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Service Description: Flood maps are the principal communication tool used to convey various aspects of flood behavior, including depth, level, velocity, velocity and hazard. The maps generally display a representation of peak flood values (e.g. maximum flood depth), presented as an ‘envelope’ of results, such that although the peak values do not occur everywhere at the same time, the values presented are based on taking the maximum which occurred at each computational point in the model during the entire flood simulation. Hence, a presentation of peak levels does not represent an instantaneous point in time, but rather an envelope of the maximum values which occurred over the duration of the flood event.

Map Name: Layers

Legend

All Layers and Tables

Dynamic Legend

Dynamic All Layers

Layers:

• 2 PCT AEP Hazard Riverine Flooding (0)
• 2 PCT AEP Hazard Overland Flooding (1)
• 2 PCT AEP Depth Riverine Flooding (2)
• 2 PCT AEP Depth Overland Flooding (3)
• 2 PCT AEP Velocity Riverine Flooding (4)
• 2 PCT AEP Velocity Overland Flooding (5)
• 2 PCT AEP Water Level Riverine Flooding (6)
• 2 PCT AEP Water Level Overland Flooding (7)
• 1 PCT AEP Hazard Riverine Flooding (10)
• 1 PCT AEP Hazard Overland Flooding (11)
• 1 PCT AEP Depth Riverine Flooding (12)
• 1 PCT AEP Depth Overland Flooding (13)
• 1 PCT AEP Velocity Riverine Flooding (14)
• 1 PCT AEP Velocity Overland Flooding (15)
• 1 PCT AEP Water Level Riverine Flooding (16)
• 1 PCT AEP Water Level Overland Flooding (17)
• 0.5 PCT AEP Hazard Riverine Flooding (20)
• 0.5 PCT AEP Hazard Overland Flooding (21)
• 0.5 PCT AEP Depth Riverine Flooding (22)
• 0.5 PCT AEP Depth Overland Flooding (23)
• 0.5 PCT AEP Velocity Riverine Flooding (24)
• 0.5 PCT AEP Velocity Overland Flooding (25)
• 0.5 PCT AEP Water Level Riverine Flooding (26)
• 0.5 PCT AEP Water Level Overland Flooding (27)
• 1 PCT AEP Hazard Riverine Flooding [Climate Change] (30)
• 1 PCT AEP Hazard Overland Flooding [Climate Change] (31)
• 1 PCT AEP Depth Riverine Flooding [Climate Change] (32)
• 1 PCT AEP Depth Overland Flooding [Climate Change] (33)
• 1 PCT AEP Velocity Riverine Flooding [Climate Change] (34)
• 1 PCT AEP Velocity Overland Flooding [Climate Change] (35)
• 1 PCT AEP Water Level Riverine Flooding [Climate Change] (36)
• 1 PCT AEP Water Level Overland Flooding [Climate Change] (37)

Description:

Copyright Text:

Spatial Reference: 102100  (3857)


Single Fused Map Cache: false

Initial Extent:

XMin: 1.634197641357095E7
YMin: -5068376.91261984
XMax: 1.6350170311208745E7
YMax: -5064605.005076025
Spatial Reference: 102100  (3857)

Full Extent:

XMin: 1.5986291403176337E7
YMin: -5443866.942739886
XMax: 1.6540534486412058E7
YMax: -4743061.04468125
Spatial Reference: 102100  (3857)

Units: esriMeters

Supported Image Format Types: PNG32,PNG24,PNG,JPG,DIB,TIFF,EMF,PS,PDF,GIF,SVG,SVGZ,BMP

Document Info:

Title:
Author:
Comments: Flood maps are the principal communication tool used to convey various aspects of flood behavior, including depth, level, velocity, velocity and hazard. The maps generally display a representation of peak flood values (e.g. maximum flood depth), presented as an ‘envelope’ of results, such that although the peak values do not occur everywhere at the same time, the values presented are based on taking the maximum which occurred at each computational point in the model during the entire flood simulation. Hence, a presentation of peak levels does not represent an instantaneous point in time, but rather an envelope of the maximum values which occurred over the duration of the flood event.
Subject: The project was developed following severe floods in 2016, which made it clear that it is critical to have an understanding of flood risks, so we can effectively invest in recovery and increase community resilience to future flood events.
Category:
Keywords: TSFM,Tasmanian Strategic Flood Map,TSFMP,Tasmanian Strategice Flood Mapping Project,Flooding,Flood
AntialiasingMode: None
TextAntialiasingMode: Force

Supports Dynamic Layers: true

Resampling: false

MaxRecordCount: 1000

MaxImageHeight: 4096

MaxImageWidth: 4096

Supported Query Formats: JSON, geoJSON

Supports Query Data Elements:

Min Scale: 600000

Max Scale: 1000

Supports Datum Transformation: true



Child Resources:   Info   Dynamic Layer

Supported Operations:   Export Map   Identify   QueryLegends   QueryDomains   Find   Return Updates