During Divergent Evolution new species are created from the same ancestor as individuals accumulate the same traits and become separate and distinct from the original species. This is completely different from Convergent evolution where species become similar over time based upon common positions in the environment.
Convergent evolution occurs due to change in environmental conditions or due to adaptation to the place where they live. In contrast, divergent evolution occurs due to migration or may be due to environmental changes.
The aim of this essay is to compare and contrast the topographical features that occur at the Divergent and Convergent plate margins. It is imperative to know what topographical features both these plate margins produce in common at the forefront.
Convergent evolution has nothing to do with divergent evolution. It is a totally different concept. First get this into your head, or you are going to remain in an illusion even by the end of the article! I will explain the concept using the same analogy of the flowing river.
Divergent plate boundaries are where two plates are moving apart from one another (Ritter, 2012). The topographic features that develop at this boundary are due to extension of the plate boundaries which causes rifting in continental and oceanic crusts (Strahler, 2011, 419).
Convergent Evolution: Dolphins VS Sharks How do analogous structures evolve? You have probably noticed that dolphins and sharks both have a streamlined body shape with a triangular fin on the back and two side fins. However, the two animals also have many differences. Sharks Dolphins skeleton made of cartilage skeleton made of bone.
Convergent evolution is the driven by natural selection, the mechanism for evolution. Evolution is the change in gene frequencies within a population. This requires individuals within a population to have different phenotypic expressions of traits. Som.
Question 46 (2 Points) Compare And Contrast Divergent Evolution And Convergent Evolution Question: Question 46 (2 Points) Compare And Contrast Divergent Evolution And Convergent Evolution This problem has been solved!
Essay Question 1: Compare and contrast the topographical features at divergent and convergent plate margins.. Divergent and convergent plate margins are both studied in plate tectonics; which is the study of the plates that makeup the lithosphere, their movements and how these movements has influenced changes in the surface’s topography.
There are 78 species of whales, dolphins and porpoises, and shark species number more than 400. Some whales and sharks can reach gargantuan sizes, while others are smaller than your hand. A great deal of variation exists between the species in each order of animals, but the similarities between sharks and whales are a.
Start studying Convergent and Divergent Evolution. Learn vocabulary, terms, and more with flashcards, games, and other study tools.
Volcanic processes at convergent and divergent tec-tonic plate boundaries GRADE LEVEL 9-12 (Earth Science) FOCUS QUESTION How do volcanic processes differ at convergent and divergent tectonic plate boundaries? LEARNING OBJECTIVES Students will be able to compare and contrast volca-noes at convergent and divergent plate boundaries.
Convergent thinking is used in accordance with divergent thinking. When new, creative, innovative, and vague ideas are presented as a result of divergent thinking; systematic, procedural, precise and time-effective convergent thinking is required to work on the results of divergent thinkers, scrutinize and reach an unambiguous answer.
Many of the similarities are a product of convergent evolution, animals from different lineages that evolve similar morphological and physiological characteristics because they endure the same environmental contraints.. As much as 90% of the oxygen is exchanged during each breath in contrast to 20% in humans. 4) ability to breathe while.
Start studying ABIO Quiz (Ch. 14). Learn vocabulary, terms, and more with flashcards, games, and other study tools.Despite the observations of the clear pattern of host-adaptive convergent evolution in different pathogens, divergent evolution also occurred within fungal pathotypes. For example, in contrast to other insect pathogens, AAP that causes the chalkbrood disease has a highly reduced genome size and gene-coding capacity ( supplementary table 1, Supplementary Material online).Convergent evolution—the independent evolution of similar features in different evolutionary lineages—is a common, perhaps ubiquitous (Conway Morris 2003, 2009, 2010), phenomenon, yet one whose interpretation is not clearcut.Many see in convergent evolution the unfettered ability of natural selection to produce optimal solutions to problems repeatedly posed by the environment.