1.4 m and 13 m
- these events cast doubt otrer previos assertfums
within the participatory visualisation exercise at 1l m was the
upper sqrge limit at Yarmouth (as of the 10 March 2GB went).
Fig. 8 plots ttE predicted impacts to preperty acm&s a range of sea
Ievel scenarios in the Yarnrouth coastal floodplain: tfie total flood
oudine is a corint ofpropertiesthat are in arryr flooded pforel (for&e
corresponding sca level simulation), and also shornareproperdes
at fld depths >05 m and >1 rn These depth thrcsholds can imply
the number of properties that are more likely to be damaged (e.g;
because flmd proofing, zuch as sandbegs bemmes rnore ctal-
lensing with the deeper water). The tcal number of properties in
the ffood outline for Scenario 2b to Scenario 3 (i.e. tr participatory
senario of 03 m SLR) rises from 41 to 65; and there is a shatper
increase if cotrntins the drengp to the number of pmperties flooded
to :0.5 m depth (frqn 9 to 33 pmperties). Fom 2.4 b 25 mODN
CIust before Scenario 3) there is a rapid increase in the number of
properties flooded b >0-5 m, and belmnd dtis dre count continues
to increase rapidly.