1 Table of contents 1416

Original EA Amendment

Heritage Minerals has a unique approach to solving the economic barriers to treating low-grade tailings. A combination of the worlds best technology and many years of operational experience can turn around projects that are otherwise not feasible. Heritage Minerals designs and implements innovative solutions for technically tricky projects. They are also a environmentally and socially responsible problem solver.

Appendix C - WSP Wattle Gully TSF CCA.pdf		341
Table of contents		341
Executive summary		343
1 Project Background		344
1.1 Introduction		344
1.2 Site description		344
1.3 TSF characteristics		345
1.4 Receiving environment		345
2 Dam failure overview		348
2.1 Dam failure mechanisms		348
2.2 Sunny day and flood day scenarios		349
2.3 Breach locations		349
2.4 Flow behaviour		349
2.5 Flood severity classification		350
2.6 Downstream modelling extents		351
3 Failure scenarios		352
3.1 Failure mechanisms		352
3.2 Failure location		352
3.3 Background flood		354
3.4 Initial conditions		354
3.5 Overview of considered failure scenarios		354
4 Dam break characterisation		355
4.1 Outflow volumes		355
4.2 Dam Break parameters		359
4.3 Outflow hydrographs		360
5 Hydraulic modelling		363
5.1 Modelling Approach and Inputs		363
5.2 Hydraulic modelling results		363
5.2.1 Inundation mapping		363
5.2.2 Summary of simulation results		364
5.2.2.1 Embankment Stage 1 hydraulic modelling results		364
5.2.2.2 Embankment Stage 2 hydraulic modelling results		364
6 Consequence Category assessment		365
6.1 Method Overview		365
6.1.1 ANCOLD guidelines		365
6.1.2 DETSI guidelines		366
6.2 Dam Break Consequence		368
6.2.1 Population at risk		368
6.2.1.1 Methods and assumptions		368
6.2.1.2 Results		369
6.2.2 Potential Loss of Life		370
6.2.2.1 RCEM approach		370
6.2.2.2 Results		371
6.2.3 Severity of Damage and Loss		372
6.2.3.1 Total infrastructure costs		372
6.2.3.2 Impacts on owner’s business		372
6.2.3.3 Health and social impacts		372
6.2.3.4 Environmental impacts		373
6.2.4 Consequence Classification		373
6.2.4.1 ANCOLD		373
6.2.4.2 DETSI		373
6.3 Environmental Spill/Failure to contain (Overtopping) Consequence		374
6.3.1 Population at risk		374
6.3.2 Potential loss of life		374
6.3.3 Environmental considerations		374
6.3.4 Consequence classification		375
6.3.4.1 ANCOLD		375
6.3.4.2 DETSI		375
6.4 Failure to Contain (Seepage) Consequence		376
6.4.1 Population at risk		376
6.4.2 Potential loss of life		376
6.4.3 Environmental considerations		376
6.4.4 Consequence Category classification		378
7 Potential impacts of future deposition expansion		380
8 Conclusion		381
9 References		382
10 Limitations		384
Appendix A Flood Inundation Maps		386
PS213278-WSP-BNE-MNG-REP-019 RevC.pdf		445
1. Introduction		445
1.1 Background		445
1.2 Purpose		445
2. Hydrological assessment		445
2.1 Hydrologic model and PMP inputs		445
1.1		446
2.2 Catchment		446
1.1		447
2.3 Rainfall		447
3. Results		447
Table of contents		452
Executive summary		454
1 Project Background		455
1.1 Introduction		455
1.2 Site description		455
1.3 TSF characteristics		456
1.4 Receiving environment		456
2 Dam failure overview		459
2.1 Dam failure mechanisms		459
2.2 Sunny day and flood day scenarios		460
2.3 Breach locations		460
2.4 Flow behaviour		460
2.5 Flood severity classification		461
2.6 Downstream modelling extents		462
3 Failure scenarios		463
3.1 Failure mechanisms		463
3.2 Failure location		463
3.3 Background flood		465
3.4 Initial conditions		465
3.5 Overview of considered failure scenarios		465
4 Dam break characterisation		466
4.1 Outflow volumes		466
4.2 Dam Break parameters		470
