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Eagle Plains Intersects Significant Mineralization at Vulcan

Drill Results

Eagle Plains Intersects Significant Mineralization at Vulcan

Cranbrook, B.C., December 7th, 2022: Eagle Plains Resources Ltd. (TSX-V:EPL) (“EPL” or “Eagle

Plains”) reports that final analytical results have been received from its Fall, 2022 three-hole, 1,700m

(5,577’) drilling program on Eagle Plains’ 100% owned Vulcan Project located 30km west of the world-

class Sullivan deposit in Kimberley, BC. The Vulcan Property is accessible by an extensiv e network of

well-maintained forest service roads. All three holes successfully intersected stratigraphy containing the

Lower-Middle Aldridge Formation contact (“LMC”), the same time-stratigraphic horizon which hosts the

Sullivan deposit. The second hole of the program (VU22004) is particularly significant and suggests close

proximity to a lead-zinc mineralized feeder system at depths previously unrecognised by past operators.

Downhole electromagnetic surveying was ca rried out at the completion of drilling activity ; final results

from the geophysical survey are pending.

2022 Drilling Highlights:

• The targeted Lower-Middle Contact was intersected in all 3 drillholes. DDH VU22001 defined the

contact 1.8 km south of the area of 2020 drilling by Eagle Plains

• Drillhole VU22004 intersected a broad interval of fragmental (334.1 -473.0m) hosting pyrrhotite-

sphalerite-galena mineralized clasts and cm-scale intact beds of bedded sulphides

o 4.77m @ 0.14% Zn, 0.21% Pb, 1.5 g/t Ag, 5.10 ppm Cd, 144.81 ppm Sn (441.2-445.97m),

including

▪ 0.43m @ 0.38% Zn, 0.81% Pb, 7.65 g/t Ag, 14.05 ppm Cd, 99.80 ppm Sn (441.20-

441.63m)

▪ 0.97m @ 0.32% Zn, 0.53% Pb, 2.98 g/t Ag, 12.58 ppm Cd, 166.31 ppm Sn (445.00-

445.97m), including:

• 0.22m @ 1.11% Z n, 2.17% Pb, 11.90 g/t Ag, 45.2 0 ppm Cd, 143.50 ppm

Sn (445.75-445.97m)

• Drillhole VU22004 intersected stratiform sphalerite mineralization hosted in thin-medium bedded

Lower Aldridge sediments (“Sullivan Time”) from 473.0m to end of the hole at 597.0m

o 2.03m @ 0.8 7% Zn , 0.01% Pb , 2.70 g/t Ag, 51.57 ppm Cd , 140.95 ppm Sn (511.00-

513.03m) including

▪ 0.85m @ 1.16% Zn, 0.02% Pb, 5.08 g/t Ag, 72.87 ppm Cd, 72.87 ppm Sn (512.18-

513.03m)

o 11.55m @ 0.46% Zn, 0.02% Pb, 21.48 ppm Cd, 90.65 ppm Sn (545.50-557.05m), including

▪ 1.50m @1.72% Zn, 68.83 ppm Cd, 32.09 ppm Sn (554.58-556.08m), including

• 0.22m @ 6.46% Zn, 259.00 ppm Cd, 39.10 ppm Sn (554.58-554.80m), and

• 0.18m @ 3.16% Zn, 126.50 ppm Cd, 26.80 ppm Sn (555.53-555.71m)

• Preliminary results from the BHEM survey of VU22004 indicate conductivity anomalies through

the mineralized fragmental. Final survey results and 3D plate modelling are pending

• Drillhole VU22005 intersected a thin zone of stratiform pyrrhotite-sphalerite-galena

mineralization hosted in a previously unmapped fragmental underlying the LMC

2022 Drill Collar Locations

• Hole ID Easting* Northing* Elev (m) Final Depth (m) Az Inc

VU22003 543630 5509969 1245 630 100 -50

VU22004 547015 5516176 2255 597 106 -45

VU22005 546371 5513867 2090 473 95 -50

*All coordinates are projected in NAD83 UTM Zone 11N

Significant Drill Results

Hole

From

(m) To (m)

Core

Interval (m) Ag (g/t) Zn (%) Pb (%)

Zn+Pb

(%) Cd (ppm) Sn (ppm)

