Documentary Overview: Exploring Polymetallic Vein-Type Deposits Along the Reshun Fault for Aspiring Field Geologists This concise yet impactful documentary is designed for field geology students who are engaged in the challenging and dynamic realm of base metal mining. The focus is on the complex, fault-associated, structurally controlled polymetallic vein-type deposits along the Reshun Fault in Chitral, an area with substantial, untapped potential. The documentary highlights the intricate geology of the region, where field geologists work to identify new prospective zones rich in lead, antimony, zinc, gold, silver, and platinum group elements (PGEs). The Reshun Fault is a significant geological feature with segmented branches extending regionally, each offering a unique opportunity for discovery. The documentary emphasizes the necessity of detailed geological mapping, geophysical surveys, and core drilling to accurately assess the full resource potential of these deposits. By showcasing advanced techniques and methods, the documentary aims to equip aspiring geologists with the practical knowledge and insights needed to navigate the complexities of exploring and evaluating polymetallic vein-type deposits. Ultimately, the documentary underscores the importance of thorough exploration and detailed assessment in unlocking the region's rich mineral resources, providing students with a comprehensive understanding of the strategies required to explore these fault-associated deposits effectively. https://lnkd.in/dM4_jpdr
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Documentary Overview: Exploring Polymetallic Vein-Type Deposits Along the Reshun Fault for Aspiring Field Geologists This concise yet impactful documentary is designed for field geology students who are engaged in the challenging and dynamic realm of base metal mining. The focus is on the complex, fault-associated, structurally controlled polymetallic vein-type deposits along the Reshun Fault in Chitral, an area with substantial, untapped potential. The documentary highlights the intricate geology of the region, where field geologists work to identify new prospective zones rich in lead, antimony, zinc, gold, silver, and platinum group elements (PGEs). The Reshun Fault is a significant geological feature with segmented branches extending regionally, each offering a unique opportunity for discovery. The documentary emphasizes the necessity of detailed geological mapping, geophysical surveys, and core drilling to accurately assess the full resource potential of these deposits. By showcasing advanced techniques and methods, the documentary aims to equip aspiring geologists with the practical knowledge and insights needed to navigate the complexities of exploring and evaluating polymetallic vein-type deposits. Ultimately, the documentary underscores the importance of thorough exploration and detailed assessment in unlocking the region's rich mineral resources, providing students with a comprehensive understanding of the strategies required to explore these fault-associated deposits effectively. https://lnkd.in/dM4_jpdr
Exploring Polymetallic Vein-Type Deposits Along the Reshun Fault for Aspiring Field Geologists
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How does Structural Geology make a difference in mining projects? - It provides direct insights into the limits, size, and shape of ore bodies. - Enhances confidence in predicting ore behavior through various aspects: - Geometrical - for grade control, dilution, and targeting; - Geochemical - for grade control, ore quality, and #metallurgy; and - Geotechnical - for ground control and dilution. - Helps in defining #hydrogeological pathways, #geotechnical domains, and more. #StructuralGeology #GeologicalInsights #OreExploration #MiningIndustry #GeologicalBenefits #gradecontrol #ore #dilution #mining #geologists
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Trail Construction Insights for Geological Modeling in Mining This cross-sectional view of a trail on a slope highlights principles applicable to geological modeling in the mining industry. Designing stable slopes, managing cut-and-fill operations, and reinforcing edges with natural materials mirror the techniques used in mine planning and terrain stabilization. Such detailed designs inspire us to create accurate geological models that ensure operational safety, resource optimization, and environmental stewardship. #GeologicalModeling #MiningIndustry #SlopeStability #MinePlanning #GeotechnicalEngineering #MiningInnovation #TerrainAnalysis #EnvironmentalSustainability #MiningGeology #GeospatialEngineering
