Southeast Strategic Regional Coastal Monitoring Programme

ANNUAL REPORT 2009

Isle of Wight

AR 55 30 June 2009 Isle of Wight

Channel Coastal Observatory National Oceanography Centre European Way Southampton SO14 3ZH

Tel: +44 (0)23 8059 8467 Fax: +44 (0)2380 596320 e-mail: [email protected] Web site: www.channelcoast.org

Document Title: Annual Report 2009 Isle of Wight

Reference: AR 45

Status: Final

Date: 30 June 2009

Project Name: Southeast Strategic Regional Coastal Monitoring Programme

Author: C. Case

Checked By: T. Mason

Approved By: A. P. Bradbury

Southeast Strategic Regional Coastal Monitoring Programme

Annual Report 2009 – Isle of Wight

1. Introduction Analysis presented in this report provides an overview of beach changes and wave and tidal measurements since the commencement of the Southeast Strategic Regional Coastal Monitoring Programme. The first beach surveys took place during the winter of 2003 and 2004 and changes are reported until spring 2009..

Data are presented at several levels: x Process cell summary of percentage and actual profile change from 2008 to 2009 x Process cell summary of percentage and actual profile change from 2003/04/07 to 2009 x Detailed beach profile change from 2008 to 2009 x Detailed beach profile change from 2003/04/07 to 2009 x Time series of beach profile graphs (on CD) x Trend analysis of beach cross-sectional area (on CD)

The process cell summary maps provide an at-a-glance summary of the changes during the past year and over the longer term. It is recommended that the user should use the maps to identify areas of interest and then examine the individual profile plots and trends. Colour-coded lines highlight areas of maximum change and identify profiles which might need closer examination.

It must be appreciated that the accuracies of each measurement system must be taken into account when drawing conclusions, particularly from the difference models. In the case of topographic difference models from RTK GPS surveys, the accuracy of each data point is ±0.03m and therefore differences of ±0.06m can generally be considered as "real", whilst smaller changes may be an artifact of the measuring system, and are considered to be "No Change".

2. Hydrodynamic data a. Waves A directional Waverider buoy was first deployed Sandown Bay in June 2003.

The full wave report is given at Annex A.

b. Tides A tide gauge was installed on Sandown Pier in March 2007 with kind permission of the pier owners. 3. Survey data – topographic The annual percentage change on the Isle of Wight is greatest within the management units of TOT3 to TOT4, RYD13 and Sandown Bay. The changes seen over the last 5 years show the greatest changes to be occurring in RYD5, Sandown Bay and VEN5.

The actual change maps show the greatest actual change along the longer profiles in RYD 5 and RYD9. There are also large volumes being removed from the northern section of Sandown Bay.

Dates of surveys are shown in Annex E and the detailed topographic survey report is given at Annex F.

4. Survey data – bathymetric

Annex A Sandown Bay Interim Wave Report Annex B N/A Annex C N/A Annex D N/A Annex E High Level Report – field data collection (SCOPAC) Annex F Topographic Survey Report for Isle of Wight Annex G N/A Explanatory Notes Annex A Interim Wave Report Sandown Pier 2008/9

Sandown Pier Wave Gauge

Location OS: 459964E 83835N WGS84: Latitude: 50°65.111’N Longitude: 01°15.316’W

Water Depth N/A

Instrument Type Rosemount WaveRadar Rex

Data Quality

C1(%) Sample interval 94 20 minutes

Monthly Means All times GMT

Sandown Pier June 2008 to May 2009 Hs Tp Tz Direction SST No. of Month o o (m) (s) (s) ( ) ( C) days June 0.28 13.1 3.5 - - 30 July 0.31 12.2 3.5 - - 30 August 0.33 11.0 3.6 - - 30 September 0.39 10.0 3.7 - - 29 October 0.37 12.0 3.7 - - 27 November 0.40 10.9 3.8 - - 20 December 0.43 12.3 3.8 - - 30 January 0.55 12.0 4.0 - - 30 February 0.41 14.2 3.7 - - 27 March 0.33 12.8 3.7 - - 31 April 0.32 13.0 3.5 - - 29 May 0.35 12.1 3.6 - - 31 Tables and plots of these values, together with the minimum and maximum values and the standard deviation are available on the website.

5 highest storm events in 2008/9 Water level Tidal stage Tidal Tidal Max. * Date/Time Hs Tp Tz Dir. elevation (hours re. range surge* surge* (OD) HW) (m) (m) (m) 13-Dec-2008 2.01 10.1 5.4 - 1.01 HW -2 3.46 0.03 0.40 09:00 19-Jan-2009 1.72 9.8 4.6 - 1.74 HW +1 2.32 - - 06:40 04-Dec-2008 1.57 8.5 5.3 - -0.02 HW +4 1.97 0.49 0.56 07:20 05-Sep-2008 1.53 9.8 4.2 - 1.68 HW -1 2.57 0.25 0.46 13:20

* Tidal information is obtained from the nearest recording tide gauge (the WaveRadar also measures tides). The surge shown is the residual at the time of the highest Hs. The maximum tidal surge is the largest positive surge during the storm event.

A - 1 Annex A Interim Wave Report Sandown Pier 2008/9

Distribution plots

The distribution of wave parameters is shown in the accompanying graphs of: x Percentage of occurrence of Hs, Tp and Tz from June 2008 to May 2009 x Monthly time series of significant wave height (the red line is the storm threshold) x Incidence of storms during the reporting period and all previous years. Storms are defined using the Peaks-over-Threshold method. The highest Hs of each storm is shown.

Summary

The pattern of storms experienced during this reporting year, extending from September to February, was very similar to the previous year. Storms included the second largest since deployment of the gauge (in June 2006) on 13 December 2009 when Hs reached 2.01m. This event was also significant at other locations along the central Channel coast including at Boscombe and Hayling Island.

Acknowledgements

TASK2000 tidal prediction software was kindly provided by the Permanent Service for Mean Sea Level (PSMSL), Proudman Oceanographic Laboratory.

A - 2 Annex A Interim Wave Report Sandown Pier 2008/9

A - 3 Annex A Interim Wave Report Sandown Pier 2008/9

A - 4 Annex A Interim Wave Report Sandown Pier 2008/9

A - 5 Annex A Interim Wave Report Sandown Bay 2008/9

Sandown Bay Directional WaveRider Buoy

Location OS: 461648E 83780N WGS84: Latitude: 50° 39.027'N Longitude: 001° 07.761'W

Water Depth Approx. 10.7m CD

Instrument Type Datawell Directional WaveRider Buoy Mk III

Data Quality

C1(%) Sample interval 99 30 minutes

Monthly Means All times GMT

Sandown Bay June 2008 to May 2009 Hs Tp Tz Direction SST No. of Month o o (m) (s) (s) ( ) ( C) days June 0.32 5.3 3.5 172 15.7 30 July 0.43 5.5 3.4 174 17.3 31 August 0.50 5.1 3.5 177 18.1 31 September 0.55 5.2 3.6 151 16.8 30 October 0.52 6.0 3.8 175 14.8 31 November 0.51 5.7 3.9 159 11.6 30 December 0.55 6.1 3.9 155 8.6 31 January 0.78 7.3 4.0 154 6.3 31 February 0.46 6.8 3.9 160 5.8 25 March 0.39 6.2 3.7 168 7.5 31 April 0.34 5.8 3.6 157 10.0 30 May 0.46 5.9 3.5 165 12.4 31 Tables and plots of these values, together with the minimum and maximum values and the standard deviation are available on the website.

5 highest storm events in 2008/9 Water level Tidal stage Tidal Tidal Max. * Date/Time Hs Tp Tz Dir. elevation (hours re. range surge* surge* (OD) HW) (m) (m) (m) 13-Dec-2008 3.36 8.3 6.2 172 -0.59 HW -5 2.86 0.12 -0.40 06:00 04-Dec-2008 2.70 7.7 5.5 186 -0.16 HW -5 1.50 0.32 0.56 09:30 25-Jan-2009 2.56 7.1 5.5 177 -0.05 HW -5 2.39 - - 06:00 03-Mar-2009 2.33 7.1 5.2 176 -0.29 HW -5 2.08 - - 22:30 05-Sep-2008 2.15 6.3 4.8 165 -0.02 HW -5 2.77 0.27 0.40 10:00

* Tidal information is obtained from the nearest recording tide gauge (the WaveRadar Rex on Sandown Pier). The surge shown is the residual at the time of the highest Hs. The maximum tidal surge is the largest positive surge during the storm event.

