GIGABYTE Launches AMD Radeon™ RX 9060 XT and Radeon™ AI PRO R9700 Graphics Cards at COMPUTEX 2025
TAIPEI, May 21, 2025 /CNW/ -- GIGABYTE, the world's leading computer brand, announces the launch of AMD Radeon™ RX 9060 XT and Radeon™ AI PRO R9700 graphics cards. The Radeon™ RX 9060 XT graphics card features enhanced ray tracing capabilities for an ultra-immersive gaming experience, while the Radeon™ AI PRO R9700 graphics card aims to deliver top-level performance for AI computing and machine-learning workloads.
GIGABYTE's Radeon™ RX 9060 XT GAMING OC 16G graphics card is equipped with the iconic WINDFORCE cooling system, featuring Hawk Fan, server-grade thermal conductive gel, multiple heat pipes, and Screen Cooling for optimal heat dissipation under intensive workloads. The Hawk Fan is designed to minimize turbulence and noise, resulting in up to a 53.6% increase in air pressure and a 12.5% increase in air volume without compromising acoustics. Meanwhile, the highly deformable and non-fluid server-grade conductive gel provides optimal contact on uneven surfaces and effectively resists deformation from transport or long-term use. Combined with multiple heat pipes and Screen Cooling, an extended heatsink allows air to pass through, making GIGABYTE Radeon™ RX 9060 XT GAMING OC the gateway for mainstream gamers.
To deliver next-level AI computing performance, the GIGABYTE Radeon™ AI PRO R9700 AI TOP 32G graphics card is proven with real-world AI and machine-learning workloads through major LLM models for simulation, intensive GPU and memory tests, and multi-GPU benchmark under long-duration testing and monitoring. Paired with GIGABYTE's AI TOP Utility software, users can easily deploy AMD ROCm™ software, a comprehensive open-source stack, optimized for Generative AI and HPC applications. To address optimal cooling efficiency during AI workloads, GIGABYTE leverages an exclusive inward-indented fan design to channel cool air straight to each heatsink. Meanwhile, GIGABYTE applies composite metal grease on the GPU, which is a premium thermal interface material for air-cooled cards in this generation. Combined with server-grade conductive gel, an all-copper vapor chamber, precision-machined heatsink, and robust metal framework together to whisk heat away from the GPU, VRAM, and supporting circuitry.
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Japan Forward
an hour ago
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How Sustainability is Reshaping the Motorsports Industry
Sustainability and motorsports? At first glance, the two words seem almost incompatible. After all, auto racing has long been synonymous with speed, roaring engines, and clouds of carbon emissions. But a championship born in Britain is turning that perception on its head. Launched in 2014, Formula E is the world's first all-electric, single-seater motorsport, demonstrating that top-tier performance and environmental responsibility can go hand in hand. Designed to accelerate innovation in electric mobility, the series has become a global testbed for sustainable technologies. From tire recycling to low-emission logistics and clean energy use, Formula E sets a new benchmark for green racing. Amplifying this revolution are Japanese firms, harnessing the sport's platform to showcase cutting-edge technologies. Yamaha Motor Company Ltd, known for its motorcycles and robotics, has partnered with Team Laura Yamaha ABT to supply electric powertrains used to propel race cars. They also provide advanced energy management systems to extend range and enhance efficiency in electric vehicles. Teijin Limited, a leader in advanced materials and chemicals, is another example. Utilizing aramid technology, the company provides Team Envision with flame-resistant racing suits that withstand