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Austral Gold Reports New Drilling Results From Jaguelito

Austral Gold Reports New Drilling Results From Jaguelito

Austral Gold公佈捷豹的新鑽探結果
newsfile ·  2023/09/11 08:30

HIGHLIGHTS

高光

  • Final assays received from the last 623 meters drilled at Jaguelito Sur. Since December 2022, Austral drilled a total of 4,331 meters at Jaguelito Norte and Sur in accordance with the option agreement with Mexplort to acquire up to 50% of the project.
  • Best intercept from latest drilling results:
  • 在南亞蓋利托鑽探的最後623米收到的最終化驗結果。自2022年12月以來，澳大利亞鋁業根據與Mexplort達成的期權協定，在Jaguelito Norte和Sur總共鑽探了4,331米，以收購該專案至多50%的股份。
  • 最新鑽探結果的最佳截獲：
Sagitario target
(Sur Zone)		 DJS-001A: 14m @ 0.70 gpt gold and 17 gpt silver
Including 4.4m@ 1.44 gpt gold and 30 gpt silver
薩吉塔裡奧目標
(秀克爾區)		 DJS-001A：14M@0.70 Gpt黃金和17 Gpt銀牌
包括4.4米@1.44加侖黃金和30加侖白銀

Sydney, Australia--(Newsfile Corp. - September 11, 2023) - Established gold producer Austral Gold Limited (ASX: AGD) (TSXV: AGLD) (OTCQB: AGLDF) (the "Company" or "Austral") has completed the first stage of drilling at the Jaguelito Project in Argentina's prolific El Indio Gold Belt.

澳大利亞雪梨-(Newsfile Corp.-2023年9月11日)-老牌黃金生產商南方黃金有限公司(多倫多證券交易所股票代碼：AGD)(多倫多證券交易所股票代碼：AGLD)(場外交易市場：AGLDF)(The“公司”或“澳大利亞人”)已經完成了位於阿根廷多產的El Indio金礦帶的Jaguelito專案的第一階段鑽探。

At the Sagitario target at Jaguelito Sur (see Figure 2 below), drill hole DJS-001A intersected 14.0 m @ 0.7 gpt Au & 17 gpt Ag, starting at 133m, including 4.4m @ 1.44 gpt Au & 30 gpt Ag, from 143m. The hole reached a significant depth of over 400m, marking the largest phreatomagmatic column encountered in the project to date. The results indicate that one of the five surface-identified centers at Jaguelito Sur is similar to the dimensions and intensity of high-sulphidation deposits in this metallogenic belt.

在南亞蓋利托的Sagitario目標(見下圖2)，DJS-001A孔從143米開始，相交14.0米@0.7 gpt Au和17 gpt Ag，其中4.4米@1.44 gpt Au和30 gpt Ag。這個洞的深度超過400米，標誌著該專案迄今遇到的最大的矽藻土巖漿柱。結果表明，南亞蓋利托五個地表識別中心中的一個與該成礦帶內高硫化礦床的規模和強度相似。

Gold and silver mineralisation, in line with our exploratory model, is high-sulfidation and hosted predominantly in phreatomagmatic rocks. Gold is associated with grey silica flooding in vuggy silica and quartz-alunite-jarosite hydrothermal alteration.

根據我們的勘探模型，金銀礦化是高硫化的，主要賦存於雲母巖漿巖中。金與洞穴狀二氧化矽和石英-明礬石-黃鉀鐵礬礦熱液蝕變中的灰色二氧化矽氾濫有關。

Austral drilled a total of 4,331m across two sectors at the Jaguelito project: Jaguelito Norte1 and Jaguelito Sur.

南方鋁業在Jaguelito專案的兩個部門總共鑽了4331米：Jaguelito Norte1和南亞蓋利托。

In accordance with the Company's agreement with Mexplort Perforaciones Mineras SA ("Mexplort")[1], Austral intends to exercise its option to acquire 50% of the project by drilling additional 700m to satisfy the 5,000m drilling commitment under Stage 1 of the agreement. The 700m are expected to be drilled in a new program to be jointly developed with Mexplort later this year. As of 31 August 2023, drilling campaign costs totalled approximately US$4.7M.

