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Complete Proceedings |
n/a |
| 1 |
Living and evolving with change: 30 years of the Australian Stream Management (ASM) Conferences |
Fryirs et al. |
| 2 |
River management futures: The next 30 years of stream management in Australia |
Ian D. Rutherfurd |
| 3 |
Reflections in the stream (Part 1): What can we learn from 30 years of urban and rural waterway management? |
Coleman et al. |
| 4 |
Ripples in the stream (Part 2): What might the next 30 years of waterway management look like? |
Vietz et al. |
| 5 |
Monitoring soil hydrology for Giant Gippsland Earthworm Megascolides australis on a streamside bank in Gippsland, Victoria |
Aberton et al. |
| 6 |
Integrating River Styles Framework and Room for the River for urban catchment management |
Athapaththu and Pearson |
| 7 |
Seeing rivers from the desktop: Methods for assessing geomorphic change in the Murray–Darling Basin |
Atkin et al. |
| 8 |
Effects of reduced stream water isotope data availability on modelled isotope time series |
Babaei et al. |
| 9 |
Evolving with change in natural disaster recovery programs in North East Victoria |
Kelly Behrens |
| 10 |
Evolution in regulated river-works programs: Using planning and MERI to demonstrate impact |
Bettanin et al. |
| 11 |
Delivering catchment-scale improvements to river health through local government-led partnerships: Outcomes from Tweed Shire Council’s Waterways Program |
Matthew Bloor |
| 12 |
River Torrens / Karrawirra Pari Debris Program |
Braithwaite et al. |
| 13 |
Across the world rivers are screaming. What will it take to listen to and learn from them? |
Gary J. Brierley |
| 14 |
Rapid geomorphic recovery of the Erskine River wave-dominated estuary after flash flooding |
Sandra Brizga |
| 15 |
Linking catchment processes to coastal management program (CMP) outcomes: A strategic prioritisation approach for the Richmond River NSW |
Brooks et al. |
| 16 |
A new lens for visualising trade-offs and synergies in urban waterway management |
Glenn Browning |
| 17 |
Between bedrock and a hard place: Managing bank erosion in a constrained urban environment |
Adam Buller |
| 18 |
A (not so) beginner’s guide to waterway rock installation |
Burnell et al. |
| 19 |
We did it our way: Regional collaboration for catchment scale impact by Resilient Rivers South East Queensland |
Burton et al. |
| 20 |
From recovery to resilience: Measuring and evaluating river restoration programs |
Cameron et al. |
| 21 |
The potential acidity of montane peatlands in the Greater Blue Mountains World Heritage Area: What might this mean for waterways downstream? |
Carroll and Reynolds |
| 22 |
Resilient rivers require resilient leaders |
Belinda Chapman |
| 23 |
Resilience-based triage for post-disaster recovery: The Cyclone Jasper case study |
Charlton et al. |
| 24 |
Geomorphically adaptive management of an evolving anabranch network of the Murray River |
Cheetham et al. |
| 25 |
Integrating socio-economic analysis into catchment planning: Insights from the Fitzroy Basin |
Chihava and Madani |
| 26 |
Advancing flood resilience and stream health: Whau catchment options and risk assessment |
Clothier et al. |
| 27 |
Quantifying estuarine erosion using field-based and remotely sensed data in NSW estuaries |
Daley and Telfer |
| 28 |
Released from the Wild: Immersive 3D digital storytelling to strengthen community connection and environmental awareness in a remote regional community |
Rebecca Damm |
| 29 |
Designing fishways for a dynamic river: Permanent connectivity solutions for temporary sand diversions |
Davies et al. |
| 30 |
Lower Caboolture river bank stabilisation – Two years on |
Margie Dickson |
| 31 |
What are source water catchments worth: The economic benefits and values for South East Queensland |
Doshi et al. |
| 32 |
Ten years of learning from catchment-scale stream stabilisation: Lessons from Laidley Creek, South East Queensland |
Durand et al. |
| 33 |
Natural flood management in eastern Australia: Applying geomorphic insights to enhance NFM outcomes in practice |
Flook et al. |
| 34 |
Embracing Indigenous Environmental Knowledge: A narrative journey from an old(ish) white scientist supported by a young(ish) Aboriginal scientist |
Frazier and Kennedy |
| 35 |
Where is Natural Flood Management (NFM) occurring in eastern NSW? Detecting signals to guide strategic on-ground rehabilitation |
Fryirs et al. |
| 36 |
Meet Dr. Eflow: A web application to aid in the design, review, and adjustment of regulated environmental flow releases |
