Is it likely that the final abundance distribution among the age classes will be similar
If the distribution of heights were symmetric then it would be 1/2 but the distribution is not at all likely to be symmetric. There will by many young trees of varying heights whereas the mature trees are likely to reach similar heights. The distribution is, therefore, likely to be negatively skewed, which means that the probability is greater than 1/2.
If the observations are grouped together into classes, then the number of observations for each class gives the grouped frequency distribution (FD). This kind of FD is particularly important when the data are continuous so that you are likely to have very small frequencies for a very large number of values.
Taking sample measures of species abundance allows for a more manageable and feasible way to gather data on a larger scale. It helps to provide a representative snapshot of the species present in an area, enabling researchers to identify patterns in species distribution and make inferences about the overall biodiversity and ecological dynamics of the ecosystem.
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The likely word is cornucopia (a horn-of-plenty, or any metaphorical abundance).
There are many populations that would not likely have a normal distribution. Endangered species or unsocial animals would be such populations.
Very likely having similar effect as the energy from windmill - inconsistency of energy distribution over time (longer response if compare to wind); geo-location dependant.
Where an underground electrical distribution system is most likely to be found is underground.
most likely yes
would require an elaborate experimental design to answer, is difficult to answer because a large experimental area would be required, is difficult to answer because a long-term experiment would be required, and is a question that a present-day ecologist would be likely to ask.
more likely £4.50 a day
An example of homogeneous distribution is a jar of marbles where each marble has an equal chance of being selected. Each marble is equally likely to be chosen, making the distribution uniform and homogeneous.