The user defined wetlands fact sheet tool allows you to create your own Queensland Wetland Program fact sheet based on your needs. Use the topic list and then click the relevant sections you wish to include. Those sections are then placed in a PDF format.
About us About us
WetlandInfo
Queensland Wetlands Program
WetlandSummary WetlandSummary
Add links to specific WetlandSummary areas
Modelling
Wetland hydrological models
Wetland site scale
Wetland contributing catchment model
Wetland catchment/subcatchment model
Intertidal and subtidal ecosystem classification and mapping for Central Queensland
Intertidal and subtidal mapping FAQs
Wetland Mapping
General Queensland wetland mapping FAQs
Queensland Wetland Classification Database (QWCD)
Digital Earth Australia (DEA) Wetlands Insight Tool (QLD)
Groundwater Dependent Ecosystems
Groundwater dependent ecosystem FAQs
Groundwater dependent ecosystem and other mapping rule-sets
Differences between GDE mapping rule-sets in South East Queensland
Groundwater dependent ecosystem handbooks
Groundwater dependent ecosystem spatial datasets and attribute fields
Potential groundwater dependent ecosystem aquifer mapping
Potential groundwater dependent ecosystem aquifer spatial dataset and attribute fields
Get mapping help
WetlandMaps
Mapping data links
What are wetlands? What are wetlands?
Definitions and classification
Wetland definition
Wetland systems
Wetland classification and types
Queensland wetland classification scheme
Typology
Queensland Intertidal and Subtidal Ecosystem Classification Scheme
Queensland River Classification Scheme
River classification attributes (Module 3)
Queensland Waterhole Classification Scheme
Freshwater biogeographic regionalisation method
Climate and Terrain - Attribute Uncertainty
IQQM - Data Assumptions
Taxonomic Resolution
Wetland management Wetland management
Whole-of-System, Values-Based Framework
Underlying considerations for Whole-of-System, Values-Based Framework
Identify system parts and how the system works
Identify existing and potential intrinsic values and ecosystem services
Identify stakeholders and values for beneficiaries
Identify current and potential threats/pressures and opportunities
Define objectives
Identify a mix of management interventions
Detailed design and analysis
Implementation and adaptive management
Aquatic ecosystem rehabilitation
Aquatic ecosystems rehabilitation background
Aquatic Ecosystem Rehabilitation Process
Get help using the Rehabilitation Process
Mapping Report
Rehabilitation Plan
User defined factsheet
Triggers and initiatives for rehabilitation
Key principles for rehabilitation
Step 1: Understand whole-of-system and values
Step 2: Based on Step 1, determine need and objective/s
Systems (components and processes)
Identify existing and potential ecosystem services
Identify stakeholders and values for beneficiaries
Identify existing and potential threats, pressures and opportunities
Step 3: Review needs and objectives
Step 4: Identify a mix of management interventions
Best management practices including pressure reduction
Engagement, extension and education
Systems repair
Applied research and monitoring
Engineered solutions
Planning and institutional arrangements
Intervention options
Active revegetation
Alignment training (timber pile fields)
Aquatic fauna pest control
Assisted natural regeneration
Bank battering
Barrier remediation through biopassage structures (fishways)
Community and stakeholder engagement, extension and education
Discrete log jam structures
Fire regime management
Gabion baskets
Geotextiles
Grass chutes
Instream wood management
Lacustrine and Palustrine ecosystem rehabilitation approaches
Large wood placement
Marine and estuarine ecosystem rehabilitation approaches
Passive management
Reinstate floodplain connection
Riparian fencing to control stock/feral animal access
Rock armouring
Rock chute
Sediment extraction
Stormwater management
Timber revetment
Timber sleeper drop weirs
Treatment systems
Weed management
Invasive Aquatic Pasture grasses
Step 5: Produce detailed design
Step 6: Implementation
Step 7: Maintenance, Monitoring, Evaluation, Adaptation, and Sharing (MMEAS)
Queensland River Rehabilitation Management Guideline
Wetland services and values
Values
Economic valuation of ecosystem services
Role of markets in the environment
Wetland services (services)
What services do wetlands provide?
Economic valuation of values and services
Beneficiaries and stakeholders
How are beneficiaries classified?
