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# Does the size of beach material on a beach become smaller and more rounded as we get closer to the edge of the sea.

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Introduction

Hypothesis Does the size of beach material on a beach become smaller and more rounded as we get closer to the sea? Introduction The project I have chosen to work at is "Font-y-gary Beach, Measuring the size of beach material." I choose this as I have always enjoyed the beach as a child and I have always prefered physical geography as it can show so much beauty. and going to beaches reminds me of beautiful beach I have seen on holidays. Out school did offer to other projects "Pontypridd, to investigate the CBD" "River Taff, to see where the river flows fastest" The reason of this study is to show weather the hypothesis (see hypothesis) is correct I went about this by measuring the material on three random transects of Font-y-gary beach. For a better understanding and wider range of results I decided to get results from another beach as the results from font-y-gary did not follow my hypothesis (I will state reasons in the conclusion) The beach I choose was Penarth which is located in the vale of Glamorgan we measured results from three random transects adjacent to the pier Here is a map of Penarth beach This is roughly where I started measuring pebbles (Here is an Ariel photography of the area) ...read more.

Middle

9cm 6cm 2 5 10m 8cm 2cm 2 3 12m 8cm 8cm 1 5 14m 7cm 8cm 2 5 16m 5cm 6cm 1 5 18m 5cm 16cm 1 2 20m 14cm 11cm 1 4 22m 7cm 2cm 2 3 24m 6cm 4cm 2 4 26m 10cm 4cm 3 3 28m 6cm 2cm 1 4 30m 9cm 4cm 2 3 32m 6cm 2cm 2 4 34m 8cm 4cm 3 3 36m 8cm 5cm 4 3 38m 6cm 5cm 4 4 40m 11cm 11cm 4 4 Graphs for Transect 2 Font-y-gary Transect 3 Cliff (Distance from) Long Axis Cross Axis Roundness Angularity 2m 9cm 5cm 2 3 4m 11cm 5cm 1 4 6m 6cm 5cm 2 4 8m 9cm 6cm 1 3 10m 7cm 7cm 2 4 12m 10cm 8cm 1 5 14m 10cm 21cm 2 5 16m 25cm 10cm 2 4 18m 13cm 24cm 2 5 20m 27cm 11cm 2 3 22m 17cm 20cm 2 5 24m 23cm 12cm 1 4 26m 22cm 25cm 2 5 28m 33cm 7cm 3 5 30m 18cm 9cm 2 5 32m 10cm 11cm 3 4 34m 15cm 7cm 3 4 36m 8cm 9cm 4 5 38m 10cm 12cm 3 4 40m 16cm 44cm 4 3 Graphs For Transect 3 Font-y-gary Results from Penarth Beach. ...read more.

Conclusion

obviously suggesting that the ocean doesn't get that much time to erode the cliff face, as wave pounding can't happen very long as the tide will start going back out. It is apparent that the rocks at the cliff edge differ greatly in size to the pebbles at the shoreline which is visible as you get on the beach. It is also clear that the rocks decrease in size further down the beach. All this evidence therefore proves my hypothesis correct. This was more apparent at Penarth. There are a few things that could get in the way of my hypothesis thought Evaluation I believe all in all my experiment was successful even though my results from font-y-gary did not entirely prove my hypothesis correct but this is most properly due to the wave cut notch still I could of improved my experiment in a few ways. The simplest of ways is to do more transect. Another way could have been to do another beach even though I have done two. The more different ways I could of made the experiment better is I could of looked at tidal information so I could of measured more pebbles (when I arrived at font-y-gary the tide was in) as I was set to a time where I had to be home I couldn't wait for the tide to go out. ...read more.

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