根據公司與Mexplort Perforacones Minera SA(“Mexplort”)的協定[1]根據協定第一階段的5,000米鑽探承諾，澳大利亞鋁業擬行使其購入該專案50%權益的選擇權，額外鑽探700米。預計這700米的鑽探將在今年晚些時候與Mexplort聯合開發的一個新專案中進行。截至2023年8月31日，鑽探活動總成本約為470萬美元。

Austral Gold's Chief Executive Officer, Stabro Kasaneva said: "We are pleased initial drilling at Jaguelito has confirmed northwest structural mineralisation controls, which are crucial for HS-type epithermal deposits during the Miocene era in the region. Based on the results obtained to date, we are planning a new drill program."

澳大利亞黃金公司的首席執行官，斯塔布羅·卡薩內娃他說：“我們很高興Jaguelito的初步鑽探已經確認了西北構造礦化控制，這對該地區中新世時期HS類型的淺成熱液礦床至關重要。根據迄今取得的成果，我們正在計劃一個新的鑽探計劃。”

Figure 1. Jaguelito Project located in the Indio Belt, Argentina

圖1.位於阿根廷印地奧帶的Jaguelito專案


Table 1: Jaguelito Sur Drill results


表1：Jaguelito Sur鑽探結果

Figure 2. Jaguelito Sur drill hole locations

圖2。Jaguelito Sur鑽孔位置

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

多倫多證券交易所風險交易所及其監管服務提供商(該術語在多倫多證券交易所的政策中定義)均不對本新聞稿的充分性或準確性承擔責任。

Release approved by the Chief Executive Officer of Austral Gold, Stabro Kasaneva.

由澳大利亞黃金公司首席執行官Stabro Kasaneva批准發佈。

For more information please contact:

如需更多資訊，請聯繫：

Jose Bordogna
Chief Financial Officer
Phone: +61 466 892 307
jose.bordogna@australgold.com

何塞·博爾多尼亞
首席財務官
電話：+61 466 892 307
郵箱：jose.bordogna@australgold.com

Gareth Quinn
Media and Investor Relations
Phone +61 417 711 108
gareth@republicpr.com.au

加雷斯·奎恩
媒體和投資者關係
電話：+61 417 711 108
郵箱：gareth@reRepublic pr.com.au

Forward Looking Statements

前瞻性陳述

Statements in this news release that are not historical facts are forward-looking statements. Forward-looking statements are statements that are not historical, and consist primarily of projections - statements regarding future plans, expectations and developments. Words such as "expects", "intends", "plans", "may", "could", "potential", "should", "anticipates", "likely", "believes" and words of similar import tend to identify forward-looking statements. Forward-looking statements in this news release include Austral intends to exercise its option to acquire 50% of the project by drilling an additional 700 meters to satisfy its 5,000m drilling commitment under Stage 1 of the agreement, the 700 meters are expected to be drilled in a new program to be jointly developed with Mexplort later this year, and the Company's 2023 forecasted production.

本新聞稿中非歷史事實的陳述為前瞻性陳述。前瞻性陳述是非歷史性的陳述，主要由預測組成--關於未來計劃、預期和發展的陳述。諸如“預期”、“打算”、“計劃”、“可能”、“可能”、“應該”、“預期”、“可能”、“相信”等詞語以及類似重要性的詞語傾向於識別前瞻性陳述。本新聞稿中的前瞻性陳述包括：澳大利亞鋁業公司打算行使其選擇權，通過再鑽探700米來收購該專案50%的股份，以履行協定第一階段規定的5000米鑽探承諾；預計將在今年晚些時候與Mexplort聯合開發的新專案中鑽探這700米；以及該公司2023年的預測產量。

