Latest news with #Hollinger
Yahoo
31-07-2025
- Sport
- Yahoo
Nets' historic 2025 draft class panned for Summer League showing
The post Nets' historic 2025 draft class panned for Summer League showing appeared first on ClutchPoints. NBA analyst John Hollinger did not hold back on the Brooklyn Nets' draft class' performance in the NBA Summer League. Brooklyn was active in this year's draft, selecting five players in the first round. Four of them took part in the summer games, but Hollinger said their displays left a lot of room for improvement. 'Four of the Nets' five first-round picks played in Vegas (we never saw Drake Powell), and wow, this was not good. Two of the three worst-performing first-rounders by PER were Nets imports Nolan Traoré and Ben Saraf, while fellow first-rounders Danny Wolf and Egor Demin weren't much better. Given that many league observers already had questions about Brooklyn's choices and strategy on draft night, this was not a great kickoff,' Hollinger said. 'While some of these struggles can be written off as shooting variance, Traoré, in particular, looked overmatched. The guard prospect didn't have a single steal or block in his 67 minutes and only shot 7 of 23 from the field in his three games. Saraf had identical shooting numbers but at least spiked his box score with some promising defense and playmaking.' Hollinger even pointed out one aspect of the team's draft class, which was the poor fit. 'One other thing that became obvious while watching these guys try to play together was how poorly they fit with one another. All four of the first-rounders who played are guys who need the ball in their hands to be effective but aren't particularly threatening from the perimeter. That often resulted in situations where somebody like Saraf or Wolf was in the corner as an alleged floor-spacer,' he said. What lies ahead for Nets this offseason If John Hollinger can notice the flaws from the players in the Summer League, the Nets can certainly see it too. They progress through the offseason with plenty of questions to answer as they navigate through their rebuild. They haven't returned to the playoffs since 2023, still figuring out the core of players to build around. While they have Cam Thomas and Michael Porter Jr. as their key talents, Brooklyn is still in the early stages of building a solid squad as next season will be tough for them. A lot of challenges will come their way, and it will be up to them on how they approach it. Related: Cam Johnson hilariously reveals how he learned about Nets trade Related: Nets coach reveals team's feelings on Cam Thomas amid slow contract negotiation
Yahoo
16-06-2025
- Business
- Yahoo
Promising Assay Results From STLLR Gold's Hollinger Tailings Project Provides Confirmation of Gold Throughout the Tested Facility
Toronto, Ontario--(Newsfile Corp. - June 16, 2025) - STLLR Gold Inc. (TSX: STLR) (OTCQX: STLRF) (FSE: O9D) ("STLLR" or the "Company") is pleased to report additional promising results from its characterization program at the Hollinger Tailings Project ("Hollinger") located in the Timmins Mining Camp, Ontario, Canada. Key takeaways from additional results at the Hollinger characterization program: Consistent grade profiles: Results from the latest batch continue to demonstrate uniform grade distribution across drilled intervals. Most holes returned mineralized values throughout their full length. Emerging Grade Trends Within Hollinger: The Company is observing higher-than-average gold grades in Phase 1, the northern portion of Hollinger (see Figure 1). Overall results support continued advancement of Hollinger towards a potential mineral resource estimate and further economic evaluation. Metallurgical Program Advancing: With approximately 75% of assay results now received, STLLR has sufficient data to scope and design a targeted metallurgical testing program for the Hollinger material. Planning and preparatory work for the program is currently underway, with results anticipated in the second half of 2025. Table 1: Hollinger Characterization Program Assay Highlights (For more information see Tables 2 & 3 and Figures 1 to 5): Hole ID Assay Result KP25-01 0.56 grams per tonne gold ("g/t Au") over 20.15 metres ("m") (including 0.65 g/t Au over 12.75 m) HTF25-229 0.54 g/t Au over 23.75 m HTF25-158 0.47 g/t Au over 27.45 m (including 0.97 over 8.45 m) HTF25-345 0.52 g/t Au over 23.45 m (including 0.66 g/t Au over 2.00 m & 0.57 g/t Au over 8.55 m) Keyvan Salehi, MBA, President, CEO, and Director of STLLR, commented: "The Hollinger characterization program continues to demonstrate consistent gold mineralization across the facility, supported by more than 75% of assay results received to date. We are seeing multiple zones returning above-average grades, further reinforcing our confidence in the project's potential." "The information gathered to date provides a strong foundation to advance toward a mineral resource estimate and initiate an economic evaluation. In parallel, we are actively progressing the design of a metallurgical testing program to assess recovery potential. Both the mineral resource estimate and results from the metallurgical program are expected to be released in the second half of this year. We look forward to reporting the remaining assay results in the coming weeks." Hollinger Characterization Program Located in southeast Timmins, Ontario, the Hollinger Tailings Project holds tailings from the historic Hollinger Mine, once the world's largest gold mine. Operating from 1910 to 1968, it produced 19 million ounces of gold at an average grade of 9.9 grams per tonne.1 The site contains an estimated 50-60 million tonnes of tailings. Recent amendments to Ontario's Mining Act2 have streamlined the permitting process for reprocessing historical tailings, aligning economic opportunity with environmental remediation. Given current gold prices and the potential for low capital intensity, STLLR believes Hollinger presents significant opportunity for value creation. In February 2025, STLLR launched a comprehensive characterization program to assess the project's potential, establishing a path towards a mineral resource estimate, and information gathering for a recovery permit and remediation plan. The Company has completed 11,223 metres of sonic drilling across 423 holes, spaced on a 50 m grid pattern. Assay results from the 317 holes received to date continue to demonstrate consistent gold mineralization across the facility, with several areas returning grades above the overall average. The Company is currently advancing the design of a metallurgical testing program to evaluate recovery potential, with results and a potential mineral resource estimate targeted for release in the second half of 2025. Please review Figures 1 to 5 and Tables 1 to 3 for further context. Figure 1: Hollinger Characterization Program - Drill Location Map To view an enhanced version of this graphic, please visit: Figure 2: Hollinger Characterization Program - Drill Location Map Zoomed In #1 To view an enhanced version of this graphic, please visit: Figure 3: Hollinger Characterization Program - Drill Location Map Zoomed In #2 To view an enhanced version of this graphic, please visit: Figure 4: Hollinger Characterization Program - Section "A-B" Looking North To view an enhanced version of this graphic, please visit: Figure 5: Hollinger Characterization Program - Section "C-D" Looking North To view an enhanced version of this graphic, please visit: Table 2: Hollinger Characterization Intercepts* Hole ID From (m) To (m) Interval (m) Grade(g/t Au) Metal Factorg/t Au x m Area HTF25-027 0.00 23.80 23.80 0.44 10.50 Phase 1 including 4.55 6.50 1.95 0.57 1.11 Phase 1 including 12.30 18.30 6.00 0.55 3.33 Phase 1 HTF25-032 0.00 23.35 23.35 0.32 7.44 Phase 1 HTF25-036 0.00 23.69 23.69 0.35 8.18 Phase 1 HTF25-044 0.00 22.30 22.30 0.33 7.37 Phase 1 HTF25-049 0.00 23.35 23.35 0.38 8.82 Phase 1 HTF25-054 0.00 22.55 22.55 0.24 5.52 Phase 1 HTF25-056 0.43 23.60 23.17 0.29 6.61 Phase 1 HTF25-058 0.00 22.00 22.00 0.28 6.25 Phase 1 HTF25-062 0.95 22.20 21.25 0.31 6.51 Phase 1 HTF25-064 2.50 23.85 21.35 0.32 6.88 Phase 1 including 2.50 4.55 2.05 0.53 1.08 Phase 1 HTF25-066 1.50 21.35 19.85 0.39 7.73 Phase 1 including 8.35 13.70 5.35 0.50 2.70 Phase 1 HTF25-068 4.55 22.85 18.30 0.31 5.70 Phase 1 HTF25-070 0.30 21.35 21.05 0.34 7.24 Phase 1 HTF25-072 3.45 22.85 19.40 0.37 7.16 Phase 1 including 13.00 15.25 2.25 0.59 1.32 Phase 1 HTF25-074 0.00 20.70 20.70 0.30 6.26 Phase 1 HTF25-075 0.60 22.50 21.90 0.33 7.17 Phase 1 HTF25-076 0.50 20.75 20.25 0.30 6.15 Phase 1 HTF25-077 2.10 24.40 22.30 0.31 6.96 Phase 1 HTF25-078 3.30 24.40 21.10 0.40 8.54 Phase 1 including 3.30 8.85 5.55 0.58 3.20 Phase 1 HTF25-079 1.40 24.40 23.00 0.37 8.61 Phase 1 including 1.40 3.05 1.65 0.54 0.89 Phase 1 HTF25-080 0.00 21.35 21.35 0.34 7.33 Phase 1 HTF25-081 0.00 23.35 23.35 0.41 9.52 Phase 1 HTF25-099 6.63 26.15 19.52 0.36 6.96 Phase 1 HTF25-100 8.52 25.90 17.38 0.31 5.37 Phase 1 HTF25-105 7.98 25.90 17.92 0.36 6.47 Phase 1 including 19.80 21.35 1.55 0.68 1.05 Phase 1 HTF25-108 0.75 17.45 16.70 0.29 4.92 Phase 1 including 11.00 20.30 9.30 0.51 4.74 Phase 1 HTF25-112 0.00 25.00 25.00 0.31 7.69 Phase 2 including 0.00 3.05 3.05 0.53 1.61 Phase 2 HTF25-120 0.00 22.30 22.30 0.25 5.62 Phase 2 HTF25-121 0.00 22.40 22.40 0.37 8.32 Phase 1 including 2.00 4.55 2.55 0.60 1.54 Phase 1 HTF25-122 0.00 22.45 22.45 0.22 4.89 Phase 2 HTF25-124 0.00 27.45 27.45 0.27 7.32 Phase 2 HTF25-126 0.00 24.85 24.85 0.30 7.44 Phase 2 HTF25-128 0.00 25.90 25.90 0.21 5.55 Phase 2 HTF25-130 0.00 23.55 23.55 0.19 4.49 Phase 2 HTF25-132 0.00 27.45 27.45 0.31 8.42 Phase 2 HTF25-134 0.00 26.50 26.50 0.26 6.86 Phase 2 HTF25-136 0.45 25.60 25.15 0.24 5.92 Phase 2 including 23.85 25.60 1.75 0.50 0.88 Phase 2 HTF25-137 0.00 22.50 22.50 0.33 7.36 Phase 2 HTF25-138 0.00 29.30 29.30 0.31 8.95 Phase 2 including 23.00 29.30 6.30 0.67 4.20 Phase 2 HTF25-139 0.00 27.45 27.45 0.25 6.86 Phase 2 HTF25-140 0.00 27.00 27.00 0.30 8.13 Phase 2 including 19.80 27.00 7.20 0.63 4.52 Phase 2 HTF25-141 0.00 24.80 24.80 0.18 4.51 Phase 2 HTF25-142 0.00 26.00 26.00 0.29 7.61 Phase 2 including 19.80 26.00 6.20 0.59 3.63 Phase 2 HTF25-143 0.00 22.00 22.00 0.20 4.30 Phase 2 HTF25-144 0.00 23.05 23.05 0.22 5.12 Phase 2 HTF25-145 0.00 28.00 28.00 0.27 7.45 Phase 2 HTF25-146 0.00 25.50 25.50 0.48 12.35 Phase 1 including 9.00 20.50 11.50 0.60 6.93 Phase 1 HTF25-147 0.00 26.40 26.40 0.29 7.53 Phase 2 HTF25-148 0.00 23.85 23.85 0.37 8.78 Phase 2 including 14.50 23.85 9.35 0.63 5.86 Phase 2 HTF25-149 0.00 27.45 27.45 0.25 6.97 Phase 2 HTF25-150 0.00 22.85 22.85 0.19 4.29 Phase 2 HTF25-151 0.00 23.25 23.25 0.23 5.31 Phase 2 HTF25-152 0.00 23.40 23.40 0.20 4.73 Phase 2 HTF25-153 0.00 27.45 27.45 0.34 9.22 Phase 2 including 21.35 27.45 6.10 0.83 5.05 Phase 2 HTF25-154 0.00 26.00 26.00 0.24 6.15 Phase 2 HTF25-155 0.00 26.00 26.00 0.23 5.97 Phase 2 including 22.00 23.70 1.70 0.76 1.28 Phase 2 HTF25-156 0.00 24.40 24.40 0.24 5.84 Phase 2 HTF25-157 0.40 30.50 30.10 0.29 8.60 Phase 2 including 19.00 21.35 2.35 0.50 1.18 Phase 2 HTF25-158 0.00 27.45 27.45 0.47 13.03 Phase 2 including 19.00 27.45 8.45 0.97 8.23 Phase 2 HTF25-159 0.00 22.65 22.65 0.20 4.52 Phase 2 HTF25-160 0.00 25.70 25.70 0.26 6.77 Phase 2 HTF25-161 0.00 23.00 23.00 0.20 4.71 Phase 2 HTF25-162 0.00 28.40 28.40 0.28 7.89 Phase 2 HTF25-163 0.00 24.45 24.45 0.33 8.02 Phase 2 including 20.45 24.45 4.00 0.97 3.86 Phase 2 HTF25-164 0.00 26.20 26.20 0.32 8.42 Phase 2 HTF25-165 0.00 23.20 23.20 0.29 6.68 Phase 2 HTF25-166 0.00 25.00 25.00 0.23 5.87 Phase 2 HTF25-167 0.00 23.20 23.20 0.23 5.23 Phase 2 HTF25-168 0.00 24.70 24.70 0.24 6.02 Phase 2 HTF25-169 0.00 23.60 23.60 0.39 9.31 Phase 1 HTF25-170 0.00 26.90 26.90 0.28 7.58 Phase 2 HTF25-171 0.00 22.85 22.85 0.39 9.00 Phase 1 including 15.00 17.00 2.00 0.54 1.08 Phase 1 HTF25-172 0.00 28.50 28.50 0.29 8.18 Phase 2 HTF25-173 0.00 23.50 23.50 0.36 8.40 Phase 1 HTF25-174 0.00 27.45 27.45 0.29 8.06 Phase 2 HTF25-175 0.00 23.30 23.30 0.36 8.48 Phase 1 HTF25-176 0.00 27.45 27.45 0.30 8.16 Phase 2 HTF25-178 0.00 23.25 23.25 0.22 5.11 Phase 2 HTF25-179 0.00 20.40 20.40 0.33 6.69 Phase 1 HTF25-180 0.00 21.05 21.05 0.25 5.22 Phase 2 including 19.60 21.05 1.45 0.63 0.91 Phase 2 HTF25-181 0.00 24.40 24.40 0.32 7.79 Phase 2 HTF25-182 0.00 23.10 23.10 0.27 6.23 Phase 2 HTF25-183 0.00 25.90 25.90 0.30 7.77 Phase 2 HTF25-184 0.00 24.40 24.40 0.30 7.33 Phase 2 HTF25-185 0.00 24.00 24.00 0.30 7.14 Phase 2 HTF25-187 0.00 22.05 22.05 0.27 5.85 Phase 2 HTF25-188 0.00 24.25 24.25 0.30 7.33 Phase 2 HTF25-189 0.00 23.50 23.50 0.26 6.08 Phase 2 HTF25-190 0.00 23.50 23.50 0.21 5.04 Phase 2 HTF25-192 0.00 23.85 23.85 0.27 6.55 Phase 2 HTF25-193 0.00 24.80 24.80 0.29 7.26 Phase 2 HTF25-194 0.00 26.20 26.20 0.32 8.44 Phase 2 HTF25-195 0.00 25.30 25.30 0.45 11.46 Phase 2 including 7.00 9.15 2.15 0.65 1.40 Phase 2 including 11.00 22.85 11.85 0.63 7.52 Phase 2 HTF25-196 0.00 28.10 28.10 0.29 8.13 Phase 2 HTF25-197 0.00 26.70 26.70 0.31 8.22 Phase 2 HTF25-199 0.00 25.15 25.15 0.33 8.41 Phase 2 HTF25-200 0.00 24.40 24.40 0.27 6.69 Phase 2 HTF25-201 0.00 23.35 23.35 0.24 5.61 Phase 2 HTF25-202 0.00 23.50 23.50 0.22 5.07 Phase 2 HTF25-203 0.00 25.00 25.00 0.28 7.04 Phase 2 HTF25-204 0.00 23.60 23.60 0.29 6.79 Phase 2 HTF25-205 0.00 22.35 22.35 0.25 5.55 Phase 2 HTF25-206 0.00 22.85 22.85 0.21 4.78 Phase 2 HTF25-207 0.00 25.50 25.50 0.34 8.73 Phase 2 HTF25-208 0.00 25.60 25.60 0.30 7.65 Phase 2 HTF25-209 0.00 23.40 23.40 0.24 5.71 Phase 2 HTF25-211 0.45 23.10 22.65 0.20 4.48 Phase 2 HTF25-212 0.40 22.50 22.10 0.21 4.57 Phase 2 HTF25-213 0.00 24.40 24.40 0.22 5.44 Phase 2 HTF25-216 0.00 23.55 23.55 0.32 7.61 Phase 2 HTF25-217 0.00 23.60 23.60 0.30 7.01 Phase 2 HTF25-221 0.00 22.85 22.85 0.22 5.14 Phase 2 HTF25-223 0.00 21.90 21.90 0.23 5.12 Phase 2 HTF25-228 0.00 23.30 23.30 0.43 10.12 Phase 1 including 3.40 