A - 1 Annex A Interim Wave Report Sandown Bay 2008/9

Distribution plots

The distribution of wave parameters is shown in the accompanying graphs of: x Wave roses (Direction vs. Hs) for the reporting year and all measured data x Percentage of occurrence of Hs, Tp, Tz and Direction from June 2008 to May 2009 x Monthly time series of significant wave height (the red line is the storm threshold) x Incidence of storms during the reporting period and all previous years. Storms are defined using the Peaks-over-Threshold method. The highest Hs of each storm is shown.

Summary

This reporting year was characterized by a similar number of events to the previous year, centred around December and January. The highest event of year (13 December) was the third largest storm since deployment of the buoy in 2003. This storm was also significant in other areas of the central Channel coast, including at Boscombe and Hayling Island. Storm wave approach remains from a southerly direction.

A - 2 Annex A Interim Wave Report Sandown Bay 2008/9

Percentage of occurrence of Direction vs. Hs for June 2008 to May 2009 (this reporting year)

Percentage of occurrence of Direction vs. Hs for July 2003 to May 2009 (all measured data)

A - 3 Annex A Interim Wave Report Sandown Bay 2008/9

A - 4 Annex A Interim Wave Report Sandown Bay 2008/9

A - 5 Annex A Interim Wave Report Sandown Bay 2008/9

A - 6 Annex E Regional Coastal Monitoring - High Level Reporting - 2009/10 (Year 8) Field data collection - SCOPAC - Year 8 Topographic surveys Bathymetric surveys Sub-cell Mgt UnitProfile 1 Baseline (BMP) Profile 2 Post-storm Baseline Profiles Target Completion Target Completion Target Completion Completion Target Completion Target Completion 5g CPU1a 5g CPU1b 5g CPU1c 5g CPU1d 5g CPU1e 5g CPU1f 5g CPU2f 5g CPU3 5g CPU4 5g CPU5a 31/05/2009 11/05/2009 31/10/2008 5g CPU5b (1) 31/05/2009 11/05/2009 31/01/2009 14/01/2009 31/10/2008 5g CPU5c (1) 31/05/2009 11/05/2009 31/01/2009 14/01/2009 31/10/2008 5g CPU5d (1) 31/05/2009 11/05/2009 31/01/2009 14/01/2009 31/10/2008 5g CPU5e 5g CPU6a 5g CPU6b 5g CPU6c 5g CPU6d 5g CPU6e 5g CPU6f 31/05/2009 11/05/2009 31/12/2009 5g CPU6g 31/05/2009 11/05/2009 31/12/2009 5g CPU7a 5g CPU7b 31/05/2009 24/04/2009 5g CPU7c 31/05/2009 24/04/2009 5g CPU8a 5g CPU8b 31/05/2009 24/04/2009 31/12/2009 5g CPU9 5g CPU10a 5g CPU10b 5g CPU10c 5g CPU10d (6) 31/08/2009 5g CPU11 5g CPU12a 5g CPU12b 5g CPU12c 5g CPU12d 5g CPU13a 5g CPU13b 5g CPU13c 5g CPU14a 5g CPU14b 5g CPU14c 5f DUR1 5f DUR2 5f DUR3 5f SWA1 31/05/2009 27/04/2009 5f SWA2 (1,2) 31/05/2009 27/04/2009 15/11/2009 31/12/2009 13/05/2009 5f SWA3 (1,2) 31/05/2009 27/04/2009 15/11/2009 31/12/2009 13/05/2009 5f SWA4 31/05/2009 27/04/2009 13/05/2009 5f STU1 5f STU2 31/05/2009 06/05/2009 31/12/2009 5f STU3 31/05/2009 06/05/2009 31/12/2009 5f STU4 31/05/2009 06/05/2009 5f PHB2 (3) 5f PHB3 (3) 5f PHB4a 5f PHB7 31/12/2009 5f PHB8 31/12/2009 5f PBY1A (9) 31/05/2009 31/08/2009 12/06/2009 31/12/2009 5f PBY1B 31/07/2009 10/07/2009 30/04/2009 08/04/2009 31/10/2009 31/05/2009 13/04/2009 31/11/09 5f PBY2 31/05/2009 24/04/2009 31/05/2009 13/04/2009 31/11/09 5f PBY3 31/05/2009 24/04/2009 31/05/2009 13/04/2009 31/11/09 5f CHB1 (7) 31/05/2009 01/06/2009 5f CBY1 31/05/2009 06/02/2009 31/08/2009 01/06/2009 31/12/2009 31/05/2009 13/04/2009 5f CBY2 31/05/2009 06/02/2009 31/12/2009 31/10/2011 5f CBY3 31/05/2009 16/03/2009 31/12/2009 31/10/2011 5f CBY4 31/05/2009 13/03/2009 31/12/2009 31/10/2011 5f CBY5 31/05/2009 11/03/2009 31/10/2011 5f CBY6 31/05/2009 13/03/2009 31/08/2009 31/12/2009 31/10/2011 5c CBY7 (8) 30/09/2009 31/08/2009 30/03/2009 31/12/2009 31/10/2011 5c LYM1 31/05/2009 09/01/2009 31/08/2009 31/12/2009 31/05/2009 5c LYM2 5c LYM3 5c LYM4 5c LYM5 5c LYM6 (9) 31/05/2009 29/06/2009 31/12/2009 5c LYM7 (6) 31/12/2009 5c LYM8 31/05/2009 24/03/2009 31/12/2009 5c LYM9 31/05/2009 24/03/2009 31/12/2009 5c LYM10 31/05/2009 24/03/2009 31/12/2009 5c LYM11 31/05/2009 31/03/2009 31/12/2009 5c LYM12 31/05/2009 10/03/2009 31/12/2009 5c LYM13 31/05/2009 10/03/2009 31/12/2009 5c LYM14 31/05/2009 27/03/2009 31/12/2009 5c NET1 31/05/2009 27/05/2009 5c NET2 31/05/2009 27/05/2009 5c NET3 31/05/2009 27/05/2009 5c NET4 31/05/2009 27/05/2009 5c NET5 31/05/2009 27/05/2009 SCOPAC_yr8.xls, Page 1 of 2 Field data - SCOPAC 10/07/2009 Sub-cell Mgt UnitProfile 1 Baseline (BMP) Profile 2 Post-storm Baseline Profiles Target Completion Target Completion Target Completion Completion Target Completion Target Completion 5e NET6 (7) 31/05/2009 09/06/2009 5e RYD13 31/05/2009 08/05/2009 5e SAN1 31/05/2009 25/03/2009 31/10/2011 5e SAN2 31/05/2009 25/03/2009 31/10/2011 5e SAN3 31/05/2009 25/03/2009 31/12/2009 31/10/2011 5e SAN4 31/05/2009 25/03/2009 31/08/2009 23/06/2009 31/12/2009 31/10/2011 5e SAN5 31/05/2009 25/03/2009 31/08/2009 24/06/2009 31/12/2009 31/10/2011 5e SAN6 31/05/2009 25/03/2009 31/08/2009 25/06/2009 31/12/2009 31/10/2011 5e SAN7 31/05/2009 25/03/2009 31/08/2009 26/06/2009 31/12/2009 31/10/2011 5e SAN8 31/05/2009 25/03/2009 31/12/2009 31/10/2011 5e VEN1 31/10/2011 5e VEN2 31/05/2009 12/03/2009 31/12/2009 31/10/2011 5e VEN3 31/10/2011 5e VEN4 (4) 31/10/2011 5e VEN5 31/05/2009 29/05/2009 31/12/2009 31/10/2011 5e VEN6 31/10/2011 5e FRE1 (3) 31/10/2011 5e FRE2 31/05/2009 29/05/2009 31/10/2011 5e FRE3 31/10/2011 5e FRE4 (2) 31/05/2009 29/05/2009 31/10/2011 5d FRE5 31/10/2011 5d TOT1 (2) 31/10/2011 5d TOT2 31/05/2009 22/05/2009 31/12/2009 31/10/2011 5d TOT3 31/05/2009 08/05/2009 31/12/2009 31/10/2011 5d TOT4 31/05/2009 22/05/2009 31/10/2011 5d NEW1 31/05/2009 26/05/2009 31/10/2011 5d NEW2 31/05/2009 26/05/2009 31/12/2009 31/10/2011 5d NEW3 31/05/2009 26/05/2009 31/10/2011 5d NEW4 31/05/2009 26/05/2009 31/12/2009 31/10/2011 5d NEW5 31/05/2009 26/05/2009 31/12/2009 31/10/2011 5d NEW6 31/12/2009 31/10/2011 5d NEW7 31/10/2011 5d NEW8 31/10/2011 5d NEW9 31/10/2011 5d NEW10 31/10/2011 5d RYD1 31/10/2011 5d RYD2 31/10/2011 5d RYD3 (5) 31/05/2009 24/02/2009 31/12/2009 31/10/2011 5d RYD4 31/05/2009 24/02/2009 31/12/2009 31/10/2011 5d RYD5 31/05/2009 26/03/2009 31/12/2009 31/10/2011 5d RYD6 31/05/2009 22/04/2009 31/12/2009 31/10/2011 5d RYD7 31/05/2009 22/04/2009 31/12/2009 31/10/2011 5d RYD8 31/05/2009 22/04/2009 31/12/2009 31/10/2011 5d RYD9 31/05/2009 23/04/2009 31/12/2009 31/10/2011 5d RYD10 31/05/2009 23/04/2009 31/08/2009 31/12/2009 31/10/2011 5d RYD11 31/10/2011 5d RYD12 31/05/2009 26/02/2009 31/08/2009 31/12/2009 31/10/2011 5d NEW11 31/05/2009 09/03/2009 31/12/2009 31/10/2011 5d NEW12 31/05/2009 09/03/2009 31/12/2009 31/10/2011 5d NEW13 31/05/2009 09/03/2009 31/10/2011 5d NEW14 31/10/2011 5b NEW15 31/05/2009 12/02/2009 31/12/2009 31/10/2011 5b CPU14 31/05/2009 25/02/2009 5b CPU13 31/05/2009 25/02/2009 31/12/2009 5b CPU12 31/05/2009 13/02/2009 31/08/2009 31/12/2009 5b CPU11 31/05/2009 07/05/2009 4d CPU10 31/05/2009 07/05/2009 5a CPU9 31/05/2009 14/04/2009 31/12/2009 5a CPU8 31/12/2009 26/06/2009 5a CPU7 31/05/2009 07/04/2009 31/08/2009 31/12/2009 31/10/2009 5a CPU6 31/05/2009 29/04/2009 31/08/2009 31/12/2009 31/10/2009 5a CPU5 31/05/2009 08/05/2009 31/08/2009 31/12/2009 5a UNIT4 31/05/2009 23/04/2009 31/12/2009 5a UNIT3 31/05/2009 12/05/2009 31/12/2009 4d UNIT2 31/10/2011 Key: Completed on time Surveyed, but data not submitted Completed late Not required