All of these forward-looking statements are subject to a variety of known and unknown risks, uncertainties and other factors that could cause actual events or results to differ from those expressed or implied, including, without limitation, business integration risks; uncertainty of production, development plans and cost estimates, commodity price fluctuations; political or economic instability and regulatory changes; currency fluctuations, the state of the capital markets especially in light of the effects of the novel coronavirus, uncertainty in the measurement of mineral reserves and resource estimates, Austral's ability to attract and retain qualified personnel and management, potential labour unrest, reclamation and closure requirements for mineral properties; unpredictable risks and hazards related to the development and operation of a mine or mineral property that are beyond the Company's control, the availability of capital to fund all of the Company's projects and other risks and uncertainties identified under the heading "Risk Factors" in the Company's continuous disclosure documents filed on the ASX and on SEDAR. You are cautioned that the foregoing list is not exhaustive of all factors and assumptions which may have been used. Austral cannot assure you that actual events, performance or results will be consistent with these forward-looking statements, and management's assumptions may prove to be incorrect. Austral's forward-looking statements reflect current expectations regarding future events and operating performance and speak only as of the date hereof and Austral does not assume any obligation to update forward-looking statements if circumstances or management's beliefs, expectations or opinions should change other than as required by applicable law. For the reasons set forth above, you should not place undue reliance on forward-looking statements.

所有這些前瞻性陳述都會受到各種已知和未知的風險、不確定因素和其他因素的影響，這些因素可能導致實際事件或結果與明示或暗示的不同，包括但不限於：業務整合風險；生產、開發計劃和成本估計的不確定性；商品價格波動；政治或經濟不穩定和監管變化；匯率波動；資本市場的狀況，特別是鑑於新型冠狀病毒的影響；礦產儲量和資源估算的不確定性；澳大利亞吸引和留住合格人員和管理人員的能力；潛在的勞工騷亂；對礦產的填海和關閉要求；與公司無法控制的礦山或礦產的開發和運營有關的不可預測的風險和危險、為公司所有專案提供資金的可獲得性，以及公司在提交給澳大利亞證券交易所和SEDAR的持續披露檔案中“風險因素”項下確定的其他風險和不確定因素。請注意，上述列表並未詳盡列出可能已使用的所有因素和假設。澳大利亞航空公司不能向您保證實際事件、業績或結果將與這些前瞻性陳述一致，管理層的假設可能被證明是不正確的。奧塞爾公司的前瞻性陳述反映了對未來事件和經營業績的當前預期，僅在本新聞稿發佈之日發表，如果情況或管理層的信念、預期或意見發生變化，奧科公司不承擔任何更新前瞻性陳述的義務，除非適用法律要求。出於上述原因，您不應過度依賴前瞻性陳述。

Confirmation: For the purposes of ASX Listing Rule 5.23.2, Austral confirms that is not aware of any information or data that materially affects the information included in its press release dated 24 April 2023.

確認：就澳交所上市規則第5.23.2條而言，南澳確認並不知悉任何對其日期為2023年4月24日的新聞稿中所包含的資訊有重大影響的資訊或數據。

Competent Person

能勝任的人

Technical information in this media release that relates to Exploration Results is based on work supervised, or compiled on behalf of Robert Trzebski, a Director of the Company. Dr. Trzebski, who is a member of the Australasian Institute of Mining and Metallurgy (AusIMM) and qualifies as a Competent Person as defined in the 2012 Edition of the 'Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves' consents to the inclusion of the technical information that he has reviewed and approved or has been compiled on his behalf.

本新聞稿中與勘探結果相關的技術資訊是基於公司旗下董事公司下屬的羅伯特·特雷布斯基監督或匯編的工作。Trzebski博士是澳大拉西亞礦冶研究所(AusIMM)的成員，並符合2012版“澳大拉西亞勘探結果、礦產資源和礦石儲量報告守則”所界定的稱職人士資格，他同意納入他審閱和批准的或代表他匯編的技術資訊。

About Jaguelito

關於Jaguelito

The Jaguelito Project is an advanced exploration stage project located in located in one of the main districts of precious metals worldwide; the El Indio - Pascua Lama district in the Province of San Juan, Argentina. Its deposits, of the high sulfidation epithermal type of Miocene age, include mines in production, construction and exploration.

