High-Quality Gold Targets Advanced at Purdy’s North, Becher Area, and Nunyerry
· Comprehensive exploration update regarding large-scale exploration programs underway across Novo’s highly prospective 11,000 sq km portfolio of Pilbara tenements (*Figure 1*).
· Purdy’s North reverse circulation (“*RC*”) drilling is ongoing at the *Morto Lago* gold-copper target with drilling intersecting several zones of quartz-veining and alteration, with assays pending. *Morto Lago* is adjacent to Azure Minerals Limited’s (“*Azure*”) Andover nickel-copper-cobalt discovery (“*Andover*”) and Artemis Resources Limited’s (“*Artemis*”) Carlow Castle gold-copper-cobalt discovery (“*Carlow Castle*”).
· Purdy’s North RC drilling underway at the *Milburn* target, also adjacent to Andover and Carlow Castle, where the first three holes have highlighted a moderate dipping interpreted thrust fault with zones of pyrrhotite, chalcopyrite and pentlandite (visual identification confirmed by pXRF), with assays pending.
· Several high priority West Pilbara targets including *Southcourt, NRV06, *and* Bushmill* nickel-copper targets are drill ready.
· > 30,000 m aircore drilling program to commence this month in the *Becher* *area* within the Egina District testing multiple targets delineated along a significant mineralized corridor potentially extending to De Grey Mining Limited’s (“*De Grey*”) Hemi gold discovery (“*Hemi*”).
· High-order gold soil anomaly at *Nunyerry North* now extends over 1.4 km strike, with a second 1.2 km long soil anomaly at > 30 ppb gold defined south of the main target. Rock chip sampling returned peak high-grade results from quartz veins including *8.81 g/t gold, 7.39 g/t gold and 1.23 g/t gold*. Further detailed mapping has defined additional swarms of quartz veins and specimen gold has been detected.
· Over 20,000 m of RC drilling completed in near-mine exploration programs at the Nullagine Gold Project (“*NGP*”) in H1 2022, advancing several satellite prospects.
· Reconnaissance programs commenced on regional districts in the East Pilbara with rock samples up to *94.7 g/t gold *collected at *Little Elsie*.
· Expansive high resolution aeromagnetic and radiometric geophysical survey programs completed across *Purdy’s North* and *Egina *(*Becher area*) have advanced structural interpretation and geological understanding, and detailed ground gravity geophysical surveys at *Egina* and the Mosquito Creek Belt (“*MCB*”) have commenced.
· Significant diamond drilling program totalling 3,162 m for 11 holes completed at the 50%-owned Malmsbury gold project (“*Malmsbury Project*”) joint venture with ASX-listed GBM Resources Ltd. (“*GBM*”) (ASX:GBZ), located 50 km SSW of the high-grade Fosterville gold mine in Victoria, Australia.
· Additional significant results received to date from the *Malmsbury* *Project* program include *7.75 m @ 2.8 g/t gold* from 87 m (MD15); *0.95 m @ 10 g/t gold* from 102.65 m (MD17). Step-out hole MD22 successfully intercepted the Missing Link Monzogranite 80 m north of the gold-mineralized intrusive in MD17^1. Gold and multi-element assays for MD20, MD21 and MD22 (final hole) are pending.
· At the* Malmsbury* *Project*, close-spaced ground magnetic and ground gravity surveys are being designed to sharpen previously identified geophysical targets. An induced polarization (“*IP*”) survey is also planned to define sulphide rich granite-related targets and disseminated sulphide haloes around the high-grade gold reef targets.
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*Figure 1:* Location map showing Novo Pilbara tenement holding with prospect type, location, and priority target areas labelled.
VANCOUVER, British Columbia, Sept. 06, 2022 (GLOBE NEWSWIRE) -- *Novo Resources Corp. *(*“Novo” *or the *“Company”*) (TSX: NVO, NVO.WT & NVO.WT.A) (OTCQX: NSRPF) is pleased to provide an exploration update on the Company’s highly-prospective, multi-commodity portfolio of projects based in Western Australia and Victoria.
Exploration programs are currently underway or have been recently completed at gold and nickel-copper targets at *Purdy’s North* (*Figure 2*) in the Karratha District, structural and intrusive-related gold targets at *Egina*, orogenic and conglomerate gold targets across the *NGP*, and structural and intrusive related gold targets at the *Malmsbury Project* in Victoria.
“We are excited to get on the ground at these high-quality drill targets,” commented Mr. Mike Spreadborough, Novo’s Executive Co-Chairman, Acting CEO, and a director. “This is a highly prospective region and there has been well-documented recent exploration success from our neighbours, including Azure and Artemis, who own projects in close proximity to Novo’s Purdy’s North project. Drilling across these high-quality targets is an important part of our broader exploration strategy to expand the size, scale and diversification of Novo’s projects and we look forward to assessing the results each program generates.”
“We have prioritized exploration as a key growth area in the next 12 months and have allocated and approved the necessary funds to deliver on this objective. With a number of drill rigs spinning at various targets over the coming months it is shaping up be a very busy end to 2022 and start to 2023.”
“Our exploration team has built up a plethora of high value drill targets,” commented Dr. Quinton Hennigh, Novo’s Non-Executive Co-Chairman and a director. “With cash in the bank, we are in an excellent position to aggressively tackle each of these targets with systematic first pass drilling. Drilling, which is just getting started, is already turning up very promising intercepts of significant quartz-sulphide veining from Morto Lago, possible magmatic nickel-copper sulphide mineralization at Milburn, and new strong gold intercepts from the Malmsbury Project. We have lots to look forward to, including maiden drilling for Hemi-style mineralization at Egina, further follow up work at the very robust Nunyerry North gold in soil anomaly, and drilling additional strong nickel-copper targets at Karratha. At the same time, we are diligently exploring the NGP to build up inventories of gold mineralization. We are very excited to ramp up our exploration efforts across the Pilbara and look forward to lots of good news to come.”
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*Figure 2*: RC drill rig at Morto Lago.
*WEST PILBARA REGION*
*Purdy’s North **(E47/1745)*
Novo’s gold and battery metals exploration strategy^2 includes advancing targets in the Karratha District, adjacent to Azure’s Andover discovery and Artemis’ Carlow Castle discovery. 44 RC drill holes for 4,713 m have been completed to date, focussing initially on the *Milburn* area to the north of *Purdy’s North *and 1.5 km due east of Carlow Castle (*Figure 3*). Results referred to in this news release are not necessarily representative of mineralization throughout Purdy’s North.
Drilling to date has focused on the *Morto Lago* and *Milburn *electromagnetic (“*EM*”) anomalies with preparations underway for drilling at *Southcourt *and* NRV06, *and the* Bushmill* EM Ni-Cu targets in the Yanyarre Well Project area. Planning for drilling at *47K, 48K, Sullam *and* Bobs Well* prospects is also progressing.
The *Morto Lago *and* Morto Lago North* gold-copper target (*Figure 4*) is where a gold mineralized-quartz vein system manifests at surface as a wide subcrop over 350 m strike in an outwash claypan, mostly obscured by regolith, but with already reported^3 significant rock chip gold assay results (up to *6.63 g/t gold*), and a series of malachite bearing sulphidic veins which sub-crop in outwash plains over several hundred metres strike and 100 m width. Wide spaced reconnaissance drill traverses are testing the mapped sulphidic quartz-vein swarms along strike from the Carlow Castle gold-copper-cobalt mineralization. To date, several zones of quartz veins with chalcopyrite, arsenopyrite and pyrite have been intersected in multiple holes with intercepts up to 24 m down hole thickness. New rock chip gold assay results for quartz vein sub-crop at *Morto Lago North* include *5.29 g/t gold, 1.27 g/t gold, and 0.97 g/t gold*.
The *Milburn *EM anomaly target is a discrete EM geophysical anomaly up to 300 m long and 200 m wide overlaying a gabbro and meta-basalt contact, with associated historical copper-nickel-gold occurrences identified at surface. Already three holes to the north of the main target conductor have highlighted a moderate SW dipping interpreted thrust fault with zones of disseminated pyrrhotite, chalcopyrite and pentlandite (visually confirmed by pXRF).
Refer to *Table 1* in Appendix 2 below for a listing of rock chip and soil sample results. Results referred to in this news release are not necessarily representative of mineralization throughout Purdy’s North project.
