20200702
09141800
1.0
FALSE
V_EMSFLOODVULNERABLESTRUCTURE
002
600478.006000
646671.220000
4869292.346600
4940476.459600
1
Projected
GCS_North_American_1983
Linear Unit: Meter (1.000000)
NAD_1983_UTM_Zone_17N
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20210429
14385000
20210611
8230100
150000000
5000
FGDC
Version 6.2 (Build 9200) ; Esri ArcGIS 10.3.1.4959
EMS Vulnerable Structure
withheld
LSRCA
Director of Engineering
KV
LSRCA
gis@lsrca.on.ca
KV
2020-09-15T12:00:00
2021-04-29T00:00:00
1
-79.747389
-79.151785
44.610619
43.962138
<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>The Emergency Management System (EMS) Vulnerable Structure layer is an inundation product consisting of a polygon layer and data, highlighting separate critical and building infrastructure that are inundated or intersected by the EMS Flood Events. This inundation product should be used in conjunction with EMS Vulnerable Line for any EMS planning discussion.</SPAN><SPAN /></P></DIV></DIV></DIV>
EMS Vulnerable Structure
EMS
Inundation
open data
The EMS Vulnerable Line polyline and associated data are to be used only in support of EMS activities. This layer and information are not to be used for any regulatory limit discussion or development application. Please follow-up with the LSRCA Engineering Department to confirm any additional requirements to support submissions with an impacts on the floodplain.
© LAKE SIMCOE REGION CONSERVATION AUTHORITY, (insert current year). All Rights Reserved
<DIV STYLE="text-align:Left;"><DIV><DIV><P STYLE="margin:0 0 7 0;"><SPAN><SPAN>Contains Information made available under </SPAN></SPAN><A href="https://www.lsrca.on.ca/Pages/GIS-Open-Data-Licence.aspx"><SPAN><SPAN>Lake Simcoe Region Conservation Authority Open Data Licence v1.0.</SPAN></SPAN></A></P></DIV></DIV></DIV>
Feature Class
dataset
EPSG
8.6.2
10511
Simple
FALSE
10511
FALSE
FALSE
V_EMSFLOODVULNERABLESTRUCTURE
Feature Class
10511
ADDRESS
ADDRESS
String
150
0
0
The municipal address of the parcel where the structure is located.
MUNICIPALITY
MUNICIPALITY
String
50
0
0
The legal name of the Municipality where the structure is located.
STRUCTURETYPE
STRUCTURETYPE
String
40
0
0
Each polygon was assigned a text structure type based on the description of the parcel where the structure is located. These structure types were created by LSRCA and were based on a wider range of parcel descriptions provided by municipal partners.
YEAR5STORMEVENT
YEAR5STORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a storm event having a 1:5 year probability of occurrence.
YEAR5WATERLEVEL
YEAR5WATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:5 year probability of occurrence. Measured in meters.
YEAR5WATERDEPTH
YEAR5WATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:5 year probability of occurrence. Measured in meters.
YEAR10STORMEVENT
YEAR10STORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a storm event having a 1:10 year probability of occurrence.
YEAR10WATERLEVEL
YEAR10WATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:10 year probability of occurrence. Measured in meters.
YEAR10WATERDEPTH
YEAR10WATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:10 year probability of occurrence. Measured in meters.
YEAR25STORMEVENT
YEAR25STORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a storm event having a 1:25 year probability of occurrence.
YEAR25WATERLEVEL
YEAR25WATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:25 year probability of occurrence. Measured in meters.
YEAR25WATERDEPTH
YEAR25WATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:25 year probability of occurrence. Measured in meters.
YEAR50STORMEVENT
YEAR50STORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a storm event having a 1:50 year probability of occurrence.
YEAR50WATERLEVEL
YEAR50WATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:50 year probability of occurrence. Measured in meters.
YEAR50WATERDEPTH
YEAR50WATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:50 year probability of occurrence. Measured in meters.
YEAR100STORMEVENT
YEAR100STORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a storm event having a 1:100 year probability of occurrence.
YEAR100WATERLEVEL
YEAR100WATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:100 year probability of occurrence. Measured in meters.
YEAR100WATERDEPTH
YEAR100WATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:100 year probability of occurrence. Measured in meters.
REGIONALSTORMEVENT
REGIONALSTORMEVENT
String
5
0
0
Affected vulnerable structure locations which are inundated by riverine flooding, resulting from a regional storm event.
REGIONALWATERLEVEL
REGIONALWATERLEVEL
Double
8
31
8
The elevation of the riverine floodplain at the inundated vulnerable structure, resulting from a regional storm event. Measured in meters.
REGIONALWATERDEPTH
REGIONALWATERDEPTH
Double
8
31
8
The depth of the riverine floodplain at the inundated vulnerable structure, resulting from a regional storm event. Measured in meters.
YEAR5STORMEVENT_LAKE
YEAR5STORMEVENT_LAKE
String
5
0
0
Affected vulnerable structure locations which are inundated by Lake based flooding, resulting from a storm event having a 1:5 year probability of occurrence.
YEAR5WATERLEVEL_LAKE
YEAR5WATERLEVEL_LAKE
Double
8
31
8
The elevation of the Lake based floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:5 year probability of occurrence. Measured in meters.
YEAR5WATERDEPTH_LAKE
YEAR5WATERDEPTH_LAKE
Double
8
31
8
The depth of the Lake based floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:5 year probability of occurrence. Measured in meters.
YEAR100STORMEVENT_LAKE
YEAR100STORMEVENT_LAKE
String
5
0
0
Affected vulnerable structure locations which are inundated by Lake based flooding, resulting from a storm event having a 1:100 year probability of occurrence.
YEAR100WATERLEVEL_LAKE
YEAR100WATERLEVEL_LAKE
Double
8
31
8
The elevation of the Lake based floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:100 year probability of occurrence. Measured in meters.
YEAR100WATERDEPTH_LAKE
YEAR100WATERDEPTH_LAKE
Double
8
31
8
The depth of the Lake based floodplain at the inundated vulnerable structure, resulting from a storm event having a 1:100 year probability of occurrence. Measured in meters.
SHAPE
SHAPE
Geometry
4
0
0
Feature geometry.
Esri
Coordinates defining the features.
OBJECTID
OBJECTID
OID
4
10
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
DB2GSE.ST_Area(SHAPE)
DB2GSE.ST_Area(SHAPE)
Double
0
0
0
DB2GSE.SdeLength(SHAPE)
DB2GSE.SdeLength(SHAPE)
Double
0
0
0
20210611
The EMS Vulnerable Structure layer is a new inundation product created from an analysis of the EMS Flood Event layers and available critical, residential, commercial and industrial infrastructure information. The original building layer information used as a base in the analysis was obtained from Provincial, Regional and Municipal Partners through existing data sharing frameworks. The existing EMS Flood Event layers were used to identify the storm level that intersects with building infrastructure and there is limited text information available for each inundated structure.
KV
LSRCA
gis@lsrca.on.ca
KV
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