The people density of species C starts out very low, only later senesces exponentially. This is because species C is an invasive species. When an invasive species is first introduced to an ecosystem, they intent to find a suitable niche. Once they find it, the species maturates exponentially because it is unlikely that there are biotic factors, for example predators, that livelihood the population in check. There could also be no abiotic factors that prevent them from growing indefinitely. With the introduction of species C, species A has had an exponential declination in terms of population. This suggests that species A and C occupy the akin niche. Species A declines however, because species C has no predators and therefore has more tally to steal food from species A. Species B is not affected by the introduction of species C however. From this one can assume that species B and C inhabit different niches. By 2014, I construe the population of species C to be somew here in amongst 45 and 50 hammers per meter squared.

As shown in the graph, the population of species C has never undergone a decrease, which suggests that they do not view as any predators. Without any predators and an abundance of food, any populations will grow exponentially, as the graph again shows of species C. Between 1984 and 1994, the number of hang per meter squared increased by about ten, and in the midst of 1994 and 2004 the number grew by about xv. If the graph were to continue, and I opine it will, the next increase should be between fifteen and xx beetles per meter squared, making the total bet ween 45 and 50 beetles per meter squared.If ! you want to get a upright essay, straddle it on our website:
OrderCustomPaper.comIf you want to get a full essay, visit our page:
write my paper
No comments:
Post a Comment