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Two Biology Questions - 200 Words
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Hansen, X. F. (1997). Stabilizing selection and the comparative analysis XX adaptation.<i>XXXXXXXXX</i>,<i>51</i>(X), XXXX-XXXX.</span></p> <p><span XXXXX="s1">XXXXXXX, X., & XXXXXX, W. S. (XXXX). Trends in variances and XXXXXXXXXXXXXX XXXX XXXXX XXXXXXXXXXX XX XXXXXXXX pines.<i>XXXXXXXX journal of forest research</i>,<i>26</i>(X), XXXX-1480.</span></p> <p>Question 2.</p> <p>Homology XXXXXX to XXXXXX in XXXXXXXXX that XXXX XXXXX in XXX XXXXXXXXX species XX a XXXXX XXXXXXX, where XXXXXXXXXXX shared the XXXX traits as XXXXX ancestors, and are XXXXXXX linked to XXXX other in XXX XXXXXXXXX family tree. An XXXXXXX of homology XX the XXXXXXXX of XXXXXXX C dependence in Haplorrhini primates, which XXXXXX in XXXXXXXXX XX XXXX XXXXXXXX XX well, XX a result XX genes XXXX were passed XXXX across generations. (XXXX, XXXX) XXXXXXXXXX evolution refers XX XXXXXX in XXXXXXXXX which manifested XXXXXXXXXXXXX in XXXXXXXXX XXXXXXX lineages, XXXXX descendants shared XXX same XXXXXX but XXX different XXXXXXXXX XXXXXXXX, perhaps as a result XX evolution in similar ecological XXXXXXXXXX or XXXXXXXXXXXXX or in XXXXXXXXXX with similar XXXXXXXXXXXXX need. (Stern, 2013) XXXXXXXXXX XXXXXXXXX typically occurs XXX XX a XXXXXXX quantity XX XXXXXXXX adaptations XXXXX XXXXXX XX XXX XXXXXXXXXX XXXX, where similar XXXXXXXXX XXX thus selected biologically across XXXXXXXXX XXXXXXX. XX XXXXXXX of XXXXXXXXXX evolution XX the XXXXXXXX of XXXXX, XXXXX XXXX XXXX XXXXX to have XXXXXXXXXX properties for hunting, XXXXXXXX XXX digestion. As a result, XXXXXXXXX organisms, such XX XXX Cretaceous XXXXXXX bird XXXXXXXXXXX, XXX the large XXXXXX XXXXXXX mosasaurs, both XXXXXX evidence of XXXXXX similar types of teeth. (Gregory, 1951) XXXXXXXX showed that XXXX convergent evolution was XXX XX similar diets, which required XXXXXXX adaptations in XXXXX.<span XXXXX="XXXXX-XXXXXXXXX-space"> </span>(XXXXXXX, XXXX) XXXXXXX example of XXXXXXXXXX evolution is found in the development XX a XXXXXXXX compound, carvone XXXXX, in XXXXXXXXX species of flowers, XXXXXXXXX, Aspasia XXX XXXXXXX, in order XX attract XXXX XXXX XX a XXXXXXXXX XXXXXXXX. (XXXXXXX et al, 1986)</p> <p>XXXXXXXXXX</p> <p><span class="s1">Gregory, X. T. (1951). Convergent evolution: the XXXX of Hesperornis and the Mosasaurs.<i>Evolution</i>,<i>X</i>(4), XXX-354.</span></p> <p><span class="XX">Stern, D. L. (XXXX). XXX XXXXXXX XXXXXX of XXXXXXXXXX XXXXXXXXX.<i>XXXXXX XXXXXXX XXXXXXXX</i>,<i>XX</i>(11), XXX.</span></p> <p><span XXXXX="s2"></span> </p> <p><span class="s2">Whitten, W. X., Williams, N. X., XXXXXXXXXX, W. S., XXXXXXXX, X. A., XXXXXXXXXX, L., & XXXXXXXXX, N. (XXXX). XXXXXXX XXXXX: an example XX XXXXXXXXXX evolution in XXXXXXXXXX XXXXXXXXXX XXXXXX.<i>Systematic Botany</i>, XXX-XXX.</span></p> <p><span class="s2"></span> </p> <p><span XXXXX="s2">Yang, X. (XXXX). XXXXXXXXX or XXXX: XXXXXXXXX evolution of XXX XXX gene GULO in vertebrate XXXXXXX C XXXXXXXXXXXX.<i>Biochemical genetics</i>,<i>XX</i>(X-X), 413-425.</span></p>">
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