Notes: (1) Variable baseline survey completion dates due to better tidal conditions (2) Profile sequence delayed to match previous year's survey (3) Area difficult to survey - covered by annual lidar (4) Area dangerous to survey (loose boulders, seaweed strewn), covered by annual lidar (5) Added to survey programme 2007 (6) Access only during summer Reasons for late/missing delivery: (7) Delayed due to bad weather (8) Baseline survey brought forward due to beach operational reasons (9) Postponed due to beach defence works

SCOPAC_yr8.xls, Page 2 of 2 Field data - SCOPAC 10/07/2009 Isle of Wight

Annex F – Topographic Survey Report for the Isle of Wight

1. Introduction Analysis has been conducted for those sites where a minimum of three surveys have been recorded. In general, changes are measured relative to the Mean Low Water Springs level, although this is not been possible for much of the historic data at many of the sites. Where possible, longer-term records from earlier programmes are also presented in the profile analysis, although historical data was often collected using significantly different survey techniques, specifications and even datums. Continuity of record has been attempted but is not always possible.

A full time series of plotted beach profiles are shown superimposed and relative to a Master Profile for each profile location (on the accompanying CD). The Master Profile provides the basis for calculation of beach cross-section area changes. Where possible, identical depth boundaries have been used for all profiles within a Management Unit. However, even where this has not been possible, direct comparisons can be made for the beach cross sectional area at one profile over time, since the master profile is constant for each profile (Figure 1). In some instances, raising the lower depth of the Master Profile may reduce the overall cross sectional area of the profile. This may cause small changes in the beach profile to have a large impact on the percentage change. This effect has been taken into account in the analysis of change to beach profiles. The trend in cross-sectional area (CSA) is presented as a graph for each profile (Figure 2).

Seawall

GPS Profile

CSA

Master Profile

Figure 1: Example Master Profile with CSA calculated from the surveyed GPS profile Isle of Wight

1 3

Figure 2: Example of Beach Profile Trend Analysis 1. Beach Cross-Sectional Area (CSA) 2. Replenishment Activities 3. Mathematically Derived Trend line

2. Condition of process sub-cell The Beach Change Summary maps contain an at-a-glance condition of the whole of the East Solent with profile lines representing accretion, no change or erosion for each Management Unit. Whilst the maps displaying actual change in m2 highlight the regions of erosion or accretion, it must be appreciated that given the long nature of many of the profile lines on the Isle of Wight, large changes in actual volume may still only translate into small percentage changes in cross sectional area. It is the opposite case for the extremely short profiles.

3. Condition of individual Management Units Changes within each Management Unit are summarised on two maps: Beach change map (Spring to Spring), beach change map (Baseline to Spring). Beach Change maps show the location of each beach profile, superimposed on 2008 aerial photography (note that the line may have been extended for clarity). Where possible, the annual change in cross- sectional area has been calculated from spring 2008 to spring 2009 and from baseline 2003/04 to spring 2009. Isle of Wight

TOT 3: West Totland to Colwell Chine Spring 2008 to Spring 2009 The majority of this management unit appears stable. There are isolated patches of erosion in the south and a larger region of erosion in the north.

Baseline Spring 2003 to Spring 2009 This management unit shows predominantly accretion. There is some localised erosion in the north and around profile lines 5d00048 to 5d00051 in the centre.

TOT 4: Colwell Chine to Fort Albert Spring 2008 to Spring 2009 All profiles in this management unit are accreting over the short timescale.

Baseline Spring 2003 to Spring 2009 Over the long timescale, the majorities of the profiles are accreting or show no change, apart from 5d00095 which is eroding.

NEW 1: Fort Albert to Fort Victoria Spring 2008 to Spring 2009 This management unit is stable; all of the profiles show no change.

Baseline Spring 2003 to Spring 2009 Over the longer timescale, the majority of the beach is accreting. Only 5d00101 is eroding.

NEW 2: Fort Victoria to Norton Spit Spring 2008 to Spring 2009 This section is stable.

Baseline Spring 2003 to Spring 2009 Over the longer timescale, this section of the beach is also stable.

NEW 3: Yarmouth Harbour Spring 2008 to Spring 2009 This section of beach is stable.

Baseline Spring 2003 to Spring 2009 Over the longer timescale, this section is stable and accreting. Isle of Wight

NEW 4: Yarmouth to The Common Spring 2008 to Spring 2009 This section of beach is stable.

Baseline Spring 2003 to Spring 2009 Over the longer timescale this section of beach has been accreting.

NEW 5: The Common to Marine Drive, Bouldnor Spring 2008 to Spring 2009 All profiles in this management unit show accretion or no change.

Baseline Spring 2003 to Spring 2009 Over the longer timescale the majority of the beach showing accretion or no change, only 5d00163 showing slight erosion.

NEW 11: Gurnard luck Spring 2008 to Spring 2009 Both profiles in this unit show no change.

Baseline Spring 2003 to Spring 2009 Profile 5e00271 is accreting and 5d00267 shows no change over the longer timescale.

NEW12: West Gurnard to Egypt Point Spring 2008 to Spring 2009 Over the shorter timescale, all profiles in this section of beach have accreted or shown no change.

Baseline Spring 2003 to Spring 2009 This unit is generally stable or accreting slightly, except for slight erosion at 5d00299.

NEW13: Egypt Point to Cowes Castle Spring 2008 to Spring 2009 This section has been stable, during the past year.

Baseline Spring 2004 to Spring 2009 Since 2004, the unit has been stable. Isle of Wight

NEW 15: Cowes Breakwater to Old Castle point Spring 2008 to Spring 2009 Over the past year, this unit has shown no change.

Baseline Spring 2003 to Spring 2009 The long term analysis of this unit has been stable.

RYD 3: Wootton Creek Spring 2008 to Spring 2009 Over the past year, the profiles show no change or accretion.