6.10 2.70 0.50 1.36 Phase 1 including 11.00 23.30 12.30 0.53 6.55 Phase 1 HTF25-229 0.00 23.75 23.75 0.54 12.76 Phase 1 HTF25-231 0.00 25.90 25.90 0.45 11.68 Phase 1 including 9.15 13.20 4.05 0.54 2.18 Phase 1 including 17.30 22.85 5.55 0.60 3.33 Phase 1 HTF25-236 0.70 22.00 21.30 0.36 7.62 Phase 1 HTF25-237 0.00 20.55 20.55 0.49 9.99 Phase 1 HTF25-239 0.00 23.60 23.60 0.29 6.84 Phase 2 HTF25-240 0.00 24.40 24.40 0.28 6.88 Phase 2 HTF25-241 0.00 22.50 22.50 0.28 6.37 Phase 2 HTF25-242 0.00 20.15 20.15 0.42 8.52 Phase 1 including 15.25 16.75 1.50 0.70 1.05 Phase 1 HTF25-243 0.00 23.00 23.00 0.27 6.14 Phase 2 HTF25-244 0.00 22.00 22.00 0.26 5.68 Phase 2 HTF25-254 0.55 20.65 20.10 0.40 7.94 Phase 1 HTF25-255 0.00 20.20 20.20 0.34 6.82 Phase 2 HTF25-266 1.00 20.25 19.25 0.24 4.59 Phase 2 HTF25-268 0.00 24.40 24.40 0.39 9.51 Phase 2 including 14.00 17.00 3.00 0.58 1.73 Phase 2 HTF25-270 0.00 23.35 23.35 0.41 9.66 Phase 2 including 15.00 17.00 2.00 0.56 1.12 Phase 2 HTF25-271 0.00 22.20 22.20 0.43 9.49 Phase 2 including 0.00 2.00 2.00 0.61 1.22 Phase 2 including 14.00 19.00 5.00 0.52 2.60 Phase 2 HTF25-272 0.00 25.00 25.00 0.44 10.92 Phase 2 including 0.00 2.00 2.00 0.57 1.15 Phase 2 including 18.00 21.00 3.00 0.62 1.85 Phase 2 HTF25-273 0.00 23.25 23.25 0.39 9.06 Phase 2 including 13.70 17.00 3.30 0.54 1.79 Phase 2 HTF25-276 0.00 23.90 23.90 0.30 7.17 Phase 2 HTF25-277 0.00 23.55 23.55 0.34 8.00 Phase 2 HTF25-278 0.00 23.20 23.20 0.28 6.57 Phase 2 HTF25-279 0.00 25.90 25.90 0.29 7.42 Phase 2 HTF25-281 0.00 21.10 21.10 0.30 6.34 Phase 2 including 0.00 3.05 3.05 0.58 1.76 Phase 2 HTF25-282 0.00 25.90 25.90 0.29 7.55 Phase 2 including 0.00 2.30 2.30 0.50 1.14 Phase 2 HTF25-283 0.45 20.30 19.85 0.32 6.32 Phase 2 including 0.45 3.50 3.05 0.59 1.79 Phase 2 HTF25-284 0.00 23.25 23.25 0.36 8.37 Phase 2 HTF25-285 0.00 20.80 20.80 0.30 6.14 Phase 2 HTF25-286 0.00 23.45 23.45 0.28 6.49 Phase 2 HTF25-287 0.00 21.80 21.80 0.26 5.66 Phase 2 HTF25-288 0.00 20.55 20.55 0.37 7.67 Phase 2 including 0.00 8.00 8.00 0.55 4.39 Phase 2 HTF25-289 0.00 22.40 22.40 0.27 6.02 Phase 2 including 1.20 3.05 1.85 0.69 1.28 Phase 2 HTF25-291 0.00 20.50 20.50 0.32 6.61 Phase 2 HTF25-292 0.00 19.95 19.95 0.35 7.07 Phase 2 HTF25-294 0.50 20.95 20.45 0.26 5.39 Phase 2 HTF25-295 0.00 22.10 22.10 0.25 5.50 Phase 2 HTF25-296 0.00 22.40 22.40 0.28 6.18 Phase 2 including 0.00 1.85 1.85 0.64 1.18 Phase 2 HTF25-298 0.00 20.80 20.80 0.31 6.39 Phase 2 HTF25-299 0.00 20.25 20.25 0.26 5.35 Phase 2 HTF25-301 0.00 19.20 19.20 0.27 5.22 Phase 2 HTF25-302 0.50 21.65 21.15 0.29 6.04 Phase 2 including 18.30 19.80 1.50 0.60 0.90 Phase 2 HTF25-303 0.00 19.35 19.35 0.27 5.16 Phase 2 HTF25-304 0.00 17.70 17.70 0.20 3.54 Phase 2 HTF25-305 0.00 21.60 21.60 0.37 7.98 Phase 2 HTF25-306 0.50 19.80 19.30 0.36 6.88 Phase 2 HTF25-307 0.65 19.80 19.15 0.30 5.71 Phase 2 HTF25-309 0.00 19.30 19.30 0.23 4.44 Phase 2 and 21.35 21.90 0.55 0.39 0.21 Phase 2 HTF25-310 0.50 20.25 19.75 0.26 5.13 Phase 2 HTF25-311 0.00 22.50 22.50 0.27 6.08 Phase 2 HTF25-312 0.00 19.30 19.30 0.33 6.34 Phase 2 HTF25-313 0.75 23.50 22.75 0.29 6.62 Phase 2 HTF25-314 0.00 19.25 19.25 0.26 5.05 Phase 2 HTF25-315 0.00 22.00 22.00 0.28 6.10 Phase 2 HTF25-316 0.00 20.20 20.20 0.41 8.19 Phase 2 HTF25-317 0.00 22.10 22.10 0.33 7.36 Phase 2 HTF25-318 0.80 20.30 19.50 0.31 6.01 Phase 2 HTF25-319 0.00 17.45 17.45 0.26 4.58 Phase 2 HTF25-320 0.60 19.80 19.20 0.25 4.76 Phase 2 HTF25-321 0.60 18.00 17.40 0.38 6.61 Phase 2 including 1.90 3.40 1.50 0.64 0.96 Phase 2 HTF25-322 0.00 18.75 18.75 0.29 5.39 Phase 2 HTF25-323 0.00 17.40 17.40 0.28 4.95 Phase 2 HTF25-324 0.35 17.55 17.20 0.28 4.87 Phase 2 HTF25-325 0.00 16.25 16.25 0.29 4.67 Phase 2 HTF25-326 0.00 19.45 19.45 0.38 7.46 Phase 2 HTF25-327 0.00 18.10 18.10 0.36 6.46 Phase 2 HTF25-328 0.00 17.90 17.90 0.31 5.52 Phase 2 including 0.00 2.00 2.00 0.56 1.13 Phase 2 HTF25-329 0.70 17.40 16.70 0.27 4.57 Phase 2 HTF25-330 0.60 17.60 17.00 0.24 4.08 Phase 2 HTF25-331 0.00 18.75 18.75 0.39 7.24 Phase 2 including 3.50 6.70 3.20 0.56 1.78 Phase 2 HTF25-332 0.00 17.55 17.55 0.33 5.85 Phase 2 HTF25-333 0.45 17.30 16.85 0.31 5.16 Phase 2 HTF25-334 0.00 16.50 16.50 0.30 4.88 Phase 2 HTF25-335 0.00 19.80 19.80 0.20 4.06 Phase 2 HTF25-336 0.00 19.80 19.80 0.22 4.37 Phase 2 HTF25-339 0.00 15.65 15.65 0.32 5.00 Phase 2 HTF25-340 0.00 17.85 17.85 0.32 5.74 Phase 2 HTF25-341 0.00 22.00 22.00 0.45 10.00 Phase 1 including 18.00 22.00 4.00 0.53 2.13 Phase 1 HTF25-342 0.00 20.30 20.30 0.43 8.69 Phase 1 HTF25-343 0.00 21.35 21.35 0.42 8.94 Phase 1 including 10.00 12.20 2.20 0.55 1.21 Phase 1 HTF25-345 0.00 23.45 23.45 0.52 12.23 Phase 1 including 0.00 2.00 2.00 0.66 1.33 Phase 1 including 14.90 23.45 8.55 0.57 4.89 Phase 1 HTF25-346 0.55 20.10 19.55 0.34 6.61 Phase 1 HTF25-348 0.00 20.20 20.20 0.46 9.31 Phase 1 including 10.65 17.00 6.35 0.56 3.58 Phase 1 HTF25-349 0.00 17.40 17.40 0.46 8.00 Phase 1 including 11.00 16.75 5.75 0.56 3.24 Phase 1 HTF25-350 0.00 17.55 17.55 0.36 6.27 Phase 2 HTF25-353 0.00 14.60 14.60 0.29 4.18 Phase 2 HTF25-359 0.00 13.70 13.70 0.29 3.94 Phase 2 HTF25-366 0.00 16.75 16.75 0.47 7.87 Phase 1 HTF25-372 0.00 12.60 12.60 0.31 3.91 Phase 2 HTF25-373 0.00 13.30 13.30 0.30 4.05 Phase 2 HTF25-374 0.00 11.80 11.80 0.26 3.12 Phase 2 HTF25-375 0.35 6.10 5.75 0.20 1.15 Phase 2 HTF25-376 0.40 12.20 11.80 0.26 3.05 Phase 2 HTF25-379 0.00 11.20 11.20 0.38 4.25 Phase 2 HTF25-381 0.00 11.70 11.70 0.31 3.64 Phase 2 HTF25-384 0.00 10.10 10.10 0.27 2.72 Phase 2 HTF25-385 0.60 9.15 8.55 0.19 1.65 Phase 2 HTF25-387 0.00 9.60 9.60 0.24 2.29 Phase 2 HTF25-388 0.00 8.20 8.20 0.27 2.22 Phase 2 HTF25-389 0.00 9.15 9.15 0.31 2.86 Phase 2 HTF25-390 0.00 10.10 10.10 0.25 2.54 Phase 2 HTF25-391 0.00 10.00 10.00 0.30 2.99 Phase 2 HTF25-392 0.00 20.40 20.40 0.41 8.41 Phase 1 including 12.20 18.00 5.80 0.53 3.07 Phase 1 HTF25-393 4.55 23.70 19.15 0.38 7.20 Phase 1 HTF25-395 3.35 25.40 22.05 0.32 6.98 Phase 1 HTF25-396 3.70 22.85 19.15 0.27 5.21 Phase 1 HTF25-397 0.00 0.70 0.70 8.50 5.95 Phase 1 and 2.70 26.10 23.40 0.38 9.01 Phase 1 HTF25-401 2.55 25.55 23.00 0.27 6.32 Phase 1 HTF25-403 0.00 26.60 26.60 0.39 10.31 Phase 1 HTF25-404 7.00 25.55 18.55 0.33 6.10 Phase 1 HTF25-405 4.20 26.75 22.55 0.31 6.99 Phase 1 KP25-01 0.00 20.15 20.15 0.56 11.35 Phase 1 including 6.00 18.75 12.75 0.65 8.35 Phase 1 KP25-02 0.00 22.30 22.30 0.37 8.25 Phase 1 KP25-05 0.00 15.60 15.60 0.43 6.75 Phase 2 including 12.00 14.50 2.50 0.51 1.28 Phase 2 KP25-06 0.00 15.90 15.90 0.42 6.69 Phase 2 KP25-07 0.00 14.30 14.30 0.25 3.62 Phase 2 KP25-08 0.00 18.30 18.30 0.25 4.61 Phase 2 KP25-09 0.00 20.40 20.40 0.40 8.23 Phase 2 KP25-11 1.90 12.10 10.20 0.41 4.17 Phase 1 KP25-13 0.00 23.40 23.40 0.36 8.51 Phase 2 and 25.90 28.30 2.40 0.35 0.84 Phase 2 KP25-14 0.00 28.35 28.35 0.33 9.31 Phase 2 KP25-16 0.00 28.00 28.00 0.31 8.62 Phase 2 KP25-17 0.00 24.60 24.60 0.40 9.78 Phase 2 including 0.00 3.00 3.00 0.51 1.54 Phase 2 KP25-18 0.00 25.25 25.25 0.33 8.36 Phase 2 *Note: Included intercepts are calculated using a 0.5 g/t Au cut-off and a maximum of 2 m internal dilutions Table 3: Hollinger Characterization Hole Details Hole ID Easting Northing Elevation Azimuth Inclination Depth HTF25-027 476258.512 5366767.960 319.09 0 -90 27.45 HTF25-032 476308.93 5366816.06 319.50 0 -90 30.50 HTF25-036 476307.706 5366717.168 318.71 0 -90 30.50 HTF25-044 476407.78 5366867.90 319.99 0 -90 30.50 HTF25-049 476457.745 5366918.515 320.35 0 -90 27.45 HTF25-054 476507.86 5366718.18 318.91 0 -90 44.20 HTF25-056 476557.784 5366668.364 318.64 0 -90 30.50 HTF25-058 476558.00 5366718.07 318.88 0 -90 30.50 HTF25-062 476607.576 5366718.332 319.00 0 -90 30.50 HTF25-064 476710.90 5366720.49 320.91 0 -90 30.50 HTF25-066 476711.458 5366672.366 318.93 0 -90 27.45 HTF25-068 476752.40 5366723.85 321.75 0 -90 28.95 HTF25-070 476760.086 5366659.338 318.45 0 -90 24.40 HTF25-072 476809.92 5366769.03 321.71 0 -90 22.85 HTF25-074 476807.376 5366717.973 317.93 0 -90 24.40 HTF25-075 476658.89 5366810.45 319.96 0 -90 30.50 HTF25-076 476810.540 5366667.337 318.15 0 -90 24.40 HTF25-077 476658.67 5366768.20 320.33 0 -90 30.50 HTF25-078 476700.083 5366766.078 322.20 0 -90 27.45 HTF25-079 476658.20 5366718.41 319.89 0 -90 30.50 HTF25-080 476854.869 5366664.873 317.61 0 -90 21.35 HTF25-081 476654.92 5366670.01 320.68 0 -90 30.50 HTF25-099 476756.429 5366824.628 326.20 0 -90 30.50 HTF25-100 476959.89 5366922.92 326.92 0 -90 28.95 HTF25-105 476807.463 5366919.326 327.19 0 -90 30.50 HTF25-108 476907.67 5366767.77 317.66 0 -90 24.40 HTF25-112 475809.513 5366817.789 319.24 0 -90 30.50 HTF25-120 475856.54 5366820.21 319.01 0 -90 30.50 HTF25-121 476157.353 5367168.979 320.82 0 -90 22.85 HTF25-122 475907.53 5366817.30 318.24 0 -90 24.40 HTF25-124 475805.435 5366715.896 319.43 0 -90 30.50 HTF25-126 475854.77 5366718.69 319.05 0 -90 30.50 HTF25-128 475909.140 5366713.596 318.60 0 -90 30.50 HTF25-130 475956.91 5366718.90 318.14 0 -90 30.50 HTF25-132 475857.855 5366618.189 319.14 0 -90 30.50 HTF25-134 475909.51 5366615.15 318.71 0 -90 30.50 HTF25-136 475956.757 5366614.357 318.36 0 -90 30.50 HTF25-137 475807.06 5366766.84 319.15 0 -90 27.45 HTF25-138 476007.592 5366620.868 318.04 0 -90 30.50 HTF25-139 475855.54 5366767.35 318.88 0 -90 30.50 HTF25-140 476058.562 5366619.528 317.70 0 -90 30.50 HTF25-141 475907.71 5366768.40 318.29 0 -90 30.50 HTF25-142 476057.424 5366569.204 318.00 0 -90 30.50 HTF25-143 475958.74 5366769.97 318.10 0 -90 30.50 HTF25-144 476106.919 5366567.855 317.68 0 -90 24.40 HTF25-145 475813.56 5366665.40 319.40 0 -90 30.50 HTF25-146 476160.898 5366567.050 318.78 0 -90 27.45 HTF25-147 475855.12 5366667.01 319.07 0 -90 32.00 HTF25-148 476106.294 5366516.043 317.92 0 -90 30.50 HTF25-149 475910.04 5366669.37 318.59 0 -90 30.50 HTF25-150 476157.762 5366462.981 317.90 0 -90 24.40 HTF25-151 475961.38 5366667.91 318.37 0 -90 30.50 HTF25-152 476013.390 5366566.977 318.18 0 -90 32.00 HTF25-153 476008.16 5366667.03 317.92 0 -90 33.55 HTF25-154 475959.345 5366565.516 318.68 0 -90 30.50 HTF25-155 476009.21 5366716.35 317.77 0 -90 30.50 HTF25-156 476008.308 5366516.847 318.55 0 -90 36.60 HTF25-157 476009.31 5366767.59 317.67 0 -90 30.50 HTF25-158 476056.157 5366517.984 318.29 0 -90 30.50 HTF25-159 476002.30 5366819.41 317.65 0 -90 30.50 HTF25-160 476058.546 5366468.707 318.50 0 -90 30.50 HTF25-161 475957.74 5366817.82 318.01 0 -90 30.50 HTF25-162 476004.912 5366468.005 318.97 0 -90 33.50 HTF25-163 476056.85 5366870.71 317.84 0 -90 30.50 HTF25-164 475908.303 5366567.318 319.03 0 -90 30.50 HTF25-165 476109.12 5366819.66 318.11 0 -90 30.50 HTF25-166 476107.576 5366465.731 318.11 0 -90 27.45 HTF25-167 476157.90 5366768.13 318.28 0 -90 27.45 HTF25-168 476107.402 5366420.043 318.62 0 -90 27.45 HTF25-169 476208.73 5366665.59 318.47 0 -90 28.95 HTF25-170 476111.057 5366371.481 318.95 0 -90 27.45 HTF25-171 476258.76 5366671.31 318.15 0 -90 30.50 HTF25-172 476009.534 5366417.962 319.35 0 -90 36.60 HTF25-173 476307.64 5366670.45 318.23 0 -90 30.50 HTF25-174 476064.731 5366371.692 319.19 0 -90 36.60 HTF25-175 476357.31 5366667.56 318.22 0 -90 30.50 HTF25-176 476112.534 5366325.480 319.42 0 -90 33.50 HTF25-178 476205.70 5366406.44 317.96 0 -90 25.90 HTF25-179 476858.166 5366718.136 317.45 0 -90 24.40 HTF25-180 476158.12 5366417.58 318.24 0 -90 30.50 HTF25-181 476213.529 5366224.184 319.55 0 -90 30.50 HTF25-182 476158.12 5366368.76 318.49 0 -90 27.45 HTF25-183 476165.467 5366275.413 319.40 0 -90 30.50 HTF25-184 476158.35 5366313.12 319.07 0 -90 32.00 HTF25-185 476208.438 5366266.608 319.11 0 -90 27.45 HTF25-187 476207.25 5366363.27 318.11 0 -90 24.10 HTF25-188 476260.236 5366219.339 319.31 0 -90 30.50 HTF25-189 476262.29 5366270.33 318.52 0 -90 27.45 HTF25-190 476258.187 5366319.688 318.14 0 -90 24.40 HTF25-192 476304.21 5366272.23 318.31 0 -90 30.50 HTF25-193 476308.751 5366220.778 318.90 0 -90 27.45 HTF25-194 476309.43 5366170.50 319.54 0 -90 27.45 HTF25-195 476159.529 5366514.173 317.56 0 -90 27.45 HTF25-196 475954.30 5366515.40 318.97 0 -90 28.90 HTF25-197 476055.434 5366416.687 318.98 0 -90 30.50 HTF25-199 476365.61 5366166.18 319.04 0 -90 27.45 HTF25-200 476363.088 5366216.232 318.54 0 -90 27.45 HTF25-201 476360.85 5366266.52 318.11 0 -90 30.50 HTF25-202 476357.382 5366318.266 317.74 0 -90 32.00 HTF25-203 476409.28 5366167.32 318.97 0 -90 27.45 HTF25-204 476405.254 5366219.183 318.32 0 -90 30.50 HTF25-205 476406.09 5366264.54 318.13 0 -90 24.40 HTF25-206 476408.430 5366316.702 317.91 0 -90 24.40 HTF25-207 476454.86 5366118.16 319.47 0 -90 28.95 HTF25-208 476459.268 5366166.612 319.00 0 -90 30.50 HTF25-209 476454.55 5366219.60 318.41 0 -90 27.45 HTF25-211 476456.421 5366316.861 318.05 0 -90 25.90 HTF25-212 476458.25 5366365.79 317.82 0 -90 27.45 HTF25-213 476455.472 5366415.403 317.75 0 -90 25.50 HTF25-216 476514.20 5366118.58 319.49 0 -90 27.45 HTF25-217 476512.974 5366173.979 319.19 0 -90 28.95 HTF25-221 476503.19 5366368.27 318.27 0 -90 25.90 HTF25-223 476507.686 5366467.818 318.27 0 -90 27.45 HTF25-228 476260.66 5366535.21 318.43 0 -90 27.45 HTF25-229 476205.619 5366541.408 318.37 0 -90 27.45 HTF25-231 476502.45 5366568.46 317.80 0 -90 27.45 HTF25-236 476714.494 5366607.443 318.42 0 -90 24.40 HTF25-237 476607.95 5366523.26 319.07 0 -90 21.35 HTF25-239 476568.510 5366410.744 318.76 0 -90 25.90 HTF25-240 476564.33 5366369.14 318.63 0 -90 27.45 HTF25-241 476558.712 5366318.213 318.43 0 -90 27.45 HTF25-242 476759.27 5366613.02 318.06 0 -90 21.35 HTF25-243 476566.716 5366268.443 318.61 0 -90 27.45 HTF25-244 476566.05 5366216.76 318.97 0 -90 27.45 HTF25-254 476807.070 5366571.688 318.05 0 -90 21.35 HTF25-255 476966.50 5366173.54 319.32 0 -90 24.40 HTF25-266 476808.958 5366471.725 318.26 0 -90 24.40 HTF25-268 476659.13 5366116.68 320.08 0 -90 27.45 HTF25-270 476659.484 5366218.776 319.71 0 -90 27.45 HTF25-271 476656.05 5366269.07 319.50 0 -90 25.90 HTF25-272 476658.640 5366316.655 319.72 0 -90 27.45 HTF25-273 476658.55 5366372.02 319.62 0 -90 27.45 HTF25-276 476702.396 5366116.552 320.10 