Closure criteria Landform Relevance 3 1/ongoing (if applicable) Project Priority Importance 3 Time A buffer Project number RES-2015-017 Project commencement date 1/7/2015 (if already Estimated completion date 1/12/2017 commenced) Project duration 6 Date required 1/12/2017 (months) In-house or Collaboration Actual completion date N/A outsourced Lead team R&L Reason for project delay (where Collaborator from applicable) CDU left, providing Supporting team(s) CDU - Professor first draft only. Ken Evans and Additional modelling Dr Monishka simulations were Narayan required to complete the work. Project manager Lowry, John Project total estimated internal 3 resources (person weeks) Project sponsor Van Dam, Rick Project total estimated collaborator 8 resources (person weeks) Aims To assess the geomorphic stability of a pre-mine landform for a simulated period of 10,000 years. To better understand the range of parameters and variables that should be employed in the CAESAR-Lisflood model for landform modelling purposes. Background The project aims to the geomorphic and erosional stability of a pre-mine landform of the Ranger environment for a period of 10,000 years. The simulations will be used to visually assess how the landscape may evolve without the presence of the mine. As much as practically possible, the same parameters and inputs will be used in the simulations of the pre-mine landform as will be used in the simulations of the rehabilitated landform. For example, it is expected that the rainfall dataset developed for 10,000 years will be used as input for simulations in this project to enable the same climate and rainfall scenarios to be modelled. As with the assessment of the rehabilitated landform, both the CAESAR-Lisflood and SIBERIA landform evolution models will be used.
Closure criteria (if applicable) Landform Project Priority Relevance 3 1/ongoing Importance 3 Time buffer A Project number (if already commenced) RES-2015-017 Project commencement date 1/7/2015 Estimated completion date 1/12/2017 Project duration (months) 6 Date required 1/12/2017 In-house or outsourced Collaboration Actual completion date N/A Lead team R&L Reason for project delay (where applicable) Collaborator from CDU left, providing first draft only. Additional modelling simulations were required to complete the work. Supporting team(s) CDU - Professor Ken Evans and Dr Monishka Narayan Project manager Lowry, John Project total estimated internal resources (person weeks) 3 Project sponsor Van Dam, Rick Project total estimated collaborator resources (person weeks) 8 Aims To assess the geomorphic stability of a pre-mine landform for a simulated period of 10,000 years. To better understand the range of parameters and variables that should be employed in the CAESAR-Lisflood model for landform modelling purposes. Background The project aims to the geomorphic and erosional stability of a pre-mine landform of the Ranger environment for a period of 10,000 years. The simulations will be used to visually assess how the landscape may evolve without the presence of the mine. As much as practically possible, the same parameters and inputs will be used in the simulations of the pre-mine landform as will be used in the simulations of the rehabilitated landform. For example, it is expected that the rainfall dataset developed for 10,000 years will be used as input for simulations in this project to enable the same climate and rainfall scenarios to be modelled. As with the assessment of the rehabilitated landform, both the CAESAR-Lisflood and SIBERIA landform evolution models will be used.
ss-atr-2016-17.docx