Garber et al. |
| 37 |
Developing the third Victorian Waterway Management Strategy |
Nikki Gemmill |
| 38 |
Comparative analysis of hydraulic modelling tools for rock chute design in waterway management |
Ghajarnia and Eshaghi |
| 39 |
Implications of the clean energy transition for waterways: a case study of the Latrobe River, Victoria |
Goode et al. |
| 40 |
Tried, true and new: An ever-evolving riparian vegetation monitoring program |
Grant et al. |
| 41 |
‘Riparian – it’s just a vibe’: Developing definitions for management and mapping |
Grove et al. |
| 42 |
Modelling river systems under change – Quantifying climate driven risks to environmental values in complex regional systems |
Guthrie et al. |
| 43 |
Engineering a conservation refuge: Wetland restoration for critically endangered species |
Hackett et al. |
| 44 |
Rivers, channel breakdown and floodplains: Resolving a regulatory dilemma on lowland rivers in NSW |
Hancock and Ralph |
| 45 |
Unlocking multiple benefits of Crown water frontages in Victoria |
Hardie et al. |
| 46 |
Restoring the health of urban streams through stormwater management: Lessons from the Little Stringybark and Dobsons Creeks Project |
Hatt et al. |
| 47 |
Reality check: Are the assumptions underpinning Queensland’s stormwater policy still valid |
Alan Hoban |
| 48 |
To NbS or not? That is the question |
Holcomb and Patterson |
| 49 |
Characterising channel degradation in low-energy floodplain wetlands, Gum Cowal, Macquarie Marshes, NSW |
Honor et al. |
| 50 |
The challenges of implementing nature-based solutions (NbS) in reach-scale river management in NSW |
Hughes et al. |
| 51 |
Be brave: Enforcing compliance to protect our water |
Brett Ibbotson |
| 52 |
River avulsion as an under-recognised floodplain hazard in Australia: Insights from the Lower Burdekin Delta |
Ivezich et al. |
| 53 |
In the middle of the river: Observations on the drivers, successes and failures of stream and catchment management |
Kermode et al. |
| 54 |
Rain-on-grid modelling of flood peak desynchronisation and attenuation to inform tributary roughness rehabilitation for Natural Flood Management (NFM) |
Khan et al. |
| 55 |
Quantifying the Manning’s n roughness coefficient for riparian vegetation classes using the Specht vegetation classification scheme |
Chauhan et al. |
| 56 |
Rooted resilience: Advancing nature-based solutions for estuarine foreshore erosion management and waterway stability |
Lam and Trnovsky |
| 57 |
Designing for diversity: Integrating rock-based habitat with ecohydraulic modelling to support native fish in regulated rivers |
Lauchlan Arrowsmith et al. |
| 58 |
Harnessing excess stormwater for distributed environmental flows |
Law et al. |
| 59 |
Crossing the line: Australian insights in establishing basin boundaries for the Mekong Basin |
Little et al. |
| 60 |
Nature based or process driven: Choosing the right solution for the right reasons |
Julian Martin |
| 61 |
Open historical aerial photography in Australia: Scale, coverage, and utility |
William McAlister |
| 62 |
What are the best options to restore degraded urban waterways? Developing and applying an urban waterway assessment and prioritisation framework in the Parramatta River catchment |
McAuley et al. |
| 63 |
Restoring hydrological connectivity at Ryans Lagoon Nature Conservation Reserve |
McInerney et al. |
| 64 |
Meeting the challenge of re-establishing instream vegetation in a sediment loaded stream – A trial to improve Macquarie Perch habitat in the Hughes Creek, central Victoria, Australia |
Mole et al. |
| 65 |
Three models walk into a pool: A process-based, multi-method framework for understanding dryland pool sediment dynamics |
Munger et al. |
| 66 |
Let’s be SMART about objectives |
Newham et al. |
| 67 |
Resilient Rivers, the ecosystem health monitoring program, and eDNA across Southeast Queensland: Towards scalable biotic monitoring of ecosystem condition |
Noble et al. |
| 68 |
Breaking barriers – Reconnecting the Albert River |
O’Connell et al. |
| 69 |
Out of reach: Catchment-scale geomorphic assessment for urban development in Ipswich: The case for moving beyond the property boundary |
Pearson et al. |
| 70 |
Rivers without fences: Testing the promise and limits of virtual fencing |
Greg Peters |
| 71 |
Traditional Owner led FLOWS Study for Campbells Creek in Victoria |
Peterson et al. |
| 72 |
Moira the merrier: Vegetation recovery following grazing reduction in the Barmah Forest Ramsar Wetland |