4.3 Outflow hydrographs		471
5 Hydraulic modelling		474
5.1 Modelling Approach and Inputs		474
5.2 Hydraulic modelling results		474
5.2.1 Inundation mapping		474
5.2.2 Summary of simulation results		475
5.2.2.1 Embankment Stage 1 hydraulic modelling results		475
5.2.2.2 Embankment Stage 2 hydraulic modelling results		475
6 Consequence Category assessment		476
6.1 Method Overview		476
6.1.1 ANCOLD guidelines		476
6.1.2 DETSI guidelines		477
6.2 Dam Break Consequence		479
6.2.1 Population at risk		479
6.2.1.1 Methods and assumptions		479
6.2.1.2 Results		480
6.2.2 Potential Loss of Life		481
6.2.2.1 RCEM approach		481
6.2.2.2 Results		482
6.2.3 Severity of Damage and Loss		483
6.2.3.1 Total infrastructure costs		483
6.2.3.2 Impacts on owner’s business		483
6.2.3.3 Health and social impacts		483
6.2.3.4 Environmental impacts		484
6.2.4 Consequence Classification		484
6.2.4.1 ANCOLD		484
6.2.4.2 DETSI		484
6.3 Environmental Spill/Failure to contain (Overtopping) Consequence		485
6.3.1 Population at risk		485
6.3.2 Potential loss of life		485
6.3.3 Environmental considerations		485
6.3.4 Consequence classification		486
6.3.4.1 ANCOLD		486
6.3.4.2 DETSI		486
6.4 Failure to Contain (Seepage) Consequence		487
6.4.1 Population at risk		487
6.4.2 Potential loss of life		487
6.4.3 Environmental considerations		487
6.4.4 Consequence Category classification		489
7 Potential impacts of future deposition expansion		491
8 Conclusion		492
9 References		493
10 Limitations		495
Appendix A Flood Inundation Maps		497
Sheets and Views		508-509
001 LOCALITY PLAN AND DRAWING INDEX		508-509
002 GENERAL ARRANGEMENT PLAN		510-511
003 PLAN AND LONG SECTION - STAGE 1		512-513
EMBANKMENT-PLAN VIEW ST1		512-513
EMBANKMENT-LONG SECTION STAGE 1		512-513
004 PLAN AND LONG SECTION - STAGE 2		514-515
EMBANKMENT-PLAN VIEW (STAGE 2)		514-515
EMBANKMENT-LONGITUDINAL SECTION (STAGE 2)		514-515
005 TYPICAL SECTION		516-517
A		516-517
006 PLAN AND LONGSECTION TUNNEL		518-519
TUNNEL-PLAN VIEW		518-519
TUNNEL-LONG SECTION		518-519
Appendix E - Factual EAR.pdf		528
Abbreviations and acronyms		528
1. Introduction		529
1.1 Overview		529
1.2 Purpose of this report		529
1.3 Terminology		529
1.4 Scope and limitations		530
Accessibility of documents		530
1.4.1 Survey limitations		530
2. Methods		532
2.1 Relevant legislation		532
2.2 Desktop assessment		532
2.3 Field survey		533
2.3.1 Flora field survey methods		533
2.3.2 Fauna field survey methods		534
2.4 Likelihood of occurrence assessment		535
2.5 Animal ethics and scientific permits		536
3. Desktop assessment results		537
3.1 Flora		537
3.1.1 Regulated vegetation		537
3.1.1.1 Regional ecosystems		537
3.1.2 Threatened ecological communities		537
3.1.3 Protected plants trigger area		537
3.1.4 Conservation significant flora species		538
3.1.5 Essential habitat		538
3.2 Biosecurity matters		540
3.2.1 Flora		540
4. Results		541
4.1 Summary of the existing regional environment		541
4.1.1 Bioregion and subregion		541
4.1.1.1 Land zones		541
4.1.2 Geology and Geomorphology		541
4.1.3 Soils		542
4.2 Survey effort		542
4.3 Flora results		543
4.3.1 Threatened ecological communities		543
4.3.2 Regulated vegetation		543
4.3.2.1 Regional ecosystems		543
4.3.3 Conservation significant flora		546
4.3.4 Introduced flora species		551
4.4 Fauna results		555
4.4.1 Conservation significant species		555
4.4.2 Migratory species		556
4.4.3 Terrestrial fauna values		557
4.4.4 Fauna breeding places		568
4.4.5 Fauna species		570
4.5 Likelihood of occurrence		573
4.5.1 MNES		574
4.5.1.1 Cycas megacarpa – confirmed present		574
Species description		574
Species ecology		574