Jaguelito專案是一個高級勘探階段專案，位於阿根廷聖胡安省的El Indio-Pascua Lama區，位於全球貴金屬主要產區之一。礦床為中新世高硫化淺成熱液型礦床，包括生產、建設和勘探中的礦山。

The Jaguelito project covers an area of 11,000 approximately hectares, and over 150 holes (~30,000m) were drilled by previous owners (Minera Peñoles, Minera IRL) between 1996 and 2009. It is located approximately 225km northwest of the city of San Juan in Valle del Cura, Iglesias Department, San Juan Province, Argentina. Its central coordinates are 29° 46' 20" West Latitude, 69° 38' 15 South Longitude and a variable altitude between 3,600 and 4,300 meters above sea level. Jagüelito is a high sulfidation epithermal deposit related to a Miocene volcanism hosted in basement of Permo-Triassic age. Its mineralisation is related to a hydrothermal system controlled by northeast-southwest oriented faults and hosted in porouspermeable volcaniclastic units. These rocks allowed the circulation of precursor acidic hydrothermal fluids that strongly altered the rocks through which they circulated, generating a secondary porosity or vuggy silica, in the alteration cores. The high porosity product of the alteration served as a conduit for the posthumous hydrothermal fluids responsible for the mineralisation of gold and silver.

Jaguelito專案佔地約11,000公頃，前業主(Minera Peñoles，Minera IRL)在1996年至2009年期間鑽探了150多個孔(~30,000米)。它位於阿根廷聖胡安省伊格萊西亞斯省庫拉谷聖胡安市西北約225公里處。其中心座標為西緯29°46‘20“，南經69°38’15，海拔3600米至4300米。佳谷̈埃利托是與產於二疊-三疊紀基底的中新世火山作用有關的高硫化淺成熱液礦床。其礦化與受東北-西南向斷裂控制的熱液系統有關，賦存於可滲透的火山碎屑單元中。這些岩石允許先驅酸性熱液的迴圈，這些流體強烈地改變了它們所流經的岩石，在蝕變巖芯中產生了次生孔洞或洞穴狀二氧化矽。蝕變的高孔隙度產物為導致金銀礦化的死後熱液提供了管道。

About Austral Gold

關於澳大利亞黃金公司

Austral Gold is a growing gold and silver mining producer building a portfolio of quality assets in the Americas. Austral continues to lay the foundation for its growth strategy by advancing its attractive portfolio of producing and exploration assets.

南方黃金是一家不斷增長的黃金和銀礦生產商，在美洲建立了優質資產組合。澳大利亞鋁業通過推進其具有吸引力的生產和勘探資產組合，繼續為其增長戰略奠定基礎。

OPERATIONS

運營

  • Guanaco and Amancaya mines, Antofagasta Province, Chile (100% interest)
    Open pit and underground.
    2022 Production: 27,686 gold equivalent ounces
    2023 Forecast: 32,000-36,000 gold equivalent ounces
  • 智利安託法加斯塔省的瓜納科和阿曼卡亞礦(100%利息)
    露天煤礦和地下煤礦。
    2022年產量：27686金當量盎司
    2023年預測：32,000-36,000黃金當量盎司
  • Casposo/Manantiales Mine Complex, San Juan Province, Argentina (100% interest)
    Gold and silver mine currently in care and maintenance. Strategy is to restart profitable mining operations.
  • 阿根廷聖胡安省Casposo/Manantiales礦山綜合體(100%利息)
    金銀礦目前正在維護和維護中。戰略是重啟有利可圖的採礦業務。

EXPLORATION

探險

CHILE

智利

  • Paleocene Belt, Chile
  • Guanaco District
  • Amancaya District
  • Las Pampa District
  • 智利古新世帶
  • 瓜納科區
  • 阿曼卡亞區
  • 拉斯潘帕區

ARGENTINA

阿根廷

  • Triassic Choiyoi Belt
  • Indio Belt
  • Deseado Massif
  • 三疊紀Choiyoi帶
  • 印地安腰帶
  • Deseado Massif

