Attributed Feature ID is a unique identifier across all versions of all layers
RuleID
Short (2 byte integer)
2
Rule ID
DOM_LABEL
Text (UTF-8 encoded)
73
Dominant ecosystem type label
DOM_TYPE
Short (2 byte integer)
2
Dominant type
U_DOM_TYPE
Text (UTF-8 encoded)
113
Ecosystem type description
TYPES
Text (UTF-8 encoded)
22
List of all type IDs (within this polygon)
RANKS
Text (UTF-8 encoded)
20
Ranks for all types (within this polygon)
B_DEPTH
Text (UTF-8 encoded)
10
Benthic depth
UID_B_DEPT
Long (4 byte integer)
4
Benthic depth ID
INUNDTN
Text (UTF-8 encoded)
3
Inundation code
D_INUNDTN
Text (UTF-8 encoded)
20
Inundation
UID_INUNDT
Long (4 byte integer)
4
Inundation ID
NRG_MAG
Text (UTF-8 encoded)
2
Energy magnitude code
D_NRG_MAG
Text (UTF-8 encoded)
9
Energy magnitude
UID_NRG_MA
Long (4 byte integer)
4
Energy magnitude ID
SED_TEX
Text (UTF-8 encoded)
5
Sediment texture code
D_SED_TEX
Text (UTF-8 encoded)
30
Sediment texture
UID_SED_TE
Long (4 byte integer)
4
Sediment texture ID
SMB_CMP
Text (UTF-8 encoded)
31
Structural macrobiota composition code
D_SMB_CMP
Text (UTF-8 encoded)
241
Structural macrobiota composition
UID_SMB_CM
Long (4 byte integer)
4
Structural macrobiota composition ID
SUB_CMP
Text (UTF-8 encoded)
5
Substrate composition code
D_SUB_CMP
Text (UTF-8 encoded)
60
Substrate composition
UID_SUB_CM
Long (4 byte integer)
4
Substrate composition ID
T_MORPH
Text (UTF-8 encoded)
2
Terrain morphology code
D_T_MORPH
Text (UTF-8 encoded)
29
Terrain morphology
UID_T_MORP
Long (4 byte integer)
4
Terrain morphology ID
CONSOL
Text (UTF-8 encoded)
2
Consolidation code
D_CONSOL
Text (UTF-8 encoded)
14
Consolidation
UID_CONSOL
Long (4 byte integer)
4
Consolidation ID
COTYPE
Text (UTF-8 encoded)
3
Co-type overridden
COTYPENAM
Text (UTF-8 encoded)
64
Name of co-type overridden
CO_TYPES
Text (UTF-8 encoded)
19
Co-types
CONTAINS
Text (UTF-8 encoded)
8
Contains macrobiota at a smaller scale, including coral
CONT_DESC
Text (UTF-8 encoded)
254
Description of the macrobiota at a smaller scale
OVERD_CMT
Text (UTF-8 encoded)
144
Override information
Q_NAT
Text (UTF-8 encoded)
9
Naturalness qualifier
QNAT_ATTR
Text (UTF-8 encoded)
27
Modified attributes
QNAT_INFO
Text (UTF-8 encoded)
241
Naturalness information
WETLBET
Text (UTF-8 encoded)
33
Legend
PolyID
Long (4 byte integer)
4
Poly ID
OVERRIDE
Text (UTF-8 encoded)
6
OVERRIDE
Modifications
The subtidal ecosystem layer used by WetlandSummary is based on the source layers below, with the following modifications:
Added field AFID - Attributed Feature ID
Added field U_DOM_TYPE - Ecosystem type description
Added field D_INUNDTN - Inundation
Added field D_NRG_MAG - Energy magnitude
Added field D_SED_TEX - Sediment texture
Added field D_SMB_CMP - Structural macrobiota composition
Added field D_SUB_CMP - Substrate composition
Added field D_T_MORPH - Terrain morphology
Added field D_CONSOL - Consolidation
Excluded source field Version because it has no values
Source layer: Intertidal and Subtidal Habitat Mapping for Central Queensland
(intertidal-subtidal/subtidal/metadata.xml)
Esri
Creation Date
2019-07-25
Creation Time
20:49:24
Modification Date
2019-07-25
Modification Time
15:49:01
Entity and Attribute Information
details available on request
Data Id Info
Id Citation
Title
ENVWET.INTERTIDAL_SUBTIDAL_HABITAT
Date
Publication date
1999-01-01
Cit Resp Party
Contact—organization name
Wetlands, Department of Environment and Science
Rp Cnt Info
Cnt Address
details available on request
Role
details available on request
Contact—individual name
Manager
Cit Resp Party
Contact—individual name
Manager
Contact—organization name
Wetlands, Department of Environment and Science
Role
details available on request
Additional human language abstract/description
The intertidal and subtidal benthic habitat (ecosystem) mapping of Central Queensland provides seascape scale ecosystem mapping for Central Queensland State waters between Double Island Point (approx. 25 degrees south)and the mouth of the Fitzroy River (approx. 23.5 degrees south), to the 3 nautical mile limit offshore, and to the upper known limit of tidal influence.
Each ecosystem type has information about eight biophysical attributes: benthic depth, inundation, energy magnitude, consolidation, substrate composition, sediment texture, terrain morphology and structural macrobiota. Ecosystem types and their attributes hyperlink to descriptions on the WetlandInfo website.
The attribute classification and typology approach based on biophysical attributes using the Queensland Intertidal and Subtidal Ecosystem Classification Scheme.
This is the subtidal portion of the dataset, based upon the intertidal extent of the Inundation attribute.
The intertidal and subtidal benthic habitat (ecosystem) mapping of Central Queensland is a seascape scale map of ecosystem types. It is based on mapped biophysical attributes from available data between 2000 and 2015. This is a generalised version specifically for online delivery, and is derived from another more detailed mapping dataset.
Restricted to within the Department of Environment and Heritage Protection. View access permitted. Dataset is available for viewing to registered users via web delivery tools, for example, through an access controlled internet site like NAP RIS Portal. Subject to approval from the Department of Environment and Heritage Protection, Queensland Parks and Wildlife Service. Conditions of use, copyright and charges apply. Data which is downloaded from the NAP RIS Portal, can only be used for the purpose of project-related work for the client / regional body who downloaded the data. The data is not to be supplied to a third party and also is not to be used for commercial purposes.
Res Const
Sec Consts
details available on request
Res Const
Consts
Security use limitations
The data is to be used within the licenced conditions
Department of Environment, Science and Innovation, Queensland (n.d.) Subtidal ecosystem – spatial metadata, WetlandInfo website, accessed 20 December 2024. Available at: https://wetlandinfo.des.qld.gov.au/wetlands/facts-maps/get-mapping-help/metadata/intertidal-subtidal/subtidal/
— Department of the Environment, Tourism, Science and Innovation