Species distribution and habitat		574
Population survey		574
4.5.1.2 Koala – likely to occur		575
4.5.1.3 Northern quoll – confirmed present		578
4.5.1.4 Ghost bat – likely to occur		580
4.5.1.5 Greater glider (southern and central) – potential to occur		583
4.5.1.6 Yellow-bellied glider (south-eastern) – potential to occur		586
4.5.1.7 White-throated needletail – likely to occur		588
4.5.2 MSES		590
4.5.2.1 Grevillea hockingsii – confirmed present		590
Species description		590
Species ecology		590
Species distribution and habitat		590
Population survey		590
4.5.2.2 Bertya pedicellata – potential to occur		591
Species description		591
Species ecology		591
Species distribution and habitat		591
Population survey		591
4.5.2.3 Short-beaked echidna – confirmed present		591
5. References		594
a-ea-amd-100968556-support-info-part2of3.pdf		602
Appendix E - Factual EAR.pdf		602
Appendix A Desktop results		602
Appendix B Likelihood of occurrence		648
Appendix C Species list		684
Appendix H - Water Balance.pdf		761
1. Introduction		761
1.1 Background		761
1.2 Study Area		761
1.3 Limitations		762
2. Purpose of this report and scope		763
3. Key updates to the study		763
3.1 Operational model		763
3.2 Upper Mundic Gully as the TSF		763
3.3 Pumping rates		765
3.3.1 DOR WTP		765
3.3.2 Evaporators		765
3.3.3 Seepage pump-back to OCP		765
3.3.4 Other pumping rates		765
3.3.5 Clean water diversion		766
4. Model results		770
5. References		772
Appendix A Water balance flow charts		773
Appendix J - Cycas Megacarpa Managment Plan.pdf		854
Disclaimer		854
1. Introduction		856
1.1 Background		856
1.2 Proposed development		856
1.3 Purpose and objective of plan		858
1.4 Legislative framework		860
1.4.1 Overview		860
1.4.2 Commonwealth legislation		860
1.4.3 State legislation		861
2. Species Information		862
2.1 Ecology		862
2.2 Distribution		862
2.3 Local occurrence		862
3. Recipient Site Selection		864
4. Reference Site		865
5. Translocation		865
5.1 Overview		865
5.1 Translocation team		866
5.1.1 The proponent		866
5.1.2 Specialist ecologist		866
5.1.3 Translocation contractor		867
5.1.4 Maintenance Contractor		867
5.1.5 Nursery Contractor		867
5.2 Timing		868
5.3 Translocation methodology		868
5.3.1 Pre-clearance survey		868
5.3.2 Preparation of recipient site		869
Mark Recipient Site		869
Weed control		869
Fencing and signage		869
5.4 Translocation of adult plants		870
Planting		871
5.5 Translocation of seedlings		872
5.6 Seed collection		872
5.7 Planting of tubestock		873
5.8 Hygiene		873
6. Maintenance of Translocated Plants		875
7. Monitoring and reporting		876
7.1 Monitoring		876
7.2 Assessment criteria and corrective actions		877
7.1 Reporting		877
8. References		882
Appendix A		883
Suitably Qualified Person		883
Appendix K - Grevillea hockingsii Management Plan.pdf		888
Disclaimer		888
1. Introduction		890
1.1 Background		890
1.2 Proposed development		890
1.3 Purpose and objective of plan		892
1.4 Legislative framework		894
1.4.1 Overview		894
1.4.2 Commonwealth legislation		894
1.4.3 State legislation		894
2. Species Information		895
2.1 Ecology		895
2.2 Distribution		895
2.3 Local occurrence		896
3. Recipient Site Selection		897
4. Reference Site		898
5. Translocation		898
5.1 Overview		898
5.1 Translocation team		899
5.1.1 The proponent		899
5.1.2 Specialist ecologist		899
5.1.3 Translocation contractor		900
5.1.4 Maintenance Contractor		900
5.1.5 Nursery Contractor		900
5.2 Timing		901
5.3 Translocation methodology		901
5.3.1 Pre-clearance survey		901
5.3.2 Preparation of recipient site		902
Mark Recipient Site		902
Weed control		902
Fencing and signage		902
5.4 Seed collection		902
