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Transect 1&Step 2  Determining the area surveyedDThe next step is to work out the size of the area that was surveyed..315m = width of quadrat .315m = length of quadrat!Step 1  Find the average number oAdd up all the results from each quadrat on a transect and divide by the number of quadrats (see the box below)number of quadrats5average no.of pipi counted by students for transect =8total number of pipi counted in all quadrats on transectLBelow are the numbers of pipi found in each quadrat along the transect line.Pipi numbers for transect 1 quadrat 1 quadrat 2 quadrat 3 quadrat 4 quadrat 5 quadrat 6 quadrat 7 quadrat 8KComplete the following steps to determine the abundance of a species per myBelow is an example that has been done for you. Eight sample points were surveyed on the transect using a 0.1m quadrat.UWe add up the total number of pipi per transect and divide by the number of quadrats.number of quadrats (8)0+0+0+2+5+8+11+9 (=35)4mean no.of pipi counted by students for transect 1 =lThis is done by multiplying the width of the quadrat by the length of the quadrat by the number of quadrats.8 = number of quadrats=Step 3  Determining the mean number of pipi per square metre=The final step is to work out the mean number of pipi per m.sThis can be calculated by dividing the mean no. of pipi counted (step 1) by the size of the area surveyed (step 2).Mean no of pipi per mmean no. of pipi countedmean abundancempipi per m"Area surveyed = (.315 x .315m) x 8`Pipi are used as the example below. Follow the three steps to determine abundance of a species:)An example of this is done for you below:)To find the mean number of pipi counted: .To determine the area of surveyed [transect 1]2
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