0 -90 27.20 HTF25-277 476704.52 5366164.43 319.94 0 -90 25.90 HTF25-278 476707.769 5366218.256 319.58 0 -90 24.40 HTF25-279 476708.10 5366268.07 319.46 0 -90 25.90 HTF25-281 476713.166 5366367.349 319.31 0 -90 25.90 HTF25-282 476709.61 5366419.06 319.27 0 -90 27.45 HTF25-283 476706.919 5366470.259 319.04 0 -90 24.40 HTF25-284 476759.65 5366116.32 319.70 0 -90 27.45 HTF25-285 476763.263 5366167.908 319.40 0 -90 27.45 HTF25-286 476762.10 5366215.74 319.20 0 -90 25.90 HTF25-287 476761.792 5366269.113 319.09 0 -90 25.90 HTF25-288 476760.93 5366319.89 319.08 0 -90 27.45 HTF25-289 476761.584 5366369.606 319.12 0 -90 27.45 HTF25-291 476807.72 5366119.04 319.79 0 -90 25.90 HTF25-292 476808.291 5366168.109 319.17 0 -90 24.40 HTF25-294 476812.29 5366268.62 318.70 0 -90 25.90 HTF25-295 476808.166 5366367.802 318.63 0 -90 24.40 HTF25-296 476805.54 5366415.91 318.50 0 -90 24.40 HTF25-298 476859.451 5366171.162 318.99 0 -90 24.40 HTF25-299 476853.27 5366218.35 318.85 0 -90 24.40 HTF25-301 476854.149 5366317.139 318.31 0 -90 24.40 HTF25-302 476853.64 5366363.39 318.15 0 -90 24.40 HTF25-303 476853.831 5366423.957 318.00 0 -90 24.40 HTF25-304 476856.74 5366469.78 317.70 0 -90 21.35 HTF25-305 476906.315 5366124.074 319.89 0 -90 24.40 HTF25-306 476907.07 5366165.79 319.19 0 -90 24.40 HTF25-307 476908.494 5366221.126 318.60 0 -90 24.40 HTF25-309 476904.60 5366315.87 317.87 0 -90 24.40 HTF25-310 476906.128 5366367.484 317.40 0 -90 21.35 HTF25-311 476957.18 5366126.61 320.26 0 -90 27.45 HTF25-312 476956.695 5366217.073 318.71 0 -90 24.40 HTF25-313 476957.74 5366267.11 318.36 0 -90 24.40 HTF25-314 476956.782 5366319.220 317.92 0 -90 24.40 HTF25-315 476955.39 5366362.93 317.30 0 -90 24.40 HTF25-316 477008.820 5366130.341 320.26 0 -90 44.25 HTF25-317 477006.47 5366166.32 319.37 0 -90 24.40 HTF25-318 477007.619 5366218.772 318.83 0 -90 24.40 HTF25-319 477008.31 5366268.13 318.45 0 -90 18.30 HTF25-320 476999.324 5366312.441 318.10 0 -90 24.40 HTF25-321 477059.01 5366170.26 319.54 0 -90 24.40 HTF25-322 477063.180 5366223.642 318.87 0 -90 24.40 HTF25-323 477062.89 5366270.85 318.66 0 -90 18.30 HTF25-324 477064.848 5366318.510 318.13 0 -90 21.35 HTF25-325 477072.77 5366369.40 317.46 0 -90 21.35 HTF25-326 477105.959 5366164.980 319.61 0 -90 24.40 HTF25-327 477100.64 5366216.85 319.05 0 -90 22.85 HTF25-328 477108.812 5366265.558 318.70 0 -90 21.35 HTF25-329 477110.08 5366318.58 318.24 0 -90 21.35 HTF25-330 477107.995 5366365.331 317.77 0 -90 21.35 HTF25-331 477157.09 5366165.97 319.64 0 -90 21.35 HTF25-332 477157.553 5366213.137 319.12 0 -90 21.35 HTF25-333 477161.11 5366265.04 318.72 0 -90 38.10 HTF25-334 477155.503 5366318.931 318.25 0 -90 21.35 HTF25-335 477162.28 5366364.41 317.73 0 -90 21.35 HTF25-336 477158.597 5366416.022 316.78 0 -90 21.35 HTF25-339 477211.20 5366263.17 318.56 0 -90 18.30 HTF25-340 477209.659 5366320.023 318.08 0 -90 18.30 HTF25-341 476660.97 5366568.82 319.27 0 -90 24.40 HTF25-342 476708.991 5366567.726 318.72 0 -90 27.45 HTF25-343 476609.22 5366564.44 318.66 0 -90 25.90 HTF25-345 476660.014 5366623.313 319.98 0 -90 24.40 HTF25-346 476809.06 5366614.21 317.75 0 -90 21.35 HTF25-348 476857.531 5366567.473 317.41 0 -90 21.35 HTF25-349 476907.10 5366561.72 316.83 0 -90 21.35 HTF25-350 477259.122 5366173.693 319.40 0 -90 39.65 HTF25-353 477254.01 5366312.74 317.92 0 -90 18.30 HTF25-359 477307.066 5366316.878 318.10 0 -90 13.70 HTF25-366 477159.38 5366523.03 318.56 0 -90 21.35 HTF25-372 477355.807 5366216.765 319.20 0 -90 15.25 HTF25-373 477354.94 5366263.54 318.72 0 -90 15.25 HTF25-374 477354.933 5366321.739 318.32 0 -90 12.20 HTF25-375 477359.75 5366366.95 318.13 0 -90 7.60 HTF25-376 477353.468 5366416.265 317.80 0 -90 15.25 HTF25-379 477413.57 5366169.67 319.85 0 -90 15.25 HTF25-381 477415.332 5366267.064 319.19 0 -90 12.20 HTF25-384 477399.45 5366421.41 320.16 0 -90 10.65 HTF25-385 477410.759 5366469.671 318.45 0 -90 12.20 HTF25-387 477461.85 5366268.74 318.97 0 -90 12.20 HTF25-388 477464.193 5366315.691 318.86 0 -90 12.20 HTF25-389 477457.32 5366369.67 319.84 0 -90 15.25 HTF25-390 477454.825 5366417.365 319.60 0 -90 12.20 HTF25-391 477460.32 5366465.29 319.73 0 -90 12.20 HTF25-392 476608.823 5366983.400 319.01 0 -90 27.45 HTF25-393 476605.10 5366917.93 323.33 0 -90 30.50 HTF25-395 476603.585 5366821.189 322.93 0 -90 30.50 HTF25-396 476603.12 5366769.84 322.68 0 -90 30.50 HTF25-397 476561.139 5366971.863 322.21 0 -90 30.50 HTF25-401 476562.58 5366762.18 322.72 0 -90 30.50 HTF25-403 476509.096 5366913.426 322.21 0 -90 27.45 HTF25-404 476520.97 5366865.57 322.79 0 -90 28.95 HTF25-405 476509.637 5366805.272 322.53 0 -90 30.50 KP25-01 476757.00 5366565.74 318.34 0 -90 42.65 KP25-02 476383.928 5366678.936 317.87 0 -90 48.75 KP25-05 477362.22 5366152.96 320.32 0 -90 48.75 KP25-06 477362.585 5366159.329 320.10 0 -90 62.50 KP25-07 477209.77 5366366.85 317.64 0 -90 39.60 KP25-08 476809.465 5366315.830 318.57 0 -90 33.55 KP25-09 477016.22 5366128.57 320.30 0 -90 45.75 KP25-11 477018.194 5367064.598 322.91 0 -90 18.30 KP25-13 475780.09 5366794.38 319.23 0 -90 50.30 KP25-14 475759.395 5366796.716 319.77 0 -90 51.80 KP25-16 475879.19 5366552.27 319.12 0 -90 28.95 KP25-17 476467.000 5366072.000 321.00 0 -90 57.95 KP25-18 476469.00 5366082.00 321.00 0 -90 25.90 Quality Control Procedures Tailings core is collected by four-inch diameter continuous sonic coring. Tailings samples are cut, with half sent to ALS Laboratories Inc. (ALS) for drying to a maximum temperature of 60-degree Celsius. The samples are then sieved through a -180 µm screen (Tyler 80 mesh) to a 1.00 kg split of homogenize minus fraction material. A 50 g charge is Fire Assayed and analyzed using an AAS finish for Gold. Samples above 10.00 g/t Au are analyzed by Fire Assay with a gravimetric finish. ALS is an ISO 17025 accredited laboratory. STLLR inserts independent certified reference material and blanks with the samples and assays routine pulp repeats, as well as completing routine third-party check assays at Bureau Veritas Commodities Canada Ltd. Qualified PersonJohn McBride, MSc., Vice President of Exploration for STLLR, who is the "Qualified Person" as defined by NI 43-101 for this project, has reviewed and approved of the technical disclosure contained in this news release. About STLLR GoldSTLLR Gold Inc. (TSX: STLR) (OTCQX: STLRF) (FSE: O9D) is a Canadian gold development company actively advancing high-potential gold projects in Canada: The Tower Gold Project and the Hollinger Tailings Project in the Timmins Mining Camp in Ontario and the Colomac Gold Project located north of Yellowknife, Northwest Territories. Tower and Colomac have the potential to become large-scale, long-life operations and are surrounded by exploration land with favourable upside potential. Hollinger has the potential for near-term value creation. STLLR's experienced management team, with a track record of successfully advancing projects and operating mines, is working towards rapidly advancing these projects. Contact UsSTLLR