5.5 Planting of tubestock		903
5.6 Hygiene		904
6. Maintenance of Translocated Plants		905
7. Monitoring and Reporting		906
7.1 Monitoring		906
7.2 Assessment criteria and corrective actions		907
7.1 Reporting		907
8. References		912
Appendix A		913
Suitably Qualified Person		913
Appendix L - GHG Emission Report.pdf		1144
1. Introduction		1144
2. Background		1145
2.1. Greenhouse Gas Emissions		1145
2.1.1. Emission Classification		1145
3. Legislative and Policy Context		1146
3.1. International Context		1146
3.1.1. United Nations Framework Convention on Climate Change (UNFCCC)		1146
3.1.2. Paris Agreement (PA)		1146
3.2. Legislation and Regulations		1146
3.2.1. Climate Change Act 2022		1146
3.2.2. National Greenhouse and Energy Reporting Act 2007		1146
3.2.3. National Greenhouse and Energy Reporting (Measurement) Determination 2008		1146
3.2.4. Safeguard Mechanism		1146
3.2.5. Environmental Protection Act 1994 (Qld)		1147
3.3. Guidelines and Workbooks		1147
3.3.1. DETSI Greenhouse Gas Emissions Guidelines		1147
3.3.2. Australian National Greenhouse Accounts Factors Workbook		1147
3.3.3. Australia’s emissions projections 2024		1147
3.3.4. Greenhouse Gas Assessment Workbook for Road Projects		1147
4. GHG Emissions Inventory Methodology		1148
4.1. Overview		1148
4.2. Emission Boundary		1148
4.3. Emitter Category		1149
4.4. GHG Emission Inventory		1149
5. Emission Calculation Methodology		1150
5.1. Scope 1 Emissions		1150
5.1.1. Vegetation Clearing		1150
5.1.2. Fuel Combustion		1151
5.2. Scope 2 Emissions		1152
5.2.1. Purchased Electricity		1152
6. Estimated GHG Emissions		1154
6.1. Scope 1 Emissions		1154
6.1.1. Vegetation Clearing		1154
6.1.2. Fuel Combustion		1154
6.2. Scope 2 Emissions		1156
6.3. Total GHG Emissions		1157
7. Risk Assessment		1160
8. Mitigation and Management Practices		1161
9. Conclusions		1162
10. References		1163
Appendix M - WTS Fauna Report.pdf		920
Executive Summary		920
Key Findings		920
1. Introduction		926
1.1. Project Description		926
1.2. Project Location		926
1.3. Environmental Context		926
1.4. Legislative Context		928
1.4.1. Environmental Protection and Biodiversity Conservation Act 1999		928
1.4.2. EPBC Act Environmental Offsets Policy		928
1.4.3. State Development Assessment Provisions		928
1.4.4. Nature Conservation Act 1992		928
1.4.5. Biosecurity Act 2014		930
2. Methodologies		931
2.1. Updated Desktop Assessment		931
2.1.1. Likelihood of Occurrence Analysis		932
2.2. RE Ground-Truthing		933
2.3. Fauna Survey Methods		933
2.3.1. Permits, Ethical Considerations, and Qualifications		933
2.3.2. Survey Timing		933
2.3.3. Survey Design and Effort		933
2.3.3.1. Camera Trapping		933
2.3.3.2. Active Searches		934
2.3.3.3. Bird Surveys		936
2.3.3.4. Bat detectors		936
2.3.3.5. Nocturnal Surveys and call playbacks		936
2.3.3.6. Habitat Suitability Assessment		938
2.3.3.6.1. Northern quoll		938
2.3.3.6.2. Greater glider		938
3. Results		939
3.1. Summary of Initial Desktop and Field Survey Results		939
3.1.1. Regional Ecosystem Mapping		939
3.1.2. Threatened ecological communities		939
3.1.3. Conservation Significant Fauna		939
3.1.4. Conservation Significant Flora		939
3.1.5. Pest Animals		940
3.2. Updated Desktop Assessment Results		940
3.2.1. Regional Ecosystems Ground-truthing		940
3.2.2. Matters of National Environmental Significance		943
3.2.2.1. World Heritage Properties		943
3.2.2.2. National Heritage Places		943
3.2.2.3. Wetlands of International Importance (Ramsar)		943
3.2.2.4. Great Barrier Reef Marine Park		943
3.2.2.5. Commonwealth Marine Area		943
3.2.2.6. Listed Threatened Ecological Communities		943
3.2.2.7. Listed Threatened Species		943