EQUITY INVESTMENTS

股權投資

  • Unico Silver Limited, an ASX listed company (17% interest)
  • Rawhide Mine, private vehicle, Fallon, Nevada, USA (24% interest)
  • Ensign Minerals Inc., private vehicle, Utah, USA (12% interest)
  • Pampa Metals Corp, a CSE listed company (5.5% interest)
  • 澳交所上市公司Unico Silver Limited(17%權益)
  • Rawhide More，私家車，美國內華達州法倫(24%權益)
  • Ensign Minerals Inc.，私人車輛，美國猶他州(12%權益)
  • Pampa Metals Corp，一家CSE上市公司(5.5%權益)

JAGUELITO EXPLORATION PROJECT
JORC Code, 2012 Edition - Table 2 Report
Section 1 Sampling Techniques and Data
(Criteria in this section apply to all succeeding sections.)

JAGUELITO勘探專案
JORC代碼，2012版-表2報告
第一節抽樣技術和數據
(本節中的標準適用於隨後的所有章節。)

Criteria Commentary
Sampling techniques
  • Industry-standard practices were used for sampling diamond drilling.
  • The diamond drilling core was recovered from drill rods and stored in core's wooden boxes, where it was geologically logged, then half core samples were taken using an automatic core splitter, bagged, and sent to the laboratory.
  • Samples were assayed for gold, mercury (cold vapor), and ICP-Mass (39 elements package) at a certified external laboratory, Asi (Argentina).
  • Rock chip sampling of outcropping rocks.
  • The outcrop geologic logging is performed by an experienced geologist who records the alteration and other specifics geological features.
Drilling techniques
  • Drilling techniques used were surface core drilling rig producing core at HQ size.
  • Positioning of the drilling machine using Brunton compass and clinometer.
Drill sample recovery
  • Sample recovery is generally >95%.
  • The mineralised zone appeared to be quite competent and core recoveries were excellent.
  • All core was carefully placed in HQ sized core wooden boxes and transported a short distance to a core processing-sampling area where core recovery, depth markup and photography could be completed.
Logging
  • The diamond drill core was geologically logged using predefined logging codes for lithological, mineralogical, and physical characteristics.
  • Structural and geotechnical measurements and the estimation of recoveries were quantified in nature.
  • The drill cores are photographed and digitally stored for visual reference.
  • All holes are logged from the beginning to the end.
Sub- sampling techniques and sample preparation
  • For the diamond drill holes, sample intervals are marked, and the core was cut in half by an automatic splitter. One of the core halves is placed in a plastic bag and tagged with a unique sample number or a code number. The other half of the core is returned to the core wooden box for securely storing.
