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Western Pacific Encounters 1.5 ft grading 82.7 g/t Gold and 24,981 g/t Silver - Highest Grade Intercept to Date

05.01.2015  |  CNW
VANCOUVER, Jan. 5, 2015 /CNW/ - Western Pacific Resources Corp. ("Western Pacific" or the "Company") (TSX-V: WRP) announces the completion of the diamond drill program at the Deer Trail Mine, located in Piute County, Utah. The Company exceeded its planned program by drilling 19,131 ft in a total of 46 holes. The company is now assessing the results of the drill program and performing metallurgical analysis with the goal of evaluating the viability of bringing the mine back into production.

Assays for a total of 37 holes have been received to date. These holes consist of 16,041.5 ft of drilling from two underground drill stations and include grades of up to 82.7 g/t gold, 24,981 g/t silver, 12.25% lead and 25.3% zinc; this intersection, in hole DTM-14-37, is the highest grade intersection received to date from the 2014 drill program. Highlights from drill holes DT14-15 thru DT14-37 are listed in the table below. Drill holes DT14-01 thru DT14-14 were disclosed in a news release dated October 2, 2014.

Table 1. Highlights intercepts table with grade/width averages

Drill hole

Manto

From

To

Interval

Au

Ag

Pb

Zn

Cu



ft

ft

ft

g/t

g/t

%

%

%

DT14-15

S4

216.4

217.7

1.3

1.4

195

4.91

6.69



Veins

225

226.8

1.8

2.48

296

4.16

3.34


DT14-17

S4

283

285

2

4.45

361

0.18

0.27

0.49

DT14-20

S7

418.7

423

4.3

26.71

5,823

0.81

3.89



incl

420

421.5

1.5

76.1

16,607

1.22

6.46


DT14-21

S4

181

193

12

3.55

623

0.52

0.72



incl

183

186

3

12.45

2,230

1.77

2.53

0.66


Hydrobx

568

586.5

18.5

0.21

97.9

2.74

2.13



incl

568

570

2

0.48

208

8.6

13.1

0.84


incl

583

586.5

3.5

0.66

308

8.9

3.5

1.15

DT14-23

S8

402.3

414.4

12.1

0.52

123.60

3.63

5.33

0.41


incl

410.6

414.4

3.8

0.70

144

6.01

10.25

0.67

DT14-24

S4

176

177.1

1.1

64.2

2,930

0.78

1.37



S7

353

363

10

0.51

219

3.52

3.84



incl

358

363

5

0.81

376

5.88

5.57

0.59

DT14-25

S7

473.5

477

3.5

6.06

1,826

0.85

0.73



incl

475

477

2

9.6

2,850

0.88

0.32


DT14-28

S7

399

411

12

1.51

259

2.53

5.42



incl

401

403.7

2.7

4.35

471

6.43

15.90



incl

406.5

407.3

0.8

1.08

279

6.32

10.45



S8

464

465

1

2.31

695

5.48

1.40

1.27

DT14-29

S7

334

336

2

6.61

2,180

3.63

3.22


DT14-31

S7

367.5

372

4.5

2.05

973

2.36

1.10


DT14-33

S4

196.5

198

1.5

4.20

1,000

6.10

9.03

2.07


S6

258

261

3

0.59

184

6.21

7.05

0.74

DT14-34


118

120

2

2.01

859

0.96

1.03

1.60

DT14-35

S4

157.6

159.5

1.9

25.2

1,435

0.15

0.66



S7

355

362.5

7.5

1.85

170

2.56

3.91



S7

361.5

362.5

1

8.91

672

12.25

25.30


DT14-37

S3

109

113

4

13.2

511

1.09

2.06



S4

188

193

5

26.15

7,744

1.67

0.55



incl

188

189.5

1.5

82.7

24,981

5.43

1.62



S7

316.6

318

1.4

1.51

2,500

0.46

0.32

1.05



A complete list of assays from drill holes DT14-15 to DT14-37 is located in Appendix 1. Full details of all drill results including assays, hole location, dip and azimuth is available on the Company's website at http://www.westernpacificresources.com/i/pdf/DT14-01-37-AllSamples-Dec2014.pdf.

The project contains several structural blocks and there is insufficient data from the drilling to accurately calculate true intercept thickness at this time.