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AMC Consultants is thrilled to partake and present at the upcoming Australia Geology Symposium 2024 hosted by Datamine, taking place in Perth on September 17-18, 2024. Join Ingvar Kirchner, Geology Manager and Principal Geologist, as he delivers a presentation titled “Why MIK/LMIK (and a Bit of How),” offering a detailed exploration of Multiple Indicator Kriging (MIK) and Localized Multiple Indicator Kriging (LMIK) for complex mineralization models. Ingvar will discuss how the MIK/LMIK approach excels with mineralization types such as stockwork, sheeted vein, and disseminated styles, particularly when statistical consistency within domains is challenging. While it’s one of many estimation methods, MIK/LMIK stands out for its integration of key geological, geostatistical, and mining concepts, making it a strong choice for early-stage mining studies. The upcoming Australia Geology Symposium 2024 will focus on advancing outcomes in mine and resource geology, tackling prevalent industry challenges, and showcasing expert solutions. We invite you to connect with industry leaders and gain valuable insights! To learn more about the presentation and to register, click here: https://bit.ly/3AKYcG7 #geology #mining #mineralisation #geostatistics #modelling #minerals #exploration #data #feasibilitystudies
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Geological systematic sampling from targeted mineralized polymetallic quartz veins in remote areas involves creating a detailed grid, often using geological surveys and remote sensing. Samples are collected at regular intervals to ensure comprehensive coverage and accurate representation of mineral distribution and concentration. This process, despite challenges like difficult terrain and limited accessibility, is essential for accurate resource estimation, guiding exploration, and informing potential mining operations. The collected samples undergo rigorous analysis to determine their mineral composition and economic value. #chinar_group_of_companies #chinar_mines_and_mineral_department #we_believe_in_relationships #earth_explorer_club #earth_explorer_pvt_limited #Never_Stop_Exploring #WORK_for_NATION #work_for_country #Safety_first #Gold_Rush #polymetallic _deposits #geological_mapping #systematic_sampling #jasper #chert #gemstone #decorative_stone #Placer_gold_base_metals
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Geological systematic sampling from targeted mineralized polymetallic quartz veins in remote areas involves creating a detailed grid, often using geological surveys and remote sensing. Samples are collected at regular intervals to ensure comprehensive coverage and accurate representation of mineral distribution and concentration. This process, despite challenges like difficult terrain and limited accessibility, is essential for accurate resource estimation, guiding exploration, and informing potential mining operations. The collected samples undergo rigorous analysis to determine their mineral composition and economic value. #chinar_group_of_companies #chinar_mines_and_mineral_department #we_believe_in_relationships #earth_explorer_club #earth_explorer_pvt_limited #Never_Stop_Exploring #WORK_for_NATION #work_for_country #Safety_first #Gold_Rush #polymetallic _deposits #geological_mapping #systematic_sampling #jasper #chert #gemstone #decorative_stone #Placer_gold_base_metals
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The first video of the Mining Pages 101 playlist found on our YouTube channel - https://lnkd.in/gu4A2tdf This is a quick demonstration about how to fill out a simple face map in an underground gold mine. There are lots of variations of face maps at different mine sites with some more complex ore bodies requiring you to map the walls and backs with each face, take multiple structural measurements or have an in-depth geology description but this mapping template is quite good for your run of the mill standard narrow vein quartz which is subvertical to development. The map includes information about face basic information, a diagram or map, dimensions, survey location, sample ID’s and information, assay information, geological information face averages, coordinates and validation tick boxes. All required information on any underground face map. I also mention about taking duplicate samples within the ore and whether these can be used in production data to get a more representative grade (not to be confused in modelling). Do you have any other things you include on your underground face map at your mine site? Have you gone full digital mapping yet? Comment below ⬇️ Or would you like this template? Please contact Jordan. #Mining101 #Underground #Geology #Consultant #Contractor #MiningPages
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Faulting and #salt layer shifts created a distinctive structure, providing insights into #petroleum accumulation and the forces that shaped it! #盆地 #油气资源 Petroleum Geology & Experiment https://lnkd.in/gMr8mMBM
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