Is longshore Drift taking place along Hornsea Coastline?
Data collection technique
1. Float movement
2. Beach transects
3. Groyne to Beach height
Reliability of datacollection
Building groynes
Creates a human and physical interaction. Longshore drift (physical process) material moving along the coast can be trapped (human engineering) creating the wide beach that protects Hornsea resort seafront.
Groyne measurement
I used a metre ruler stick on the north and south side of the groynes to see if sediment was building up on one side because of longshore drift
Why were these methods good?
Low cost equipment used
Quick to collect
Simple equipment
Simple to do
Allowed me to collect data at a range of locations for comparison
Why where these technique reliable?
I used the same techniques at each site which made my results reliable
The data collection sheets I designed were the same at each location, this made it a reliable piece of fieldwork
I used the same equipment at each site to keep our data collection as reliable as possible
Type of sampling used
1. Systematic sampling of distance moved over a 5 min period
2. Linear sampling taking readings along the line of the tape measure
3. Pragmatically sampled a groyne in the south and north beach areas where they had been built along the seafront
Why were your sampling techniques effective?
Measuring the distance travelled at a given time allowed us to calculate the movement of the apple
The metre tape gave us a clear path to follow and accurate points to sample the beach gradient
The groynes are not uniform distances from each other or in length. By pragmatically selecting a north and south groyne it would allow us to see if there was a difference in beach height.
Data presentation
1. Line graphs were used to show the continuous progress of the apple along the beach
2. Beach profiles /cross sections lines drawn from the data collected
3. I used bar graphs to represent the height of the material either side of the 2 groynes.
Why did you select these techniques to present your data
Visually impact, easy to draw /read
Excellent for showing continuous data like time
Cross sections allow you to see what a cross section through a 3D structure like a beach look
Visually impact, easy to draw /read
Excellent for showing discrete data like height which is fixed and does not change
Why did you select these techniques to analyse your data
Very easy calculation to complete
Figures readily available on the line graph to make quick calculations
Comparing the overall widths easy to do
Angle easy to calculate from the cross section using the start and finish points plotted
Using the average figures allowed me to reduce the impact of any anomalous figures that I had recorded in my data to make the results more accurate
Physical human interaction fieldwork title
Which is the best sea defence to protect the Hornsea Coastline from natural processes?
Human fieldwork title
Has the redevelopment of Salford Quays been a success?
Former docks on the Manchester Ship Canal
Declined after the war, but then seen a total £300 million redevelopment since 1985
Why was the location good for data collection?
Numerous sites which could use to compare different variables
Numerous different redevelopment approaches had been tried
Locations are open to the public
Data collection technique
Counted the number of people that passed in a 5-minute period and recorded their approximate age, gender, and purpose of their visit
Environmental quality
Used a bi-polar environmental quality data sheet to examine different human and physical factors
Land use survey
Used a base map of the Salford redevelopment and a key to identify how the derelict dock areas had been redeveloped
Why were these methods good?
Low cost equipment, quick to collect data, simple technique, provided a range of data about different locations
Why were these techniques reliable?
Used the same techniques at each site, data collection sheets were the same at each location