The drill program was focused in the 3400 area of the mine where drilling was being performed from the main PTH haulage tunnel. The long section diagram below shows the PTH tunnel and the interpreted orientation of the mineralization.

Figure 1. 3400 Area Long Section Diagram

"It is very encouraging that drilling continues to return high-grade intercepts in multiple stacked zones," stated Michael Callahan, Western Pacific's President and CEO. "The S4 manto, which was the focus of some historic mining, is locally returning better grades than expected. The program was completed on schedule and within budget. As the last of our assays are received we look forward to assessing the results of the drill program as well as those from the metallurgical testing program which is now underway."

Significant base metal mineralization has been encountered in mantos S4, S6, S7 and S8 with assays returning combined base metals values up to 37.5%. For example, hole DT14-35 returned 1 ft of 8.7 g/t gold, 672 g/t silver, 15.5% copper and 25.3% zinc. Some holes indicate local potential for wider zones where drilling returned base metal and/or precious metal mineralization over several feet. An example of this can be seen in hole DT14-28, which returned 12 ft averaging 1.51 g/t gold, 259 g/t silver, 2.53% copper and 5.42% zinc.

The spread of values between the various mantos confirms the layer-cake stacking of the base metal manto mineralization within the sedimentary stratigraphic sequences. This provides for additional exploration that goes beyond the scope of the current drill program and would potentially be targeted in the future.

High-grade precious metal mineralization is also showing a different occurrence than within the strictly manto-style base metal mineralization as previously believed. On-going multi-element geochemical analysis shows that there is a strong association between silver, gold and tellurium, and not necessarily with the base metals lead, zinc, arsenic and antimony. This suggests that precious metals may be a separate mineralizing event and that potentially economic gold and silver mineralization is hosted by gold and silver tellurides.

The drill program has encountered an additional previously unknown manto, S8, which lies approximately 60 ft below the S7 manto. Drilling has shown that, like S7, it occurs within a sedimentary unit, the Lower Carbonate and Quartzite (LCAQ) of the Callville Formation, rather than at a distinct contact between two different units like S4, which occurs adjacent to the contact between the Lower Dark Lentil (LDL) and the Middle Quartzite-Big Sandy Zone (MQ-BSZ). When S8 is encountered it is well mineralized and up to 10 ft thick, though mineralization is not as consistent as S4 or S7. Deeper drilling, for example in drill hole DT14-21, has revealed hydrothermal breccias and associated alteration that hosts potentially economic precious metal and base metal mineralization. This alteration suite is interpreted to be associated with peripheral porphyry-style mineralization.

The section map below illustrates the location of the mantos in relation to the drill stations. The close proximity between these provides the benefit of multiple intercepts in the structures, resulting in a significant amount of data by drilling relatively short holes.

Figure 2. Section Map for Drill Stations 1, 2 and 3

Figure 3. Section Map for Drill Stations 4 and 5

To date results from 37 holes totaling 16,041.5 ft of drilling have been received. Results from the completed drill program will allow the Company to better evaluate the strategy for putting the mine back into production.


Appendix 1

Table 2. Drill Results from Deer Trail Mine

Drill hole

Manto

From (ft)

To (ft)

Interval

Au

Ag

Pb

Zn

Cu





(ft)

g/t

g/t

%

%

%

DT14-15

Veins

205.4

206.4

1

0.12

59.1

0.14

0.52

0.27

DT14-15

Veins

211.4

216.4

5

0.05

10.8

0.28

0.57

0.05

DT14-15

S4

216.4

217.7

1.3

1.4

195

4.91

6.69

0.58

DT14-15

Veins

225

226.8

1.8

2.48

296

4.16

3.34

0.29

DT14-15

Veins

226.8

231.8

5

0.15

42.2

0.48

0.53

0.07

DT14-15

S5?