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*Figure 3*: Prospect location at the Purdy's North and Maitland/Dingo intrusive areas.
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*Figure 4*: Drill program and interpreted geology – Morto Lago/Milburn.
*Nunyerry North (E47/2973)*
The Nunyerry North Prospect is a quartz vein-related structurally controlled gold target where a high order soil anomaly has been defined over 640 m coupled with high grade rock chip samples and favourable structures^4. Work in 2022 has included extensional grid soil sampling, rock chip sampling and detailed mapping.
Phase 2 grid soil sampling has extended the Nunyerry North anomaly to over 1.4 km strike (*Figure 5*) and defined a second 1.2 km long soil anomaly at > 30 ppb gold south of the main target. Eight soil samples collected in mid-2022 have returned > 1 g/t gold including *2.1 g/t gold and 1.5 g/t gold* in soil, making the total to date, 18 soils > 1 g/t gold over a kilometre strike within the anomalous area.
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*Figure 5*: Gold in soil anomaly at the Nunyerry North prospect.
Rock chip sampling in the eastern half of the main anomaly returned peak high-grade results from quartz veins including *8.81 g/t gold, 7.39 g/t gold and 1.23 g/t gold*. Further detailed mapping has defined additional swarms of quartz veins within the main target and specimen gold has been detected in the main target area (*Figure 6)*.
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*Figure 6*: Specimen gold from the main soil anomaly at the Nunyerry North prospect.
The geology of the *Nunyerry North* target area includes quartz vein-related gold mineralization within a sequence of ultramafic komatiites and mafic rocks, juxtaposed by regional shears and offset faults. Follow-up work planned includes heritage surveys and logistics for road access in preparation for drilling. Novo’s exploration licence 47/2973 is 70%-owned, with the remaining 30% held by Mark Gareth Creasy and entities controlled by him (the “*Creasy Group*”)^5.
Refer to *Table 1* in Appendix 2 below for a listing of rock chip and soil sample results. Results referred to in this news release are not necessarily representative of mineralization throughout Nunyerry North or the Croydon Project.
*Egina District*
The* Becher Area* (E47/3673) contains multiple targets along the highly prospective, yet under-explored Mallina Basin geology across a significant NE trending mineralized corridor potentially extending to De Grey’s Hemi gold discovery^6 (*Figure 7*). Previous explorers have defined two large (> 1 km strike) coincident high-order Au-As-Sb soil anomalies along the structural corridor, with limited reconnaissance aircore drilling within the Au-As-Sb anomalous zones intersecting up to *4.38 g/t gold*^6.
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*Figure 7*: Becher area interpreted intrusive targets showing the position of the De Grey Hemi orogenic gold discovery hosted to the northeast of Becher along the interpreted fertile corridor.
Exploration in 2022 has advanced the understanding of the system, with preparations for a significant aircore drilling program to commence in the very near future. Exploration to date has included:
· Regolith and geological mapping, identifying intensely altered and sulphidized ultramafic rocks within the Irvine prospect;
· Detailed structural and geological interpretation and the definition of several shear corridors, including the ENE trending Irvine and Bonatti Shears and the E-W trending Whillans and Heckmair Shears. Interpretation of the underlying geology has relied heavily on existing aeromagnetic imagery, defining magnetic stratigraphy including ultramafic and mafic intrusions along with magnetic lows possibly representing “Hemi-type” intrusions with a predominantly sedimentary sequence in the Malina Formation;
· A high-resolution low-altitude aeromagnetic survey over the tenement was recently completed, with results expected in the near term. Re-interpretation of the geology and target definition will be conducted to prioritise aircore drilling;
· A detailed ground gravity survey is currently in progress, with 4,800 stations planned, to aid in the definition of structural architecture, and finesse potential granitic “sanukitoid” intrusions and mafic-ultramafic stratigraphy;
· A heritage survey over approximately 70-line km for drill traverses; and
· Planning for a minimum of 30,000 m of regional 640 m to 320 m spaced lines of aircore drilling (*Figure 8*) to commence by mid-September, testing four shear corridors and numerous sanukitoid targets, as well as antimony-arsenic-gold soil anomalies defined by previous explorers^6.
To fast-track anomaly definition and rapid, effective follow up to RC targeting, samples from the aircore drilling will be analysed for gold using detectORE^TM proprietary technology already in use on site at the NGP, facilitating more efficient sample selection during grade control drilling. Novo has been a Platinum Sponsor of the detectORE^TM technology since September 2021.
Results referred to in this news release are not necessarily representative of mineralization throughout the Egina district. Refer to the Appendices for a full listing of results.
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*Figure 8*: Planned air core traverses (red lines), regional shear corridors and previous drilling (black dots) over airborne magnetics.
*EAST PILBARA REGION*
*NGP Near-Mine/District Exploration*
Highest priority historical satellite oxide resources in the MCB have now been fully appraised, with only a handful of low tenor prospects delineated. Novo is progressing a step change exploration approach to rapidly provide additional oxide targets for potential future mill feed as part of the NGP.
To that effect, a new strategy for district evaluation at the NGP is underway with additional geophysics and surface geochemistry employed to extend gold mineralization trends and understand structural setting, targeting new mineralization styles and mineralization under cover. A detailed gravity survey is underway and soil sampling has been completed around the Finucane prospect and along the Sayshell trend (*Figure 9*), with assays pending.
Aircore drilling programs are also being prepared to test new concepts, and new tenure is being covered by reconnaissance mapping and metal detecting (*Figure 10*), with 177 grams of gold from 53 sites located in August.
Results referred to in this news release, including the 177 grams of gold located via metal detecting, are not necessarily representative of mineralization throughout the NGP.
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*Figure 9*: Requisite geochemical and geophysical programs planned for the MCB during H2 2022 to support a more holistic approach to targeting new styles of gold mineralisation and mineralisation under cover.
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*Figure 10*: Specimen gold found on the Sayshell structural trend. This nugget is not necessarily representative of mineralization across the NPG.
*MCB Satellite Prospects*
RC drill programs continued at NGP in the first half of 2022, with drilling completed at the *Genie* and the *Parnell – Vulture*^7 trend, and a first systematic program at *Daisy Central *(*Figure 11*).
Importantly, initial results from Daisy Central are highly encouraging, with several holes intercepting high-grade mineralization on an initial broadly spaced drilling program. Results from Genie extended mineralization further to the west, and additional results at Parnell have delineated a more coherent mineralized trend, with drill follow up remaining to be completed in H2 2022 utilizing a drill rig suited to the topography.
*Daisy Central*
*Daisy Central *is a near-mine oxide lode gold prospect located approximately 24 km to the northeast of the Company’s Golden Eagle processing facility (the “*Golden Eagle Plant*”). The prospectivity of the area is evident from historical workings, anomalous soil samples, and sparse historical drill lines. The prospect is located in between two open pits mined by Millennium Minerals Limited (prior to it being acquired by Novo in 2020^8) (“*Millennium*”) along the Middle Creek Fault in a similar structural setting.
Most of the prospect is under thin cover. Mapping by Novo has defined three parallel east-northeast trending steeply dipping mineralized structural corridors. Historical shaft locations and best historical drill results are in areas of structural complexity, increased sericite and carbonate alteration, and quartz veining, providing a number of high-grade near surface targets.
Drilling was completed on a first pass 80 m line spacing, with 20 m spaced holes (*Figure 12*).
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*Figure 11*: Location map for NGP showing Novo tenure and priority prospects.
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*Figure 12*: Map showing significant gram*metre gold results at the Daisy Central Prospect from Novo drilling.
Significant results over 10 gram * metre are outlined below:
· 3 m at 19.58 g/t gold from 25 m in 22DC0007
· 9 m at 5.34 g/t gold from 14 m in 22DC0018
· 4 m at 8.07 g/t gold from 38 m in 22DC0078
· 7 m at 3.44 g/t gold from 17 m in 22DC0079
· 8 m at 2.82 g/t gold from 4 m in 22DC0015
· 6 m at 3.57 g/t gold from 43 m in 22DC0041
· 7 m at 2.46 g/t gold from 31 m in 22DC0040
· 3 m at 4.16 g/t gold from 27 m in 22DC0078
· 5 m at 2.42 g/t gold from 2 m in 22DC0042
· 2 m at 5.45 g/t gold from 33 m in 22DC0024
Refer to the Appendices for a full listing of results.
