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Table of Contents
Preface; Contents; 1 Uranium Boom in Namibia
Hausse or Baisse; Introduction; The Uranium Deposits of Namibia's Central Namib Region; Existing Uranium Mines; Rössing Uranium Mine; Langer Heinrich Mine; Uranium Mines under Construction in Namibia; Rössing South/Husab; Trekkopje Mine; Valencia Mine; Future Uranium Mines; Bannerman / Etango Project; Reptile Uranium Namibia (Pty) Ltd. Projects; Additional Uranium Projects; Scenarios and Reality; Scenario Development; Environmental and Socioeconomic Issues; Logistics and Transport Infrastructure; Water Supply; Electrical Energy.
Housing and Civil DevelopmentSupporting Industrial Development; Impact of Low Uranium Prices; Summary; References; 2 Rare earth elements in Australian uraniumdeposits; Introduction; Uranium mineralisations; Olympic Dam; Olary district; Mount Isa district; Conclusions; References; 3 IAEA Initiatives Supporting Good Practice inUranium Mining Worldwide; Introduction and rationale; IAEA documents hierarchy; IAEA Uranium and NORM documents; The IAEA and environmental and social aspects of uraniummining; Training; Remediation of legacy sites; Coordination and support activities.
Technical cooperation activitiesConclusions; Acknowledgements; References; 4 Challenging Issues in Regulating UraniumMining in Tanzania; Background; Regulatory Challenges; Conclusion; References; 5 Uranium leaching from a burning black shale deposit -present conditions and future scenarios; Introduction; Methods; Sampling; Measurements; Leaching; Results and discussion; Solid phase; Groundwater; Leaching; Temperature; Future scenarios; Conclusion; References; 6 Is enough information available to derive anoverall EQS for uranium in French freshwaters, according to European Guidance?
IntroductionWater Quality Standard; Generic value; Conditional QS values; Sediment Quality Standard; Secondary Poisoning Quality Standard; Human Health Quality Standard; Conclusions; References; 7 Radiation exposure and environmental remediation atthe Urgeiriça mine site, Portugal; Introduction; Materials and Methods; Results and Discussion; Ambient dose; Radionuclides in water; Radionuclides in vegetables; Atmospheric radioactivity; Conclusions; References; 8 The modern hydrochemical state of the Mailuu-Suuriver and radioecological problem of the FerganaValley; Relevance.
Materials and MethodsDiscussion of the results; Conclusion; References; 9 Social Licensing in Uranium Mining: EmpoweringStakeholders through Information; Introduction; The stakeholders in uranium mining projects; Framing the processes for social licensing; Populating the indicators; Experience gained within the EO-MINERS Project; Conclusions; Acknowledgements; References; 10 Social licensing and Stakeholder Communication inUranium Exploration and Mining; Introduction; Framing the Social Processes; IAEA Activities in Social Licensing for Uranium Mining.
Hausse or Baisse; Introduction; The Uranium Deposits of Namibia's Central Namib Region; Existing Uranium Mines; Rössing Uranium Mine; Langer Heinrich Mine; Uranium Mines under Construction in Namibia; Rössing South/Husab; Trekkopje Mine; Valencia Mine; Future Uranium Mines; Bannerman / Etango Project; Reptile Uranium Namibia (Pty) Ltd. Projects; Additional Uranium Projects; Scenarios and Reality; Scenario Development; Environmental and Socioeconomic Issues; Logistics and Transport Infrastructure; Water Supply; Electrical Energy.
Housing and Civil DevelopmentSupporting Industrial Development; Impact of Low Uranium Prices; Summary; References; 2 Rare earth elements in Australian uraniumdeposits; Introduction; Uranium mineralisations; Olympic Dam; Olary district; Mount Isa district; Conclusions; References; 3 IAEA Initiatives Supporting Good Practice inUranium Mining Worldwide; Introduction and rationale; IAEA documents hierarchy; IAEA Uranium and NORM documents; The IAEA and environmental and social aspects of uraniummining; Training; Remediation of legacy sites; Coordination and support activities.
Technical cooperation activitiesConclusions; Acknowledgements; References; 4 Challenging Issues in Regulating UraniumMining in Tanzania; Background; Regulatory Challenges; Conclusion; References; 5 Uranium leaching from a burning black shale deposit -present conditions and future scenarios; Introduction; Methods; Sampling; Measurements; Leaching; Results and discussion; Solid phase; Groundwater; Leaching; Temperature; Future scenarios; Conclusion; References; 6 Is enough information available to derive anoverall EQS for uranium in French freshwaters, according to European Guidance?
IntroductionWater Quality Standard; Generic value; Conditional QS values; Sediment Quality Standard; Secondary Poisoning Quality Standard; Human Health Quality Standard; Conclusions; References; 7 Radiation exposure and environmental remediation atthe Urgeiriça mine site, Portugal; Introduction; Materials and Methods; Results and Discussion; Ambient dose; Radionuclides in water; Radionuclides in vegetables; Atmospheric radioactivity; Conclusions; References; 8 The modern hydrochemical state of the Mailuu-Suuriver and radioecological problem of the FerganaValley; Relevance.
Materials and MethodsDiscussion of the results; Conclusion; References; 9 Social Licensing in Uranium Mining: EmpoweringStakeholders through Information; Introduction; The stakeholders in uranium mining projects; Framing the processes for social licensing; Populating the indicators; Experience gained within the EO-MINERS Project; Conclusions; Acknowledgements; References; 10 Social licensing and Stakeholder Communication inUranium Exploration and Mining; Introduction; Framing the Social Processes; IAEA Activities in Social Licensing for Uranium Mining.