Baseline Spring 2007 to Spring 2009 RYD3 interim surveys commenced in 2007. Over the 2 years the majority of profiles show no change, with exception of 5d00362G which has strongly accreted with a percentage cross section area change of over 30%.

RYD 4: Wootton Creak to Pelamfield Spring 2008 to Spring 2009 Over the past year, all profiles show no change.

Baseline Spring 2007 to Spring 2009 RYD4 interim surveys commenced in 2007. The majority of profiles show no change; only the profile nearest the ferry port is eroding.

RYD 5: Pelhamfield to Puckpool Hill Spring 2008 to Spring 2009 This section of the beach is stable. All profiles show no change or accretion. The accretion occurring on profiles 5d00405 and 5d00411 is due to the build up of sediment on an offshore bar.

Baseline Spring 2004 to Spring 2008 This section is remaining stable over the long timescale. As stated above, profile 5d00405 is accreting heavily due to the build up of sediment on the offshore sand bar. Isle of Wight

RYD 6: Puckpool Hill to Salterns Road, Seaview Spring 2008 to Spring 2009 This management unit is stable.

Baseline Spring 2004 to Spring 2009 Over the longer timescale, all profiles have shown no change.

RYD 7: Salterns Road to Pier Road, Seaview Spring 2008 to Spring 2009 This unit has accreted in the northern section but shown little change in the south.

Baseline Spring 2004 to Spring 2009 Since 2004, the northern section of beach has remained stable, and the southern section has eroded.

RYD 8: Pier Road to Horestone Point Spring 2008 to Spring 2009 The majority of this section has been stable during the past year, only 5d00490 in the north shows erosion.

Baseline Spring 2004 to Spring 2009 Over the longer timescale, this section has accreted in the south and eroded in the north.

RYD 9: Horestone Point to St Helens Church Spring 2008 to Spring 2009 Over the short timescale, the profiles show accretion or no change.

Baseline Spring 2004 to Spring 2009 All of the profiles in this management unit are accreting or show no change.

RYD 10: The Duver, St Helens Spring 2008 to Spring 2009 This section is stable.

Baseline Spring 2004 to Spring 2009 Over the longer timescale, there is a pattern of accretion in the north, and erosion towards Bembridge Harbour. Isle of Wight

RYD 12: Bembridge Point to Foreland Fields Spring 2008 to Spring 2009 All profiles in this unit have remained stable over the past year. Only few localised profiles have eroded.

Baseline Spring 2004 to Spring 2009 Over the loner timescale, the majority of profiles have shown accretion or no change. Only two profiles in the south of the unit have shown erosion.

RYD 13: Whitecliff Bay Spring 2008 to Spring 2009 The profile in the north is eroding, and the profile in the south shows no change.

Baseline Spring 2007 to Spring 2009 The data collected pre 2007 does not reach depth. Over the past 2 years, the profile in the north has shown no change and the profile in the south is eroding.

SAN 1: Culver Cliff Spring 2008 to Spring 2009 The profile is eroding.

Baseline Spring 2004 to Spring 2009 Over the longer timescale, the profile is accreting.

SAN 2: Culver Cliff to Yaverland Spring 2008 to Spring 2009 The majority of profiles show no change, only profile 5e00056 shows erosion.

Baseline Spring 2004 to Spring 2009 The beach is stable over the longer timescale, only 5e00070 shows erosion.

SAN 3: Yaverland Spring 2008 to Spring 2009 Both profiles have eroded over the shorter timescale. The erosion has occureed at the back of the beach, against the sea wall.

Baseline Spring 2003 to Spring 2009 Both profiles have eroded over the longer timescale. Isle of Wight

SAN 4: Sandown Zoo to Fort Street Spring 2008 to Spring 2009 This section of the beach has a predominant trend of erosion.

Baseline Spring 2003 to Spring 2009 Over the longer timescale, the centre of this management unit is eroding, whilst the edges appear stable.

SAN 5: Fort Street to Ferncliffe Road Spring 2008 to Spring 2009 South of the pier, the beach has accreted over the past year, whilst north of the pier; there is a pattern of no change and erosion.

Baseline Spring 2003 to Spring 2009 All profiles along this section show accretion or no change over the longer timescale.

SAN 6: Ferncliffe Road to Hope Beach Spring 2008 to Spring 2009 The majority of profiles in this unit have shown no change or erosion. All profiles show a pattern of erosion at the back of the beach. There is only one profile which shows accretion.

Baseline Spring 2003 to Spring 2009 The north and south of this section show an accretional trend whilst in the centre the profiles are eroding.

SAN 7: Hope Beach to Shanklin Chine. Spring 2008 to Spring 2009 The majority of this section has remained stable over the past year, although 5e00159 in the north has shown erosion.

Baseline Spring 2003 to Spring 2009 The majority of this unit has been stable since 2003, with exception to 5e00165 which has eroded. Isle of Wight

SAN 8: Shanklin Chime to Horse Ledge Spring 2008 to Spring 2009 All profiles in this management unit are stable.

Baseline Spring 2003 to Spring 2008 The longer term pattern is erosion in the south and accretion in the north of the unit.

VEN 2: Monks Bay to Steephill Cove Spring 2008 to Spring 2009 This unit has a small beach volume and therefore small changes in cross sectional area can give large percentage changes. This produces patterns of localised erosion or accretion.

Baseline Spring 2004 to Spring 2009 Over the longer time period, in the east, the unit appears to be eroding, whilst west of Ventnor Haven there is marked accretion of sediment against the harbour wall.

VEN5: Reeth Bay Spring 2008 to Spring 2009 The profiles in the east of the management unit show accretion. Only two profiles in the centre show accretion.

Baseline Spring 2004 to Spring 2009 Over the longer time period, the majority of profiles show marked erosion, whilst at the boundaries there is little change.

FRE 2: Brooke Chime to Compton Chime Spring 2008 to Spring 2009 Over the shorter timescale, the northern profile is accreting, and the southern profile is eroding. The central profile is showing little change.

Baseline Spring 2004 to Spring 2009 All profiles over the longer timescale are eroding. Isle of Wight

FRE 4: Freshwater Bay Spring 2008 to Spring 2009 Over the past year, 5e00495 has shown erosion, while 5e00491 has accreted.

Baseline Spring 2003 to Spring 2009 Over the long timescale, 5e00495 has eroded and 5e00491 has shown no change. Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

LYM 9 CPU 9 LYM 10 CPU 11 CPU 10 C

LYM 7 NEW 13 NEW 15 NEW 12 NEW 14 LYM 6 NEW 11 RYD 1 LYM 4 NEW 10 LYM 5

NEW 9 RYD 2 RYD 3 NEW 8 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 RYD 8

LYM 1 NEW 5 RYD 9 NEW 2NEW 3 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD

TOT 3

TOT 2 RYD 13

OT 1 FRE 4FRE 3 SAN 1 SAN 2 FRE 5 SAN 3 SAN 4

FRE 2 SAN 5

Annual % Change in Cross-sectional MU boundary° Area (Spring 2008 to Spring 2009) SAN 6 > 30 % SAN 7 16 - 30 %

Accretion 5 - 15 % FRE 1 SAN 8 No Change Less than 5 % ° 5 - 15 % % Change in VEN 1 Cross-sectional ± 16 - 30 % ° MU Area km

Erosion > 30 % boundary 01234 % Change in Cross-sectional Area VEN 2

Beach Change Summary (1 of 2) - 2008 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 Y 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 12

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 FRE 5 SAN 3 SAN 4 FRE 2 SAN 5

SAN 6

SAN 7

FRE 1 SAN 8

VEN 1

Annual % Change in Cross-sectional MU VEN 2 Area (Spring 2008 to Spring 2009) boundary° VEN 3 > 30 % VEN 5VEN 4 16 - 30 % VEN 6

Accretion 5 - 15 % No Change Less than 5 % ° 5 - 15 % % Change in ± 16 - 30 % ° Cross-sectional MU Area km

Erosion > 30 % boundary 01234 % Change in Cross-sectional Area

Beach Change Summary (2 of 2) - 2008 to 2008 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

LYM 9 CPU 9 LYM 10 CPU 11 CPU 10 CPU 8

LYM 7 NEW 13 NEW 15 NEW 12 NEW 14 LYM 6 NEW 11 RYD 1 LYM 4 NEW 10 LYM 5

NEW 9 RYD 2 NEW 8 RYD 3 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 CBY 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 12

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 FRE 5 SAN 3 SAN 4 FRE 2 SAN 5