  • If assays need to be checked by a second lab (internal or external) the second core half stored is cut in half (1/4) using one half for assays check and the other half (1/4) is returned to the core wooden box for securely storing.
Quality of assay data and laboratory tests
  • Drill samples are collected, bagged, coded, and sent to Asi laboratory. At the Laboratory facility, the samples are crushed and prepared. Gold assays are done using FA-AAS procedure on a 50g sample weight.
  • ICP-OES radial method with Aqua Regia 0.2 gr digestion with a total determination of 39 elements (Accredited Method by ISO 9001:2015; ISO 17025:2017).
  • Mercury analysis of 0.2 gr in Aqua Regia, total determination by AAS cold vapor.
  • Internal laboratory checks were made regarding sample preparation and assaying procedures.
  • QA/QC procedures include the definition of a "Geochemical Check List" where all parameters are set to ensure adequate control over the stages of preparation and chemical analysis of diamond core samples. Blanks, standard and field duplicate are inserted with a frequency of 5%, coarse duplicates 2.25% and pulp duplicates 1.25%.
    A new quality control configuration has been proposed which inserts 5 control samples in a batch of 40 samples. The 5 controls configuration is defined as 2 standard control samples, 1 blank sample, 1 fine coarse rejected sample (pulp) and 1 very coarse rejected sample.
    Levels of acceptancy for standard samples are to 3sd.
Verification of sampling and assaying
  • Samples data type manually into electronic spreadsheets.
  • The spreadsheets are stored on servers whose hardware is securely housed in the mine.
  • The data is loaded in software such as Target for ArcGIS and Leapfrog to identify possible errors in manual data loading.
Location of data points
  • The drilling collar survey used Trimble TSC3 Differential GPS, +- 1cm precision.
  • The datum used was Campus Inchauspe and Gauss Kruger Argentina coordinate system.
  • Downhole surveys are completed by downhole methods (Reflex EZ-TRAC) at regular intervals (50 m and total hole).
Data spacing and distribution
  • Exploration drilling per target is in sections and drill hole spacing is irregular to confirm extensions of mineralisation, according to lithological and structural criteria.
  • No sample compositing is applied during the sampling process.
Orientation of data in relation to geological structure