temperatures up to 400°C. Teijin's Tenax™ carbon fiber is also used in the world's first two-seater Formula E car, offering a lighter, more energy-efficient structure without compromising strength or speed. Team Envision showcases its race car and suit at an event in Tokyo. (©Kenji Yoshida) Meanwhile, TDK Corporation, a multinational electronics company, is collaborating with NEOM McLaren to deliver components like multilayer ceramic chip capacitors (MLCCs), voltage control systems, and temperature sensors. These technologies are crucial for regulating power and minimizing heat and signal interference under the extreme demands of electric racing. Leveraging the high-stakes environment of motor racing, these firms are stress-testing their equipment for real-world applications. The push for sustainability in Formula E isn't limited to suppliers, however. Manufacturers and racing teams themselves are integrating climate action into their core missions. Nissan Motor Corporation, the only Japanese automaker to field its own team, sees the championship as an extension of its electric vehicle strategy. "Formula E helps us accelerate transformation for road cars while promoting climate goals through specialized R&D and technical learning," said Tommaso Volpe, managing director of the Nissan Formula E team. Nissan's Tommaso Volpe signs an autograph for a fan in Tokyo (©Kenji Yoshida) Nissan is joined by an expanding lineup, including Jaguar TCS Racing, which is leading the way in using recycled components and circular economy principles. Andretti Global is also contributing to the shift, partnering with Porsche to develop energy-efficient racing technologies. Even teams not backed by traditional automakers are playing an important role. Envision Racing, based in Britain's Silverstone Park, is a notable one. Tag Heuer Porsche Formula E Team's garage at the Tokyo E-Prix. (©Kenji Yoshida) In 2020, it became the first motorsports team to sign the United Nations Framework Convention on Climate Change Sports for Climate Action Framework, pledging to align its operations with the Paris Agreement. The team has operated with net-zero carbon emissions since its inception. Envision also co-hosts the Race Against Climate Change summit in Tokyo alongside Teijin, bringing together industry leaders, investors, startups, and media to foster collaboration on climate solutions. Despite the growing traction of electric motorsports, challenges remain. Public perception is one. Traditional racing fans often lament the lack of a deafening engine blast and the spectacle of burning fuel. But Formula E insiders believe the sport's appeal lies elsewhere – namely, in its performance and trailblazing rules. "The Gen4 car, launching at the end of next year, will nearly double the power of our current model," said Sylvain Filippi, Envision Racing's managing director. "We're getting closer to Formula One performance — but without the emissions." For Filippi, the mission isn't about sacrifice, but innovation. "Most people want to maintain their lifestyles. The only viable path forward is breakthrough ideas and creativity." Team Envision's Sylvain greeting fans and sponsors at the Tokyo E-Prix in May (©Kenji Yoshida) Another headwind on the horizon is the United States' withdrawal from the 2015 climate accord, a move that has raised fresh doubts about the future of coordinated global climate efforts. To this, Nissan's Volpe remains unfazed. "These political decisions come and go. What matters is having a solid strategy that allows us to adapt," he said. "Formula E is still in a phase of significant growth. Not just for us, but for motorsport as a whole, and across all territories." Formula E now boasts a near 400 million international fan base and is expected to continue its upward trajectory. After completing the two-day race in Tokyo on May 17 and 18, the 11 Formula E teams will travel to four different cities to finish the season. Author: Kenji Yoshida