250

251

1

0.66

197

1.19

0.77

0.99

DT14-15

Veins

251

256

5

0.17

12.4

0.21

0.46

0.01

DT14-15

Veins

256

261

5

0.32

24.4

0.3

0.57

0.05

DT14-15

S6

263.9

265

1.1

0.08

27.9

1.04

3.01

0.19

DT14-15

S7

401.9

402.9

1

0.11

30.9

0.57

0.27

0.07

DT14-15

Veins

413.1

414.2

1.1

0.11

17.3

0.41

0.22

0.01

DT14-16

S4

195

197

2

1.09

241

0.22

0.23

0.14

DT14-16

S4

197

197.2

0.2

0.26

11.7

0.02

0.12

0.03

DT14-16

Veins

232.1

234.3

2.2

0.02

4.7

0.01

0.34

0.01

DT14-16

S7

364.2

366.2

2

0.01

4.6

0.07

0.16

0.01

DT14-16

S7

366.2

370.6

4.4

0.17

34

1.03

0.32

0.13

DT14-16

S7

374.4

375.4

1

0.02

5.1

0.33

0.54

0.03

DT14-16

S7

375.4

376.9

1.5

0.17

26.5

2.26

2.82

0.15

DT14-16

S7

376.9

380

3.1

0.02

5.8

0.14

0.23

0.03

DT14-16

S7

380

385

5

0.05

8.7

0.16

0.25

0.06

DT14-16

S7

385

386

1

0.16

46.3

2.31

1.42

0

DT14-17

S4

278.5

280.2

1.7

0.09

16.1

0.84

1.14

0.09

DT14-17

S4

280.2

283

2.8

0.04

0.9

0

0.02

0

DT14-17

S4

283

285

2

4.45

361

0.18

0.27

0.49

DT14-17

S4

285

290

5

0.03

3.5

0.04

0.05

0.01

DT14-17

S4

290

295

5

0.07

8.2

0.08

0.1

0.07

DT14-17

S4

295

299.7

4.7

0.07

8.4

0.05

0.15

0.01

DT14-17

S7

426.2

429.3

3.1

0.09

4.1

0.04

0.11

0

DT14-17

S7

429.3

432.8

3.5

0.05

12.5

0.15

0.31

0.06

DT14-17

S7

432.8

435

2.2

0.42

95.1

1.07

0.67

0.16

DT14-17

S7

435

437

2

bd

0.5

0.02

0.09

0

DT14-17

S7

437

439.2

2.2

bd

3.3

0.04

0.15

0.01

DT14-20

S4

218.2

222

3.8

0.33

47

0.63

0.61

0.75

DT14-20

S4

222

224

2

0.09

18.9

0.08

0.11

0.06

DT14-20

S4

224

226.5

2.5

0.18

42.6

0.2

0.36

0.13

DT14-20

S6

363.8

366.5

2.7

1.96

191

2.99

1.01

0.41

DT14-20

S7

418.7

420

1.3

0.35

76.7

0.59

2.51

0.02

DT14-20

S7

420

421.5

1.5

76.1

16,607

1.22

6.46

0.29

DT14-20

S7

421.5

423

1.5

0.16

20.3

0.59

2.51

0.02

DT14-21

S3

113

116

3

0.38

31.3

0.18

0.34

0.02

DT14-21

S4

178

181

3

0.29

44.3

0.51

0.35

0.13

DT14-21

S4

181

183

2

0.82

103

0.16

0.33

0.03

DT14-21

S4

183

186

3

12.45

2,230

1.77

2.53

0.66

DT14-21

S4

186

189

3

0.51

65

0.13

0.05

0.03

DT14-21

S4

189

193

4

0.54

96.8

0.05

0.05

0.01

DT14-21

S7

325.5

327.5

2

0.28

91

2.25

2.71

0.29

DT14-21

S8

363

368.5

5.5

0.01

9.1

0.03

0.07

0

DT14-21

Hydrobx

417.5

418.5

1

0.01

4.2

0.05

0.24

0.02

DT14-21

Hydrobx

466

468

2

0.07

13.9

0.49

1.65

0.08

DT14-21

Hydrobx

468

470

2

0.04

33

0.44

0.47

0.06

DT14-21

Hydrobx

470

474

4

0.05

22.9

