Question: fThis will conclude a megamodule for the course. First, we will use the burrow transect data to nd gopher tortoise density in the forest. Using

 \fThis will conclude a megamodule for the course. First, we willuse the burrow transect data to nd gopher tortoise density in the

\fThis will conclude a megamodule for the course. First, we will use the burrow transect data to nd gopher tortoise density in the forest. Using the equation from MCCO'f and i'vlushinslq,r [the paper in the readings for this module}, calculate the number of gopher tortoises per transect. Log1{# tortoises} = 43.351 + log1{.383*lthe sum of number of active and inactive burrows\" Using the antilog of log base 1D, we can rewrite the equation as #tortoises = lhlEIESI + log1[i{.883*lsum{inactive and active burrows\" Dnce vou have the number estimated for each transect 1vou need to convert that to number per acre bv dividing bv the transect area. Using each transect as a replicate, find the mean gopher tortoises per acre and the 95% Condence Interval. Report those values on the summary page of 1your workbook

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