VU22003 No significant assays

VU22004 441.20 445.97 4.77 1.55 0.14 0.21 0.35 5.09 144.81

including 441.20 441.63 0.43 7.65 0.38 0.81 1.19 14.05 99.80

including 445.00 445.97 0.97 2.99 0.32 0.53 0.85 12.58 166.31

including 445.75 445.97 0.22 11.90 1.11 2.17 3.28 45.20 143.50

and 511.00 514.04 3.04 3.37 0.62 0.03 0.66 37.03 153.16

including 511.00 513.03 2.03 2.71 0.87 0.01 0.88 51.57 140.95

including 512.18 513.03 0.85 5.08 1.16 0.02 1.18 72.87 93.23

and 545.50 557.05 11.55 - 0.46 0.02 0.48 21.48 90.65

including 554.58 556.08 1.50 - 1.72 - 1.72 68.83 32.09

including 554.58 555.71 1.13 - 2.14 - 2.14 85.67 33.16

including 554.58 554.80 0.22 - 6.46 - 6.46 259.00 39.10

including 555.53 555.71 0.18 - 3.16 - 3.16 126.50 26.80

VU22005 No significant assays

Drillhole VU22003 was completed in a previously undrilled area of the property, an approximate 1.8km

strike length step-out to the south of 2020 drillholes. The hole was designed to test a coincident heli-borne

magnetic high anomaly (2022) and a regional gravity high anomaly (1998) positioned near the inferred

position of the LMC. The hole intersected massive magnetite hosted at the margins of thick sequence of

Moyie Sills (279.2-451.3m), interpreted to be the source of the geophysical anomalies. The hole wa s

successful in defining the position of the LMC in the valley bottom, intersecting at a depth of 541.1m.

Underlying the LMC is a thin interval of carbonaceous wacke hosting a thin 7-cm semi-massive pyrrhotite

mineralization interpreted to be Sullivan Muds. Assays did not return significant results.

Drillhole VU22004 was completed in the West Basin Zone and was designed to target Lower-Middle

Contact (LMC) and test for SEDEX -style mineralization hosted at “Sullivan Time” (considered to be

located directly beneath LMC) . The LMC was intersected at 303 .0m and is underlain by a broad

mineralized fragmental unit (334.1-473.0m) with abundance of pyrrhotite±sphalerite±galena clasts and

intact mineralized beds increasing down-hole. Assays returned 0.32% Zn & 0.53% Pb (0.88% combined

Pb+Zn) over 0.97m (445.00-445.97m). Underlying the fragmental is a zone from 473.0m to end of the

hole at 597.0m of medium to thin bedded wacke, argillite and quartzites interpreted to be Lower Aldridge

sedimentary sequence. Mineralization consists of stratiform sphalerite with rare galena and arsenopyrite.

Assays returned 0.62% Zn and 0.03% Pb (0.65% Pb+Zn) over 2.03m (511.00 -513.03m) and 1.72% Zn

over 1.50m (554.58-556.08m).

Drillhole VU22005 was designed to intersect the LMC and investigate a historic ground UTEM anomaly

(1986) that was not previously drill tested. The LMC was intersected at 327.3 m with two thin intervals

of underlying fragmental between 337.2-339.0m and 340.25-341.11m. The lowermost fragmental interval

hosts a 6 -cm band of bedding parallel pyrrhotite -sphalerite-galena. Assays did not return results of

economic significance. The source of the historic UTEM conductivity anomaly remains unclear.

Given the recognition of persistent mineralization at depths well below LMC (interpreted Sullivan Time),

management intends to re view all available historical drill core relating to the Vulcan property, as most

historical holes were stopped stratigraphically above the mineralized intervals intersected in Hole

VU22004. Future exploration at the Vulcan will be guided by this re-interpretation of the geology. Permits

are in place for continued drilling in 2023, with detailed planning currently underway.

Tim Termuende, P.Geo, President and CEO of Eagle Plains commented recently on the Vulcan program:

“though analytical results from Hole VU220 04 were sub -economic overall, the stratigraphic location,

mineralogy and geological significance of our findings cannot be overstated. The presence of lead -zinc

mineralized clasts within the fragmental unit coupled with discrete mineralized sedimentary beds within

muds interpreted to lie at Sullivan Time suggest close proximity to a feeder vent. Given the strong

geological similarities to Sullivan and the size and scale of that orebody, management is extremely

encouraged by results to date and eagerly anticipates aggressive continuing exploration in 2023.”

Vulcan Project Summary

View Vulcan Project Highlight Map and Drill Core Photos here

View Vulcan Drill Hole VU22004 Interpretation Video here

Management of Eagle Plains considers the Vulcan project to hold excellent potential for the presence of

sedex mineralization. Rocks underlying the Vulcan are within the same sedimentary sequence and host

occurrences with mineralization and alteration styles similar to those observed at and adjacent to the now-

depleted Sullivan deposit. The Main (Hilo) mineral occurrence at Vulcan returned up to 1.6 % combined

lead-zinc over 1.5 metres from rocks near the Lower-Middle Aldridge contact (“LMC”), the same time-

stratigraphic horizon which hosts the Sullivan deposit.

The Sullivan mine was discovered in 1892 and is one of the largest sedex deposits in the world. Over its

100+ year lifetime, Sullivan contained a total of 160 million tonnes of ore averaging 6.5% lead, 5.6% zinc

and 67 g/t silver, resulting in 298 million ounces of silver, 18.5 billion pounds of lead, 17.5 billion pounds

of zinc, and significant quantities of associated metals; collectively worth over $40B at current metal

prices. Eagle Plains m anagement cautions that past results or discoveries on proximate land are not

necessarily indicative of the results that may be achieved on the Vulcan property.

