate data to
search for associations
Rohr_and_Raffel_PNAS_2010.pdf (Rohr_and_Raffel_PNAS_2010Supp_Mat.pdf)
Rohr_et_ al_PNAS_2008.pdf
(Rohr_et_al_PNAS_2008_Supporting_Material.pdf)
Ecophysiological models for host-parasite
Raffel_et_al_NCC_2012.pdf (Raffel_et_al_NCC_2012_Supplement.pdf)
Meylan_etal_2012.pdf
Paranjpe_etal_EcoEvo_2013.pdf
– A case of Behavioral Inertia
EXERCISE 1 – [R] code (recreate the Chelo maps)
[R]_console_from_the_CheloBarry_example
CheloBarry.csv
myExtinctionFunctionSouth.doc
EXERCISE 2 – [R]: Using this example from Liolaemus,
compute extinction risk for each species. For those species without Tb,
assume their Tb is the average of the known species. What is the
probability of extinction of each species in the year 2080 assuming that
the months of reproduction are simply Nov-Jan
(three months). You must derive the h_r_critical
for each species and compute extinction risk for each separately. Use the h_r
equation from Sinervo et al. 2010 for Liolaemus.
Species_ExamplesSort.xls
TECHNIQUE File: For a data file with many
replicated sites, this is an xls macro that
computes the nearest neighbor distances.
Species.ExamplesPRE-Sort.xls,
with the following STEPS:
1) Sort by species, Lat, Lon
2) Copy the first >1km column that is updated dynamically and paste
it into the second column >1km, USE Paste Special VALUES
3) Now sort on the second column, delete all the values with 1 and
leave the values with 0
4) You now have a file with duplicate values in a Ò1kmÓ distance summarized
by a single value
EXERCISE 3 – Compute h_restriction
and h_activity using xls
equations =IF(Te model
>29.1,1,0) to compute h_restriction and
=IF(Te model > 20, 1, 0) to compute h_activity
Tortuga_Te_PuertoMadrynBigCh1SmallCh2.csv
EXERCISE 4 – Temperature Sensitivity of Performance
Compute the instantaneous performance of Anolis in each environment over the course of the 24-h
day at PtaSalinas using the non-linear equation
in CurveFitting, below.
ThermalSens.csv
Curve_Fitting.xlsx -- setting up performance calcs for xls
PtaSalinasFebTe.csv
– data on Te of Anolis
in the Shade and Open
code_for_digitalTime_and_Rplots_of_AnolisTe.doc
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