One report, which will developed into a journal publication. The outcomes that this project will achieve is further validation and confidence that the model is accurately predicting observed erosion rates. Planned communication activities The primary communication activities for the project are: Discussion at the Landform Closure Criteria Technical Working Journal publication. Reporting and presentations to key stakeholders as necessary. Project publications to date (if applicable) Not applicable as project is not yet completed. Project details Project title Calibrating suspended sediment outputs of the the CAESAR-Lisflood LEM for application to a rehabilitated ranger mine - Gulungul Creek scale SSB function Research Site Ranger Project category Developing closure criteria Project status Active What business need Ensure confidence in landform model predictions of suspended sediment output reflect does this project inform? actual measured / monitored output. Closure criteria theme Landform Relevance 1 Timeframe 1/ongoing Project (if applicable) Priority Importance 1 Time buffer A Project number Res-2016-002 Project commencement date 1/7/2016 (if already commenced) Estimated completion date 1/12/2016 Project duration 6 Date required 1/12/2016 (months) In-house or outsourced Collaboration Actual completion date N/A Lead team HGCP Reason for project delay (where N/A applicable) Supporting team(s) Professor Ken Evans, CDU Project manager Lowry, John Project estimated internal resources 5 (person weeks) Project sponsor Van Dam, Rick Project total estimated collaborator N/A resources (person weeks) Aims Calibrate and validate CAESAR-Lisflood outputs of suspended sediment loads at the catchment scale. Background This project will contribute to the work of the Supervising Scientist by assessing what effect the transport of suspended sediment will have on the on-site and off-site habitats of the rehabilitated landform.
One report, which will developed into a journal publication. The outcomes that this project will achieve is further validation and confidence that the model is accurately predicting observed erosion rates. Planned communication activities The primary communication activities for the project are: Discussion at the Landform Closure Criteria Technical Working Journal publication. Reporting and presentations to key stakeholders as necessary. Project publications to date (if applicable) Not applicable as project is not yet completed. Project details Project title Calibrating suspended sediment outputs of the the CAESAR-Lisflood LEM for application to a rehabilitated ranger mine - Gulungul Creek scale SSB function Research Site Ranger Project category Developing closure criteria Project status Active What business need does this project inform? Ensure confidence in landform model predictions of suspended sediment output reflect actual measured / monitored output. Closure criteria theme (if applicable) Landform Project Priority Relevance 1 Timeframe 1/ongoing Importance 1 Time buffer A Project number (if already commenced) Res-2016-002 Project commencement date 1/7/2016 Estimated completion date 1/12/2016 Project duration (months) 6 Date required 1/12/2016 In-house or outsourced Collaboration Actual completion date N/A Lead team HGCP Reason for project delay (where applicable) N/A Supporting team(s) Professor Ken Evans, CDU Project manager Lowry, John Project estimated internal resources (person weeks) 5 Project sponsor Van Dam, Rick Project total estimated collaborator resources (person weeks) N/A Aims Calibrate and validate CAESAR-Lisflood outputs of suspended sediment loads at the catchment scale. Background This project will contribute to the work of the Supervising Scientist by assessing what effect the transport of suspended sediment will have on the on-site and off-site habitats of the rehabilitated landform.
ss-atr-2015-16.docx