Herbivory has evolved repeatedly in insects typically from meat eating or detritus feeding ancestors. Moths and...
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Herbivory has evolved repeatedly in insects typically from meat eating or detritus feeding ancestors. Moths and butterflies, for example, eat plants, whereas their "sister group", the caddisflies, feed on animals, dung, or detritus. As illustrated in the phylogenetic tree provided below, the combined moth/butterfly and caddisfly group shares a common ancestor with flies and flies. Like caddisflies, flies and fleas are thought to have evolved from ancestors that did not eat pants. There are 140,000 species of moths and butterflies and 7,000 species of caddisflies. State a hypothesis about the impact of herbivory on adaptive radiations in insets. How could this hypothesis be tested? Herbivory Flies and fleas Caddisflies Moths and butterflies Herbivory has evolved repeatedly in insects typically from meat eating or detritus feeding ancestors. Moths and butterflies, for example, eat plants, whereas their "sister group", the caddisflies, feed on animals, dung, or detritus. As illustrated in the phylogenetic tree provided below, the combined moth/butterfly and caddisfly group shares a common ancestor with flies and flies. Like caddisflies, flies and fleas are thought to have evolved from ancestors that did not eat pants. There are 140,000 species of moths and butterflies and 7,000 species of caddisflies. State a hypothesis about the impact of herbivory on adaptive radiations in insets. How could this hypothesis be tested? Herbivory Flies and fleas Caddisflies Moths and butterflies
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Hypothesis Herbivory has had a positive impact on adaptive radiations in insects as it has allowed them to diversify into new niches that are not acce... View the full answer
Related Book For
Introduction To Statistical Investigations
ISBN: 9781118172148
1st Edition
Authors: Beth L.Chance, George W.Cobb, Allan J.Rossman Nathan Tintle, Todd Swanson Soma Roy
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