UNEP study of DU targets: need for further research

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    Subject:   [du-list] Fw: UNEP study of DU targets: need for further research
    Date:       Sat, 24 Feb 2001 10:56:20 -0000
    From:      "Dai Williams" <eosuk@btinternet.com>
    Reply-To: du-list@yahoogroups.com
    To:           "DU-list" <du-list@yahoogroups.com>

    The preliminary UNEP statistics on sampling of 11 target zones contained
    a curious anomaly.  I hope this will be commented on when their full
    report is published in the next few weeks.
     
    This concerns the question of exactly what happened to large quantities
    of DU penetrators in target zones (typically fired at the rate of 70 rounds
    per second i.e. 50-100 per strike).
     
    The UNEP team only recovered 1 or 2 penetrators per site (they were under
    pressures of time and hazards from other munitions like cluster bombs).
    What happened to the rest?  Those that hit solid targets were expected
    to ignite burning about 70% into dust dispersed into the environment.
    Yet there seem to have been very few "dog-ends" lying around.  Were the
    penetrators found intact or part-burned?
     
    Many were presumed to be underground (down to 3 metres).
    If so were they still intact or did they ignite to leave nests of DU oxide
    underground to be leached out gradually in future years by groundwater
    or agriculture?
     
    This is one aspect of DU environmental testing that the US or UK
    Governments could easily do for themselves: i.e. fire DU shells into
    ground targets and then do an in-depth (down to bedrock if necessary)
    analysis of the results to account for every shell.  There must be
    extensive evidence of these effects in DU training areas in the US and
    UK.
     
    Military analysis is probably only concerned with the effects of DU
    shells on armoured targets.
     
    But civilian communities also need to know the prognosis for DU shells
    that hit targets other than armour plating e.g. when fired at concrete,
    stone or brick structures, or bedrock?  Do they only ignite on hitting
    metal targets or against any hard substance where rapid deceleration
    creates sufficient kinetic heat to ignite?  What traces do they leave
    distinct from conventional 30 mm shells?
     
    These have immediate relevance for other potential DU target zones
    e.g. in the Middle East as well as environmental impacts in previous
    conflict areas.
     
    This information needs to be published in the DU Civilian Safety Guide
    I suggested needs urgent publication by a reliable source e.g. MTP
    a few weeks ago.  It is also relevant to clean-up of DU target zones
    and training areas.
     
    Dai Williams, UK

       

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