SAN 6

Actual Change in Cross-sectional MU Area (Spring 2008 to Spring 2009 ) boundary° SAN 7 2 > 30 m FRE 1 SAN 8 2 15 - 30 m 2

Accretion 5 - 15 m VEN 1 2 No Change Less than 5 m 5 - 15 m2 ° VEN 2 2 % Change in 15 - 30 m ° Cross-sectional ± 2 MU Area km VEN 3

Erosion > 30 m boundary 01234 Actual Change in Cross-sectional Area VEN 5VEN 4 VEN 6

Beach Change Summary (1 of 2) - 2008 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

NEW 9 RYD 2 RYD 3 NEW 8 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 Y 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 1

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 FRE 5 SAN 3 SAN 4 FRE 2 SAN 5

SAN 6

SAN 7

FRE 1 SAN 8

Actual Change in Cross-sectional MU VEN 1 Area (Spring 2008 to Spring 2009) boundary° > 30 m2 VEN 2 2 15 - 30 m 2

Accretion 5 - 15 m VEN 3 2 Less than 5 m VEN 5VEN 4 No Change VEN 6 5 - 15 m2 ° % Change in 2 ± 15 - 30 m ° Cross-sectional 2 MU Area km

Erosion > 30 m boundary 01234 Actual Change in Cross-sectional Area

Beach Change Summary (2 of 2) - 2008 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

LYM 8 LYM 9 CPU 9 LYM 10 CPU 11 CPU 10 CP

LYM 7 NEW 13 NEW 15 NEW 12 NEW 14 LYM 6 NEW 11 RYD 1 LYM 4 NEW 10 LYM 5

NEW 9 RYD 2 RYD 3 NEW 8 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 CBY 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 1

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 FRE 5 SAN 3 SAN 4

FRE 2 SAN 5

% Change in Cross-sectional MU Area (Baseline 2003/4/7 to Spring 2009 ) boundary° SAN 6

> 30 % SAN 7 16 - 30 % FRE 1 SAN 8

Accretion 5 - 15 % No Change Less than 5 % ° VEN 1 5 - 15 % % Change in 16 - 30 % ° Cross-sectional ± MU Area km VEN 2 Erosion > 30 % boundary 01234 % Change in Cross-sectional Area

Beach Change Summary (1 of 2) - 2003/4/7 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

NEW 9 RYD 2 NEW 8 RYD 3 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 CBY 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 12

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 SAN 3 FRE 5 SAN 4 FRE 2 SAN 5

SAN 6

SAN 7

FRE 1 SAN 8

VEN 1 % Change in Cross-sectional MU Area (Baseline 2003//04 to Spring 2009) boundary°

> 30 % VEN 2 16 - 30 % VEN 3

Accretion 5 - 15 % VEN 5VEN 4 No Change Less than 5 % ° VEN 6 5 - 15 % % Change in 16 - 30 % ° Cross-sectional ± MU Area km

Erosion > 30 % boundary 01234 % Change in Cross-sectional Area

Beach Change Summary ( 2 of 2) - 2003/4/7 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

LYM 9 CPU 9 LYM 10 CPU 11 CPU 10 CPU 8

LYM 7 NEW 13 NEW 15 NEW 12 NEW 14 LYM 6 NEW 11 RYD 1 LYM 4 NEW 10 LYM 5

NEW 9 RYD 2 RYD 3 NEW 8 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 CBY 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 12

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 SAN 3 FRE 5 SAN 4 FRE 2 SAN 5

SAN 6

Actual Change in Cross-sectional MU Area (Baseline 2003/4/7 to Spring 2009) boundary° SAN 7 > 30 m2 2 FRE 1 SAN 8 15 - 30 m 2

Accretion 5 - 15 m 2 VEN 1 No Change Less than 5 m 2 5 - 15 m ° 2 % Change in 15 - 30 m ° Cross-sectional ± VEN 2 2 MU Area km

Erosion > 30 m boundary 01234 VENActual 3 Change in Cross-sectional Area VEN 4

Beach Change Summary (1(1 of 2) - 2003/4 to 2009 SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

NEW 9 RYD 2 NEW 8 RYD 3 RYD 4 RYD 5 NEW 7 LYM 3 RYD 6 RYD 7 LYM 2 NEW 6 CBY 6 RYD 8

LYM 1 RYD 9 NEW 2NEW 3 NEW 5 CBY 7 NEW 1 NEW 4 RYD 10 TOT 4 RYD 11 RYD 12

TOT 3

TOT 2 RYD 13

TOT 1 FRE 4FRE 3 SAN 1 SAN 2 SAN 3 FRE 5 SAN 4 FRE 2 SAN 5

SAN 6

SAN 7

FRE 1 SAN 8

Actual Change in Cross-sectional

VEN 1 Area (Baseline 2003//04/7 to Spring 2009) MU boundary° > 30 m2 2 VEN 2 15 - 30 m 2

Accretion 5 - 15 m VEN 3 2 Less than 5 m VEN 5VEN 4 No Change VEN 6 5 - 15 m2 ° 2 15 - 30 m % Change in Cross-sectional 2 ° ±

Erosion > 30 m MU Area km boundary 01234 Actual Change in Cross-sectional Area

Beach Change Summary ( 2 of 2) - 2003/4/7 to 2009 SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00056 (0) 5d0 ° 005 16 - 30 % 5d00 4 (0) Actual Annual Change in 053 2 (0)

Erosion > 30 % Cross-sectional Area (m )

5d00051 (4) 5d0005 0 (4) 5d00048 ( 2)

5d00 5d000045 (2) 44 (0)

5d000375d0004 (0) 0 (3)

5d00 5 d0 0 3 00 4

32 (0 ) (-3) ± 2008 Aerial Photography m E 0 100 200

TOT3TOT3 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00056 (2) ° 5d00053 (1) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00051 (-5) 5d00050

5d0004 (-5) 8 (-6)

5d00 045 (0 5d0004) 3 (2) 5d00037 (6 5d 00040 (5 5 ) d ) 0 5 0 d 0 0 3 00 4 3 ( ± 2 2 ) m (2 ) 0 100 200 2008 Aerial Photography

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 d 5 - 15 % 000 7 ° 1 16 - 30 % 5d (-4 Actual Annual Change in 5 5 0 d ) 5d00 d 0068 2 0 00 Erosion > 30 % Cross-sectional Area (m ) 5 0 d00069

064

6 06 ( 5 - 1) 3 (-4 (-3) (

(0) 2

) ± ) m 0 100 200

2008 Aerial Photography

5d0 5d0 0054 (0) 0056 (0) 5d00053 (0) E

TOT3TOT3 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5d00071 (0)

5 - 15 % 5d00069 (2)

5d00065 (-3) 5d00064 (1) ° 5d00063 (2) 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) 5d00068 (3) Erosion > 30 % ± m 0 100 200

2008 Aerial Photography 5d00056 (2)

5d00053 (1) E

TOT3 (2 of 2) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 5d00089 (6) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00082 (4)

5d00080 (5 )

5d00077 (2) 5d00076 (8) 5d00074

( 1) ± m 0 100 200

2008 Aerial Photography

TOT4TOT4 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 5d00089 (2) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00082 (4)

5d00080 (3)

5d00077 (0) 5d00076 ( 5d0007 3) 4 ( 0) ± m 0 100 200

2008 Aerial Photography

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) 5d Less than 5 % 00 No Change 0 95 5 - 15 % ° (1) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00089 (6)

2008 Aerial Photography

TOT4TOT4 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) Less than 5 % No Change 5d00095 5 - 15 %

° (-4) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00089 (2)

2008 Aerial Photography

TOT4TOT4 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

E ± 0100200m

5d 00111 (0)

5d00108 (-1)

5 d00106 (1)

5 d001

01 (0)

2008 Aerial Photography

Annual % Change in Cross-sectional Area ( Spring 2008 to Spring 2009 )

> 30 % 16 - 30 %

Accretion 5 - 15 %

No Change Less than 5 % 5 - 15 %

16 - 30 %

Erosion > 30 %

NEW 1 - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5 ° d0 16 - 30 % 01 Actual Annual Change in 11 ( 2

Erosion > 30 % Cross-sectional Area (m ) -1)

5d0 01 0 8

5 (4) d 00 10 6 (4

)

5d00101 (-2)

2008 Aerial Photography

± E m 0 100 200

NEW1NEW1 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

(0)

5d00123 5d00118 (-1)