Gold Investor Relations+1 (416) 863-2105 | investors@ | Cautionary Statement Regarding Forward-Looking Information This news release contains "forward-looking information" within the meaning of applicable Canadian securities legislation. Forward-looking information includes, but is not limited to the potential advancement of Hollinger to a mineral resource estimate and economic studies, the timing of the remaining results from Hollinger, the continuing characteristics of the grade and mineralization profile of Hollinger, the amenability of Hollinger mineralization to mining and milling, and the upside potential of Hollinger. Generally, forward-looking information can be identified by the use of forward-looking terminology such as "accelerate", "add" or "additional", "advancing", "anticipates" or "does not anticipate", "appears", "believes", "can be", "conceptual", "confidence", "continue", "convert" or "conversion", "deliver", "demonstrating", "estimates", "encouraging", "expand" or "expanding" or "expansion", "expect" or "expectations", "fast-track", "forecasts", "forward", "goal", "improves", "increase", "intends", "justification", "leading", "plans", "potential" or "potentially", "pro-forma", "promise", "prospective", "prioritize", "reflects", "re-rating", "robust", "scheduled", "stronger", "suggesting" or "suggests", "support", "updating", "upside", "will be" or "will consider", "work towards", or variations of such words and phrases or state that certain actions, events or results "may", "could", "would", "might", or "will be taken", "occur", or "be achieved". Forward-looking information is based on the opinions and estimates of management at the date the information is made, and is based on a number of assumptions and is subject to known and unknown risks, uncertainties and other factors that may cause the actual results, level of activity, performance or achievements of STLLR to be materially different from those expressed or implied by such forward-looking information, including risks associated with required regulatory approvals, the exploration, development and mining such as economic factors as they effect exploration, future commodity prices, changes in foreign exchange and interest rates, actual results of current exploration activities, government regulation, political or economic developments, the ongoing wars and their effect on supply chains, environmental risks, pandemic risks, permitting timelines, capex, operating or technical difficulties in connection with development activities, employee relations, the speculative nature of gold exploration and development, including the risks of diminishing quantities of grades of reserves, contests over title to properties, and changes in project parameters as plans continue to be refined as well as those risk factors discussed in the Company's Annual Information Form for the year ended December 31, 2024, available on Although STLLR has attempted to identify important factors that could cause actual results to differ materially from those contained in forward-looking information, there may be other factors that cause results not to be as anticipated, estimated or intended. There can be no assurance that such information will prove to be accurate, as actual results and future events could differ materially from those anticipated in such information. Accordingly, readers should not place undue reliance on forward-looking information. STLLR does not undertake to update any forward-looking information, except in accordance with applicable securities laws. 1 Hollinger Historical Production Statistics, Geology Ontario database: 2 Ontario's new "Mining Act for Recovery of Minerals" regulation to be in effect July 1, 2025. For more details: To view the source version of this press release, please visit Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
San Francisco Chronicle
24-05-2025
- General
- San Francisco Chronicle
S.F. parents are trying to start first K-8 Mandarin immersion charter school. It won't be easy
Yunita Tjhai has always wanted her kids to be able to speak, read and write Mandarin. Unable to speak Chinese, the San Francisco mother of three, who grew up in Indonesia, regretted that she was never able to communicate with her monolingual Chinese-speaking grandparents. She and her husband Brian Hollinger enrolled their kids in Mandarin-immersion daycare. The oldest child is now in first grade at one of San Francisco's only two Mandarin immersion public elementary schools. Hollinger is concerned that the district has not met the growing demand for Mandarin immersion education and that SFUSD's turbulent financial situation might jeopardize his kids' Mandarin education. 'The district hasn't prioritized Mandarin immersion,' Hollinger said. 'They haven't expanded on it even as the city's demographics have changed, even as Mandarin immersion daycare has exploded, even as private school options have exploded.' In March, Hollinger alongside two veteran educators and two other district parents, kickstarted an effort to create San Francisco's first K-8 Mandarin immersion public school, a charter school to be called ' Dragon Gate Academy.' Supporters say the school would address unmet demand and offer more continuity as well as efficient use of resources with students remaining at the same site for elementary and middle school. 'There's an opportunity for the board of education to say we recognize the demand,' Hollinger said. 'Let's deliver a win for these families. Let's deliver an alternative for them to take advantage of tuition-free public education through Mandarin immersion in a K-8 format.' Hollinger said they have already gathered meaningful interest from almost 200 parents and teachers and are preparing to bring the charter petition to the San Francisco school board in the next couple months. They needed 77 prospective parents — 50% of the K-4 students expected for the first year — to sign the petition to be eligible. The team will likely face an uphill endeavor to seek authorization from a school district that's historically been opposed to expanding the number of charter schools. In the absence of the San Francisco Unified School District opening a K-8 Mandarin immersion school, Hollinger said he and other parents feel they have no choice but to serve unmet needs of hundreds of parents who couldn't secure one of the coveted K-5 spaces. SFUSD has two Mandarin immersion elementary schools and one middle school. Both elementary schools have long waitlists for every grade for the upcoming school year. With only 66 seats in the incoming Mandarin immersion kindergarten classes at Starr King and Jose Ortega elementary schools, about two-thirds of which are reserved for proficient speakers, parents say that's far from enough in a city where 22% of residents are Chinese and where Chinese languages are by far the most widely spoken after English. 