Constraints on the geology, geochemistry, origin, and regional correlations of Paleoproterozoic gold-bearing rocks, Fisher property, northern Saskatchewan**

加拿大拥有丰富的自然资源，特别是加拿大北部的经济发展是由这些资源的寻找和可持续开发驱动的。例如，魁北克省、安大略省和西北地区的大多数大型金矿都与断层和石英脉有关，这些断层和石英脉切割了加拿大地盾的太古宙岩石（年龄超过25亿年）。这些被称为“造山带金矿”，因为它们是在古代造山活动中形成的。最近，在努纳武特地区较年轻的古元古代（25亿至16亿年前）的岩石中发现了一些重要的这种矿床的例子。与SSR矿业公司合作开发了该提案，该公司经营着Seabee黄金业务，该业务位于萨斯喀彻温省北部类似年龄的岩石中。该公司一直在经营最近关闭的Seabee金矿和邻近的Santoy金矿，并正在积极勘探邻近地区，寻找新的、有希望的经济金矿化。具体来说，该项目将成为萨斯喀彻温大学硕士论文的一部分，并将重点分析来自勘探性质的各种岩石类型的代表性样品。岩石的薄片将被用来确定矿物、结构和矿物的组成，使用岩石显微镜和电子显微探针分析；后一种技术并不是矿业公司经常使用的。部分岩石还将被分析其整体化学成分，这将为岩石形成时的起源和构造环境提供限制。最终，该公司将更好地了解该地区岩石的起源，并能够将勘探重点放在最有可能容纳新矿床的岩石类型上。在萨斯喀彻温省北部这个孤立的加拿大地盾地区，新矿床的发现将激发经济活动。

Canada is well endowed with natural resources, and economic development in northern Canada, in particular, is driven by the search for, and sustainable exploitation of these resources. As an example, most of the large gold deposits in Quebec, Ontario, and the NWT, are associated with faults and quartz veins that cut rocks of the Canadian Shield that are Archean in age (older than 2.5 billion years old). These are called "orogenic gold deposits" as they formed during ancient, mountain building events, and recently some significant examples of this type of deposit have been discovered in younger, Paleoproterozoic (2.5 to 1.6 billion years old) rocks in Nunavut. SSR Mining, the company with which this proposal has been developed, operates the Seabee Gold Operation, which is within similar age rocks in northern Saskatchewan. The company has been operating the Seabee gold deposit, which recently closed, and the adjacent Santoy deposit, and are actively exploring the adjacent area in the search for new, and hopefully, economic gold mineralization. In detail, the project will form part of a M.Sc. thesis at the University of Saskatchewan, and will focus on the analysis of representative samples of the various rock types from the exploration property. Thin sections of the rocks will be used to determine the minerals, textures, and the composition of the minerals, using petrographic microscopy, and electron microprobe analysis; the latter technique is not routinely available to minerals companies. A portion of the rocks will also be analyzed for their overall chemical composition, which will provide constraints on the origin, and tectonic setting at the time the rocks formed. In the end, the company will have a better understanding of the origin of the rocks in the region, and be able to focus their exploration on the rock types with the best chance of hosting new deposits. The discovery of a new deposit would spark economic activity in this isolated part of the Canadian Shield in northern Saskatchewan.