Treatment systems
Treatment systems for agriculture
Understand whole-of-system
Farm and waterway best management practices
Treat coarse sediment
Treat fine sediments, nutrients and other toxicants
Cost considerations (treatment systems)
Treatment system options
Treatment systems for urban stormwater management
Treatment systems for intensive land uses
Wetlands and disaster management
Nationally (DIWA) and internationally important (Ramsar) wetlands
Wetland management tools and guides
Add links to specific tools and guides
Changes in climate
Assessing climate variability and wetlands
Pressures
Litter and Illegal Dumping
Litter and Illegal Dumping Management Framework (LIDMF)
Attribute-based Classification Scheme
Sources
Pathways
Air
Biological
Mechanical
Water
Sinks (where waste ends up)
Effects on Values
Human Health
Animal health
Economic Impacts
Cultural Impacts
Actions you can take
Physical clean-up of waste pollution
Waste, sediment and pollutant traps
Transport and storage best practice
Water and wastewater treatment plants
Monitoring
Reduced waste and alternative products
Estuarine and marine
Feral pigs
Invasive Aquatic Pasture Grasses
Pictorial conceptual models of pressures on lacustrine and palustrine wetlands
Hydrology
Hard surfaces
Riverine
Water management
Programs, policy and legislation
Planning and approvals
State regulatory planning
Impact Assessment
State development assessment codes
Accepted development
Environmental approvals
Queensland Environmental Offsets Framework
Reef 2050 Wetlands Strategy
Wetlands in the Great Barrier Reef Catchments Management Strategy 2016–21 (superseded)
Management of shorebirds and other waterbirds
Legislation, policy and other management initiatives for shorebirds and other waterbirds
East Asian–Australasian Flyway Partnership
Pressures on shorebirds
Managing for ecological requirements
Feeding (management)
Roosting (management)
Movement (management)
Aggregation (management)
Breeding and moulting (management)
Aquatic fauna passage (biopassage)
Barriers and instream structures
Management of barriers and instream structures
Biopassage structures (fishways)
Planning
Construction and approval
Biopassage options
Biopassage structure (fishway) mapping
Wetland assessment Wetland assessment
A landscape hazard assessment for wetlands in the Great Barrier Reef catchment
Aquatic Conservation Assessments (ACA) and AquaBAMM
Assessment of Common Conservation Values - Intertidal and Subtidal Environs of the Baffle to Fitzroy Coast (ACCV)
Cape York Catchments
Eastern Gulf of Carpentaria
Great Barrier Reef Catchments
Lake Eyre and Bulloo Basins
Queensland Murray-Darling and Bulloo Basins
South East Queensland
Southern Gulf Catchments
Wide Bay-Burnett Catchments
Wide Bay-Burnett Great Barrier Reef Connecting Catchments
Aquatic Conservation Assessment FAQs
Wetland Condition Assessment Tool (WetCAT)
Monitoring
Water quality, water quantity and aquatic ecosystem monitoring
Point source monitoring
Invertebrates and wetland monitoring
Stream macroinvertebrate richness - a case study
Inventory
Inventory, assessment and monitoring of shorebirds and other waterbirds
Shorebird monitoring
Wetland ecology Wetland ecology
Cycles, spheres, energy and connectivity
Spheres
Ecological cycles
Walking the landscape
Plants, animals, soils, water and more (components)
Atmosphere - Chemical
Atmosphere - Physical
Light
Aquatic macrophytes and turbidity—A case study
Productivity in the Murray-Darling Province—A case study
Temperature
Biota
Wetland fauna (animals)
Fauna - Taxonomic and Life Cycles
Invertebrates
Arthropoda
Arachnida
Crustacea
Insecta
Birds
Identifying waterbirds
Shorebirds
Shorebird locations in Queensland
Shorebirds South East Gulf of Carpentaria
Shorebirds Cape York Peninsula
Shorebirds Cooktown to the Whitsunday Islands
Shorebirds Repulse Bay to Shoalwater
Shorebirds Corio Bay to Baffle Creek
Shorebirds South East coastline
Breeding and moult (Shorebirds)
Migration (Shorebirds)
Roosting (Shorebirds)
East Asian—Australasian Flyway
Fish
Frogs
Mammals
Reptiles
Fauna - Wetland Indicator Species List
Fauna Structure
Fauna - Functional
Fauna - Pests
Feral pigs
Wetland flora (plants)
Flora - Taxonomic
Flora - Wetland Indicator Species List
Flora Structure
Mangroves
Mangrove uses
Mangrove dieback
Mangrove dieback in the Gulf of Carpentaria
Mangroves and associated communities of Moreton Bay
Riparian vegetation
Flora - Weeds
Olive hymenachne, para grass and Aleman grass
Fungi
Eubacteria
Chromists
Substrate (including geology and soils)
Substrate composition
