AndreaBozzo/ceres-open-data-index huggingface dataset:
AI Detected Defects

Moreton Bay Regional Council is looking to smart technology to keep roads safe for the community.

By fitting waste trucks with dashcams and using the latest in artificial intelligence (AI), Council is automating how it identifies and fixes road infrastructure issues across Moreton Bay.

<a href="https://www.facebook.com/watch/?v=2934881580131784">https://www.facebook.com/watch/?v=2934881580131784</a>

Tags: ai, defects, govhack, mbrc
Organization: City of Moreton Bay's Data Hub
MBRC Planning Scheme - Flood Hazard Overlay

<b>Version 20 June 2016</b>
The Flood Hazard Overlay is part of the Moreton Bay Regional Council Planning Scheme. MBRC Planning Scheme will help to respond to growth and development across the Moreton Bay Region. It is a statutory document regulating how land can be used and developed. The MBRC planning scheme replaces the three previous planning schemes created by the former Caboolture, Pine Rivers and Redcliffe councils.


Planning schemes use zones and overlays to show the location and extent of special features that need to be considered, such as where land may be subject to hazards or other characteristics. Overlay maps may apply to all or part of your property and your property may be affected by more than one overlay. Having an overlay on your property will only affect you if you intend to develop (i.e. extent or build, change use, subdivide, clear native vegetation, fill or excavate). 
The attribute fields are defined as per Qld Planning Provisions, Schedule 2. The Queensland Planning Provisions (QPP) are the standard planning scheme provisions made by the Minister for Planning under Chapter 2, Part 5, Division 2 and Chapter 2, Part 6 of the Sustainable Planning Act 2009.

Tags: autogen, creek, flood, flooding, hazard, inundation, mbrc, overlay, planning-scheme, risk, river, riverine, town-planning
Organization: City of Moreton Bay's Data Hub
Flood - Depth Classified 2% AEP

<b>Moreton Bay City Flood Database</b>


River and Creek Flooding


Version 3.1.0 (October 2023)





This theme shows river and creek flooding caused by long
duration heavy rainfall, typically lasting between 1 hour and 1 day. Sometimes
this rain falls over a whole catchment or a number of catchments. This extended
period of heavy rainfall causes the water levels in the river or creek to rise
and escape the main channel. It may take a number of hours or days for these
floodwaters to rise, reach a peak and then subside.





<i>Existing Conditions Maximum Scenario:</i> Maximum
of modelled flood behaviour in rivers and creeks for different design rainfall
events under existing climate and catchment conditions - with and without structure
(bridges and culverts) blockage.


<i>Purpose</i>: To determine flood levels and
flows for different design rainfall events for design of infrastructure with
and without bridges and culverts being blocked by debris.


<i>Methodology:</i> Coupled hydrologic (WBNM)
and hydraulic (TUFLOW) modelling using a two-dimensional regular grid, 1D
culvert structures, 2D bridge structures and a design burst rainfall
approach based on Australian Rainfall and Runoff 2019 guideline (ARR2019).
Blockage calculated based on ARR2019 recommendations. <i>Refer technical
publications available from Council's website for further detail.</i>


<i>Flood Depth:</i> Indicates the approximate
depth of potential inundation during a computer-modelled flood event (not
actual recorded levels). This dataset represents the raw modelled depth values
as a continuous grid of floating-point values.


<i>Modelled Probability:</i> The probability of
flooding represented by this dataset is: 2% Chance of Flooding in Any One Year


<i>Likelihood: Possible
Annual Exceedance Probability (AEP): 2%</i>


<i>Average Recurrence Interval (ARI): 50 Year</i>


<i>Version Notes 3.1.0</i> - First edition of
Generation 3 models, incorporating 2019 LiDAR, ARR2019 for Hydrology and TUFLOW
HPC for Hydraulic modelling. All ARIs and all aspects. (BCR 5yr, 10yr, 50yr and
2000yr runs completed by CMB). BYR and MAR no structure blockage only. MAR ARR
hazard calculated using WaterRIDE. (October 2023)