3D geological modelling of the preliminary mineralized trends has been completed, and Daisy Central is now ready for infill and extensional RC drilling, with relevant approvals in place. Drilling will take place in H1 2023 when additional targets can be determined from the additional geophysical and structural mapping programs currently underway.
Results referred to in this news release are not necessarily representative of mineralization throughout Daisy Central.
*Genie*
*Genie* is a near-mine oxide lode gold prospect that forms part of a broader > 1.25 km long previously untested target located (*Figure 13*) within 3 km of the Company’s Golden Eagle Plant as part of the NGP^7.
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*Figure 13*: Map showing significant gram*m gold results at Genie Prospect, with summarised geological mapping.
Mineralization comprises multiple lodes of quartz veined intrusive dolerite dykes, possibly controlled by two east-northeast trending structures. Extensional drilling on the western extent of known mineralization (34 RC holes for 2,769 m) were drilled in H1 2022 and returned results including:
· 5 m at 7.33 g/t gold from 45 m in 22GN0016
· 19 m at 1.31 g/t gold from 13 m in 22GN0023
· 8 m at 2.3 g/t gold from 21 m in 22GN0005Geological 3D modelling is now underway to better determine economic potential and further work includes metallurgical testing to be completed in September 2022.
Results referred to in this news release are not necessarily representative of mineralization throughout Genie. Refer to the Appendices for a full listing of results.
*Parnell-Vulture*
The* Parnell – Vulture Trend* is located some 45 km from the Company’s Golden Eagle Plant and is accessible by an established access road and associated infrastructure.
Historical drilling^9 and previously released results^7 have intersected a series of vein-hosted targets over a strike length of approximately 2 km. Significant results include:
· 2 m at 44.86 g/t gold from 50 m in 22PS0006
· 11 m at 4.48 g/t gold from 11 m in 22PA0014
· 6 m at 7.45 g/t gold from 48 m in 22PA0027
· 4 m at 8.36 g/t gold from 25 m in 22PA0046
· 2 m at 10.74 g/t gold from 57 m in 22PA0048
· 8 m at 1.9 g/t gold from 66 m in 22PA0042
· 9 m at 1.5 g/t gold from 45 m in 22PA0006
· 2 m at 6.23 g/t gold from 9 m in 22PA0018
Drilling has defined a series of high-grade shoots up to 200 m strike length. The Parnell main target has high grade intercepts over reasonable withs (i.e. *6 m @ 7.45 g/t gold*) associated with the hanging wall of a felsic intrusive in a major north dipping fault zone (*Figure 14*).
Multiple structural targets within the broader Parnell still require drill testing using a track mounted drill rig (*Figure 15*), including a *2 m at 44.86 g/t gold* intercept from 50 m in 22PS0006, which is open along strike to the east and west. Additionally, complex vein sets to the northeast and northwest of the Parnell Main Zone will be drill tested later this year.
Results referred to in this news release are not necessarily representative of mineralization throughout the Parnell-Vulture trend.
Refer to *Table 2 *and *Table 3* in Appendix 2 below for full results of RC drilling from NGP, including Daisy Central, Genie, and the Parnell-Vulture trend.
*NGP Brownfields Future Program*
Geological models have been generated for the key prospects recently drilled, and detailed target ranking of all existing prospects in the district has been conducted to prioritize ongoing exploration drilling programs with the aim to delineate additional oxide ounces for the Golden Eagle Plant.
The more expansive step-change exploration campaign in the Nullagine district commenced in H1 2022, with programs initially focussed on the eastern extension of the Middle Creek Fault, where soil sampling and the detailed ground gravity survey nears completion. Further programs will focus on the *Blue Spec Shear* and *Sayshell* trend (*Figure 11*).
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*Figure 14*: Cross section of Parnell main target showing Novo drilling and new results in 22PA0027.
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*Figure 15*: Map of historical and Novo significant intercepts at Parnell and Vulture prospect to date.
Results of soil sampling and high-resolution gravity data, in conjunction with existing datasets such as high-resolution aerial aeromagnetics and radiometrics, and hyperspectral HyMapper^TM data will be used to identify additional drill targets. This study is expected to not only define new prior undefined targets but extend and upgrade new mineralized structural trends such as the *Genie* corridor and the *Sayshell *structural trend. This drilling is expected to take place subsequently to infill and extensional drilling at targets such as *Daisy Central*.
*East Pilbara Regional*
Approximately 2,800 sq km of prospective and under explored tenure around Marble Bar (*Figure* *16*) is currently being advanced by reconnaissance and detailed mapping, soil sample grids and geophysical surveys. The larger landholding comprises existing conglomerate gold and orogenic gold targets, although porphyry / VMS-style targets are also recognised at *Gully Washer*^7. A new target style now includes a series of sanukitoid-like intrusions along a major structural corridor trending along the NGP and *Bamboo / Stratton* projects.
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*Figure 16*: East Pilbara regional tenure and key prospects.
*Elsie District*
Detailed mapping, rock chip sampling and soil grids have been completed at the *Elsie District*.
Rock sampling at *Little Elsie* (*Figure 17*) focused on historical workings covering approximately 100 m of sheared and chloritized komatiite hosting mineralized quartz veins. The first batch of 80 rock samples included a maximum assay of *94.7 g/t gold*, and *19 rock samples returned grades higher than 1 g/t gold*. The samples obtained from the 100 m of strike extent *averaged 24.5 g/t gold,* with further anomalous results extending the trend by 200 metres averaging 1.1 g/t gold. The structural corridor is mapped, and rock sampled further to the north, where structural complexity appears to terminate mineralization. The trend is open to the south for approximately 5 km, which has been covered by a soil sample grid for which assays are pending.
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*Figure 17*: Map showing geological context and significant rock chip results at the Little Elsie Prospect.
At *Elsie*, historical drilling has tested short strike extents of a structural trend similar to Little Elsie, over several kilometres. Detailed mapping and rock chip sampling by Novo has focused on two prospect areas to determine controls on mineralization and to optimize drill testing. Assays returned for 57 rock samples have a peak value of *27.4 g/t gold with five samples over 1 g/t gold*.
RC drilling will be conducted at both Little Elsie and Elsie to test high-grade shoot style targets within these significant structural mineralized corridors, with extensional mapping and sampling along the structural corridor aimed at providing further drill targets in the near term.
Refer to *Table 4* in Appendix 2 below for full results of rock chip samples from Elsie. Results are not necessarily representative of mineralization throughout the district.
Soil sample grids and rock chip sampling have been completed over the *Yilgalong*, and *Golden Granite* prospects, with assays pending. These targets are zones of high-density quartz veining at the margins of the Elsie Creek tonalite, with broad spaced historic rock chip sampling over a 4 km by 4 km area by Plenty River Gold Mines NL (“*Plenty River*”) in 1995 and Mount Stewart Pty Ltd (“*Mt Stewart*”) in 2018-2019. Sampling yielded peak values of 92 g/t gold and 161 g/t gold with multiple results > 1 g/t gold.
These results are not necessarily representative of mineralization throughout the district. This historical data was disclosed in an annual exploration report (“*Report*”) filed by Plenty River with the Western Australian Department of Mines, Industry Regulation and Safety (“*DMIRS*”). The technical information contained herein has been extracted from this Report. Reference should be made to the Report which is available on DMIRS’ website https://geodocs.dmirs.wa.gov.au/Web/documentlist/10/Report_Ref/A114758.
Samples collected by Mt Stewart were reported to DMIRS by Novo following transfer of the underlying tenure and have not yet been released to the public via DMIRS. The 76 rock samples were collected as 3 – 5 kg calico bags from outcropping quartz veins and submitted to MinAnalytical Laboratory Services Pty Ltd and analysed for gold by 25 g aqua regia with ICP-MS finish (AR25/MS). From these samples, 11 rock chip samples were sent Intertek Genalysis Perth Ltd and analysed for gold by 50 g lead collection fire assay with Inductively Coupled Plasma Optical (Atomic) Emission Spectrometry finish (FA50/OE).
*Other East Pilbara Districts*
The exploration team have commenced reconnaissance programs including mapping and rock chip sampling, soils and stream sediment sampling and detailed mapping of targets at the *Bamboo* and *Stratton* districts during Q3 2022. Target styles include orogenic gold, conglomerate gold, and potential “sanukitoid” intrusion. The exploration scope will then shift towards the *Marble Bar* districts.
