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The image shows the Venus Flytrap capturing prey through a sequence of steps for both small and large traps. In the small trap process: Step 1 shows prey at 3 trigger hairs, Step 2 illustrates the trap snapping shut, Step 3 displays digestion with enzyme release, Step 4 indicates nutrition absorbed, and the trap snaps open. In the large trap process: Step 4 shows prey at the center with 6 visible trigger hairs, Step 5 depicts the trap snapping shut around the captured prey, Step 6, without numerical data point change, finalizes digestion and reopens the trap.
Given the complexity of the image, the above description may not be entirely accurate.
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The drawn demostration of two Venus Flytrap species’ hunting process shows how they deal with small prey to optimize secretion of digestive enzymes.
Overall, there are no any notable differences between this species’ appearance, except the size of those. Though one thing is significant, both lets whatever they catch go if its size is too small.
Smaller and bigger ones both look alike with appearance similar to eyelashes, red admiring mouth and three trigger hairs that make snaps shut when insect touches it. Captured by the smaller flytrap at the demonstration prey slowly starts to digest and at the end nutrition is absorbed.
However, when the same prey gets caught by the bigger Venus Flytrap, it releases the insect before long due to its size. As the demonstration shows, every trigger hair must be touched together and only after that digestive enzymes will be used.
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