'If you're thinking of equity, people who can afford Mandarin immersion daycare in preschool have a massive leg up in getting into Mandarin immersion,' said co-organizer Brian Grech, who has three boys in Mandarin immersion, two at Starr King and one in preschool, because their kids can test into the spots reserved for proficient speakers. There were 174 kindergarten seats for immersion in Cantonese, the most common Chinese dialect spoken in San Francisco, at four elementary schools, which also have waitlists, and 163 for native Cantonese-speaking kindergarteners who may not speak English. By contrast, San Francisco Unified School District had almost 400 Spanish immersion kindergarten seats even though there are more than twice as many Chinese speakers with limited English proficiency in San Francisco than Spanish speakers with limited proficiency. San Francisco Unified School District spokesperson Hong Mei Pang said the district is 'supportive of expanding SFUSD language immersion programs as a strategy to increase enrollment options for families while improving student learning and outcomes,' including the possibility of a Mandarin immersion K-8 school, and that the district is engaging experts to determine next steps. District spokesperson Katrina Kincade said that an additional kindergarten classroom could fulfill the existing demand for the 2025-26 school year. She said there are vacant seats in the middle school Mandarin immersion program. 'Public school language immersion programs are a key priority for Superintendent Su,' Kincade wrote in a statement as they 'strengthen enrollment in SFUSD.' Kincade said as the district prepares for the upcoming budget cycle, 'we will be sharing plans to enhance and grow our acclaimed immersion offerings.' Hollinger said the idea that an extra kindergarten class could a meet the exploding demand for Mandarin immersion schools reflects the district's lack of understanding. Hollinger said numerous private Mandarin immersion schools are entering the market, including one called Hiba Academy opening in fall 2026, showing how high demand is. Dragon Gate Academy would adopt a similar immersion model to SFUSD, where kindergarteners receive 80% of teaching in Mandarin and the rest in English, scaling down to 50% by fourth grade. Research has shown K-12 Mandarin immersion has enabled students to achieve extremely high levels of Mandarin proficiency while performing on par with or better than peers in English and math. But a key difference is the K-8 throughline. SFUSD's Mandarin immersion middle school, Aptos, is on the opposite side of the city from Starr King, one of its two immersion elementary schools, creating a 38-minute round trip drive that parents said is inefficient and impractical, especially if they have kids in both schools. Grech's oldest son is expecting to enter sixth grade at Aptos next year. His middle child is at Starr King. Grech is bracing for a commute of over an hour, with traffic, from his home to each of his children's schools, putting his oldest on a long bus ride, or enrolling him in another middle school altogether 'It was obvious that the entire Mandarin immersion program, broadly, was an afterthought in the way it was constructed by SFUSD,' Grech said. 'While I'm very thankful all those programs exist, it should be rethought, in my mind, in a more coherent way that serves the interests of parents across all kinds of demographic groups and every single neighborhood and city.' The organizers envisioned a centrally located school and proposed co-location with an existing, underused SFUSD school, paying rent to the district to share a building. Non-native speakers would have 41%of seats reserved for them. The goal, according to the charter petition, is to mirror the diversity of the district, through an open lottery admissions process with no quotas or preferential admissions and outreach to underserved communities. Hollinger said he started having concerns when he heard in fall 2023 that the Mandarin immersion teacher for seventh and eighth graders at Aptos Middle School had resigned at the start of the school year. 'That was the first, 'Oh my gosh,'' Hollinger said. 'What is the path for the kids if the district isn't supporting the program enough to get a teacher?' It would be months before the position was filled, said Sherry Lin, a parent of two Aptos middle schoolers, who organized parents at the time. From September until March, Lin said her seventh-grade daughter was taught by a rotating cast of substitutes, including many that Lin said did not speak Mandarin proficiently. 'It took the wind out of their sails,' Lin said. The proposed charter school will have to be supported by a majority of the school board, which can, by law, reject it for a host of reasons, including that the district is not positioned to absorb the financial impact of the proposed charter school. Dragon Gate Academy will likely face opposition, especially from the teacher's union, which opposed expanding charter schools in its public education pledge. At least four current San Francisco school board members are listed as having signed it. Neither the union nor the school board members responded to a request for comment. Charter opponents say charter schools siphon funding away from district schools as they attract students who would otherwise have enrolled in district schools. California state funding for schools is allocated on a per pupil basis — about $22,000 per student. Hollinger has argued that Dragon Gate Academy could attract some students who otherwise would have left the district to enter private schools or move out of San Francisco, and therefore doesn't subtract from the district's coffers as much as opponents might think. One such parent is Kailee Boyce, who has two kids in Mandarin immersion preschool and an eight-month-old baby. Neither she nor her husband are or speak Chinese, but they wanted to give their children the benefits of language immersion, including cognitive benefits and cultural exposure. Her older daughter's first word was in Mandarin. ' Gou,' she had said, seemingly pointing to the sidewalk, Boyce recalled. Her daughter was pointing at the dogs on the sidewalk. 'My son was like, 'No Mommy, she means dog, you don't know Chinese,'' Boyce recalled. 'I felt just proud.' But when she started researching elementary Mandarin immersion schools for her four-year-old, she said a parent at Jose Ortega told her that unless they had a sibling already enrolled, the chances of getting in were almost zero. Starr King, located in Potrero Hill, is a 25-minute drive from her younger children's Sunset District daycare. It wouldn't be logistically possible, she said. She's betting on Dragon Gate Academy to succeed. 'If the charter school doesn't get traction,' Boyce said, 'I think we would probably leave San Francisco.'
New York Times
11-04-2025
- Sport
- New York Times
Why the Suns have a case to trade Devin Booker. Plus, the NBA playoffs are near!
