East Solent Shoreline Coastal Management Plan

 

STAGE ONE VOLUME ONE - THE OPEN COAST

 

Glossary

Section 1 - Introduction
Figure 1-The East Solent

Section 2 - Consultation

Section 3 - Coastal Processes
Figure 2 - Solid Geology
Figure 3 - Solid Geology
Figure 4 - Historical evolution – Pagham Harbour to East Head 
Figure 5 - Historical evolution – Hayling and Portsea Islands 
Figure 6 - Historical evolution – Portsmouth Harbour entrance to River Hamble
Figure 7 - Tide currents – Peak spring tide flow contours and vectors
Figure 9 - Wave climate
Figure 11- Transport path for sand and shingle (Inset: mean annual nett potential shingle drift rates)
Figure 13 - Flood and erosion risk – Pagham Harbour to East Head
Figure 14  - Flood and erosion risk – Hayling and Portsea Islands
Figure 15 - Flood and erosion risk- Portsmouth Harbour entrance to River Hamble
Figure 16 - Field monitoring sites

Section 4 - Existing Shoreline Management
Figure 17 - Existing shoreline defences – Pagham Harbour to East Head
Figure 18 - Existing shoreline defences – Hayling and Portsea Islands
Figure 19 - Existing shoreline defences – Portsmouth Harbour entrance to River Hamble

Section 5 - The Natural Environment
Figure 20 - Designated conservation areas – Pagham Harbour to East Head
Figure 21 -Designated conservation areas – Hayling and Portsea Islands

Figure 22  -  Designated conservation areas – Portsmouth Harbour entrance to River Hamble

Section 6 - Land Use and the Human Environment
Figure 23 - Land use – Pagham Harbour to East Head
Figure 24 - Land use – Hayling and Portsea Islands
Figure 25 - Land use – Portsmouth Harbour entrance to River Hamble
Figure 26 - Areas of high grade agricultural land
Figure 27 - Historic sites and landscape conservation areas
  Figure 28 - Planning policies and land allocations – Pagham Harbour to East Head
Figure 29 - Planning policies and land allocations – Hayling and Portsea Islands
Figure 30 -  Planning policies and land allocations – Portsmouth Harbour entrance to River Hamble

Main Contents

            Report EX3441
            June 1997


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