0.31

0.46

0.04

DT14-21

Hydrobx

483

488

5

3.4

172

0.01

0.01

0

DT14-21

Hydrobx

488

493

5

1.58

91

0.3

0.18

0

DT14-21

Hydrobx

523

528

5

0.31

53.7

0.09

0.51

0.01

DT14-21

Hydrobx

553

558

5

0.24

72.1

0.15

0.1

0.01

DT14-21

Hydrobx

558

563

5

0.3

62

0.38

0.16

0.02

DT14-21

Hydrobx

563

568

5

0.18

53.6

0.2

0.12

0.03

DT14-21

Hydrobx

568

570

2

0.48

208

8.6

13.1

0.84

DT14-21

Hydrobx

570

575

5

0.07

26.4

0.29

0.14

0.11

DT14-21

Hydrobx

575

583

8

0.03

23.2

0.12

0.05

0.02

DT14-21

Hydrobx

583

586.5

3.5

0.66

308

8.87

3.48

>1%

DT14-21

Hydrobx

586.5

588

1.5

0.04

20.4

0.12

0.03

0.01

DT14-21

Hydrobx

588

593

5

0.04

29.5

1.09

0.39

0.1

DT14-21

Hydrobx

593

598

5

0.01

10.1

0.21

0.37

0.03

DT14-21

Hydrobx

598

603

5

0.02

15.6

0.23

0.3

0.04

DT14-21

Hydrobx

603

608

5

0.14

39.9

1.55

3.37

0.09

DT14-21

Hydrobx

608

613

5

0.43

93

1.41

0.28

0.03

DT14-22

S4

187.7

189.6

1.9

13.45

545

0.46

1.41

0.03

DT14-22

S7

353.5

357

3.5

0.061

24.1

0.69

0.32

0.04

DT14-22

S7

357

361.5

4.5

0.183

60.4

0.9

0.18

0.06

DT14-22

Hydrobx

511.5

514

2.5

0.096

79.8

0.87

1.23

0.27

DT14-22

Hydrobx

515

520

5

0.073

84.8

0.95

0.06

0.1

DT14-22

Hydrobx

520

525

5

0.199

146

0.49

0.9

0.08

DT14-22

Hydrobx

525

530

5

0.339

46

0.35

0.3

0.02

DT14-22

Hydrobx

530

535

5

0.828

90.2

0.53

0.3

0.01

DT14-22

Hydrobx

570

575

5

0.234

64.5

0.17

0.19

0.09

DT14-23

S4

183

183.5

0.5

0.4

60.1

0.13

0.16

0.02

DT14-23

S7

354.5

360

5.5

0.48

40.5

1.38

1.25

0.36

DT14-23

S7

370.6

371.8

1.2

0.05

12

0.21

0.14

0.02

DT14-23

S8

402.3

405.3

3

0.78

181

3.46

4.24

0.43

DT14-23

S8

405.3

407.3

2

0.49

99.4

3.1

3.73

0.26

DT14-23

S8

407.3

410.6

3.3

0.08

62.6

1.35

1.62

0.18

DT14-23

S8

410.6

414.4

3.8

0.7

144

6.01

10.25

0.67

DT14-24

S4

176

177.1

1.1

64.2

2,930

0.78

1.37

0.02

DT14-24

S7

349

353

4

0.04

5.5

0.05

0.12

0

DT14-24

S7

353

358

5

0.22

61.7

1.17

2.1

0.19

DT14-24

S7

358

363

5

0.81

376

5.88

5.57

0.59

DT14-24

S7

363

367.6

4.6

0.02

3.5

0.05

0.1

0.01

DT14-24

S8

384

386.5

2.5

0.34

91

1.48

0.32

0.19

DT14-24

S8

386.5

391

4.5

0.14

95.4

1.17

0.28

0.29

DT14-25

S4

220.5

221.5

1

6.7

770

0.45

1.09

0.26

DT14-25

S6?

268

270

2

0.09

32.6

1.69

0.11

0.05

DT14-25

S6?

274

276

2

0.31

82.1

0.87

0.18

0

DT14-25

S6?

276

278

2

0.17

19.25

0.29

0.36

0.36

DT14-25

S7?

473.5

475

1.5

1.35

460

0.82

1.26

0.04

DT14-25

S7?