Cision Canada
6 hours ago
- Cision Canada
PLS PROJECT WINTER DRILLING DELIVERS POSITIVE RESULTS AT SALOON EAST
PERTH, Australia, June 2, 2025 /CNW/ - Paladin Energy Ltd (ASX: PDN) (TSX: PDN) (OTCQX: PALAF) (" Paladin" or the " Company") is pleased to advise it has successfully completed a winter exploration program at the Patterson Lake South (PLS) high-grade uranium project in the Athabasca Basin region of Saskatchewan, Canada. The winter program was carried out in line with the Company's strategic objective to identify additional uranium mineralization outside of the Triple R deposit within the largely underexplored 31,039-hectare PLS project. View PDF The results represent the strongest radioactivity identified outside of the Triple R Deposit at PLS. Twenty drillholes totalling 7,102.9m were completed between February and May 2025, with eleven drillholes targeting the Saloon East area, 3.5km southeast of the Triple R deposit (Figure 1 and Table 1). All eleven drillholes at Saloon East intersected highly elevated radioactivity in multiple zones and over significant widths with downhole gamma probe peaks up to 51,303 counts per second (cps). Radioactivity across the Saloon East area has been defined by drilling in two areas separated by 550m (Figure 2), between 200m and 420m vertically from surface within a consistent package of steeply southeast dipping, hydrothermally altered and structurally deformed basement rocks. Drilling Highlights Paladin CEO, Ian Purdy said: "Our Canadian team are very encouraged by the initial results we are seeing at Saloon East. The drilling results at Saloon East represent the strongest radioactivity intersected on the PLS property to date outside of the Triple R deposit. All eleven Saloon East drillholes completed to date in 2025 intersected radioactivity and have provided exciting results over significant core lengths. The widespread presence of elevated radioactivity and hydrothermal alteration suggests that we are exploring a significant mineralised system." Overview of the Saloon Trend The Saloon Trend is a linear, multi-kilometre long, southwest-northeast trending structural zone up to 1km in width, that is parallel to and located 3.5km south of the shear zones that host the Triple R deposit within the Patterson Lake Conductive Corridor. The Saloon Trend has been a major focus of the 2024 and 2025 exploration drilling, with 27 drillholes completed along 8.8km of its strike length. Drilling in August 2024 in the eastern portion of the Saloon Trend intersected anomalous radioactivity in three drillholes, PLS24-680, 682 and 684B, in what was subsequently termed Saloon East. Drilling in the first half of 2025 followed up on the August 2024 results at Saloon East and intersected highly elevated radioactivity, with notable intercepts in drillholes PLS25-696 and 698. Drilling along trend to the northeast intersected a thick zone of elevated radioactivity in PLS25-693, leaving a highly prospective 550m long untested zone between the two established zones of radioactivity. Table 1: 2025 Regional Exploration Drill Hole Summary Collar Basement depth (m) Total depth (m) 2PGA-1000 Gamma probe (≥500 cps / ≥0.5 m minimum) Exploration Area Hole ID Easting (UTM NAD83) Northing (UTM NAD83) Elevation (masl) Azimuth (deg) Dip (deg) From To Interval Average cps Max cps Saloon East PLS25-685 601774.8 6388784.0 498.3 128 -70 44.4 558.0 263.6 272.1 8.5 694 2,009 279.2 289.2 10.0 2,576 14,772 291.7 294.0 2.3 1,140 2,916 299.7 303.2 3.5 641 1,715 319.1 324.5 5.4 1,177 3,346 333.4 333.9 0.5 578 672 342.9 343.7 0.8 1,406 2,422 387.8 390.5 2.7 2,641 7,413 394.2 396.7 2.5 