// Copyright (c) mindat.org 1993-2009 function j(lat,long) {var point = new GLatLng(lat,long); map.setCenter(point, 16);} function cm(lat,long,html,name) { var point = new GLatLng(lat,long); var marker = new GMarker(point,{icon:icon, title:name}); GEvent.addListener(marker, "click", function() { marker.openInfoWindowHtml(jsunpack(html)); // // map.panTo(marker.getPoint()); var zoom = map.getZoom(); if(zoom<9) zoom=9; map.setZoom(zoom); map.setCenter(marker.getPoint(), zoom); }); GEvent.addListener(marker,"mouseover", function() { marker.setImage("kml-gm-o.png"); }); GEvent.addListener(marker,"mouseout", function() { marker.setImage("kml-gm.png"); }); clus.AddMarker(marker,name); } function jsunpack(txt) { txt=txt.replace(/~~/,"
"); txt=txt.replace(/~!/,""); txt=txt.replace(/~\)/,"
Reference: "); return (txt); } function loadPoints() { cm(32.7063888889,-110.683055556,"~~3380.html\">Mammoth-Saint Anthony Mine (Mammoth-St Anthony Mine; Mammoth Mine; St. Anthony Mine), St. Anthony deposit, Tiger, Mammoth District, Pinal Co., Arizona, USA
~)Anthony, J.W., et al (1995), Mineralogy of Arizona, 3rd.ed.: 282; Williams, S.A. & M. Duggan (1980), La macquartite: Un nouveau silico-chromate de Tiger, AZ, Bull. Mineral.: 103: 530-532.
~$~!0015350001236227714.jpg\">Macquartite
© Brent Thorne

Macquartite crystals associated with fluorite, willemite, dioptase, wulfenite, and fornacite. Field of view, 1mm x 1mm. Brent Thorne specimen and photograph.~%
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