3.2.2.8. Listed Migratory Species		943
3.2.3. Matters of State Environmental Significance		944
3.2.3.1. Regulated Vegetation		944
3.2.3.1.1. Regulated Vegetation – Endangered or Of Concern Regional Ecosystem		944
3.2.3.1.2. Regulated Vegetation – Wetlands		944
3.2.3.1.3. Regulated Vegetation – Watercourse		944
3.2.3.1.4. Regulated Vegetation – Essential Habitat		944
3.2.3.2. Designated Precinct in a Strategic Environmental Area		944
3.2.3.3. Water Course and Wetlands		944
3.2.3.4. Protected Wildlife Habitat		945
3.2.3.4.1. Protected Plant Trigger Mapping		945
3.2.3.4.2. Essential Habitat		945
3.2.3.5. Protected Areas		945
3.2.3.6. Protected Marine Areas and Habitat		945
3.2.3.7. Legally Secured Offset Areas		945
3.2.4. Conservation Significant Matters		946
3.2.4.1. Mapped Habitat Values		946
3.2.4.2. Threatened Flora Species		946
3.2.4.3. Threatened Fauna Species		947
3.2.4.4. Likelihood of Occurrence		947
3.3. Updated Field Survey Results		964
3.3.1. Observed Survey Conditions		964
3.3.2. Fauna Habitat Suitability		964
3.3.2.1. Greater Glider (Petauroides volans) and Yellow-bellied Glider (Petaurus australis australis)		964
3.3.2.2. Northern Quoll (Dasyurus hallucatus)		965
3.3.3. Fauna Species Records		968
3.3.4. Conservation Significant Fauna		976
3.3.5. Pest Animals		976
4. Significant Residual Impact Assessments		977
4.1. Cycas megacarpa		978
4.2. Koala (Phascolarctos cinereus)		981
4.3. Ghost bat (Macroderma gigas)		984
4.4. Greater glider (southern and central) (Petauroides volans)		986
4.5. Yellow-bellied glider (south-eastern) (Petaurus australis australis)		989
4.6. White-throated needletail (Hirundapus caudacutus)		991
4.7. Northern Quoll (Dasyurus hallucatus)		993
4.8. Grevillea hockingsii		995
4.9. Short-beaked echidna (Tachyglossus aculeatus)		998
4.10. Bertya pedicellata		999
4.11. Capparis humistrata		1001
4.12. Cerbera dumicola		1003
4.13. Quassia (Samadera bidwillii)		1005
4.14. Regulated Vegetation – Category B ‘Of Concern’ Regional Ecosystem		1006
5. Conclusion and Recommendations		1008
5.1. Summary of Conservation Significant Matters		1008
5.1.1. Matters of National Environmental Significance		1008
5.1.2. Matters of State Environmental Significance		1008
5.2. Other Species Records		1008
5.3. Recommendations		1009
6. References		1010
7. Appendices		1020
Appendix A. EBPC Act Protected Matters Report (10 km buffer)		1020
Appendix B. Wildlife Online Species List (10 km buffer)		1035
Appendix C. Environmental Report: Matters of State Environmental Significance		1060
Appendix D. Detailed Likelihood of Occurrence Analysis		1082-1083
Appendix E. Flora Survey Trigger Map (2 km buffer)		1126
Appendix F: Bat Records		1129
Appendix M - WTS Fauna Report.pdf		1169
Executive Summary		1169
Key Findings		1169
1. Introduction		1175
1.1. Project Description		1175
1.2. Project Location		1175
1.3. Environmental Context		1175
1.4. Legislative Context		1177
1.4.1. Environmental Protection and Biodiversity Conservation Act 1999		1177
1.4.2. EPBC Act Environmental Offsets Policy		1177
1.4.3. State Development Assessment Provisions		1177
1.4.4. Nature Conservation Act 1992		1177
1.4.5. Biosecurity Act 2014		1179
2. Methodologies		1180
2.1. Updated Desktop Assessment		1180
2.1.1. Likelihood of Occurrence Analysis		1181
2.2. RE Ground-Truthing		1182
2.3. Fauna Survey Methods		1182
2.3.1. Permits, Ethical Considerations, and Qualifications		1182
2.3.2. Survey Timing		1182
2.3.3. Survey Design and Effort		1182
2.3.3.1. Camera Trapping		1182
2.3.3.2. Active Searches		1183
2.3.3.3. Bird Surveys		1185
2.3.3.4. Bat detectors		1185
2.3.3.5. Nocturnal Surveys and call playbacks		1185