2,566 10,010 428.5 429.1 0.6 3,713 6,165 PLS25-688A 601789.1 6388769.2 498.0 129 -71 51.0 552.0 108.7 109.8 1.1 589 800 204.6 205.1 0.5 598 687 210.2 215.4 5.2 1,115 3,962 223.1 223.8 0.7 576 637 225.8 236.1 10.3 2,474 11,660 289.7 290.8 1.1 1,377 2,152 312.0 312.5 0.5 1,402 2,002 365.4 365.9 0.5 1,151 1,665 370.4 371.7 1.3 6,133 14,862 416.3 419.8 3.5 4,030 11,964 424.0 426.5 2.5 3,443 11,280 433.2 445.5 12.3 3,582 13,657 497.0 498.7 1.7 773 1,046 PLS25-690 602270.6 6389053.9 498.2 321 -75 51.0 387.0 243.0 246.0 3.0 533 1,092 283.6 290.3 6.7 764 2,122 295.8 297.5 1.7 1,403 2,250 PLS25-691 601800.2 6388759.9 498.2 129 -71 50.6 492.1 180.9 184.3 3.4 682 919 227.3 227.9 0.6 778 961 251.4 254.7 3.3 531 802 268.1 272.0 3.9 960 1,951 418.3 424.8 6.5 627 1,847 427.8 431.2 3.4 1,057 2,625 443.0 443.8 0.8 536 647 PLS25-692 602270.4 6389065.4 498.0 305 -73 53.5 330.0 190.8 192.0 1.2 669 793 195.6 199.1 3.5 639 2,849 202.7 212.4 9.7 1,314 5,423 234.0 234.8 0.8 612 803 249.7 252.3 2.6 623 944 256.8 267.5 10.7 1,172 4,988 273.5 277.9 4.4 1,650 4,837 317.0 317.6 0.6 1,360 2,015 PLS25-693 602270.4 6389065.4 498.0 310 -68 60.8 318.0 164.8 166.4 1.6 515 726 180.1 181.1 1.0 782 1,271 204.1 210.1 6.0 923 3,976 213.4 217.9 4.5 634 1,908 220.5 257.7 37.2 4,761 34,636 294.4 295.1 0.7 809 1,373 PLS25-694A 601841.6 6388784.0 498.0 129 -75 46.8 348.0 185.7 190.1 4.4 1,418 3,856 195.9 196.4 0.5 867 1,208 198.5 205.5 7.0 1,548 3,010 222.0 223.3 1.3 831 1,190 226.7 228.1 1.4 1,209 1,752 241.6 246.5 4.9 1,079 1,913 250.5 251.2 0.7 824 1,179 264.0 273.7 9.7 928 2,466 288.4 294.1 5.7 871 1,783 PLS25-695 602270.4 6389065.4 498.0 305 -60 56.4 213.0 Drillhole lost, not gamma probed PLS25-696 601895.9 6388750.8 498.3 335 -80 64.9 351.0 161.5 164.8 3.3 652 1,185 185.3 218.3 33.0 1,101 6,723 222.9 224.3 1.4 703 896 227.6 232.3 4.7 738 2,057 241.9 253.4 11.5 8,957 51,303 258.8 260.9 2.1 1,750 4,473 306.5 307.2 0.7 662 943 PLS25-697 602252.2 6389079.1 498.2 304 -66.25 74.4 250.1 120.5 125.8 5.3 563 1,099 138.6 139.5 0.9 604 798 141.0 141.5 0.5 675 793 152.4 161.5 9.1 611 1,960 172.7 173.6 0.9 618 677 177.1 178.1 1.0 608 679 184.2 188.8 4.6 1,377 4,104 193.9 195.7 1.8 925 1,446 PLS25-698 602019.0 6388634.2 510.7 316 -49 92.5 357.0 134.9 135.5 0.6 717 763 259.2 265.7 6.5 1,513 4,702 276.2 281.8 5.6 954 2,999 291.6 304.1 12.5 4,198 27,730 Saloon PLS25-700A 602083.8 6388022.1 527.1 313 -77 83.6 537.0 183.8 187.9 4.1 554 1,258 436.6 437.3 0.7 806 1,107 446.7 447.3 0.6 947 1,232 PLS25-703 598710.0 6386314.0 565.0 320 -75 126.0 198.3 Drillhole lost South Patterson PLS25-686A 599131.0 6388680.0 498.1 0 -90 51.0 201.0 129.0 131.0 2.0 624 1,038 134.5 135.5 1.0 568 721 142.7 147.3 4.6 536 821 149.3 152.1 2.8 589 1,145 163.9 164.6 0.7 545 643 174.3 179.1 4.8 692 1,041 181.3 182.8 1.5 666 848 Far East PLS25-687 600112.8 6390497.2 498.3 348 -70 47.8 204.4 No anomalous radioactivity PLS25-689 600359.3 6390575.5 501.9 158 -79 54.2 372.0 No anomalous radioactivity PLG Main PLS25-699 597359.7 6389781.8 536.4 157 -77 95.7 558.0 120.9 124.1 3.2 633 856 128.5 130.5 2.0 501 581 132.6 134.8 2.2 778 1,196 PLS25-701 596345.0 6389136.0 548.3 347 -77 111.0 270.0 104.4 124.5 20.1 1,796 4,076 PLS25-702 596058.2 6389209.5 554.4 155 -60 143.4 288.0 No anomalous radioactivity PLS25-704 596189.5 6389089.4 552.1 335 -78 110.3 318.0 105.0 137.6 32.6 2,117 5,133 138.3 141.2 2.9 634 866 142.8 152.4 9.6 1,036 6,415 170.8 171.4 0.6 795 980 173.0 174.8 1.8 828 1,476 177.8 183.8 6.0 589 1,505 Competent Person's Statement / Qualified Person and Technical Information The drilling and exploration results contained in this document have been prepared in accordance with National Instrument 43-101 Standards of Disclosure for Mineral Projects ("NI 43-101"). The information in this document as it relates to drilling and exploration