475

477

2

9.6

2850

0.88

0.32

0.24

DT14-26

S3

111.5

114

2.5

1.9

>100

0.66

0.08

0.06

DT14-26

S4

183.5

184.5

1

0.81

48.7

0.04

0.14

0.01

DT14-26

S4

184.5

186.5

2

0.59

183

1.12

2.07

0.32

DT14-26

S4

186.5

189.5

3

0.08

12.7

0.03

0.05

0.02

DT14-27

S4

184

187.5

3.5

3.37

337

0.74

0.85

0.13

DT14-27

S7

358.5

359.5

1

0.123

93

0.63

0.8

0.14

DT14-27

S7

359.5

361.5

2

0.495

61.5

1.01

0.78

0.15

DT14-27

S7

361.5

364.5

3

0.097

24.5

0.45

0.8

0.05

DT14-27

S7

364.5

369

4.5

0.015

7.03

0.12

0.21

0.02

DT14-27

S7

369

370

1

0.034

9.98

0.1

0.08

0.02

DT14-27

S7

370

374

4

0.593

263

1.06

0.84

0.2

DT14-27

S7

374

376

2

0.461

240

1.19

0.43

0.63

DT14-27

?

376

379

3

0.141

54

0.11

0.12

0.06

DT14-27

S8

379

383

4

0.016

4.53

0.01

0.04

0.01

DT14-27

S8

383

385.5

2.5

0.344

127

0.62

0.97

0.4

DT14-27

S8

389

394

4

0.04

12.6

0.16

0.25

0.04

DT14-27

S8

394

398

4

0.116

56.3

0.07

0.06

0.02

DT14-27

S8

398

399

1

0.051

35.2

0.28

0.34

0.03

DT14-27

S8

399

400.5

1.5

0.117

32.3

0.39

1.04

0.06

DT14-28

S3

111.5

114

2.5

0.05

24.3

0.24

0.48

0.26

DT14-28

S4

174.6

178.5

3.9

1.2

51.8

0.01

0.16

0

DT14-28

S4

178.5

182

3.5

1.61

57.5

0.02

0.13

0

DT14-28

S7

399

399.7

0.7

0.92

133

2.03

4.88

0

DT14-28

S7

399.7

401

1.3

0.05

4.12

0.03

0.12

0

DT14-28

S7

401

403.7

2.7

4.35

471

6.43

15.9

0.12

DT14-28

S7

403.7

406.5

2.8

0.02

5.96

0.16

0.29

0.01

DT14-28

S7

406.5

407.3

0.8

1.08

279

6.32

10.45

0.03

DT14-28

S7

407.3

409

1.7

0.1

56.2

1.13

1.76

0.11

DT14-28

S7

409

411

2

2.29

703

2.06

3.17

0.2

DT14-28

S8

442.5

444

1.5

0.31

26.6

0.02

0.04

0

DT14-28

S8

444

445.5

1.5

0.02

4.89

0.01

0.06

0.01

DT14-28

S8

445.5

448.5

3

0.06

14.7

0.01

0.03

0.02

DT14-28

S8

448.5

449.2

0.7

3.25

384

0.06

0.06

0.07

DT14-28

S8

449.2

451.5

2.3

0.02

9.01

0.15

0.23

0.01

DT14-28

S8

451.5

452.3

0.8

0.13

59

3.25

3.01

0.22

DT14-28

S8

452.3

457

4.7

0.22

46.4

0.1

0.16

0.02

DT14-28

S8

457

461

4

0.02

5.82

0.05

0.19

0.02

DT14-28

S8

461

462.5

1.5

0.06

21.1

0.04

0.07

0.01

DT14-28

S8

462.5

464

1.5

0.23

92.4

0.72

0.99

0.16

DT14-28

S8

464

465

1

2.31

695

5.48

1.4

1.27

DT14-29

S4

197.5

199

1.5

0.7

117

0.36

0.54

0.2

DT14-29

S7

334

336

2

6.61

2180

3.63

3.22

0.12

DT14-29

S7

340

344

4

0.14

98.8

0.18

0.32

0.07

DT14-29

S7

344

346.7

2.7

0.04

37.1

0.08

0.2

0.04

DT14-29

??

459

461.5

2.5

0.06

26.5

0.14

0.21

0.01

DT14-29

??

463.5

465.5

2

0.01

10.55

0.02

0.25

0.02

DT14-29

??

469

474

5

0.03

21

0.12

0.56

0.04

DT14-29

??

