成矿系统到勘查系统.PDFVIP

第 14 卷 第 1 期 ( ( ) ) 地学前缘 中国地质大学 北京 ; 北京大学 Vol . 14 No . 1 2007 年 1 月 Eart h Science Frontier s ( China U niver sit y of Geo sciences ,Beij ing ; Peking U niver sit y) J an . 2007 地球系统 、成矿系统到勘查系统 翟裕生 中国地质大学 地质过程与矿产资源国家重点实验室 ,北京 100083 Zhai Yu sheng S t ate Key L aboratory of Geol og ical P rocesses an d M i neral R es ou rces , Chi na Uni vers ity of Geosciences , B eij i ng 100083 , Chi na Zhai Yusheng. Earth system , metallogenic system to exploration system. Ea r t h Science F r ont ier s ,2007 , 14( 1) :172181 Abstract : In t he 2 1st cent ury , t he mineral depo sit geology and mining indu st ry show s t wo new import ant t rends : ( 1) globalization ; (2) harmonic develop ment of ore exp loit ation and environment al p rot ection . Aft er a brief di scu ssion on Eart h syst em science , t he aut hor p ut s forward two viewpoint s of t he st udy of met allogeny ba sed on Eart h sy st em science , namely : ( 1) a met allo genic syst em i s a sp ecial kind of geological sy st em s ; (2) an abrup t geoevent show s dual feat ures bot h of a di sa st er and of a mineral resource , i . e . , a di sa st er may be a pot ential of mineral resource . The aut hor st resses t hat research on oreforming environment and oreforming p rocesses should be synchronized wit h t he st udy of Eart h syst em science , i . e . , we should enhance met allo gen ic sy st em research to t he level of Eart h sy st em science , in or der to p rovide a global basi s for t he develop ment of mineral depo sit geology . A met allogenic sy st em i s a nat ural sy st em wit h oreforming function s , which includes