<i>Version Resolution: 2.5m</i>


<i>Data Reliability: A </i>


<i>Indicates the flood data is of the highest available
standard and has been prepared using the most recent flood model and input
data</i>


<i>Further Information: </i>For additional
information on flooding in the Moreton Bay Region please see Council's
website: <a href="https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding">https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding</a> 

Tags: flood
Organization: City of Moreton Bay's Data Hub
Flood - Depth Classified 10% AEP

<b>Moreton Bay City Flood Database</b>


River and Creek Flooding


Version 3.1.0 (October 2023)





This theme shows river and creek flooding caused by long
duration heavy rainfall, typically lasting between 1 hour and 1 day. Sometimes
this rain falls over a whole catchment or a number of catchments. This extended
period of heavy rainfall causes the water levels in the river or creek to rise
and escape the main channel. It may take a number of hours or days for these
floodwaters to rise, reach a peak and then subside.





<i>Existing Conditions Maximum Scenario:</i> Maximum
of modelled flood behaviour in rivers and creeks for different design rainfall
events under existing climate and catchment conditions - with and without structure
(bridges and culverts) blockage. 


<i>Purpose</i>: To determine flood levels and
flows for different design rainfall events for design of infrastructure with
and without bridges and culverts being blocked by debris.


<i>Methodology:</i> Coupled hydrologic (WBNM)
and hydraulic (TUFLOW) modelling using a two-dimensional regular grid, 1D
culvert structures, 2D bridge structures and a design burst rainfall
approach based on Australian Rainfall and Runoff 2019 guideline (ARR2019).
Blockage calculated based on ARR2019 recommendations. <i>Refer technical
publications available from Council's website for further detail.</i> 


<i>Flood Depth:</i> Indicates the approximate
depth of potential inundation during a computer-modelled flood event (not
actual recorded levels). This dataset represents the raw modelled depth values
as a continuous grid of floating-point values.


<i>Modelled Probability:</i> The probability of
flooding represented by this dataset is: 10% Chance of Flooding in Any One Year


<i>Likelihood: Likely
Annual Exceedance Probability (AEP): 10%</i>


<i>Average Recurrence Interval (ARI): 10 Year</i>


<i>Version Notes 3.1.0</i> - First edition of
Generation 3 models, incorporating 2019 LiDAR, ARR2019 for Hydrology and TUFLOW
HPC for Hydraulic modelling. All ARIs and all aspects. (BCR 5yr, 10yr, 50yr and
2000yr runs completed by CMB). BYR and MAR no structure blockage only. MAR ARR
hazard calculated using WaterRIDE. (October 2023)


<i>Version Resolution: 2.5m</i>


<i>Data Reliability: A </i>


<i>Indicates the flood data is of the highest available
standard and has been prepared using the most recent flood model and input
data </i>


<i>Further Information: </i>For additional
information on flooding in the Moreton Bay Region please see Council's
website: <a href="https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding">https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding</a>

Tags: flood
Organization: City of Moreton Bay's Data Hub
Flood - Depth Classified 20% AEP


<b>Moreton Bay City Flood Database</b>
River and Creek Flooding
Version 3.1.0 (October 2023)







This theme shows river and creek flooding caused by long
duration heavy rainfall, typically lasting between 1 hour and 1 day. Sometimes
this rain falls over a whole catchment or a number of catchments. This extended
period of heavy rainfall causes the water levels in the river or creek to rise
and escape the main channel. It may take a number of hours or days for these
floodwaters to rise, reach a peak and then subside. 





<i>Existing Conditions Maximum Scenario:</i> Maximum
of modelled flood behaviour in rivers and creeks for different design rainfall
events under existing climate and catchment conditions - with and without structure
(bridges and culverts) blockage. 


<i>Purpose</i>: To determine flood levels and
flows for different design rainfall events for design of infrastructure with
and without bridges and culverts being blocked by debris. 


<i>Methodology:</i> Coupled hydrologic (WBNM)
and hydraulic (TUFLOW) modelling using a two-dimensional regular grid, 1D
culvert structures, 2D bridge structures and a design burst rainfall
approach based on Australian Rainfall and Runoff 2019 guideline (ARR2019).
Blockage calculated based on ARR2019 recommendations. <i>Refer technical
publications available from Council's website for further detail.</i> 


<i>Flood Depth:</i> Indicates the approximate
depth of potential inundation during a computer-modelled flood event (not
actual recorded levels). This dataset represents the raw modelled depth values
as a continuous grid of floating-point values.


