Thisbook is a comprehensive summary of military training range management strategiesfrom around the world. Included are global case studies on the environmentalimpact of live ammunition and their remediation techniques. The text will equippractitioners with the tools to reduce remediation costs, enhance publicperception, and promote environmental best practice.
Thisbook is a comprehensive summary of military training range management strategiesfrom around the world. Included are global case studies on the environmentalimpact of live ammunition and their remediation techniques. The text will equippractitioners with the tools to reduce remediation costs, enhance publicperception, and promote environmental best practice.
Thisbook provides an insight into the global practices for environmental managementof military live-fire training ranges by combining scientific research withpractical solutions to ensure continued training capability. The text isdivided into four parts: the first provides the background information necessary tounderstand the scientific principles behind environmental management. Thesecond part comprises methodologies for the environmental risk assessment ofexplosives and munitions, and the third collates case studies and innovativemanagement techniques that have been applied to reduce remediation costs. Finally, part four considers the design of greener or insensitive munitions toreduce environmental impact. This is an essential reference guide for thosewith a responsibility for environmental management of military training ranges,and who are required to ensure sustainable long-term training capability.
Tracey J Temple is a lecturer in environmental science at Cranfield University,having previously worked as an environmental consultant, and served 10 years inthe RAF. Temple frequently chairs and attends NATO panel meetings,specifically related to the environmental impact of explosives, which includes sampling for contamination, toxicity from military training ranges andenvironmental munition regulations.
Melissa K Ladyman gained her PhD in organic and medicinalchemistry, focusing on the development of fluorescent assays for biologicalanalysis, from The University of Edinburgh in 2014. Subsequently, Ladyman joined the environmental science group at Cranfield University and is currentlya lecturer, responsible for teaching and researching the fate andtransport of explosives in the environment.
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