Stavely項目是澳大利亞地球科學與維多利亞。2014年，在為了更好地了解地下地質(zhì)及其各種礦物系統(tǒng)的潛力。該地區(qū)有幾條暴露不良的地帶寒武紀火山巖和侵入巖，僅在航磁資料中可見，且與現(xiàn)代俯沖相關構造環(huán)境中發(fā)現(xiàn)的相似之處。相關礦化以斑巖、銅金和火山巖為主的塊狀硫化物礦物系統(tǒng)而聞名斯泰夫利山和黑山脈周圍的巖石裸露在外。然而，盡管有礦物的歷史可追溯到20世紀60年代末的勘探，尚未發(fā)現(xiàn)重要的經(jīng)濟礦床，以及斯塔夫利地區(qū)仍然是一個綠地地帶。考慮到地質(zhì)背景和已知礦物潛在的，機會存在的大型礦物系統(tǒng)發(fā)現(xiàn)廣泛，但比較薄，比較年輕。Stavely項目旨在通過以下途徑為Stavely地區(qū)的發(fā)現(xiàn)提供框架獲取和交付競爭前的地球科學數(shù)據(jù)。這包括完成競爭前地層鉆孔，以測試區(qū)域地質(zhì)解釋和恢復用于詳細的巖性、巖石物理、地球化學和地質(zhì)年代學分析的材料。這個研究結果將有助于了解隱伏區(qū)的礦物系統(tǒng)潛力。這些結果的地球化學解釋作為區(qū)域地質(zhì)和礦產(chǎn)的一部分Stavely Arc報告系統(tǒng)（Schofield等人，編制中）。此版本描述了用于獲取地球化學數(shù)據(jù)的地球化學方法和程序作為Stavely項目的一部分。本次發(fā)布的數(shù)據(jù)包括全巖地球化學，4酸溶分析，部分提取技術（土壤氣體碳氫化合物，移動金屬離子，離子LeachTM），硫同位素分析，釹同位素分析，鉛同位素分析，鉻鐵礦分析和黃鐵礦分析。還包括有關時空地球化學油氣的報告解釋、鉻礦巖石學和黃鐵礦特征。

The Stavely Project is a collaboration between Geoscience Australia and the Geological Survey of  Victoria. During 2014, fourteen pre-competitive stratigraphic drill holes were completed in the  prospective Stavely region in western Victoria in order to better understand subsurface geology and its  potential for a variety of mineral systems. The Stavely region hosts several belts of poorly exposed  Cambrian volcanic and intrusive rocks which are visible largely only in aeromagnetic data and have  similarities to those found in modern subduction-related tectonic settings. Mineralisation associated  with porphyry Cu-Au and volcanic-hosted massive sulphide mineral systems is known where these  rocks are exposed around Mount Stavely and the Black Range. However, despite a history of mineral  exploration dating back to the late 1960s, significant economic deposits are yet to be discovered, and  the Stavely region remains a greenfields terrane. Given the geological setting and known mineral  potential, opportunity exists for the discovery of large mineral systems beneath extensive, but  relatively thin, younger cover. The Stavely Project aims to provide the framework for discovery in the Stavely region primarily through  the acquisition and delivery of pre-competitive geoscientific data. This includes the completion of precompetitive stratigraphic drill holes in order to test regional geological interpretations and recover  material for detailed lithological, petrophysical, geochemical and geochronological analysis. The  results will assist in understanding the mineral systems potential of the Stavely region under cover. Geochemical interpretation of these results is presented as part of the Regional Geology and Mineral  Systems of the Stavely Arc report (Schofield et al., in prep). This release describes the geochemical methods and procedures used to acquire geochemical data  as part of the Stavely Project. Data presented in this release include whole rock geochemistry, four  acid digestion analysis, partial extraction techniques (soil gas hydrocarbon, Mobile Metal IonTM, Ionic  LeachTM), sulphur isotope analysis, neodymium isotope analysis, lead isotope analysis, chromite  analysis and pyrite analysis. Also included are reports on spatiotemporal geochemical hydrocarbon  interpretation, chromite petrology and pyrite characterisation.