Conglomerate targets *Skyfall*^10 and *Golden Eye*^7 are now drill ready for programs in H2 2022.
High grade gold intercepts at the *Talga *gold project^11 have been reviewed and follow-up drilling in H1 2023 will target shoots developed on cross-cutting structures (*Figure 18*).
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*Figure 18*: Type section of the high-grade shoots drilled in 2021
Results referred to in this news release are not necessarily representative of mineralization throughout the East Pilbara district.
*VICTORIAN PROJECTS*
*Malmsbury Project (joint venture with GBM)*
Novo exercised its option over the Malmsbury Project, located approximately 50 km SSW of the high-grade Fosterville mine in Victoria, Australia to earn a 50% interest, and the right to earn an additional 10% interest by incurring A$5 million in exploration expenditure over a four-year period^12. Management of the Joint Venture will be handed over to Novo from 1 October 2022.
A total of 11 diamond drill holes (*Figures 19 and 20*) for 3,162 m were completed during Q4 2021 through Q3 2022, with the final hole of the program completed in July 2022. Gold and multi-element assays from 8 of 11 holes have been returned. Significant results from the first three holes sampled (MD13, MD14 & MD16) and partial results from MD17 have been reported previously^13^,^1.
Significant new results over 5 gram * metres are:
· 7.75 m at 2.8 g/t gold from 87 m in MD15
· 9 m at 1.1 g/t gold from 257 m in MD19
· 0.95 m @ 10.01 g/t gold from 102.65 m in MD17Refer to *Table 5* in *Appendix 2* below for full results.
Further drilling along the Leven Star Reef continues to deliver robust results. Drill hole *MD15* tested a failed historic drill section along the main mineralization trend and returned *7.75 m @ 2.8 g/t gold* from 87 m. All drill holes that targeted the Leven Star Reef as part of the current campaign have been highly successful, with MD16 the standout, returning > 220 gram * meters of gold down-hole^13. Drill hole *MD21* is the final drill hole in the current campaign that tests a potential high-grade shoot zone on the Leven Star, with assays pending.
Additional significant results returned from *MD17* include a high-grade intersection of 0.95 m @ 10.01 g/t gold from 102.65 m incorporating a 30 mm vuggy quartz vein that may represent extension of the historically mined N-S trending Hanover West Reef. This intersection occurs in the hanging-wall to the gold-mineralized Missing Link Monzogranite interval that was intersected further down-hole and previously reported^1.
Drill holes *MD19* and *MD20* were collared on farmland on the Drummond Historic Goldfield and were designed to investigate down-dip continuity and tenor of the Queens Birthday and O’Connors Historic reefs, in addition to testing potential parallel reef systems. Both holes successfully intersected the target reefs, with *MD19* returning 9 m @ 1.1 g/t gold from 257 m across a wide zone of alteration interpreted to represent the main O’Connors reef. Drill hole *MD20*, with assays pending, intersected a narrow shear zone with abundant acicular arsenopyrite and pyrite at approximately 402m; and an approximately 8m wide interval of sulphide (asp-py-sb) bearing quartz and chlorite-sericite altered sediments between 421 – 429 m. Either zone potentially representing down-dip continuity of the main high-grade Queens Birthday Reef. Both the O’Connors and Queens Birthday Reefs remain sparsely drilled and remain open at depth.
Step-out hole *MD22* successfully intersected a strongly altered, quartz veined and sulphide bearing porphyritic intrusive (Missing Link Monzogranite) between 137.2 – 179.3 m depth and some 80 m north of the previous reported gold-mineralized intrusive in MD17^1. The intrusive remains open and untested at depth and gives further validation for an intrusion hosted and/or intrusion related (“*IRG*”) system at the Malmsbury Project. Gold and multi-element assays for *MD22* are pending.
https://www.globenewswire.com/NewsRoom/AttachmentNg/a7b91d9f-07a6-4caa-8fb1-aa67fd2f9cc9
*Figure 19*: Location of drill holes MD13 – MD22 (green traces) from current diamond program on RL006587 with key target gold reefs (red lines) and interpreted geology. Monzogranite is pink stippled polygon. Assays pending for MD21 and MD22. Refer to Appendix 1 for full geology legend.
https://www.globenewswire.com/NewsRoom/AttachmentNg/d22a3008-e82a-4895-aaa3-733030fcb60e
*Figure 20*: Drill holes MD19 and MD20 on the Drummond North goldfield testing the Queens Birthday and O’Connors reef trends.
*Geophysical Data Update*
A series of high order gravity and magnetic targets (*Figure 21*) have been generated at the Malmsbury Project following a comprehensive review of existing regional and local geophysical datasets. A key component of the review involved reprocessing historic ground gravity data collected in 2008 across the highly prospective Belltopper Hill Area. High-resolution elevation data (DEM) acquired during a recent LiDAR survey (2020) and utilized during reprocessing has been fundamental in improving the quality of the historic regional and local ground gravity surveys in terms of reducing known legacy issues with terrain effects.
https://www.globenewswire.com/NewsRoom/AttachmentNg/b934a55c-1f13-4f5c-80d4-e88ab5d56ad6
*Figure 21*: Developing ground gravity and airborne magnetic geophysical targets at the Malmsbury Project. Additional ground gravity and ground magnetic surveys are planned to refine targets.
Current geophysical interpretation is underpinned by new petrophysical data collected from a range of mineralized and unmineralized type-lithologies sampled from diamond core across the Malmsbury Project area. These new data provide crucial insight into anticipated ranges for physical properties of the local units at Malmsbury and help inform characterisation of the interpreted sub-surface geology and potential “target” zones of mineralization within the project area.
Further characterisation of the developing geophysical targets at the Malmsbury Project will involve an induced polarisation survey that is currently scheduled for Q4 2022 that aims to identify potential “sulphide-rich target,” zones within the granite (IRGS) target corridor, in addition to delineating disseminated sulphide haloes around high-priority gold reef targets. Additional ground magnetics and ground gravity data is planned commensurate with the upcoming IP survey to expand on these datasets and further refine the evolving geophysical targets.
*Malmsbury Project Forward Work Program 2022*
Future exploration will involve a second phase of drilling at the Malmsbury Project that aims to build on current success and test the remaining and developing high-priority targets not tested in the recently completed campaign. This is currently scheduled for early 2023 pending rig availability.
Geophysics involves a significant upcoming IP survey accompanied by ground gravity and an extensive ground magnetic survey which is currently scheduled for Q4 2022.
Further expansion of systematic soil geochemistry, mapping and rock chip sampling is also scheduled to recommence in Q4 2022.
*ANALYTIC METHODOLOGY*
*West Pilbara* rock chip samples were assayed by Intertek in Perth, Western Australia and were crushed and pulverized and assayed for gold by four acid digest and 50 g charge fire assay FA50/OE and for 48 multielement using four acid digest – MS finish (4A/MS). All relevant data was verified by a qualified person as defined in National Instrument 43-101 Standards of Disclosure for Mineral Projects (“*NI 43-101*”) by reviewing analytical procedures undertaken by Intertek Genalysis.
*Nunyerry North* soil samples were sieved to -80# (250 μm) in the field and assayed by Intertek in Perth, Western Australia for gold and 32 multielements by 25g aqua regia digest - MS finish (lab method AR25/MS) with overlimit gold assay results analysed by 25g charge Fire Assay-OE finish (lab method FA25/OE). Rock chip samples were crushed and pulverized and assayed for gold by four acid digest and 50 g charge fire assay FA50/OE and for 48 multielement using four acid digest – MS finish (4A/MS). QAQC protocols for soil samples included insertion of 2 blanks, 2 standards and 4 field duplicates per 100 soil samples and 3 CRM standards were inserted with the rock chip sample batches. No QAQC issues were detected.
RC drilling at *Genie*, *Parnell-Vulture*, and *Daisy Central *was based on detailed mapping and targeted to be perpendicular to mineralization as much as practical. In some areas, the geology is complex and due to the explorative nature of the work, the true width of mineralization cannot yet be precisely determined.
All RC samples were submitted to Intertek in Perth, Western Australia. A cone splitter was used to split off one metre intervals into 3 – 5 kg calico bags. Samples are then crushed to -2 mm and RSD split into a single 500-gram jar for PhotonAssay. To test for gold variability and potential coarse gold effect, field duplicates and crushed duplicates were analysed. Standards and blanks are inserted in the sample sequence to test for lab performance.