<i>Modelled Probability:</i> The probability of
flooding represented by this dataset is: 20% Chance of Flooding in Any One Year


<i>Likelihood: Likely
Annual Exceedance Probability (AEP): 20%</i>


<i>Average Recurrence Interval (ARI): 5 Year</i>


<i>Version Notes 3.1.0</i> - First edition of
Generation 3 models, incorporating 2019 LiDAR, ARR2019 for Hydrology and TUFLOW
HPC for Hydraulic modelling. All ARIs and all aspects. (BCR 5yr, 10yr, 50yr and
2000yr runs completed by CMB). BYR and MAR no structure blockage only. MAR ARR
hazard calculated using WaterRIDE. (October 2023)


<i>Version Resolution: 2.5m</i>


<i>Data Reliability: A</i>


<i>Indicates the flood data is of the highest available
standard and has been prepared using the most recent flood model and input
data</i>


<i>Further Information: </i>For additional
information on flooding in the Moreton Bay Region please see Council's
website: <a href="https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding">https://www.moretonbay.qld.gov.au/Services/Property-Ownership/Flooding</a>  

Tags: flood
Organization: City of Moreton Bay's Data Hub
Image


The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Footprint


The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Boundary


The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Survey 2024


The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Regional Coastal Survey Aerial (2024)


The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Image




The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Priority Infrastructure Plan:Sewer Network:Sewer Catchments

The Redcliffe City Planning Scheme commenced on 12 December 2005 and was replaced by the MBRC Planning Scheme on 1 February 2016.

Refer to council website <a href="https://www.moretonbay.qld.gov.au/Services/Building-Development/Planning-Schemes/MBRC/Superseded-and-Historic-Planning-Schemes/Redcliffe">Redcliffe City Planning Scheme (Historic)</a> for more information.

Tags: planning
Organization: City of Moreton Bay's Data Hub
Footprint




The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Boundary




The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Survey 2025




The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Regional Coastal Survey Aerial (2025)




The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Orthoimages are aerial photographs that have been geometrically corrected ("orthorectified") to remove distortions caused by camera tilt, terrain variations, and lens properties. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: aerial, aerial-photograpgy, coastal, survey
Organization: City of Moreton Bay's Data Hub
Overlay Maps:OC01 Biodiversity:1D Protected Vegetation:Protected Vegetation

The Pine Rivers planning scheme (PineRiversPlan) was adopted by Council on 4 December 2006, commenced on 15 December 2006 and was replaced by the MBRC Planning Scheme on 1 February 2016.&nbsp;

<strong>Refere to council website </strong><a href="https://www.moretonbay.qld.gov.au/Services/Building-Development/Planning-Schemes/MBRC/Superseded-and-Historic-Planning-Schemes/Pine-Rivers"><strong>PineRiversPlan (Historic) </strong></a>for more information.

Tags: planning
Organization: City of Moreton Bay's Data Hub
Regional Coastal Survey Contours (2025)



The Regional Coastal Aerial Survey (RCAS) is an ongoing monitoring program across the CMB coastal zone. The project captures high-resolution aerial imagery and topographic survey data at regular intervals (currently three-yearly) and following major coastal events. The survey provides essential information to assess the current condition of coastal assets such as seawalls, groynes, and beaches, support planning, design, and maintenance activities, and provide a reference dataset for comparing historic and future coastal conditions.
Contours are lines on a map that connect points of equal elevation above a specified datum (such as mean sea level). They represent the shape and slope of the terrain, with closely spaced lines indicating a steep slope and widely spaced lines indicating a gentle slope. The data shared here is for informational and visualisation purposes only and may not contain the accuracy for comprehensive 3D modelling, site-specific analysis or navigational purposes.
Please contact us through council website to get reports and detailed information.

Tags: coastal, contours, survey
Organization: City of Moreton Bay's Data Hub