Substrate consolidation
Substrate grain size
Substrate (salinity)
Soils
Substrate productivity
Acid sulfate soils
Peat
Soil Indicators of Queensland Wetlands
Terrain
Terrain pattern
Terrain morphology
Terrain roughness
Terrain roughness
Water (chemical and quality)
Alkalinity (water)
Carbon in water and wetlands
Nitrogen (water)
Oxygen (water and sediments)
Phosphorous (water)
Salinity (water)
pH (water)
Water - Physical
Clarity and colour
Temperature (water)
Tidal range
Water source
Geology and lithology
How wetlands function (processes)
Adsorption and Desorption
Aeolian
Aggregation (biota)
Anthropogenic activities
Wetland hydrological modification conceptual models
Bunding
Bund creating an artificial wetland
Bund in a channel
Bund outside a channel
Constructed channel
Constructed channel - creating an artificial wetland
Constructed channel in a wetland
Controlled surface hydrology
Controlled surface hydrology creating an artificial wetland
Controlled surface hydrology in a channel
Controlled surface hydrology outside a channel
Cultivation and cropping in a wetland
Excavation
Excavation creating an artificial wetland
Excavation in a channel
Excavation outside a channel
Partial drainage
Partial drainage
Partial drainage causing conversion to an intertidal wetland
Partial infilling
Partial infilling
Partial infilling causing conversion from an intertidal wetland
Climatic processes
Cyclones
Deposition and Sedimentation
Drought
Erosion
Evaporation and evapotranspiration
Flooding
Groundwater discharge
Groundwater recharge
Migration
Movement (ecology)
Nitrogen processes and cycle
Oxidation and reduction (redox)
Photosynthesis
Precipitation (including rainfall), runoff and infiltration
Reproduction and breeding
Roosting
Stratification
Water currents
Waves (water)
Carbon processes and cycle
Wetlands and the carbon cycle
Water processes
Catchment stories
Albert Catchment Story
Baffle Catchment Story
Black Catchment Story
Bohle Catchment Story
Bremer Catchment Story
Burnett Catchment Story
Caboolture Catchment Story
Calliope Catchment Story
Coombabah Catchment Story
Endeavour Catchment Story
Great Sandy Strait catchment story
Overview
Mainland coastal catchments
Susan River
Mary River
K'gari (Fraser Island)
Great Sandy Strait
Acknowledgements
Hydrogeology of the Great Artesian Basin
Jeannie Catchment Story
Lockyer Catchment Story
Logan Catchment Story
Lower Brisbane Catchment Story
Lower Burdekin Catchment Story
Lower Fitzroy Catchment Story
Magnetic Island Catchment Story
Maroochy and Mooloolah Catchments Story
Mary Catchment Story
Mid Brisbane Catchment Story
Murray Catchment Story
Noosa Catchment Story
Normanby catchment story
Introduction
Catchment Overview
Physical features
Natural values
Traditional Owners
Economic values
Threats
Conclusion
Acknowledgments
Northern Gold Coast Catchment Story
O'Connell Catchment Story
Pine Catchment Story
Pioneer Catchment Story
Plane Catchment Story
Proserpine Catchment Story
Pumicestone Catchment Story
Redlands Catchment Story
Ross Catchment Story
Sandringham subcatchment story
Southern Gold Coast Catchment Story
Stanley Catchment Story
Upper Brisbane Catchment Story
Upper Brisbane Catchment Story
Water Park Catchment Story
Lake Eyre Basin Catchment Story
Overview
Cooper catchment
Diamantina catchment
Georgina catchment
Acknowledgements
Hydrology
Region
Water regime
Catchment and subcatchment
Aggregation/Super reach
Land unit and subunit
Patch/Micropatch
River processes
River flows (hydrograph)
Sediment processes
Pictorial conceptual models
Lacustrine ecology
Riverine
Freshwater Biogeographic Provinces
Riverine conceptual models—Background
Palustrine ecology
Estuarine ecology
Marine ecology
Intertidal and subtidal (estuarine and marine) ecology
Intertidal and subtidal attributes
Benthic depth
Benthic terrain morphology
Terrain relative relief
Terrain roughness
Terrain slope
Energy magnitude
Structural macrobiota composition
Substrate composition
Substrate consolidation
Substrate grain size
Tidal inundation
Intertidal and subtidal ecosystem types of Central Queensland
Avicennia-dominated mangroves
Bare areas above mean sea level (MSL)
Calcareous consolidated or intermediate substrate
Ceriops-dominated mangroves
Erect non-calcareous algae (macrophytes)
Grass
Grass herb sedge undifferentiated
Hard branching coral on consolidated substrate in shallow to deep water
Hard branching coral on consolidated substrate in very deep water
Hard branching coral on unconsolidated substrate in shallow to deep water
Hard branching coral on unconsolidated substrate in very deep
