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Two Biology Questions - 200 Words
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XXXXXX, X. F. (XXXX). Stabilizing selection XXX the comparative XXXXXXXX XX XXXXXXXXXX.<i>XXXXXXXXX</i>,<i>XX</i>(X), 1341-1351.</span></p> <p><span XXXXX="XX">XXXXXXX, X., & XXXXXX, W. S. (XXXX). Trends in XXXXXXXXX XXX XXXXXXXXXXXXXX XXXX stand XXXXXXXXXXX XX tropical XXXXX.<i>XXXXXXXX journal of forest research</i>,<i>XX</i>(8), 1473-1480.</span></p> <p>XXXXXXXX X.</p> <p>Homology XXXXXX to traits in XXXXXXXXX XXXX were found in XXX XXXXXXXXX XXXXXXX XX a given species, XXXXX descendants shared XXX XXXX XXXXXX as their ancestors, and XXX XXXXXXX XXXXXX XX each other in the ancestral family tree. An XXXXXXX XX homology XX the presence XX XXXXXXX C XXXXXXXXXX in XXXXXXXXXXX XXXXXXXX, XXXXX XXXXXX in XXXXXXXXX XX XXXX primates as XXXX, XX a result XX genes XXXX were passed XXXX XXXXXX generations. (XXXX, XXXX) XXXXXXXXXX evolution refers to XXXXXX in organisms XXXXX manifested XXXXXXXXXXXXX in XXXXXXXXX genetic lineages, XXXXX XXXXXXXXXXX shared XXX XXXX traits XXX XXX different ancestral lineages, XXXXXXX as a result of XXXXXXXXX in XXXXXXX XXXXXXXXXX challenges or XXXXXXXXXXXXX or in accordance XXXX XXXXXXX XXXXXXXXXXXXX XXXX. (Stern, XXXX) Convergent XXXXXXXXX typically occurs due XX a limited quantity of XXXXXXXX XXXXXXXXXXX XXXXX XXXXXX to XXX ecological XXXX, where similar XXXXXXXXX are XXXX selected biologically XXXXXX different species. XX XXXXXXX XX XXXXXXXXXX evolution XX the XXXXXXXX XX XXXXX, which XXXX XXXX XXXXX to XXXX XXXXXXXXXX properties for hunting, grasping XXX digestion. XX a result, different XXXXXXXXX, XXXX as XXX Cretaceous toothed XXXX XXXXXXXXXXX, XXX XXX XXXXX marine XXXXXXX mosasaurs, XXXX XXXXXX XXXXXXXX of highly similar types of teeth. (Gregory, 1951) Evidence XXXXXX XXXX XXXX XXXXXXXXXX XXXXXXXXX XXX due XX similar diets, which XXXXXXXX XXXXXXX adaptations in teeth.<span XXXXX="Apple-converted-space"> </span>(Gregory, 1951) XXXXXXX example of XXXXXXXXXX XXXXXXXXX is found in the development XX a chemical XXXXXXXX, carvone XXXXX, in different species of flowers, Catasetum, XXXXXXX XXX Notylia, in order XX attract XXXX XXXX XX a fragrance XXXXXXXX. (Whitten et XX, XXXX)</p> <p>References</p> <p><span XXXXX="XX">XXXXXXX, J. X. (XXXX). XXXXXXXXXX evolution: the XXXX XX Hesperornis and the XXXXXXXXX.<i>Evolution</i>,<i>X</i>(X), 345-XXX.</span></p> <p><span XXXXX="XX">Stern, X. L. (XXXX). The genetic XXXXXX of XXXXXXXXXX XXXXXXXXX.<i>Nature Reviews XXXXXXXX</i>,<i>14</i>(11), XXX.</span></p> <p><span class="s2"></span> </p> <p><span XXXXX="XX">XXXXXXX, X. X., XXXXXXXX, N. X., Armbruster, X. S., XXXXXXXX, M. X., Strekowski, L., & XXXXXXXXX, N. (XXXX). XXXXXXX XXXXX: an example XX convergent evolution in XXXXXXXXXX XXXXXXXXXX plants.<i>XXXXXXXXXX XXXXXX</i>, XXX-XXX.</span></p> <p><span XXXXX="s2"></span> </p> <p><span XXXXX="s2">XXXX, X. (2013). Conserved or XXXX: molecular evolution of the key XXXX GULO in XXXXXXXXXX vitamin X biosynthesis.<i>Biochemical genetics</i>,<i>51</i>(5-6), XXX-XXX.</span></p>">
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