5d00125 (0)

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 % 2008 Aerial Photography Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % E Actual Annual Change in ± Cross-sectional Area (m 2 ) m Erosion > 30 % 0 100 200

NEW2 - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

123 (0)

)

00 0 (

5d00118 (1) 5d 5

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 2008 Aerial Photography 5g00212 (3) No Change Less than 5 % 5 - 15 % 16 - 30 % ° ± E Actual Annual Change in m 2 Erosion > 30 % Cross-sectional Area (m ) 0 100 200

NEW2NEW2 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Area (Spring 2008 to Spring 2009) Spring to 2008 (Spring Area Cross-sectional in Change % Annual No Change No Southeast Strategic Regional Co Regional Strategic Southeast NEW3 - Beach Change - Beach NEW3 Southeast Strategic Regional Co Regional Strategic Southeast NEW3 - Beach Change - Beach NEW3

Erosion Accretion > 30 % > 30 16 -30 % 5 - % 15 5% than Less 5 - % 15 16 -30 % % > 30 boundary Cross-sectional Area (m ) in Change Annual Actual ° MU 5g00212 astal MonitoringProgramme astal astal MonitoringProgramme astal (3) ° 2 0 200 100 0

± 5d00129 (1)

3 3

(

0 ) m Annual Report 2009 Report Annual Annual Report 2009 Report Annual SCOPAC IOW- SCOPAC SCOPAC IOW- SCOPAC 2008 Aerial Photography Aerial 2008 E No Change No 2009) Spring to 2003 (Baseline Area Cross-sectional in % Change Annual Southeast Strategic Strategic Regional Southeast NEW3 - Change - NEW3 Beach Southeast Strategic Strategic Regional Southeast NEW3 - Change - NEW3 Beach

Erosion Accretion > 30 % > 30 16 -30% % 15 5 - 5% than Less % 15 5 - 16 -30% % > 30 boundary Cross-sectional Area (m ) Area Cross-sectional Actual Annual inChange ° MU 5g00212 Coastal Monitoring Programme Monitoring Coastal Coastal Monitoring Programme Monitoring Coastal (3) ° 2 0 200 100 0

5d00129 (4) ±

(

1 ) m Annual Report 2009 Report Annual Annual Report 2009 Report Annual SCOPAC -SCOPAC IOW SCOPAC -SCOPAC IOW 2008 Aerial Photography Aerial 2008 E Area (Spring 2008 to Spring 2009) Spring to 2008 (Spring Area Cross-sectional in Change % Annual No Change No Southeast Strategic Regional Co Regional Strategic Southeast NEW4 - Beach Change - Beach NEW4 Southeast Strategic Regional Co Regional Strategic Southeast NEW4 - Beach Change - Beach NEW4

Erosion Accretion > 30 % > 30 16 -30 % 5 - % 15 5% than Less 5 - % 15 16 -30 % % > 30 boundary Cross-sectional Area (m Area ) Cross-sectional in Change Annual Actual ° MU 5g00212 astal MonitoringProgramme astal astal MonitoringProgramme astal (3) ° 2

5d00145 (13) 200 100 0 ± m Annual Report 2009 Report Annual Annual Report 2009 Report Annual SCOPAC IOW- SCOPAC SCOPAC IOW- SCOPAC 2008 Aerial Photography Aerial 2008 E No Change No 2009) Spring to 2003 (Baseline Area Cross-sectional in % Change Annual Southeast Strategic Strategic Regional Southeast NEW4 - Change - NEW4 Beach Southeast Strategic Strategic Regional Southeast NEW4 - Change - NEW4 Beach

5d00145 (36) m Annual Report 2009 Report Annual Annual Report 2009 Report Annual SCOPAC -SCOPAC IOW SCOPAC -SCOPAC IOW 2008 Aerial Photography Aerial 2008 E SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 d 00169

(0)

d00163

(

5d00150 (0) 5d00157 (0)

2008 Aerial Photography

± E m 0 100 200

NEW5NEW5 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 d00169

(0)

00163

(

5d00150 (0) 5d00157 (0)

2008 Aerial Photography

± E m 0 100 200

NEW5NEW5 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW No Change No 2009) Spring to 2008 (Spring Area Cross-sectional in Change % Annual Southeast Strategic Regional Co Regional Strategic Southeast NEW5 (2 of 2) - Beach Change (2 - of 2) Beach NEW5 Southeast Strategic Regional Co Regional Strategic Southeast NEW5 (2 of 2) - Beach Change (2 - of 2) Beach NEW5

Erosion Accretion 5d00157 (0) > 30 % > 30 16 -30 % 5 - % 15 5% than Less 5 - % 15 16 -30 % % > 30 boundary Cross-sectional Area (m ) in Change Annual Actual

° MU 5d00163 (0) 5d00163 5g00212 astal MonitoringProgramme astal astal MonitoringProgramme astal (3) °

5d0016

9 9

(0) 0 200 100 0 ± m Annual Report 2009 Report Annual Annual Report 2009 Report Annual

SCOPAC IOW- SCOPAC SCOPAC IOW- SCOPAC

5d0

2008 Aerial Photography Aerial 2008 ( 0176 0) E No Change No 2009) Spring to 2003 (Baseline Area Cross-sectional in % Change Annual Southeast Strategic Strategic Regional Southeast NEW5 (2 of Change - (2 NEW5 Beach 2) Southeast Strategic Strategic Regional Southeast NEW5 (2 of Change - (2 NEW5 Beach 2)

Erosion Accretion

5d00157 (0) > 30 % > 30 16 -30% % 15 5 - 5% than Less % 15 5 - 16 -30% % > 30 boundary Cross-sectional Area (m ) Area Cross-sectional Actual Annual inChange ° MU 5g00212

Coastal Monitoring Programme Monitoring Coastal Coastal Monitoring Programme Monitoring Coastal 5d00163 (0) 5d00163 (3) °

5d0016

9 9

( 0 ) 0 200 100 0 ± m Annual Report 2009 Report Annual Annual Report 2009 Report Annual SCOPAC -SCOPAC IOW SCOPAC -SCOPAC IOW

2008 Aerial Photography Aerial 2008

0 0176 0176

( 0) E Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 %

5d00271 (-1)

5d00267 (2)

2008 Aerial Photography ± E m 0 100 200

NEW11 - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 d 0 0 27

( 1 3 )

0 0 2 6 7

( 3 )

2008 Aerial Photography ± E m 0 100 200

NEW11NEW11 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 5d0 16 - 30 % 03 Actual Annual Change in 5d 04 2 00299

Erosion > 30 % Cross-sectional Area (m )

( 0)

(2)

5d00294 (-1)

2008 Aerial Photography

5d 00 28 9 (- 1) ± E m 0 100 200

NEW12NEW12 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 %

5g00212 (3) 5d0 No Change Less than 5 % 03 5d00299 5 - 15 % 04

( ° 1) 16 - 30 %

Actual Annual Change in (-3) 2

Erosion > 30 % Cross-sectional Area (m )

5d00294 (1)

5 d0 2008 Aerial Photography 02 89 ( 0) ± E m 0 100 200

NEW12NEW12 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU > 30 % boundary° E 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

(3)

0314

5d00308 (-1)

5d0

)

(

± m 2008 Aerial Photography 0 100 200

NEW13NEW13 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU E boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° ± 16 - 30 % m Actual Annual Change in 2 0 100 200

Erosion > 30 % Cross-sectional Area (m )

5d00308 (0)

5d00314 (6)

)

(

2008 Aerial Photography

NEW13NEW13 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 d 0 0 3 3 9

(-2

) 5d00334 (0)

5 d00

3 2 7 ( -2)

2008 Aerial Photography ± E m 0 100 200

NEW15NEW15 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 d 0 0 3 3 9

(1 )

5d00334 (5)

5d0

03 27 ( 0)

2008 Aerial Photography ± E m 0 100 200

NEW15NEW15 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d0

(

)

5 d 0 (2) 0 3 2F 5d003 6 36 2 00 M 5d ( 1 5) 62 ) (1 K G 2 6 ( 3 0) 00 5d

2008 Aerial Photography

RYD3RYD3 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Spring 2007 to Spring 2009) MU boundaryn > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % n 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) m m 0 100 200

(

)

5 d 5) 0 ( 0 F 3 2 5 6 36 d 2 00 0 M d 0 5 3 ( -3 ) 6 ) 20 2 ( K

G 2 ( 6 - 03 4 0 ) 5d

2008 Aerial Photography

RYD3 - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m

)