Spot rock chip samples from the *Elsie District* were submitted to Intertek in Perth, Western Australia. Samples were crushed to -2 mm in full and RSD split into two 500-gram jars for PhotonAssay. The crush duplicates and regular field duplicates test for gold variability and potential coarse gold effect. Samples are further analysed for 48 elements using four acid digest ICP-MS (4A/MS48). Blanks and standards were inserted in the sample sequence to ensure data quality and control.
The pXRF assay technique utilized a Niton XL5 handheld XRF machine. The Niton is calibrated daily, with 3 to 4 QAQC standards (fit for purpose including certified Ni, Cu and Co values) run concurrently, with an additional 2 standards checked per minimum 100 readings and 4 QAQC standard assayed before the machine is shut down. pXRF is utilized as a preliminary exploration technique for base metals. Rock chip samples are point analysed for 90 seconds using 4 machine filters. The pXRF is a spot reading device and has diminished precision due to grainsize effect, especially on rock samples where peak results represent a window of < 10mm field of view.
There were no limitations to the verification process and all relevant data was verified by a qualified person as defined in NI 43-101 by reviewing analytical procedures undertaken by Intertek.
*Malmsbury Diamond Core Program*
The diamond drill core was sampled by cutting the core in half longitudinally. Samples were cut to geological boundaries or to a preferred length of 1.0 m. The core was halved along the plane of orientation using a diamond saw and the upper half of the core dispatched for analysis and the lower half returned to the core tray in its original orientation. Sampling interval lengths range from 0.3 m up to 1.3 m. Core loss zones greater than or equal to 0.2 m are recorded. Sampling does not cross core loss zones of greater than or equal to 0.3 m. Depending on their relationship to potential mineralization, zones with core loss less than 0.3 m and greater than 0.1 m can terminate a sampling sequence or be included within a sample interval with the percentage of sample recovery recorded. Where core loss cannot be specifically attributed, the percentage of sample recovery is recorded.
All core samples were crushed and pulverised (ALS CRU-21/PUL-23) and sub-sampled for fire assay and multi-element analysis (ALS Au-AA26, ME-MS61).
Drill core duplicates are inserted at a rate of one sample every 25. To produce a duplicate sample, the whole core sample is first cut in half, with half of the core returned to the tray. The other half is then quartered with one quarter used as a primary sample and the other as the duplicate.
Blanks and standards are inserted at a rate of eight samples in 100, with three OREAS CRM standards (OREAS 232, OREAS 239, OREAS 264) and one blank (OREAS C26d) systematically repeated.
No QAQC issues were detected. All relevant data was verified by a qualified person as defined in NI 43-101 by reviewing analytical procedures undertaken by ALS.
*QP STATEMENT*
Dr. Christopher Doyle (MAIG), Mr. Iain Groves (MAIG), Mr. Alwin Van Roij (MAIG, MAusIMM), and Dr. Quinton Hennigh (P.Geo.) are the qualified persons, as defined under NI 43-101, responsible for, and having reviewed and approved, the technical information contained in this news release, other than information extracted from the Report. Dr. Doyle is Novo’s Exploration Manager – Victoria & Project Generation, Mr. Groves is Novo’s Exploration Manger – West Pilbara, Mr. Van Roij is Novo’s Exploration Manager – East Pilbara, and Dr. Hennigh is Novo’s Non-Executive Co-Chairman and a director.
*ABOUT NOVO*
Novo explores and develops its prospective land package covering approximately 11,000 square kilometres in the Pilbara region of Western Australia, including the Beatons Creek gold project, along with two joint ventures in the Bendigo region of Victoria, Australia. In addition to the Company’s primary focus, Novo seeks to leverage its internal geological expertise to deliver value-accretive opportunities to its stakeholders. For more information, please contact Leo Karabelas at (416) 543-3120 or e-mail leo@novoresources.com.
On Behalf of the Board of Directors,
*Novo Resources Corp.*
“Michael Spreadborough”
Michael Spreadborough
Executive Co-Chairman and Acting CEO
*Forward-looking information *
Some statements in this news release contain forward-looking information (within the meaning of Canadian securities legislation) including, without limitation, planned exploration activities across the Company’s exploration project in Western Australia and Victoria. These statements address future events and conditions and, as such, involve known and unknown risks, uncertainties and other factors which may cause the actual results, performance or achievements to be materially different from any future results, performance or achievements expressed or implied by the statements. Such factors include, without limitation, customary risks of the resource industry and the risk factors identified in Novo’s management’s discussion and analysis for the six-month period ended June 30, 2022, which is available under Novo’s profile on SEDAR at www.sedar.com. Forward-looking statements speak only as of the date those statements are made. Except as required by applicable law, Novo assumes no obligation to update or to publicly announce the results of any change to any forward-looking statement contained or incorporated by reference herein to reflect actual results, future events or developments, changes in assumptions or changes in other factors affecting the forward-looking statements. If Novo updates any forward-looking statement(s), no inference should be drawn that the Company will make additional updates with respect to those or other forward-looking statements.*APPENDIX 1:*
*Malmsbury Geology and Drill Hole Geology Legend
*https://www.globenewswire.com/NewsRoom/AttachmentNg/6dfad51a-535e-46c6-9a54-1ac6f07fa3c8
*APPENDIX 2: *