The Bounce Newsletter | This is The Athletic's daily NBA newsletter. Sign up here to receive The Bounce directly in your inbox. Next time we speak, the regular season will be over. We'll officially know half of the playoff matchups. And we're going to start trying to figure out the Play-In Tournament. We made it, folks! The playoffs are just around the corner. Enjoy this weekend! Should Phoenix deal its all-time leading scorer? As we've been tracking here for a few weeks, the Suns (35-45) officially became the most expensive failure in NBA history this week when their $366 million roster ($152 million luxury tax bill) was eliminated from even making the Play-In Tournament. John Hollinger wrote a devastating and scathing article about them yesterday, obliterating their impatience since Mat Ishbia purchased the franchise in December 2022. Advertisement Ishbia took a team a year removed from a NBA Finals berth and got super aggressive. His organization traded a lot of picks with Mikal Bridges and Cam Johnson for Kevin Durant. It was justifiable on so many levels, but you can question if it's an overpay. Then, the Suns got very brash, moving for Bradley Beal to create a big three in an era of collective bargaining agreements designed to knock that idea down. It was an impulsive risk, rather than a calculated one. I don't mind impatient risks. They're fun, they're bold and they don't affect me, my job status or my bottom line. That's not the case for the Suns. They have no light at the end of the tunnel that isn't a massive oncoming train made of luxury tax penalties and mediocrity. I like swinging for the fences instead of overvaluing draft capital, but there is a line to it. The Suns crossed it long ago. In Hollinger's piece, he suggested the ultimate move of patience: don't just trade KD this summer — trade Devin Booker too. Why? The Suns don't have control of their first-round pick until 2032. 2032! Cooper Flagg might be supermax eligible by then! And Mavericks general manager Nico Harrison will be telling some team not to give him the money! Not only that. The Rockets, through shrewd, patient moves, have the option to swap for Phoenix's picks this year, in 2027 and in 2029. Utah gets their pick in 2031. The Wizards have control of Phoenix's picks in 2026, 2028 and 2030. Here's the kicker. When they finally have their pick in 2032, it'll likely be 'frozen' (can't be traded) and dropped to the end of the first round, as part of the penalty of being over the second apron two out of the next four years. Hollinger suggested moving Booker, starting all the way over, waiting out Beal's next two years of $110 million and no-trade clause, and doing a proper, patient rebuild. He even suggested dangling KD and Booker to the Rockets for Jalen Green and all of Phoenix's picks back. Hollinger (feel free to read!) described that as the best-case scenario! Ruh roh! How did Denver inform best player of firings? 👂 Heads-up. Nikola Jokić says he was told right before Michael Malone was fired. Big Honey accepted it. 🙅 Access denied. Fred Katz has come up with the newest fake award out there. Best perimeter defenders. 🏀 It's tough. Most NBA teams actually aren't tanking, but being on the verge of contention? It's no picnic. 🎧 Tuning in. Today's NBA Daily previews the final week of the NBA's regular season. 📺 Don't miss this game tonight. Bucks (46-34) at Pistons (44-36), 7 p.m. ET on NBA TV or Fubo (try it free!). Detroit must win in order to have a chance at the No. 5 seed. 📺 Don't miss this game tonight either! Grizzlies (47-33) at Nuggets (48-32), 9 p.m. ET on League Pass. Both teams are trying to avoid the Play-In. Memphis is on a back-to-back. How could a Devin Booker trade look? Above, we laid out how bleak this Suns situation appears. Remember those trade ideas? What if the Suns decide to move Durant and Booker in separate deals? Booker makes $53.1 million next season and has three years, $171 million left after this season. What would the current market/move for Booker possibly look like? Guess what! I asked John! This was his idea on a potential Booker trade: Hollinger: 'The obvious answer here is to get three unprotected or lightly protected firsts from the Detroit Pistons. Booker grew up in Michigan, rocks a Tigers hat in post-game interviews and would have an obvious fit in Detroit both in terms of the Pistons' timeline and his place on the roster as a wingman for Cade Cunningham. The story of the greatest players in NBA history. In 100 riveting profiles, top basketball writers justify their selections and uncover the history of the NBA in the process. The story of the greatest players in NBA history. 'Meanwhile, Detroit has the salary flexibility to absorb his contract and offer Phoenix some cap relief, and could easily put multiple firsts into a deal. For instance, a package of Tobias Harris, Jaden Ivey, Bobbi Klintman, Simone Fontecchio and a signed-and-traded Lindy Waters, plus first-round picks in 2026, 2028 and 2030 for Booker and Grayson Allen would get the Suns out of the second apron and restock some of their draft and prospect equity. Advertisement '(Detroit could do a similar deal with a signed-and-traded Tim Hardaway Jr. in the place of Harris, by the way; Phoenix could legally acquire Waters in a sign-and-trade by shedding more money in a Kevin Durant trade with another team to get below the first apron). 'The Pistons have enough cap space and flexibility that they could execute such a deal and still re-sign Malik Beasley at a market rate, either with cap space or their nontaxpayer midlevel exception. On the draft compensation, I threw out three firsts as a starting point; the protection and quantity on the picks would likely involve some haggling by both sides, but it seems to me zero or limited protection would be the endgame based on other comparable recent trades.' Knicks might be tanking as West remains a mess If you're hoping to watch NBA basketball on Saturday, you're out of luck. We're getting all 30 teams playing tonight, and we're getting all 30 teams playing during the day on Sunday to finish out the season. We don't need to focus on the 10 teams already eliminated from next week's action. We hope your tanking brings you what you need. We can also recognize the Cavaliers, Celtics, Thunder and Rockets have no real reason to play their main guys. They'll have plenty of rest next week, and risking injury to any of these guys would be pointless. But their resting could have some consequences on some playoff positioning. Here are the races to watch. Eastern Conference Are the Knicks tanking to the No. 4 seed? Curiously, the Knicks sat a couple starters last night, played Jalen Brunson and Karl-Anthony Towns both under 30 minutes, played PJ Tucker 27 minutes (he's played 32 minutes the last two seasons) and lost to Detroit. It happened the same night Indiana beat Cleveland (resting their guys). The Pacers are now a game back of the Knicks for third. The Knicks play Cleveland tonight and Brooklyn on Sunday. Indiana plays Orlando tonight and Cleveland on Sunday. Really, none of the Knicks' or Pacers' opponents have anything to play for this weekend. Their fates are set. So, we could see the Knicks trying to avoid the Celtics for as long as possible, and try their hands at dropping to the No. 4 seed and hoping Cleveland is all regular season, no gas. Advertisement Who wants the No. 5 seed? The Pistons host the Bucks tonight, and they're in Milwaukee on Sunday. If they win both of those games, they take the No. 5 seed. Lose one or both of them, and they're locked into sixth. East Play-In: Orlando is locked into seventh and will host the 7-8 matchup. Atlanta is in Philadelphia tonight. If they win that game, they're locked into eighth and will face the Magic for the No. 7 seed. If they lose and Chicago wins at home against Washington, then the Hawks need to beat the Magic on Sunday or have the Bulls lose to the 76ers on Sunday. For Miami to move up to ninth, the Heat need to beat the Pelicans tonight and the Wizards on Sunday with the Bulls losing both of their games. Western Conference Race for the No. 3 seed: If the Los Angeles Lakers beat the Rockets tonight or the Blazers on Sunday, they win the Pacific Division and therefore lock up the No. 3 seed no matter what. They'd have tiebreakers over the Nuggets and the Clippers. Let's tackle 4-8 in the West: Let's assume the Lakers win one of those games and lock up the No. 3 seed. We've still got this tight race with the Nuggets (48-32), Clippers (48-32), Warriors (47-33), Grizzlies (47-33) and Wolves (47-33). Currently, the Grizzlies are sitting in seventh and the Wolves are in eighth because of the tiebreakers. First, let's hit you with the schedules of these five teams: The winner of Denver and Memphis tonight will take the tiebreaker in their season series. If Memphis wins that game and then somehow all five teams end up with the same record at the end of the season, Minnesota would finish fourth, the Clippers would get the No. 5 seed, the Warriors would get the No. 6 seed and Memphis would host Denver in the Play-In to play for the No. 7 seed. This stuff can get a little complicated with the tie-breakers, so if you want to play the home version of this, here's a little cheat sheet for the season series. It reads left to right so the Nuggets were 2-1 against the Warriors and 0-4 against the Wolves. Or … you just wait for the standings page to update! West Play-In 9-10: The Kings play the Clippers and the Suns. Win one of those games, and they'll host the Mavericks for the chance to play for the No. 8 seed. If they lose both games, the Mavs have to win both of their games (home to Toronto, at Memphis) to host that matchup. Advertisement 📬 Love The Bounce? Check out The Athletic's other newsletters. Streaming links in this article are provided by partners of The Athletic. Restrictions may apply. The Athletic maintains full editorial independence. Partners have no control over or input into the reporting or editing process and do not review stories before publication.
USA Today
07-04-2025
- Entertainment
- USA Today
Who died in the White Lotus season 3 finale?
Who died in the White Lotus season 3 finale? The third season of the wildly popular Max series, The White Lotus, wrapped up on Sunday night. Over the course of seven episodes, tension built as to which character -- and how many -- would not make it through the eighth and final episode. WARNING: SPOILERS FOR THE WHITE LOTUS SEASON 3 FINALE TO FOLLOW! WHITE LOTUS MEMES ARE EVERYWHERE: Thanks, Walton Goggins There were at least two deaths this season, with a likely third character's death extremely likely but unconfirmed. After parting ways during last week's episode, Rick (Walton Goggins) seemed to find peace with the situation around the man he thought murdered his father. That was until Jim Hollinger (Scott Glenn) returned to the resort. Things went off the rails, with Rick confronting Hollinger and shooting him twice in the chest before being informed that Hollinger was his father. A shootout ensued between Rick and security, which ended with the lovely and delightful Chelsea (Aimee Lou Wood) getting killed in the crossfire. But they weren't done yet. After Rick realized what had happened, he scooped up his girlfriend and started to walk out of the resort. Instead, security guard Gaitok (Tayme Thapthimthong) shot Rick in the back, sending both into the lily pad covered water. It wasn't fully clear if Hollinger died, although all signs pointed aggressively to yes. There was a moment during the episode where it looked as though Timothy Ratliff (Jason Isaacs) was going to avoid his troubles back home and take out his entire family -- minus youngest son Lochlan (Sam Nivola) -- with a smoothie made from deadly fruit seeds. Instead, he came to his senses and stopped them before the damage was done. But Lochlan, who apparently can't clean a blender, made himself a morning smoothie complete with poison remnants. He recovered, but things looked dicey for awhile. Now, the Ratliff family has to go back to North Carolina to face with Tim's business problems.