474

479

5

0.01

10.4

0.23

0.31

0.06

DT14-30

S4

197.5

199

1.5

1.47

70.7

0.03

0.09


DT14-30

S4

199

203

4

0.423

30.8

0.04

0.39


DT14-30

S4

203

205

2

0.175

8.08

0.01

0.43


DT14-30

S7

319

319.8

0.8

0.225

56.3

2.34

2.71


DT14-30

S8

358

363

5

0.256

45.7

0.34

0.25


DT14-30

S8

363

368

5

0.281

42.1

0.37

0.08


DT14-31

S3

136

138.5

2.5

0.08

14.8

0.08

0.54

0.01

DT14-31

S4

179

184

5

0.26

23.1

0.02

0.08

0.01

DT14-31

S4

184

187

3

1.17

332

0.04

0.08

0.05

DT14-31

S4

187

189

2

0.92

52.4

0.04

0.09

0.02

DT14-31

S7

359

364

5

0.15

45

0.31

0.38

0.09

DT14-31

S7

364

367.5

3.5

0.17

47.8

0.21

0.16

0.15

DT14-31

S7

367.5

369

1.5

0.75

790

1.61

1.4

0.03

DT14-31

S7

369

372

3

2.7

1065

2.74

0.95

0.07

DT14-31

S7

372

374

2

0.07

8.24

0.08

0.21

0.01

DT14-31

S7

374

379

5

0.04

66.3

0.15

0.1

0.01

DT14-31

S8

424

429

5

0.04

48.3

0.95

1.2

0.07

DT14-31

S8

429

434

5

0.04

10

0.03

0.12

0.02

DT14-32

S3?

110.5

113

2.5

2.77

91.8

1.6

2.56

0.089

DT14-32

S3?

113

115

2

0.042

19.9

0.301

0.292

0.199

DT14-33

S3?

89

91

2

0.06

14.8

0.14

0.14

0.15

DT14-33

S4

194

196.5

2.5

0.11

26.5

0.04

0.04

0.04

DT14-33

S4

196.5

198

1.5

4.2

1000

6.1

9.03

2.07

DT14-33

S6

258

261

3

0.59

184

6.21

7.05

0.74

DT14-33

??

277.5

281.5

4

0.38

12.5

0.16

0.21

0

DT14-34

S3

103.7

105.9

2.2

0.09

27

0.44

0.75

0.15

DT14-34

S3

105.9

108

2.1

0.14

43.9

0.16

3.09

0.2

DT14-34

??