0 5d00363 (0) 5d00363

(

0 100 200 5d00363C (-1) 5d00363C

)

5d00364 (2) 6

(-2

d 5

E 2008 Aerial Photography

RYD4RYD4 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional CoastalMonitoring Programme RYD4 - Beach Change Southeast Strategic Regional CoastalMonitoring Programme RYD4 - Beach Change E

5d00363 (-6)

5d00363C (-3)

5d00364 (2)

5d00 Change No to Spring 2009) Area (Spring 2007 in Change Cross-sectional Annual % 364C (-3)

Erosion Accretion

5d0036 5 (-1) % > 30 % - 30 16 % 15 5 - 5% than Less % 15 5 - % - 30 16 % > 30 Annual Report 2009 1 220 110 0 Annual Report 2009 SCOPAC SCOPAC -IOW SCOPAC SCOPAC -IOW boundary Cross-sectional Area (m ) in Change Annual Actual 2008 Aerial Photography 2008 Aerial ± ° MU 5g00212 (3) ° 2 m Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 % ± m 0100200

5d00397 (9)

5d00381 (0) (64)

5d00392(0)

5d00405

5d00387 (-2)

5d00411 (8

E 2008 Aerial Photography 5d00415 (-38)

RYD5 (1 of 3) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

0 ) 0

397 5d00381 (2)

(159

(

- 05 2)

5d00392 (-8) 5d00392

5d0 5d00387 (0)

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41 0 E 0 d 2008 Aerial Photography5

RYD5RYD5 (1(1 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00415 (-38) 5d00418 (28) ± 5d00422 (2) m 0 100 200

5d00428 (-10) 0

0 9) 4 (

34 (

- 04 1 4 (3) ) 4 5d004

5d0

2008 Aerial Photography

RYD5RYD5 (2(2 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00415 (-79) 5d00418 (-6)

5d00422 (4)

)

(-43

28 4 0 5 0 d

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5 0 -3 4 (

34 (

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2008 Aerial Photography

RYD5RYD5 (2(2 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00422 (2) ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 %

10) ± 5d00440 (-1)

5d00428 (- m 0100200

434 (9) 5d00444 (3)

5d00

2008 Aerial Photography

RYD5 (3 of 3) - Beach Change SCOPAC - IOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00422 (4) ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 %

-43)

5d00440 (-19) ±

5d00428 ( m 0100200 -10) 5d00444 (

5d00434 (-3)

2008 Aerial Photography

RYD5 (3 of 3) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° ± > 30 % 16 - 30 % m

0 100 200 Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00449 (3)

5d00456 (7)

)

2 ) (

13 3 - 6 ( 4 0

69 d0

5 04

5d0

2008 Aerial Photography

RYD6RYD6 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° ± > 30 % 16 - 30 % m

0 100 200 Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00449 (3)

5d00456 (7)

) 2 ( 3)

(-1 46 0

69 d0

5 04

5d0

2008 Aerial Photography

RYD6RYD6 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° ± > 30 % 16 - 30 % m

0 100 200 Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00475 (4)

1) (- 3 48 5d00

2008 Aerial Photography

RYD7RYD7 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU E boundary° ± > 30 % 16 - 30 % m

Accretion 5 - 15 % 0 100 200 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00475 (-1)

5) (- 3 48 5d00

2008 Aerial Photography

RYD7RYD7 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) 5d00490 (-2) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00495 (2)

) (1 01 005 5d

2008 Aerial Photography

RYD8RYD8 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5d00490 (-8) 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00495 (-1)

(6) 1 050 5d0

2008 Aerial Photography

RYD8RYD8 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00508 (30) ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00513 (54)

(5) 8 51 00 5d

2008 Aerial Photography

RYD9RYD9 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2005 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 5d00508 (5) ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 % ± m 0100200

5d00513 (56)

5d00518 (21)

2008 Aerial Photography

RYD9 (1 of 2) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % 5d00518 (5) Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

5d00528 (27)

2008 Aerial Photography

RYD9RYD9 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2005 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 5d00518 (21) 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 % ± m 0100200

5d00528 (9)

2008 Aerial Photography

RYD9 (2 of 2) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU E boundary° 5d00534 (-2) > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5d00539 (1)

5d00541 (1)

5d00544 (-2)

± m 0 100 200 2008 Aerial Photography

RYD10RYD10 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° 5d00534 (14) > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) 5d00539 (0) ± m 0 100 200

5d00541 (3)

5d00544 (-6)

2008 Aerial Photography

RYD10RYD10 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW 2008 Aerial Photography Aerial 2008 Southeast Strategic Regional Co Regional Strategic Southeast RYD12 (1 of 3) - Beach Change of 3) Beach RYD12 (1 - Southeast Strategic Regional Co Regional Strategic Southeast RYD12 (1 of 3) - Beach Change of 3) Beach RYD12 (1 -

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5d00563 (-2) astal MonitoringProgramme astal astal MonitoringProgramme astal

5d00569 (5)

5 d0 05 76 ( -11

) Change No 2009) Spring to 2008 (Spring Area Cross-sectional in % Change Annual

Erosion Accretion

5d0058

2 ( 7) > 30 % > 30 16 -30 % 5 - % 15 5% than Less 5 - % 15 16 -30 % % > 30

5d0 05

8 2009 Report Annual 7 2009 Report Annual

(-5 ) SCOPAC IOW- SCOPAC SCOPAC IOW- SCOPAC boundary 0 200 100 0 Cross-sectional Area (m ) in Change Annual Actual ° MU ±

5 5g00212 d 0 0 5 9 2

3 m

) (3) ° 2 SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 0 100 200

(4) 9 6 5d00563 (-4) 05

5d0

2008 Aerial Photography 5d00556 (-7)

) (3

0057 d E 5

RYD12RYD12 (1(1 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % 5d00563 (-2) Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) 5d00569 (5) ± m 0 100 200 5d00576 (-11)

) 7

5d00582 (

) 5 (- 7

d0058 5

3) (- 2 059 5d0

E 2008 Aerial Photography

RYD12RYD12 (2(2 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % 5d00563 (-4) Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) 5d00569 (4) ± m 5d00576 (3) 0 100 200

5d00582 (6)

) 9 ( 7 8 05 0 5d

) -1 (

5d00592

E 2008 Aerial Photography

RYD12RYD12 (2(2 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 5d00587 (-5) ) -3 ( 16 - 30 %

Accretion 5 - 15 % 5d00592 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 599 (-14) 5d00 0 100 200

5d00604 (2)

5 d 00 61 0 (-4

) E 2008 Aerial Photography

RYD12RYD12 (3(3 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 5d00587 (9)

-1) ( 16 - 30 %

Accretion 5 - 15 % 5d00592 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± m 5d00599 (-16) 0 100 200

5d00604 (11)

5 d 00 61 0

(- 9) E 2008 Aerial Photography

RYD12RYD12 (3(3 ofof 3)3) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 )

Erosion > 30 %

5e00

0 0 9 ( -10)

2008 Aerial Photography

± E m 0 100 200

RYD13RYD13 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2007 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2 5

Erosion > 30 % Cross-sectional Area (m ) e 0 0 0 0 9

( -3 ) ± m 0 100 200

2008 Aerial Photography

5 e0 0 0 27 E

(-1 0)

RYD13RYD13 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % 16 - 30 % ° Actual Annual Change in 2 Erosion > 30 % Cross-sectional Area (m )

5e 0 00 27

(2 )

± m 0 100 200

2008 Aerial Photography

RYD13RYD13 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2007 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e0 0 0 27

(-1 0)

2008 Aerial Photography

E ± m 0 100 200

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00047 (-20)

2008 Aerial Photography

± E m 0 100 200

SANSAN 11 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00047 (29)

2008 Aerial Photography ± m E 0 100 200

SAN1SAN1 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e0005

( -23)

5e00064

(- 5 )

5e00070 (2)

2008 Aerial Photography

± E m 0 100 200

SANSAN 22 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 5 e 2 00

Erosion > 30 % Cross-sectional Area (m )

( 2 )

5e00064 (-2)

5e00070 (-30)

2008 Aerial Photography ± m E 0 100 200

SAN2SAN2 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00

075

( -37

5e ) 0 00

7 9

(-2

3 )

2008 Aerial Photography ± m E 0 100 200

SAN3SAN3 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 %

5e00075 (-49)

5e00079 (-16)