2.3.3.6. Habitat Suitability Assessment		1187
2.3.3.6.1. Northern quoll		1187
2.3.3.6.2. Greater glider		1187
3. Results		1188
3.1. Summary of Initial Desktop and Field Survey Results		1188
3.1.1. Regional Ecosystem Mapping		1188
3.1.2. Threatened ecological communities		1188
3.1.3. Conservation Significant Fauna		1188
3.1.4. Conservation Significant Flora		1188
3.1.5. Pest Animals		1189
3.2. Updated Desktop Assessment Results		1189
3.2.1. Regional Ecosystems Ground-truthing		1189
3.2.2. Matters of National Environmental Significance		1192
3.2.2.1. World Heritage Properties		1192
3.2.2.2. National Heritage Places		1192
3.2.2.3. Wetlands of International Importance (Ramsar)		1192
3.2.2.4. Great Barrier Reef Marine Park		1192
3.2.2.5. Commonwealth Marine Area		1192
3.2.2.6. Listed Threatened Ecological Communities		1192
3.2.2.7. Listed Threatened Species		1192
3.2.2.8. Listed Migratory Species		1192
3.2.3. Matters of State Environmental Significance		1193
3.2.3.1. Regulated Vegetation		1193
3.2.3.1.1. Regulated Vegetation – Endangered or Of Concern Regional Ecosystem		1193
3.2.3.1.2. Regulated Vegetation – Wetlands		1193
3.2.3.1.3. Regulated Vegetation – Watercourse		1193
3.2.3.1.4. Regulated Vegetation – Essential Habitat		1193
3.2.3.2. Designated Precinct in a Strategic Environmental Area		1193
3.2.3.3. Water Course and Wetlands		1193
3.2.3.4. Protected Wildlife Habitat		1194
3.2.3.4.1. Protected Plant Trigger Mapping		1194
3.2.3.4.2. Essential Habitat		1194
3.2.3.5. Protected Areas		1194
3.2.3.6. Protected Marine Areas and Habitat		1194
3.2.3.7. Legally Secured Offset Areas		1194
3.2.4. Conservation Significant Matters		1195
3.2.4.1. Mapped Habitat Values		1195
3.2.4.2. Threatened Flora Species		1195
3.2.4.3. Threatened Fauna Species		1196
3.2.4.4. Likelihood of Occurrence		1196
3.3. Updated Field Survey Results		1214
3.3.1. Observed Survey Conditions		1214
3.3.2. Fauna Habitat Suitability		1214
3.3.2.1. Greater Glider (Petauroides volans) and Yellow-bellied Glider (Petaurus australis australis)		1214
3.3.2.2. Northern Quoll (Dasyurus hallucatus)		1215
3.3.3. Fauna Species Records		1218
3.3.4. Conservation Significant Fauna		1226
3.3.5. Pest Animals		1226
4. Significant Residual Impact Assessments		1227
4.1. Cycas megacarpa		1228
4.2. Koala (Phascolarctos cinereus)		1231
4.3. Ghost bat (Macroderma gigas)		1234
4.4. Greater glider (southern and central) (Petauroides volans)		1236
4.5. Yellow-bellied glider (south-eastern) (Petaurus australis australis)		1239
4.6. White-throated needletail (Hirundapus caudacutus)		1241
4.7. Northern Quoll (Dasyurus hallucatus)		1243
4.8. Grevillea hockingsii		1245
4.9. Short-beaked echidna (Tachyglossus aculeatus)		1248
4.10. Bertya pedicellata		1249
4.11. Capparis humistrata		1251
4.12. Cerbera dumicola		1253
4.13. Quassia (Samadera bidwillii)		1255
4.14. Regulated Vegetation – Category B ‘Of Concern’ Regional Ecosystem		1256
5. Conclusion and Recommendations		1258
5.1. Summary of Conservation Significant Matters		1258
5.1.1. Matters of National Environmental Significance		1258
5.1.2. Matters of State Environmental Significance		1258
5.2. Other Species Records		1258
5.3. Recommendations		1259
6. References		1260
7. Appendices		1270
Appendix A. EBPC Act Protected Matters Report (10 km buffer)		1270
Appendix B. Wildlife Online Species List (10 km buffer)		1285
Appendix C. Environmental Report: Matters of State Environmental Significance		1310
Appendix D. Detailed Likelihood of Occurrence Analysis		1332-1333
Appendix E. Flora Survey Trigger Map (2 km buffer)		1376
Appendix F: Bat Records		1379

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