Title Page

Introduction

Methods/Data

Calculations

Results

Discussion of Results

References

Methods and Data Collected

In order to determine the waves that will be generated heading into Sheboygan Harbor, there are several factors that need to be considered.  The major factor that creates waves on Lake Michigan is the wind.  As such, I collected wind data for the past 30 years which included both wind speed and wind direction.  The next important factor to consider is the depth of the water leading up to the shore.  There are two different parts of this to consider.  The major part is the slope of the bottom leading up to the shore.  I also learned that the surfing is generally thought to be better in the winter, when the real hard core surfers hit the beach.  This got me to thinking about what changes took place in winter that would change the wave action.  The most likely explanation is the changing seasonal water level so I also collected data regarding this.

Date

Wave Height

Wave Period

Wave Direction

Wind Speed

Wind Direction

1988010100

1

4

277

12

285

1988010103

0.9

4

288

10

300

1988010106

1

4

310

11

300

1988010109

1

4

320

11

300

1988010112

1

4

324

11

305

1988010115

0.8

4

331

9

300

1988010118

0.7

4

331

9

300

1988010121

0.8

4

317

10

290

1988010200

0.7

3

281

8

280

1988010203

0.8

3

270

9

270

1988010206

0.7

3

270

8

270

1988010209

0.7

3

256

8

255

1988010212

0.7

3

252

8

255

1988010215

0.9

4

295

10

245

1988010218

1.6

5

313

12

230

1988010221

1.7

5

212

13

230

1988010300

1.3

5

230

10

250

1988010303

1

4

234

8

255

1988010306

0.7

5

180

6

235

1988010309

0.9

4

194

7

215

1988010312

1.2

4

198

9

220

1988010315

1.5

5

194

11

225

1988010318

1.4

5

198

11

235

1988010321

1.3

5

212

10

240

Example of the wind and wave data from a gage nearby the Sheboygan Harbor

Lake Michigan Water levels over the last two years

Contour map of lake bottom leading up to Sheboygan Harbor Coast