Comparing the Density and Diversity of Plants in a Non-trampled Area

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Comparing the Density and Diversity of Plants in a Non-trampled Area

Plan:

For my coursework I compared the density and diversity of plants in a

non-trampled area of my school and a trampled area of my school. I

wanted to see if the degree of trampling had any affect on the amount

of plants.

For this experiment I will use:

· A key to identify the plants.

· Two twenty five meter tape measures out at 90 degrees to do random

samples.

· A point frame quadrat.

I am going to identify the plants in each area and count them. I will

take many samples of plants in each place. I will sample eleven spots

in the trampled area and eleven spots in the non-trampled area. In

each of the twenty two places I am sampling I will put down my quadrat

and take samples from eleven contact points that will be ten

centimetres apart 0cm 10cm 20cm 30cm 40cm 50cm 60cm 70cm 80cm 90cm and

100cm. The only variable I am testing is trampling everything else

will be the same on both sites. Both of the sites are very close

together, and they both face north so neither place will get more

light. Neither of the places are sheltered so they receive the same

amount of water. The soil has the same solubility and Ph in both of

the sites.

As preliminary work I walked around the non-trampled and trampled

sites with my class we did not change our method as a result of this

preliminary work. When I walked round these two sites I could see that

there were different types of plants in either place.

Prediction:

I think that plants with apical meristems (plants with high points

from which they grow) will not survive in the trampled areas, as their

high meristems will be damaged. Plants with basal meristems (plants

with low points from which they grow) will survive in the trampled

area as there meristems are close to the ground so they will not be

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