Vulcan Project History

Sullivan-style mineralization was first reported in the mid-1950s at Vulcan. During the 1970s and 1980s,

Texas Gulf Sulphur and later Cominco completed extensive geophysical work and drilled shallow holes

to test for continuous mineralization in areas of the property. The most comprehensive testing occurred

in the Hilo area during the early 1990s by Ascot Resources. In 1991 a five-hole, 1003m drill program was

completed, with three holes totaling 1535m completed in 1992.

Since acquiring the initial claims on the property in 2002, Eagle Plains has completed an extensive

compilation of all exi sting data, followed in 2006 by a 125 line -km helicopter-borne time -domain

geophysical survey flown at 200m spacing. Additional claims were added to the property position as they

became available through staking. Systematic geochemical, geological and geop hysical programs were

conducted by Eagle Plains and its partners from 2011-2019.

In June 2020, Eagle Plains completed a two -hole, 977m drill program to test the LMC along an existing

road cut in an area of elevated soil geochemistry and anomalous geophysi cal features (magnetometer,

induced polarization and magnetotellurics). The LMC contact was successfully intercepted in Hole

VU20002 with significant alteration suggesting proximity to a hydrothermal source, though no economic

mineralization was encountered.

Eagle Plains’ Findlay project, located directly north of the Vulcan, shares the same prospective geology

and will also be re-examined in light of the Vulcan results.

2022 Vulcan Program Logistical Summary

The 2022 Vulcan program was carried out by TerraLogic Exploration Services of Cranbrook, BC under

the supervision of Kerry Bates, P.Geo. Drilling services were contracted to Proterra Drilling Solutions of

Quesnel, BC. SJ Geophysics of Delta, BC was retained to carry out down-hole electromagnetic surveying.

BC. Bighorn Helicopters of Cranbrook, BC provided helicopter support on two of the three holes

completed.

Qualified Person

Charles C. Downie, P.Geo., a “qualified person” for the purposes of National I nstrument 43 -101 -

Standards of Disclosure for Mineral Projects and a director of Eagle Plains, has prepared, reviewed, and

approved the scientific and technical disclosure in the news release.

About Eagle Plains Resources

Based in Cranbrook, B.C., Eagle Plains is a well -funded, prolific project generator that continues to

conduct research, acquire and explore mineral projects throughout western Canada. The Company was

formed in 1992 and is the ninth-oldest listed issuer on the TSX-V (and one of only three that has not seen

a roll-back or restructuring of its shares). Eagle Plains has continued to deliver shareholder value over the

years and through numerous spin -outs has transferred over $100,000,000 in value directly to its

shareholders, with Copper Canyon Resources and recently Taiga Gold being notable examples.

The Company is committed to steadily enhancing shareholder value by advancing our diverse portfolio

of projects toward discovery through collaborative partnerships and development of a highly experienced

technical team.

In late 2022 Eagle Plains announced the formation of a separate division within the Company; Eagle

Royalties Ltd. (“ER”) which will hold many of Eagle Plains’ diverse portfolio of royalty assets. The

restructuring will enhance the valuation of Eagle Plains’ extensive royalty interests, enabling ER to market

and develop its royalty assets while seeking additional royalty acquisition opportunities. Eagle Plains’

royalties cover a broad spectrum of commodities on projects contr olled by Cameco Corp., Iso Energy

Corp., Denison Mines Corp., Skeena Resources Ltd. and Hecla Mining Co./Banyan Gold Corp., among

others. Eagle Plains will continue to focus on its core business model of acquiring and advancing

grassroots critical- and precious-metal exploration properties.

Expenditures from 2011-2022 on Eagle Plains-related projects exceed $30M, the majority of which was

funded by third -party partners. This exploration work resulted in approximately 45,000m of diamond-

drilling and extensive ground-based exploration work facilitating the advancement of numerous projects

at various stages of development.

Throughout the exploration process, our mission is to help maintain prosperous communities by exploring

for an d discovering resource opportunities while building lasting relationships through honest and

respectful business practices.

On behalf of the Board of Directors

“Tim J. Termuende”

President and CEO

For further information on EPL, please contact Mike Labach at 1 866 HUNT ORE (486 8673)

Email: [email protected] or visit our website at https://www.eagleplains.com

Cautionary Note Regarding Forward-Looking Statements

Neither the 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. This news release may contain forward-looking statements including but not limited to

comments regarding the timing and content of upcoming work programs, geological interpretations,

receipt of property titles, potential mineral recovery processes, etc. Forward-looking statements address

future events and conditions and therefore, involve inherent risks and uncertainties. Actual results may

differ materially from those currently anticipated in such statements.