  • Drilling sections are designed to intercept structures as perpendicular as possible with available surface and underground data.
  • Continuous saw blade channel samples trenches were transformed to sub-horizontal drill hole traces and then incorporated into the drill hole database. Such channels were done in outcrops across mineralized quartz vein, and sampling included low grade or barren material taken from wall rock in both sides of the mineralized vein.
  • Overall, there is considered to be no sampling bias from the orientation of the drilling.
Sample security
  • Samples are transported from the sampling area to the certified external lab via laboratory transport. The laboratory received sample dispatch documents for every sample batch.
  • Laboratory returns pulp samples and excess material.
Audits or reviews
  • Not applicable.
標準 評注
抽樣技術
  • 對鑽石鑽探進行抽樣採用了行業標準做法。
  • 鑽石鑽探巖芯從鑽桿中被回收並儲存在巖芯的木箱中，在那裡進行地質記錄，然後使用自動巖芯分離器採集一半巖芯樣本，打包並送往實驗室。
  • 樣品在經認證的外部實驗室ASI(阿根廷)化驗金、汞(冷蒸氣)和電感耦合等離子體質量(39元素包)。
  • 露頭岩石的岩屑樣品。
  • 露頭地質錄井由經驗豐富的地質學家進行，記錄蝕變和其他具體的地質特徵。
鑽井技術
  • 使用的鑽井技術是地面岩心鑽機，生產HQ尺寸的岩心。
  • 使用布倫頓羅盤和測斜儀對鑽機進行定位。
鑽探樣品回收
  • 樣品回收率一般在95%以上。
  • 礦化帶似乎相當稱職，岩心回收率極佳。
  • 所有的岩心都被小心地放置在總部大小的岩心木箱中，並短距離地運送到岩心處理採樣區，在那裡可以完成岩心回收、深度標記和攝影。
日誌記錄
  • 使用針對巖性、礦物學和物理特徵的預定義記錄代碼對鑽石鑽芯進行地質記錄。
  • 結構和岩土測量以及對回收率的估計在性質上是量化的。
  • 鑽芯被拍照並以數位方式存儲，以供視覺參考。
  • 所有的孔都會從頭到尾記錄下來。
二次採樣技術和樣品製備
  • 對於鑽石鑽孔，標明瞭取樣間隔，並用自動分割器將岩心切成兩半。其中一半的芯子被放在塑膠袋中，並貼上唯一的樣本號或代碼號。另一半的芯子被放回芯子木箱中安全儲存。
  • 如果分析需要由第二個實驗室(內部或外部)檢查，則將儲存的第二半巖芯切成兩半(1/4)，其中一半用於分析檢查，另一半(1/4)返回巖芯木箱以安全儲存。
化驗數據和實驗室測試的質量
  • 鑽井樣本被收集、裝袋、編碼，並送往ASI實驗室。在實驗室設施中，樣品被粉碎和準備。金的分析是使用FA-AAS程式進行的，樣品重量為50克。
  • 採用王水0.2GR消化的電感耦合等離子體發射光譜放射法，共測定39種元素(ISO9001：2015年認可的方法；ISO 17025：2017年認可的方法)。
  • 水中0.2克汞的分析，原子吸收光譜分析總汞。
  • 對樣品製備和分析程式進行了實驗室內部檢查。
  • QA/QC程式包括“地球化學檢查表”的定義，其中設置了所有參數，以確保對鑽石芯樣的製備和化學分析階段進行充分控制。空白、標準和現場複製的插入頻率為5%，粗複製為2.25%，紙漿複製為1.25%。
    提出了一種新的質控配置，即在一批40個樣品中插入5個對照樣品。5種控制配置定義為2個標準對照樣品、1個空白樣品、1個細粗廢品(紙漿)和1個極粗廢品。
    標準樣品的接受度為3SD。
取樣和化驗的驗證
  • 手動將數據類型輸入電子錶格的樣本。
  • 電子錶格存儲在服務器上，其硬體安全地存放在礦井中。
  • 數據被載入到Target for ArcGIS和LeapFrog等軟體中，以確定手動數據載入中可能出現的錯誤。
數據點的位置
  • 鑽箍測量採用Trimble TSC3差分GPS，精度+-1 cm。
  • 使用的基準是Campus Inchauspe和Gauss Kruger阿根廷坐標系。
  • 井下測量採用井下測量方法(Reflex EZ-TRAC)，每隔一定的井距(50m和全井)完成。
數據間隔和分佈
  • 根據巖性和構造標準，每個目標的勘探鑽探是分段的，鑽孔間距是不規則的，以確認礦化的延伸。
  • 在採樣過程中不應用樣本合成。
與地質構造相關的數據定向
  • 鑽井區段的設計目的是利用可獲得的地面和地下數據，盡可能垂直地截取結構。
  • 將連續鋸片溝槽樣本轉換為亞水準鑽孔軌跡，並納入鑽孔資料庫。這種通道是在礦化石英脈的露頭中完成的，採樣包括從礦化脈兩側的圍巖中提取的低品位或貧瘠的物質。
  • 總體而言，從鑽井的方向來看，不存在採樣偏差。
示例安全
  • 樣品通過實驗室運輸從採樣區運送到經認證的外部實驗室。實驗室收到了每個樣品批次的樣品發送檔案。
  • 實驗室退回紙漿樣品和多餘的材料。
審計或審查
  • 不適用。