Phillips et al. |
| 73 |
Sands through the hourglass: a 30-year journey towards rehabilitation of the Genoa River, East Gippsland Victoria |
Phillipson and Candy |
| 74 |
All the best intentions (and information): Using multiple and sequential data sources to inform the large-scale rehabilitation of the Cann River, East Gippsland, Victoria |
Phillipson and Sims |
| 75 |
Riverbank mass failure and enhanced sediment supply after fires and floods in the Tuross River, NSW |
Prior et al. |
| 76 |
Stratification and mixing dynamics in river waterholes: Insights from high-frequency observations |
Rabiei et al. |
| 77 |
Catchment-based assessment of drainage to assist water management on small farms |
Ralph et al. |
| 78 |
Considering geomorphology for management of the Great Cumbung Swamp, Lachlan River, NSW |
Ralph et al. |
| 79 |
Channel adjustment in the Wadbilliga River following fires and floods, Tuross Catchment, NSW |
Ralph et al. |
| 80 |
Quantifying sediment export from evolving mine landscapes: Hybrid modelling framework for adaptive catchment management |
George T. Robotham |
| 81 |
From activation to acceleration: thirteen years of adaptive catchment recovery in Slacks and Scrubby Creeks |
Rogers et al. |
| 82 |
Nature-based solutions: Building flood resilience in Lismore Catchment |
Louissa Rogers |
| 83 |
Bamboo retaining structures for riparian erosion control: A pilot test on the Richmond River |
Rognon et al. |
| 84 |
“Making Room” for change: Community sentiment for natural flood management (NFM) in coastal catchments of New South Wales (NSW), Australia |
Rupi? et al. |
| 85 |
Ecologically-informed stormwater control to protect peri-urban platypus habitat |
Russell et al. |
| 86 |
Developing a MERI Plan for Murray River wetlands receiving water for the environment in the Mallee |
Scally et al. |
| 87 |
Bridging ecology and infrastructure: The Oyster Creek success story |
Melinda Scanlon |
| 88 |
Watering the things that matter |
Andrew Sharpe |
| 89 |
A cost–benefit framework for prioritising fish passage remediation across an urban stream network |
Shelley et al. |
| 90 |
The forest road erosion toolbox: Modelling, mapping and treating sediment delivery from roads to waterways |
Sims et al. |
| 91 |
Time and tide wait for no Mangroves: High resolution remotely sensed mapping of coastal saltmarsh vegetation |
Smith et al. |
| 92 |
The role of historical legacy in urban stream geomorphology: Insights from Quinzeh Creek |
Lukman Adeboye Soboyejo |
| 93 |
The tale of Ross Billabong – Toorale National Park |
Southwell et al. |
| 94 |
Where waters meet: Re-grounding stream management through epistemic devices and more-than-human collectives |
Spencer et al. |
| 95 |
Lessons from the frontline: The highs and lows of success and failure |
Paul Stolz |
| 96 |
Case study: Improved fish survey outcomes using eDNA in aquatic ecological monitoring, contrasted to traditional techniques |
Luke Stone |
| 97 |
Waterways adaptive planning – a key planning mechanism to meet obligations and objectives over a 10-year+ timeframe |
Swingler et al. |
| 98 |
From paddock to catchment: Sustainable agriculture as a river health strategy in the Tweed |
Szandala and Sloman |
| 99 |
Investing in catchments for drinking water quality: A counterfactual analysis of the ‘do nothing’ option |
Chris J. Thompson |
| 100 |
Mapping geomorphic floodplain wetlands as assets for consideration in delivering natural flood management (NFM) across coastal catchments of New South Wales (NSW), Australia |
Wang et al. |
| 101 |
Just add salt: Opening the floodgates for coastal wetland restoration |
Wearne et al. |
| 102 |
Tasmanian NRMs: Scaling nature-based solutions (NbS) for flood resilience and recovery |
Jesse Webster |
| 103 |
Living with change: Working with geomorphic-groundwater processes to inform river rehabilitation in Seqwater’s Source Protection Program, North Pine River, QLD |
Wheeler George et al. |
| 104 |
Traditional Owner joint management of environmental flows for the Coliban River |
Wilson and McCauley |
| 105 |
Particulate phosphorus hysteresis, loads, and reactivity during the Cyclone Alfred Flood in the Albert River, Southeast Queensland |
Wynants et al. |
| 106 |
Quantifying trajectories of river recovery through analysis of riparian vegetation regreening and assemblages of geomorphic units |
Zhang and Fryirs |
| 107 |
Take nobody’s word for it: Rock, wood and rebellion in rehabilitation |
Logan Zingus |