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    HAWLEY MEDAL

    The Hawley Medal is awarded to the authors of the best paper to appear in The Canadian Mineralogist in a given year. The award is named in honor of Dr. J.E. Hawley (1897-1965) who was distinguished professor of mineralogy at Queen's University. The paper is selected by a committee of three members selected by the Chair of the Nominating Committee.

    The following papers have recently won this prestigious award:

    FELIX V. KAMINSKY, RICHARD WIRTH, AND ANJA SCHREIBER (2014):
    Carbonatitic Inclusions in Deep Mantle Diamond from Juina, Brazil: New Minerals in the Carbonate-Halide Association.
    Can. Mineral. 51(5), 669-688.
    [Bio][Citation] [Response] [Article]


    B. LALINSKÁ-VOLEKOVÁ, J. MAJZLAN, T. KLIMKO, M. CHOVAN, G. KUČEROVÁ, J. MICHŇOVÁ, R. HOVORIČ, J. GÖTTLICHER AND R. STEININGER (2013):
    Mineralogy of weathering products of Fe-As-Sb mine wastes and soils at several Sb deposits in Slovakia.
    Can. Mineral. 50(2), 481-500.
    [Bio][Citation] [Response] [Article]


    SUSANNE GÖB, THOMAS WENZEL, MICHAEL BAU, DORRITT JACOB, ANSELM LOGES AND GREGOR MARKL (2012):
    The Redistribution of Rare-Earth Elements in Secondary Minerals of Hydrothermal veins, Schwarzwald, Southwestern Germany.
    Can. Mineral. 49(5), 1305-1333.
    [Bio][Citation] [Response] [Article]


    JOEL D. GRICE (2011):
    The Role of Beryllium in Beryllosilicate Mineral Structures and Zeolite Formation.
    Can. Mineral. 48(6), 1493-1518.
    [Bio][Citation] [Response] [Article]


    DAVID LONDON (2010):
    The Origin of Primary Textures in Granitic Pegmatites.
    Can. Mineral. 47(4), 697-724.
    [Bio][Citation] [Response] [Article]


    ANDERSON A. J., WIRTH R. & THOMAS R.(2009):
    The alteration of metamict zircon and its role in the remobilization of high-field-strength elements in the Georgeville granite, Nova Scotia.
    Can. Mineral. 46(1), 1-18.
    [Bio][Citation] [Response] [Article]


    CLARKE D.B. (2008):
    Assimilation of xenocrysts in granitic magmas: principles, processes, proxies, and problems.
    Can. Mineral. 45(1), 5-30.
    [Bio][Citation] [Response] [Article]


    FRANCOIS FARGES, RALF SIEWERT, CARL W. PONADER, GORDON E. BROWN JR., MICHEL PICHAVANT & HARALD BEHRENS (2007):
    Structural environments around molybdenum in silicate glasses and melts. II. Effect of temperature, pressure, H2O, halogens and sulfur.
    Can. Mineral. 44(3), 755-773.
    [Bio][Citation] [Response] [Article]


    RONALD C. PETERSON & ALAN H. GRANT (2006):
    Dehydration and crystallization reactions of secondary sulfate minerals found in mine waste: in situ powder-diffraction experiments.
    Can. Mineral. 43(4), 1171-1181.
    [Bio][Citation] [Response] [Article]


    AXEL D. RENNO, LEANDER FRANZ, THOMAS WITZKE, & PETER M. HERZIG (2005):
    The coexistence of melts of hydrous copper chloride, sulfide and silicate compositions in a magnesiohastingsite cumulate, Tubaf seamount, Papua New Guinea.
    Can. Mineral. 42(1), 1-16.
    [Bio][Citation] [Response] [Article]


    J.E. MUNGALL & J.M. BRENAN (2004):
    Experimental evidence for the chalcophile behavior of the halogens.
    Can. Mineral. 41(1), 207-220.
    [Bio][Citation] [Article]


    KONTAK, D.J., DOSTAL, J., KYSER, T.K. & ARCHIBALD, D.A. (2002):
    A petrological, geochemical, isotopic,and fluid-inclusion study of 379 Ma pegmatite-aplite sheets, Peggys Cove, Nova Scotia
    Canada. Can. Mineral. 40(5), 1249-1286.
    [Bio][Citation] [Response] [Article]


    EWING, R.C.(2001):
    The design and evaluation of nuclear-waste forms: clues from mineralogy.
    Can. Mineral. 39(3), 697-715.
    [Bio][Citation] [Response] [Article]


    LAROCQUE, A.C.L., STIMAC, J.A., KEITH, J.D., HUMINICKI, M.A.E. (2000):
    Evidence for open-system behavior in immiscible Fe-S-O liquids in silicate magmas: Implications for contributions of metals and sulfur to ore-forming fluids.
    Can. Mineral. 38(5), 1233-1249.   
    [Citation] [Response] [Article]


    PUGA, E., RUIZ CRUZ M.R. & D’AZ DE FEDERICO A. D.(1999):
    Magnetite-silicate inclusions in olivine of ophiolitic metagabbros from the Mulhac?n Complex, Betic Cordillera, Southeastern Spain.
    Can. Mineral. 37, 1191-1209.


    ANDERSON A.J., MAYANOVICH, R.A. & BAJT, S.(1998):
    A microbeam XAFS study of aqueous chlorozinc complexing to 430?C in fluid inclusions from the Knaum?hle granitic pegmatite, Saxonian Granulite Massif, Germany.
    Can. Mineral. 36, 511-524.

    This paper was selected for its innovative approach to the study and interpretation of fluid inclusions and its influence in opening up new areas of research and for its application of synchrotron radiation. Anderson and colleagues have been pioneers in the application of synchrotron radiation to mineralogical research. Papers such as this year?s Hawley demonstrate the potential of the technique to complement our existing toolbox for research on solids, liquids and gases.


    HAWTHORNE, F. (1997):
    Short-range order in amphiboles: a bond-valence approach.
    Can. Mineral. 35, 203-218.

    Professor Hawthorne describes clearly and concisely short-range order, its importance to understanding minerals and mineral growth, the difficulty in quantifying short-range order, and a method for estimating its frequency in crystals. The rest of the paper applies the theory to estimating short-range order in amphiboles. These results will be important to develop thermodynamic models for amphiboles.


    O’HANLEY,D.S. & WICKS, F. (1995):
    Conditions of formation of lizardite, chrysotile and antigorite, Cassiar, British Columbia.
    Can. Mineral. 33, 753-773.

    The paper exhibits outstanding research qualities, in addition to being well presented and scientifically sound. The skillful blending of observations, experimental data and theory has resulted in an important contribution to our outstanding of the genesis of assemblages of serpentine minerals. The paper illustrates particularly well the variety of techniques that must be mastered to understand the complexities of nature and amply demonstrates the value of mineralogy in its own right, as well as its role as a critical supplement to other subdisciplines.



    © 2006 Mineralogical Association of CanadaLast update 2014-02-05