*Table 1: West Pilbara Project - Surface sampling (rock chip and soils sample) locations and results.*
*Sample id* *Type* *Prospect* *Easting GDA94 Z50* *Northing GDA94 Z50* *RL m* *Au ppm* *Au ppb* *Au method*
R06897 rock chip Morto Lago 508960 7698911 26 0.026 Au_FA50/OE
R06894 rock chip Morto Lago 508989 7698930 26 *0.677* Au_FA50/OE
R06898 rock chip Morto Lago 508870 7698884 21 0.013 Au_FA50/OE
R06892 rock chip Morto Lago 508977 7698883 26 *1.273* Au_FA50/OE
R06893 rock chip Morto Lago 508989 7698934 27 0.014 Au_FA50/OE
W10951 rock chip Morto Lago 508764 7698864 24 -0.0025 Au_FA50/OE
R06896 rock chip Morto Lago 508965 7698915 25 0.2 Au_FA50/OE
R06899 rock chip Morto Lago 509043 7698881 24 *5.289* Au_FA50/OE
R06891 rock chip Morto Lago 508941 7698896 25 *0.946* Au_FA50/OE
R06890 rock chip Morto Lago 508938 7698896 25 0.113 Au_FA50/OE
W10952 rock chip Morto Lago 508747 7698845 26 *0.968* Au_FA50/OE
W10950 rock chip Nunyerry North 590808 7619475 271 0.013 Au_FA50/OE
W10949 rock chip Nunyerry North 590834 7619499 273 0.074 Au_FA50/OE
W10948 rock chip Nunyerry North 590870 7619506 267 0.018 Au_FA50/OE
W10947 rock chip Nunyerry North 590886 7619485 266 *0.98* Au_FA50/OE
W10945 rock chip Nunyerry North 589298 7618729 294 *0.106* Au_FA50/OE
W10944 rock chip Nunyerry North 589319 7618723 294 *2.124* Au_FA50/OE
W10943 rock chip Nunyerry North 589321 7618663 304 *0.135* Au_FA50/OE
W10942 rock chip Nunyerry North 589317 7618626 310 0.015 Au_FA50/OE
W10941 rock chip Nunyerry North 589338 7618665 296 *0.237* Au_FA50/OE
W10940 rock chip Nunyerry North 589330 7618674 295 *0.131* Au_FA50/OE
W10939 rock chip Nunyerry North 590498 7619200 274 -0.0025 Au_FA50/OE
W10938 rock chip Nunyerry North 590520 7619222 272 -0.0025 Au_FA50/OE
W10937 rock chip Nunyerry North 590524 7619235 273 -0.0025 Au_FA50/OE
W10936 rock chip Nunyerry North 590506 7619192 273 0.013 Au_FA50/OE
W10935 rock chip Nunyerry North 590481 7619171 274 0.008 Au_FA50/OE
W10933 rock chip Nunyerry North 590494 7619184 270 0.011 Au_FA50/OE
W10932 rock chip Nunyerry North 590070 7619308 290 *0.149* Au_FA50/OE
W10931 rock chip Nunyerry North 589991 7619050 275 0.011 Au_FA50/OE
W10930 rock chip Nunyerry North 590756 7619102 299 0.015 Au_FA50/OE
W10929 rock chip Nunyerry North 590755.8 7619303.5 273 0.011 Au_FA50/OE
W10928 rock chip Nunyerry North 590941 7619482 269 0.058 Au_FA50/OE
W10927 rock chip Nunyerry North 590963 7619487 270 0.047 Au_FA50/OE
W10926 rock chip Nunyerry North 590963 7619501 276 *7.387* Au-Rp1_FA50/OE
W10924 rock chip Nunyerry North 591085 7619520 263 0.045 Au_FA50/OE
W10923 rock chip Nunyerry North 591086 7619510 261 *1.237* Au_FA50/OE
W10922 rock chip Nunyerry North 591122 7619469 261 *8.809* Au_FA50/OE
W10921 rock chip Nunyerry North 591127 7619543 280 -0.0025 Au_FA50/OE
W10920 rock chip Nunyerry North 591193 7619471 261 0.044 Au_FA50/OE
W10919 rock chip Nunyerry North 591172 7619459 262 0.057 Au_FA50/OE
W10918 rock chip Nunyerry North 591153 7619460 265 0.1 Au_FA50/OE
W10917 rock chip Nunyerry North 591162 7619475 266 0.01 Au_FA50/OE
W10916 rock chip Nunyerry North 591162 7619489 274 0.012 Au_FA50/OE
W10915 rock chip Nunyerry North 591164 7619494 274 -0.0025 Au_FA50/OE
W10914 rock chip Nunyerry North 591168 7619507 277 0.009 Au_FA50/OE
W10913 rock chip Nunyerry North 591166 7619505 277 -0.0025 Au_FA50/OE
W10912 rock chip Nunyerry North 591165 7619511 279 0.024 Au_FA50/OE
W10910 rock chip Nunyerry North 591268 7619521 273 -0.0025 Au_FA50/OE
W10909 rock chip Nunyerry North 591235 7619508 266 -0.0025 Au_FA50/OE
W10908 rock chip Nunyerry North 591228 7619496 268 0.033 Au_FA50/OE
W10877 rock chip Nunyerry North 591266 7619590 281 -0.0025 Au_FA50/OE
W10876 rock chip Nunyerry North 591287 7619620 284 0.019 Au_FA50/OE
H4971 SOIL Nunyerry North 589604 7618888 279 44 Au_AR25/MS
H4970 SOIL Nunyerry North 589605 7618868 282 30 Au_AR25/MS
H4969 SOIL Nunyerry North 589604 7618848 285 63 Au_AR25/MS
H4968 SOIL Nunyerry North 589604 7618828 287 14 Au_AR25/MS
H4967 SOIL Nunyerry North 589604 7618809 293 3 Au_AR25/MS
H4965 SOIL Nunyerry North 589527 7618848 276 65 Au_AR25/MS
H4964 SOIL Nunyerry North 589520 7618826 5 Au_AR25/MS
H4963 SOIL Nunyerry North 589525 7618808 277 12 Au_AR25/MS
H4962 SOIL Nunyerry North 589525 7618789 281 9 Au_AR25/MS
H4961 SOIL Nunyerry North 589524 7618769 280 56 Au_AR25/MS
H4960 SOIL Nunyerry North 589444 7618808 281 20 Au_AR25/MS
H4959 SOIL Nunyerry North 589444 7618788 290 19 Au_AR25/MS
H4958 SOIL Nunyerry North 589444 7618769 280 4 Au_AR25/MS
H4957 SOIL Nunyerry North 589444 7618748 282 20 Au_AR25/MS
H4956 SOIL Nunyerry North 589365 7618708 283 80 Au_AR25/MS
H4955 SOIL Nunyerry North 589364 7618728 279 10 Au_AR25/MS
H4954 SOIL Nunyerry North 589365 7618749 277 5 Au_AR25/MS
H4953 SOIL Nunyerry North 589365 7618768 278 19 Au_AR25/MS
H4952 SOIL Nunyerry North 590805 7619388 275 3 Au_AR25/MS
H4951 SOIL Nunyerry North 590804 7619369 279 4 Au_AR25/MS
H4950 SOIL Nunyerry North 590964 7619108 286 *105* Au_AR25/MS
H4949 SOIL Nunyerry North 590964 7619128 295 *170* Au_AR25/MS
H4948 SOIL Nunyerry North 590965 7619149 302 40 Au_AR25/MS
H4946 SOIL Nunyerry North 591046 7619248 273 16 Au_AR25/MS
H4945 SOIL Nunyerry North 591045 7619228 281 2 Au_AR25/MS
H4944 SOIL Nunyerry North 591045 7619209 290 32 Au_AR25/MS
H4943 SOIL Nunyerry North 591045 7619189 297 8 Au_AR25/MS
H4942 SOIL Nunyerry North 591045 7619169 299 29 Au_AR25/MS
H4941 SOIL Nunyerry North 591044 7619149 291 86 Au_AR25/MS
H4939 SOIL Nunyerry North 591045 7619129 283 13 Au_AR25/MS
H4938 SOIL Nunyerry North 591044 7619108 273 12 Au_AR25/MS
H4937 SOIL Nunyerry North 591046 7619092 264 8 Au_AR25/MS
H4936 SOIL Nunyerry North 591046 7619067 269 -0.5 Au_AR25/MS
H4935 SOIL Nunyerry North 591046 7619047 267 3 Au_AR25/MS
H4934 SOIL Nunyerry North 591124 7619048 259 4 Au_AR25/MS
H4933 SOIL Nunyerry North 591125 7619068 262 4 Au_AR25/MS
H4932 SOIL Nunyerry North 591125 7619088 267 6 Au_AR25/MS
H4931 SOIL Nunyerry North 591123 7619108 277 7 Au_AR25/MS
H4930 SOIL Nunyerry North 591124 7619129 283 *780* Au_AR25/MS
H4929 SOIL Nunyerry North 591124 7619149 284 *556* Au_AR25/MS