118

120

2

2.01

859

0.96

1.03

1.6

DT14-35

S4

153

156.6

3.6

1

61.7

0.1

0.18


DT14-35

S4

156.6

157.6

1

0.493

23.3

0.02

0.04


DT14-35

S4

157.6

159.5

1.9

25.2

1435

0.15

0.66


DT14-35

S4

165.4

166.4

1

0.153

31.6

1.08

1.71


DT14-35

S4

166.4

171.5

5.1

0.292

26

0.02

0.03


DT14-35

S7

355

357

2

2.29

276

3.25

1.66


DT14-35

S7

357

361.5

4.5

0.083

11.35

0.09

0.15


DT14-35

S7

361.5

362.5

1

8.91

672

12.25

25.3


DT14-37

S3

103

105

2

0.296

4.07

0.01

0.11


DT14-37

S3

105

106

1

0.233

18.4

0.55

0.28


DT14-37

S3

106

107

1

0.478

33.1

1.47

0.13


DT14-37

S3

107

109

2

0.076

6.03

0.28

0.33


DT14-37

S3

109

113

4

13.2

511

1.09

2.06

0.18

DT14-37

S3

113

115

2

0.054

3.44

0.02

0.07


DT14-37

S4

186

188

2

0.041

4.15

0.01

0.02


DT14-37

S4

188

189.5

1.5

82.7

24,981

5.43

1.62

0.16

DT14-37

S4

189.5

191

1.5

2.59

654

0.07

0.18


DT14-37

S4

191

193

2

1.4

134

0.05

0.04


DT14-37

S4

193

194.5

1.5

0.582

93.1

0.08

0.07


DT14-37

S4

194.5

196

1.5

4.94

676

1.26

0.9

0.41

DT14-37

S4

196

198

2

0.076

9.71

0.01

0.06


DT14-37

S5

221

223

2

0.163

25.1

0.18

0.18


DT14-37

S6

235

238

3

0.321

97

0.05

0.02


DT14-37

S6

238

242

4

0.833

57.6

0.08

0.16


DT14-37

S7

316.6

318

1.4

1.51

2500

0.46

0.32

1.05

DT14-37


489.1

490.3

1.2

0.072

77.1

0.34

0.65

0.17

DT14-37


490.3

493.9

3.6

0.06

5.92

0.01

0.03


DT14-37


493.9

497.2

3.3

0.024

9.7

0.08

0.23


DT14-37


497.2

499.5

2.3

0.05

29

0.31

0.39




Figure 4. Drill Hole Location Map

Core recovery for the holes reported in this release was high, averaging greater than 99%.  Industry standard QA/QC programs are carried out and maintained on the DTM exploration program by Eric Saderholm, Qualified Person.  Sample preparation has been carried out by ALS in Reno and Tucson, assaying has been carried out by ALS Vancouver.


Qualified Person

Eric Saderholm, B.Sc, Registered Member (Number 4145463RM), Society for Mining, Metallurgy, and Exploration, is Western Pacific's Qualified Person for the purposes of NI 43-101. Mr. Saderholm has approved the scientific and technical information contained in this news release.


About Western Pacific Resources Corp.

Western Pacific is a publicly traded resource exploration company focused on advancing a strong portfolio of precious metal properties in the Western United States. The Company is currently exploring the historic polymetallic Deer Trail Mine in Piute County, Utah. The Company's shares trade on the TSX Venture Exchange under the symbol "WRP". Western Pacific's team is led by a slate of technical and financial experts whose aim is to succeed in creating shareholder value through the development of its portfolio of projects as well as by pursuing additional property acquisitions and other strategic opportunities.


ON BEHALF OF THE BOARD

"Michael Callahan"
Michael Callahan, President & CEO



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.

Certain statements contained in this news release constitute forward-looking statements within the meaning of Canadian securities legislation.  Forward-looking statements contained in this news release include, without limitation, statements in respect of the proposed development of the Deer Trail Mine property.  These statements relate to future events, business prospects or opportunities and product development. All such statements other than statements of historical fact are forward-looking statements. Forward-looking statements are often, but not always, identified by the use of words such as "seek", "anticipate", "plan", "continue", "estimate", "expect, "may", "will", "project", "predict", "potential", "targeting", "intend", "could", "might", "should", "believe" and similar expressions. The Company believes that the expectations reflected in those forward-looking statements are reasonable, but no assurance can be given that these expectations will prove to be correct and such forward-looking statements should not be unduly relied upon. Actual results and developments may differ, and may differ materially, from those expressed or implied by the forward-looking statements contained in this news release. 

Forward-looking statements involve known and unknown risks, uncertainties, assumptions of management and other factors that may cause actual results or events to differ materially from those anticipated in such forward-looking statement, including but not limited to: (a) the Company not having the financial ability to meet its exploration and development goals; (b) risks associated with the results of exploration and development activities, the interpretation of drilling results and other geological risks, estimation of mineral resources and the geology, grade and continuity of mineral deposits, project cost overruns or unanticipated costs and expenses; and (c) such other risks detailed from time to time in the Company's quarterly and annual filings with securities regulators and available under the Company's profile on SEDAR at www.sedar.com.

Although the Company believes that the expectations conveyed by the forward-looking statements are reasonable based on the information available to it on the date such statements were made, no assurances can be given as to future results, approvals or achievements.  Such forward-looking statements have been made for the purpose of assisting investors in understanding the Company's business, financial and operational performance and plans and may not be appropriate for other purposes.  The forward-looking statements contained in this news release are expressly qualified by this cautionary statement.  The Company disclaims any duty to update any of the forward-looking statements after the date of this news release to conform such statements to actual results or to changes in the Company's expectations except as otherwise required by applicable law.


SOURCE Western Pacific Resources Corp.



Contact

For more information visit the Company's website at www.westernpacificresources.com or contact Fiona Grant Leydier, Investor Relations, at (604) 692-2891 or via email at info@wrpv.ca.
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