Section 2 Reporting of Exploration Results
(Criteria listed in the preceding section also apply to this section)

第二節報告勘探成果
(上一節列出的標準也適用於本節)

Criteria Commentary
Mineral tenement and land tenure status
  • Mexplort, together with Austral Gold, have an agreement with Provincial Institute of Explorations and Mining Exploitations (IPEEM ) for the exploration of the Jaguelito project.
  • The mining property includes 8 "Discovery manifestation", covering an area of 11,700 hectares.
Exploration done by other parties
  • Between 1995 and 2002, the project was explored by Peñoles, who developed the project in an advanced manner, with more than 24,000 m of drilling (approx. 100 drill holes), extensive geophysical coverage (Mag-Rad, IP, CSAMT) and defined a Resource of 17.2 Mt @ 0.59 gpt Au and 52.2 gpt Ag.
  • Between 1999 and 2000, the project was explored by Minera IRL, who concentrated their activities only in Jaguelito Norte, with more than 5700 m of drilling (52 holes) and re-defined resources of 282,000 Oz Au.
  • As of 2011 Mexplort, through an agreement with IPEEM, began work on the project, consolidating historical information, with metallurgy studies and modeling and performing a new calculation of resources.
Geology
  • Jagüelito is a high sulfidation epithermal deposit related to a Miocene volcanism hosted in basement of Permo-Triassic age. Its mineralisation is related to a hydrothermal system controlled by northeast-southwest oriented faults and hosted in porous-permeable volcaniclastic units. These rocks allowed the circulation of precursor acidic hydrothermal fluids that strongly altered the rocks through which they circulated, generating a secondary porosity or vuggy silica, in the alteration cores. The high porosity product of the alteration served as a conduit for the posthumous hydrothermal fluids responsible for the mineralisation of gold and silver.
Drill hole Information
  • Not applicable.
Data aggregation methods
  • Sum product Weighted averaging was used to report gold and silver grades over sample intervals that contained more than one sample. Significant intercepts were reported at 0.2 g/t Au cutoff.
Relationship between mineralisation widths and intercept lengths
  • The orientation of the veins is generally north, and the dip of the mineralisation is sub-vertical.
  • The majority of drilling is oriented close to perpendicular to a new concept of gold ore control related to northwest direction. The intersection length is measured down the hole trace and may not be the true width.
Diagrams
  • Sections are included in the report above this.
Balanced reporting
  • All assay results that are considered anomalous are reported, and in diagrams where low grades were encountered where the structures were intersected the assay results are reported as from the laboratory.
Other substantive exploration data
  • No metallurgical samples or bulk density sampling has currently been undertaken with the reported drilling results. Eventually, if the samples are used, they will be reported at such time.
Further work
  • Commence the design of the next drilling campaign.
標準 評注
礦業權和土地保有權狀況
  • Mexplort和澳大利亞黃金公司與省勘探和採礦開發研究所(IPEEM)就Jaguelito專案的勘探達成了一項協定。
  • 該礦區包括8處“發現者”，佔地1.17萬公頃。
其他方面的探索
  • 在1995年至2002年間，該專案由Peñoles勘探，他以先進的方式開發了該專案，鑽探深度超過24,000米(約合100個鑽孔)，廣泛的地球物理覆蓋範圍(Mag-Rad，IP，CSAMT)，並定義了17.2Mt@0.59gpt Au和52.2gpt Ag的資源量。
  • 1999年至2000年期間，Minera IRL勘探了該專案，他們的活動僅集中在Jaguelito Norte，鑽探深度超過5700米(52個孔)，重新確定的資源為282,000盎司金。
  • 截至2011年，Mexplort通過與IPEEM達成協定，開始了該專案的工作，整合了歷史資訊，進行了冶金研究和建模，並進行了新的資源計算。
地質學
  • 佳谷̈埃利托是與產於二疊-三疊紀基底的中新世火山作用有關的高硫化淺成熱液礦床。其成礦作用與受東北-西南向斷裂控制的熱液系統有關，賦存於多孔、可滲透的火山碎屑單元中。這些岩石允許先驅酸性熱液的迴圈，這些流體強烈地改變了它們所流經的岩石，在蝕變巖芯中產生了次生孔洞或洞穴狀二氧化矽。蝕變的高孔隙度產物為導致金銀礦化的死後熱液提供了管道。
鑽孔資訊
  • 不適用。
數據聚合方法
  • 總和乘積加權平均被用來報告包含一個以上樣本的樣本區間內的金和銀品位。據報道，在0.2g/t Au的截止點上截獲了大量黃金。
礦化寬度與截距長度的關係
  • 礦脈的走向一般為北向，礦化的傾角為近垂直。
  • 大多數鑽探的方向接近垂直，與西北方向有關的金礦控制新概念。交點長度沿孔跡向下測量，可能不是真實寬度。
圖解
  • 各節包括在上面的報告中。
平衡報告
  • 所有被認為異常的化驗結果都會被報告，在結構相交處遇到低等級的圖表中，化驗結果會被報告為實驗室的結果。
其他實質性勘探數據
  • 目前沒有對報告的鑽探結果進行冶金樣品或散裝密度採樣。最終，如果樣本被使用，他們將在這個時候被報告。
進一步工作
  • 開始下一次鑽探活動的設計。

[1] Refer Media Release dated 2 December 2022 Austral Gold begins drilling at Jaguelito in Argentina and Media Release dated 24 April 2023 Diamond drilling returns gold and silver intercepts at Jaguelito Project, Argentina.

[1]參考媒體新聞稿日期為2022年12月2日，南方黃金開始在阿根廷Jaguelito鑽探，媒體新聞稿日期為2023年4月24日鑽石鑽探返回阿根廷Jaguelito專案截獲的黃金和白銀。

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