H4928 SOIL Nunyerry North 591125 7619168 282 72 Au_AR25/MS
H4927 SOIL Nunyerry North 591124 7619189 286 *336* Au_AR25/MS
H4926 SOIL Nunyerry North 590964 7619388 282 7 Au_AR25/MS
H4924 SOIL Nunyerry North 590964 7619368 286 20 Au_AR25/MS
H4923 SOIL Nunyerry North 591005 7619368 284 54 Au_AR25/MS
H4922 SOIL Nunyerry North 591005 7619348 278 29 Au_AR25/MS
H4921 SOIL Nunyerry North 591005 7619327 278 2 Au_AR25/MS
H4920 SOIL Nunyerry North 591005 7619308 272 3 Au_AR25/MS
H4919 SOIL Nunyerry North 591005 7619288 268 2 Au_AR25/MS
H4918 SOIL Nunyerry North 591005 7619268 275 6 Au_AR25/MS
H4917 SOIL Nunyerry North 591004 7619248 275 2 Au_AR25/MS
H4916 SOIL Nunyerry North 591002 7619231 274 1 Au_AR25/MS
H4914 SOIL Nunyerry North 591004 7619208 280 *164* Au_AR25/MS
H4913 SOIL Nunyerry North 591004 7619188 287 25 Au_AR25/MS
H4912 SOIL Nunyerry North 591003 7619169 293 *1168* Au_AR25/MS
H4911 SOIL Nunyerry North 591003 7619148 281 42 Au_AR25/MS
H4910 SOIL Nunyerry North 591003 7619128 276 3 Au_AR25/MS
H4909 SOIL Nunyerry North 591003 7619108 271 40 Au_AR25/MS
H4908 SOIL Nunyerry North 591004 7619088 267 24 Au_AR25/MS
H4907 SOIL Nunyerry North 591004 7619068 267 1 Au_AR25/MS
H4906 SOIL Nunyerry North 591004 7619048 261 5 Au_AR25/MS
H4905 SOIL Nunyerry North 590925 7619048 267 1 Au_AR25/MS
H4904 SOIL Nunyerry North 590923 7619069 274 9 Au_AR25/MS
H4903 SOIL Nunyerry North 590924 7619089 278 *112* Au_AR25/MS
H4902 SOIL Nunyerry North 590924 7619109 285 28 Au_AR25/MS
H4901 SOIL Nunyerry North 590923 7619128 295 10 Au_AR25/MS
H4872 SOIL Nunyerry North 590964 7619169 305 25 Au_AR25/MS
H4871 SOIL Nunyerry North 590964 7619188 300 -0.5 Au_AR25/MS
H4870 SOIL Nunyerry North 590965 7619208 295 2 Au_AR25/MS
H4869 SOIL Nunyerry North 590964 7619228 290 2 Au_AR25/MS
H4868 SOIL Nunyerry North 590965 7619249 283 17 Au_AR25/MS
H4867 SOIL Nunyerry North 590964 7619269 276 -0.5 Au_AR25/MS
H4866 SOIL Nunyerry North 590963 7619289 271 -0.5 Au_AR25/MS
H4864 SOIL Nunyerry North 590963 7619308 277 46 Au_AR25/MS
H4863 SOIL Nunyerry North 590963 7619328 282 4 Au_AR25/MS
H4862 SOIL Nunyerry North 590965 7619347 289 27 Au_AR25/MS
H4861 SOIL Nunyerry North 590644 7619388 275 15 Au_AR25/MS
H4860 SOIL Nunyerry North 590644 7619368 276 *807* Au_AR25/MS
H4859 SOIL Nunyerry North 590605 7619388 270 4 Au_AR25/MS
H4858 SOIL Nunyerry North 590605 7619368 272 6 Au_AR25/MS
H4857 SOIL Nunyerry North 590605 7619348 273 3 Au_AR25/MS
H4856 SOIL Nunyerry North 590603 7619328 269 37 Au_AR25/MS
H4855 SOIL Nunyerry North 590604 7619308 273 12 Au_AR25/MS
H4854 SOIL Nunyerry North 590604 7619288 275 10 Au_AR25/MS
H4853 SOIL Nunyerry North 590605 7619268 277 49 Au_AR25/MS
H4852 SOIL Nunyerry North 590605 7619248 282 13 Au_AR25/MS
H4851 SOIL Nunyerry North 590605 7619228 274 8 Au_AR25/MS
H4826 SOIL Nunyerry North 590963 7619089 285 *122* Au_AR25/MS
H4825 SOIL Nunyerry North 590964 7619068 275 7 Au_AR25/MS
H4824 SOIL Nunyerry North 590965 7619048 267 4 Au_AR25/MS
H4823 SOIL Nunyerry North 591043 7619268 271 21 Au_AR25/MS
H4821 SOIL Nunyerry North 591044 7619288 267 8 Au_AR25/MS
H4820 SOIL Nunyerry North 591045 7619308 268 3 Au_AR25/MS
H4819 SOIL Nunyerry North 591044 7619328 268 18 Au_AR25/MS
H4818 SOIL Nunyerry North 591045 7619348 270 9 Au_AR25/MS
H4817 SOIL Nunyerry North 591044 7619368 273 6 Au_AR25/MS
H4816 SOIL Nunyerry North 591084 7619368 265 14 Au_AR25/MS
H4814 SOIL Nunyerry North 591084 7619348 262 10 Au_AR25/MS
H4813 SOIL Nunyerry North 591084 7619328 262 -0.5 Au_AR25/MS
H4812 SOIL Nunyerry North 591083 7619308 256 19 Au_AR25/MS
H4811 SOIL Nunyerry North 591084 7619288 260 17 Au_AR25/MS
H4810 SOIL Nunyerry North 591084 7619269 264 4 Au_AR25/MS
H4809 SOIL Nunyerry North 591084 7619248 271 15 Au_AR25/MS
H4808 SOIL Nunyerry North 591084 7619229 278 37 Au_AR25/MS
H4807 SOIL Nunyerry North 591085 7619208 290 *321* Au_AR25/MS
H4806 SOIL Nunyerry North 591085 7619188 297 24 Au_AR25/MS
H4805 SOIL Nunyerry North 591084 7619168 302 50 Au_AR25/MS
H4804 SOIL Nunyerry North 591084 7619149 295 46 Au_AR25/MS
H4803 SOIL Nunyerry North 591084 7619129 282 8 Au_AR25/MS
H4802 SOIL Nunyerry North 591084 7619109 270 30 Au_AR25/MS
H4801 SOIL Nunyerry North 591085 7619088 262 6 Au_AR25/MS
H4799 SOIL Nunyerry North 590605 7619208 278 *181* Au_AR25/MS
H4798 SOIL Nunyerry North 590684 7619208 295 *213* Au_AR25/MS
H4797 SOIL Nunyerry North 590685 7619228 299 39 Au_AR25/MS
H4796 SOIL Nunyerry North 590684 7619248 310 49 Au_AR25/MS
H4795 SOIL Nunyerry North 590685 7619268 303 16 Au_AR25/MS
H4794 SOIL Nunyerry North 590682 7619288 296 16 Au_AR25/MS
H4793 SOIL Nunyerry North 590683 7619308 291 3 Au_AR25/MS
H4792 SOIL Nunyerry North 590683 7619328 293 2 Au_AR25/MS
H4791 SOIL Nunyerry North 590684 7619348 296 16 Au_AR25/MS
H4789 SOIL Nunyerry North 590684 7619368 283 7 Au_AR25/MS
H4788 SOIL Nunyerry North 590684 7619388 273 3 Au_AR25/MS
H4787 SOIL Nunyerry North 590725 7619388 271 *229* Au_AR25/MS
H4786 SOIL Nunyerry North 590725 7619368 278 10 Au_AR25/MS
H4785 SOIL Nunyerry North 590764 7619388 272 5 Au_AR25/MS
H4784 SOIL Nunyerry North 590766 7619367 275 50 Au_AR25/MS
H4783 SOIL Nunyerry North 590764 7619348 282 21 Au_AR25/MS
H4782 SOIL Nunyerry North 590764 7619328 277 32 Au_AR25/MS
H4781 SOIL Nunyerry North 590765 7619308 275 2 Au_AR25/MS
H4780 SOIL Nunyerry North 590764 7619288 274 26 Au_AR25/MS
H4779 SOIL Nunyerry North 590765 7619268 273 2 Au_AR25/MS
H4778 SOIL Nunyerry North 590765 7619248 271 7 Au_AR25/MS
H4777 SOIL Nunyerry North 590766 7619228 271 95 Au_AR25/MS
H4776 SOIL Nunyerry North 590764 7619189 274 2 Au_AR25/MS
H4774 SOIL Nunyerry North 590766 7619208 267 16 Au_AR25/MS
H4773 SOIL Nunyerry North 590765 7619168 278 12 Au_AR25/MS
H4772 SOIL Nunyerry North 590765 7619149 281 *154* Au_AR25/MS
H4771 SOIL Nunyerry North 590765 7619128 286 86 Au_AR25/MS
H4770 SOIL Nunyerry North 590765 7619108 293 *182* Au_AR25/MS
H4769 SOIL Nunyerry North 590765 7619088 289 5 Au_AR25/MS
H4768 SOIL Nunyerry North 590764 7619069 282 4 Au_AR25/MS
H4767 SOIL Nunyerry North 590765 7619048 277 3 Au_AR25/MS
