(PDF) Consuming Costly Prey
To characterize the postprandial response of pythons we used transcutaneous ultrasonography to measure organ-size changes and respirometry to record oxygen consumption . To discriminate unequivocally between the two hypotheses, we enriched mice (= prey ) with the stable isotope of carbon (13C).
Pythons metabolize prey to fuel the response to feeding
This particular example perfectly highlights why R Fowler Prey Offer Python Consumption is so captivating.
To characterize the postprandial response of pythons we used transcutaneous ultrasonography to measure organ-size changes and respirometry to record oxygen consumption . To discriminate unequivocally between the two hypotheses, we enriched mice (= prey ) with the stable isotope of carbon (C-13).
That is, we are specifically concerned with the consumption of especially costly prey in non-specialized taxa, and not merely the inclusion of poor-quality or low-cost prey in diets, or the very rare (perhaps inadvertent) consumption of moderate- to high-cost prey .
More Context About R Fowler Prey Offer Python Consumption
Introduction to Julia with a comparison to Python and R. It gives the article a little more context before the image collection begins.
R vs Python — which is best for data science and other cases?. This note connects the source idea with the visuals in a simple, reader-friendly way.
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