Hard non-branching coral on consolidated substrate in shallow to deep water
Hard non-branching coral on consolidated substrate in very deep water
Hard non-branching coral on unconsolidated substrate in shallow to deep water
Hard non-branching coral on unconsolidated substrate in very deep water
Hard undifferentiated coral on consolidated substrate in shallow to deep water
Hard undifferentiated coral on consolidated substrate in very deep water
Hard undifferentiated coral on unconsolidated substrate in shallow to deep water
Hard undifferentiated coral on unconsolidated substrate in very deep water
High energy over unknown substrate in very deep water
Intertidal algae
Intertidal coral
Intertidal high energy over boulders
Intertidal high energy over consolidated substrate
Intertidal high energy over gravel, including cobbles and pebbles
Intertidal high energy over intermediate substrate
Intertidal high energy over mud below mean sea level
Intertidal high energy over sand
Intertidal high energy over unconsolidated substrate of unknown texture
Intertidal low energy over boulders
Intertidal low energy over consolidated substrate
Intertidal low energy over gravel
Intertidal low energy over intermediate substrate
Intertidal low energy over mud below mean sea level
Intertidal low energy over sand
Intertidal low energy over unconsolidated substrate of unknown texture
Intertidal molluscs on consolidated substrate (shellfish reefs)
Intertidal molluscs on unconsolidated or unknown substrate
Intertidal mud above mean sea level unconsolidated mud (claypan/saltpan)
Intertidal narrow strap seagrass
Intertidal other seagrass
Intertidal ovoid seagrass
Intertidal substrate below HAT with indeterminate tidal influence
Intertidal substrate of unknown consolidation inside channel
Intertidal substrate of unknown consolidation outside channel
Intertidal unknown energy over boulders
Intertidal unknown energy over gravel
Intertidal unknown energy over mud
Intertidal unknown energy over sand
Intertidal unspecified strap seagrass
Intertidal wide strap seagrass
Mangroves undifferentiated
Mixed mangroves
Non-calcareous consolidated or intermediate substrate
Octocorallians in very deep water
Other habitat-forming intertidal biota
Other seagrass in deep water
Other seagrass in shallow water
Other subtidal molluscs on unconsolidated or intermediate substrate
Other subtidal unconsolidated or intermediate substrate
Other trees and shrubs
Ovoid seagrass in deep water
Ovoid seagrass in shallow water
Rhizophora-dominated mangroves
Sedge
Soft coral reefal gardens on unconsolidated substrate
Soft corals and other octocorallians on consolidated substrate
Subtidal boulders
Subtidal coral (undifferentiated) on unconsolidated substrate in very deep water
Subtidal cylindrical seagrass
Subtidal encrusting algae
Subtidal erect calcareous algae
Subtidal fern-like seagrass
Subtidal high energy over gravel
Subtidal high energy over mud
Subtidal high energy over sand
Subtidal high energy over unknown substrate in shallow to deep water
Subtidal low energy over gravel
Subtidal low energy over mud
Subtidal low energy over sand
Subtidal low energy over unknown substrate in shallow to deep water
Subtidal low energy over unknown substrate in very deep water
Subtidal narrow strap seagrass
Subtidal other algae
Subtidal other habitat forming biota
Subtidal oysters
Subtidal oysters on consolidated substrate
Subtidal scallop beds
Subtidal turf algae
Subtidal unspecified width strap seagrass
Subtidal wide strap seagrass
Succulent with herb
Undifferentiated coral on consolidated substrate in shallow to deep water
Undifferentiated coral on consolidated substrate in very deep water
Undifferentiated coral on unconsolidated substrate in shallow to deep water
Groundwater dependent ecosystems
Conceptual models (types)
Aquifers and caves
Resources Resources
Interactive tools and case studies
Assessment Toolbox
Conceptual model case studies
Exploring our wetlands
Wetlands hydro-climate tool
Hydro-climate Tool Frequently Asked Questions
Moreton Bay mangroves and associated communities interactive map viewer
Wetland projects search tool
Reports and publications
Reports
Add links to specific reports
Wetland Management Profiles and other fact sheets
Brochures and posters
Wetlands of Queensland book
Newsletters, magazines and journals
What's new—WetlandUpdate
Education for schools
School wetland excursions
Shorebirds and other waterbirds
On-line education modules
Events
Guide to pictorial conceptual modelling
Videos and interactive maps
Training, funding and employment