H4766 SOIL Nunyerry North 591125 7619209 281 18 Au_AR25/MS
H4764 SOIL Nunyerry North 591125 7619229 273 5 Au_AR25/MS
H4763 SOIL Nunyerry North 591124 7619249 275 14 Au_AR25/MS
H4762 SOIL Nunyerry North 591124 7619269 272 6 Au_AR25/MS
H4761 SOIL Nunyerry North 591125 7619288 268 51 Au_AR25/MS
H4760 SOIL Nunyerry North 591125 7619309 263 8 Au_AR25/MS
H4759 SOIL Nunyerry North 591126 7619328 261 5 Au_AR25/MS
H4758 SOIL Nunyerry North 591125 7619348 265 24 Au_AR25/MS
H4757 SOIL Nunyerry North 591125 7619368 267 52 Au_AR25/MS
H4756 SOIL Nunyerry North 591205 7619368 265 2 Au_AR25/MS
H4755 SOIL Nunyerry North 591205 7619348 264 2 Au_AR25/MS
H4754 SOIL Nunyerry North 591203 7619328 261 8 Au_AR25/MS
H4753 SOIL Nunyerry North 591204 7619308 258 8 Au_AR25/MS
H4752 SOIL Nunyerry North 591204 7619288 258 7 Au_AR25/MS
H4751 SOIL Nunyerry North 591204 7619269 262 46 Au_AR25/MS
H4749 SOIL Nunyerry North 591086 7619068 259 4 Au_AR25/MS
H4748 SOIL Nunyerry North 591083 7619048 256 5 Au_AR25/MS
H4747 SOIL Nunyerry North 591164 7619048 255 5 Au_AR25/MS
H4746 SOIL Nunyerry North 591164 7619068 257 *306* Au_AR25/MS
H4745 SOIL Nunyerry North 591164 7619088 261 2 Au_AR25/MS
H4744 SOIL Nunyerry North 591165 7619108 265 2 Au_AR25/MS
H4743 SOIL Nunyerry North 591165 7619129 267 15 Au_AR25/MS
H4742 SOIL Nunyerry North 591166 7619148 265 38 Au_AR25/MS
H4741 SOIL Nunyerry North 591165 7619169 257 *121* Au_AR25/MS
H4739 SOIL Nunyerry North 591165 7619188 258 *568* Au_AR25/MS
H4738 SOIL Nunyerry North 591166 7619209 257 60 Au_AR25/MS
H4737 SOIL Nunyerry North 591166 7619229 253 4 Au_AR25/MS
H4736 SOIL Nunyerry North 591165 7619248 253 84 Au_AR25/MS
H4735 SOIL Nunyerry North 591164 7619268 256 2 Au_AR25/MS
H4734 SOIL Nunyerry North 591164 7619288 255 *152* Au_AR25/MS
H4733 SOIL Nunyerry North 591164 7619308 252 5 Au_AR25/MS
H4732 SOIL Nunyerry North 591164 7619328 255 12 Au_AR25/MS
H4731 SOIL Nunyerry North 591165 7619348 260 7 Au_AR25/MS
H4730 SOIL Nunyerry North 591165 7619368 258 *163* Au_AR25/MS
H4729 SOIL Nunyerry North 591165 7619388 259 10 Au_AR25/MS
H4728 SOIL Nunyerry North 591244 7619368 269 7 Au_AR25/MS
H4727 SOIL Nunyerry North 591244 7619348 269 2 Au_AR25/MS
H4726 SOIL Nunyerry North 591243 7619328 265 15 Au_AR25/MS
H4724 SOIL Nunyerry North 591244 7619308 259 3 Au_AR25/MS
H4723 SOIL Nunyerry North 591244 7619288 261 17 Au_AR25/MS
H4722 SOIL Nunyerry North 591243 7619268 265 93 Au_AR25/MS
H4721 SOIL Nunyerry North 591243 7619249 270 *2104* Au_AR25/MS
H4720 SOIL Nunyerry North 591244 7619228 265 *1222* Au_AR25/MS
H4719 SOIL Nunyerry North 591244 7619209 264 *231* Au_AR25/MS
H4718 SOIL Nunyerry North 591245 7619189 261 *674* Au_AR25/MS
H4717 SOIL Nunyerry North 591244 7619169 258 54 Au_AR25/MS
H4716 SOIL Nunyerry North 591245 7619149 259 20 Au_AR25/MS
H4714 SOIL Nunyerry North 591244 7619129 258 57 Au_AR25/MS
H4713 SOIL Nunyerry North 591244 7619109 254 41 Au_AR25/MS
H4712 SOIL Nunyerry North 591325 7619129 257 13 Au_AR25/MS
H4711 SOIL Nunyerry North 591325 7619149 256 6 Au_AR25/MS
H4710 SOIL Nunyerry North 591325 7619169 255 10 Au_AR25/MS
H4709 SOIL Nunyerry North 591325 7619189 255 36 Au_AR25/MS
H4708 SOIL Nunyerry North 591325 7619208 260 18 Au_AR25/MS
H4707 SOIL Nunyerry North 591325 7619229 267 39 Au_AR25/MS
H4706 SOIL Nunyerry North 591324 7619249 276 13 Au_AR25/MS
H4705 SOIL Nunyerry North 591323 7619269 276 2 Au_AR25/MS
H4704 SOIL Nunyerry North 591324 7619288 275 24 Au_AR25/MS
H4703 SOIL Nunyerry North 591324 7619308 278 3 Au_AR25/MS
H4702 SOIL Nunyerry North 591324 7619328 274 8 Au_AR25/MS
H4701 SOIL Nunyerry North 591405 7619568 269 2 Au_AR25/MS
H4699 SOIL Nunyerry North 591405 7619548 267 -0.5 Au_AR25/MS
H4698 SOIL Nunyerry North 591404 7619528 267 2 Au_AR25/MS
H4697 SOIL Nunyerry North 591405 7619508 261 5 Au_AR25/MS
H4696 SOIL Nunyerry North 591405 7619488 259 -0.5 Au_AR25/MS
H4695 SOIL Nunyerry North 591404 7619468 256 2 Au_AR25/MS
H4694 SOIL Nunyerry North 591405 7619448 258 8 Au_AR25/MS
H4693 SOIL Nunyerry North 591404 7619428 258 -0.5 Au_AR25/MS
H4692 SOIL Nunyerry North 591404 7619408 262 2 Au_AR25/MS
H4691 SOIL Nunyerry North 591403 7619388 266 -0.5 Au_AR25/MS
H4689 SOIL Nunyerry North 591404 7619368 262 -0.5 Au_AR25/MS
H4688 SOIL Nunyerry North 591403 7619348 260 1 Au_AR25/MS
H4687 SOIL Nunyerry North 591400 7619328 264 7 Au_AR25/MS
H4686 SOIL Nunyerry North 591324 7619609 278 2 Au_AR25/MS
H4685 SOIL Nunyerry North 591323 7619589 275 -0.5 Au_AR25/MS
H4684 SOIL Nunyerry North 591325 7619569 270 2 Au_AR25/MS
H4683 SOIL Nunyerry North 591325 7619548 271 1 Au_AR25/MS
H4682 SOIL Nunyerry North 591324 7619529 271 3 Au_AR25/MS
H4681 SOIL Nunyerry North 591324 7619508 266 2 Au_AR25/MS
H4680 SOIL Nunyerry North 591325 7619488 266 14 Au_AR25/MS
H4679 SOIL Nunyerry North 591325 7619468 265 28 Au_AR25/MS
H4678 SOIL Nunyerry North 591325 7619448 265 2 Au_AR25/MS
H4677 SOIL Nunyerry North 591326 7619428 265 15 Au_AR25/MS
H4676 SOIL Nunyerry North 591325 7619408 262 12 Au_AR25/MS
H4675 SOIL Nunyerry North 591325 7619388 263 1 Au_AR25/MS
H4674 SOIL Nunyerry North 591324 7619368 270 3 Au_AR25/MS
H4673 SOIL Nunyerry North 591324 7619348 273 3 Au_AR25/MS
H4671 SOIL Nunyerry North 590324 7619408 305 11 Au_AR25/MS
H4670 SOIL Nunyerry North 590324 7619388 299 -0.5 Au_AR25/MS
H4669 SOIL Nunyerry North 590325 7619368 294 2 Au_AR25/MS
H4668 SOIL Nunyerry North 590324 7619348 297 16 Au_AR25/MS
H4667 SOIL Nunyerry North 590325 7619328 298 7 Au_AR25/MS
H4666 SOIL Nunyerry North 590326 7619308 299 17 Au_AR25/MS
H4664 SOIL Nunyerry North 590326 7619288 287 13 Au_AR25/MS
H4663 SOIL Nunyerry North 590325 7619268 294 6 Au_AR25/MS
H4662 SOIL Nunyerry North 590325 7619248 296 14 Au_AR25/MS
H4661 SOIL Nunyerry North 590325 7619228 292 41 Au_AR25/MS
H4660 SOIL Nunyerry North 590325 7619208 285 33 Au_AR25/MS
H4659 SOIL Nunyerry North 590324 7619188 279 5 Au_AR25/MS
H4658 SOIL Nunyerry North 590324 7619168 274 8 Au_AR25/MS
H4657 SOIL Nunyerry North 590325 7619148 267 41 Au_AR25/MS
H4656 SOIL Nunyerry North 590366 7619148 271 13 Au_AR25/MS
H4655 SOIL Nunyerry North 590366 7619166 279