2008 Aerial Photgraphy ± m E 0 100 200

SAN3 - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5 e 00 0 8 5 ( - 3 )

5 e 0 0 0 8 9

( - 4 0 )

5e00093 (-18)

2008 Aerial Photography

± E m 0 100 200

SAN4SAN4 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e0

0 0 85 (

9) 5e0

0089

(-13)

5e00093 (-6)

2008 Aerial Photography ± m E 0 100 200

SAN4SAN4 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) 5e00 Less than 5 % No Change 0 97 5 - 15 % ° (-25 16 - 30 % Actual Annual Change in ) 2

Erosion > 30 % Cross-sectional Area (m ) 5e001

01 (-

6 ) 5e00

105

( -12 ) 5e00109 (6)

5e00113 (

21)

2008 Aerial Photography

± E m 0 100 200

SAN5SAN5 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) Less than 5 % 5e No Change 00 5 - 15 % 09 ° 7 ( 16 - 30 % Actual Annual Change in -2) 2

Erosion > 30 % Cross-sectional Area (m )

5 e0 010

1 (2

5e00

105

(-9)

5e00109 (10)

5e 00 113 ( 2 1)

2008 Aerial Photography

± E m 0 100 200

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 5e001 16 - 30 % 17 (

Accretion 5 - 15 % 5g00212 (3) -12) No Change Less than 5 % 5 - 15 % ° 5e0 16 - 30 % Actual Annual Change in 01 2 21 Erosion > 30 % Cross-sectional Area (m ) (-2 2)

5e0 0 125 (-9 )

5e 00 129 (- 9)

5e00 133 (- 18) 2008 Aerial Photography

5e00137 (

-4) ± m E 0 100 200

SAN6SAN6 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 5 16 - 30 % e0 011

Accretion 5 - 15 % 7 5g00212 (3) (- 7) No Change Less than 5 % 5 - 15 % ° 5e 16 - 30 % Actual Annual Change in 001 2 21 Erosion > 30 % Cross-sectional Area (m ) (11)

5e 001 25 (2 5)

5e0 01 29 (1 3)

5e00 133 (-1 4) 2008 Aerial Photography

5e00137 (-14) ± m E 0 100 200

SAN6SAN6 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional 5e00

Area (Spring 2008 to Spring 2009) MU 137 (-4) boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) 5e00141 (7) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± 5e00145 (-15) m 0 100 200

5e00149 (4)

5 e0015 3 (-5)

2008 Aerial Photography

5e00157 (-7) E

SAN6SAN6 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional 5e00

Area (Baseline 2003 to Spring 2009) 137 MU (-14) boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) 5e00141 Less than 5 % No Change (-16) 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) ± 5e00145 (-29) m 0 100 200

5e00149 (-6)

5e00 153 (7)

2008 Aerial Photography

5e00157 (-11) E

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 5e0015 16 - 30 % 9 (-18)

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5e00161 ( 5 - 15 % ° -6) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00165 (1 6)

5e0016 7 (-7)

5e00171 (4)

2008 Aerial Photography 5e00175 ± (-4) m E 0 100 200

SAN7SAN7 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 5e00159 ( 16 - 30 % 12)

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5e00161 5 - 15 % ° (2) 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00165 (-16)

5e001 67 (-8)

5e00171 (12)

2008 Aerial Photography 5e00175 ± (0) m E 0 100 200

SAN7SAN7 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 5e0 16 - 30 % 0178 (1)

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00183 (-3)

5e00187 (-6)

5e00191 (8)

2008 Aerial Photography ± m E 0 100 200

SAN8SAN8 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 5e00 16 - 30 % 178 (9)

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00183 (-7)

5e00187 (-38)

5e00191 (-11) ± m 0 100 200 2008 Aerial Photography

SAN8SAN8 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5e00211 (-22) 5 - 15 % ° 16 - 30 % Actual Annual Change in Cross-sectional Area (m 2 ) Erosion > 30 %

5e00215 (0)

5e00219 (-1)

5e00223

(9)

5e00227 (

5e0 4)

0230 (-1)

2008 Aerial Photography ± m E 0100200

VEN2 (1 of 2) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 5e0021 2

Erosion > 30 % Cross-sectional Area (m )

1 (- 16)

5 e 0 0 5 2 e 1 00 5

(-5 5 21 e ) 00 9

22 ( -5) 3

( -3)

5e00227 (7)

5e0

0230 (2)

2008 Aerial Photography ± m E 0 100 200

VEN2VEN2 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 %

° 0 16 - 30 % 4) Actual Annual Change in 2

4 (1

2 0 6 6

Erosion > 30 % Cross-sectional Area (m )

(

6 23

)

e 5

5e00252 (-2)

2008 Aerial Photography ± m E 0 100 200

VEN2VEN2 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW Southeast Strategic Regional Coastal Monitoring Programme Annual Report 2009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 5e00240 ( 16 - 30 %

Actual Annual Change in -13) Cross-sectional Area (m 2 ) Erosion > 30 %

7) 5e00236 ( 5e00236

5e00252 (-

) 2008 Aerial Photography ± m E 0100200

VEN2 (2 of 2) - Beach Change SCOPAC - IOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00304 (-7) 5 e 00293

(17)

(9)

299 5e0

02 5e00

96 5e00309

( 3)

(-5)

2008 Aerial Photography ± m E 0 100 200

VEN5VEN5 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

5e00304 (-7) 5 e 0 0 2 9

(-17) 3

(-4 ) 5e0

5e00299 96

5e (- 0 0 1 3 9) 09

(-2)

2008 Aerial Photography ± m E 0 100 200

VEN5VEN5 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

4) -1 ( 5

5e0044

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° ± 16 - 30 % Actual Annual Change in m 2

Erosion > 30 % Cross-sectional Area (m ) 0 100 200 2008 Aerial Photography

FREFRE 22 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

5e00445 (-8)

± m 0 100 200

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009 MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m ) 2008 Aerial Photography

FREFRE 22 (1(1 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

20) ( 7 6

5e004

)

6 (-3 5 4 00 5e

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° ± 16 - 30 % Actual Annual Change in m 2 2008 Aerial Photography

Erosion > 30 % Cross-sectional Area (m ) 0 100 200

FREFRE 22 (2(2 ofof 2)2) -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoastalCoastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

)

(-21 67 04 0 5e

) 6 (- 6 5 4 ± 00 e m 5 0 100 200

Annual % Change in Cross-sectional

Area (Baseline 2004 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 %

° -8) ( 16 - 30 % Actual Annual Change in 45 2 04

Erosion > 30 % Cross-sectional Area (m ) 0 2008 Aerial Photography5e

Annual % Change in Cross-sectional

Area (Spring 2008 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

(-1)

5e0 9

95 5e004

( - 1)

2008 Aerial Photography

± E m 0100200

FRE4FRE4 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW SoutheastSoutheast StrategicStrategic RegionalRegional CoCoastalastal MonitoringMonitoring ProgrammeProgramme AnnualAnnual ReportReport 20092009

Annual % Change in Cross-sectional

Area (Baseline 2003 to Spring 2009) MU boundary° > 30 % 16 - 30 %

Accretion 5 - 15 % 5g00212 (3) No Change Less than 5 % 5 - 15 % ° 16 - 30 % Actual Annual Change in 2

Erosion > 30 % Cross-sectional Area (m )

2) - (

5e0

95 5e00491

( - 1 0)

2008 Aerial Photography

± E m 0 100 200

FRE4FRE4 -- BeachBeach ChangeChange SCOPACSCOPAC -- IOWIOW EXPLANATORY NOTES

Change in Cross-sectional Area (CSA)

The annual change in cross-sectional area is calculated as the difference in CSA between two surveys, expressed as a percentage change compared to the earlier CSA.

CSA1 CSA2 * 100 Eqn (1) CSA2 where CSA1 = most recent springtime survey and CSA2 = spring survey previous year. Therefore an annual change of –14% represents erosion during the last year of 14% of the area of last year’s survey.

Net Sediment Calculation

The value derived from this calculation represents the volume change in m3 across each individual management unit over time. The initial volumes are derived from the Digital Terrain Models made for consecutive baseline topographic surveys. Both models are clipped to cover the same area, then and a volume above the MLWS plane is calculated for each DTM. The net sediment change is calculated as

Vol1 – Vol2 Eqn (2) where Vol1 = most recent DTM model volume and Vol2 = earlier DTM model volume. Therefore a net change of –19730m3 represents erosion since the earlier survey.