results was provided by Kanan Sarioglu, a Competent Person and "qualified person" under NI 43-101, who is a registered Professional Geoscientist ( with the Engineers and Geoscientists of British Columbia (EGBC), the Association of Professional Geoscientists and Engineers of Alberta (APEGA) and the Association of Professional Geoscientists and Engineers of Saskatchewan (APEGS). Kanan Sarioglu is the VP Exploration for Paladin Canada and has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking, to qualify as a Competent Person as defined in the 2012 Edition of the 'Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves'. Mr. Sarioglu consents to the inclusion in this document of the matters based on the information in the form and context in which it appears. The drilling and exploration results including verification of the data disclosed, has been completed by Kanan Sarioglu following NI 43-101. Mr. Sarioglu has reviewed and approved the contents of this news release. The design of the drilling programs and interpretation of results is under the control of Paladin Canada's geological staff, including qualified persons employing strict protocols consistent with NI 43-101 and industry best practices. Natural gamma radiation that is reported in this news release was measured in counts per second every 10cm throughout the length of each drillhole, in the up and down direction, using a Mount Sopris 2PGA-1000 single gamma probe. Results presented were derived from the up-hole data only. Prior to drilling, the accuracy of the 2PGA-1000 gamma probe was confirmed using a historical calibration drillhole on the PLS property. The reader is cautioned that gamma probe readings are not directly or uniformly related to uranium grades of the rock sample measured and should be used only as a preliminary indication of the presence of radioactive materials. All intersections are down-hole depths. All depths reported of core interval measurements including radioactivity and mineralization intervals widths are not always representative of true thickness. Forward-looking statements This announcement includes forward-looking information (forward-looking statements) that can generally be identified by words such as "anticipate", "expect", "likely", "propose", will", "intend", "should", "could", "may", "believe", "forecast", "estimate", "target", "outlook", "guidance" and similar expressions. Forward-looking statements involve subjective judgment and are subject to significant uncertainties and contingencies (including risk factors associated with the mining industry), many of which are outside the control of the Company. Although at the date of this announcement Paladin believes the forward-looking statements contained herein are based on reasonable assumptions, such statements are not guarantees of future performance. Actual results or developments may differ materially from the Company's expectations due to a range of factors including fluctuations in commodity prices and exchange rates, exploitation and exploration successes, permitting and development issues, political risks, First Nation engagement, climate risk, natural disasters, regulatory concerns, continued availability of capital and financing, general economic and market conditions, general uranium industry factors, and other factors. The Company makes no representation, warranty, guarantee or assurance (express or implied) that any forward-looking statements will prove to be correct. Except for statutory liability, which cannot be excluded, the Company, its officers, employees and advisers expressly disclaim any responsibility for the accuracy or completeness of the material contained in this announcement and exclude all liability whatsoever (including in negligence) for any loss or damage which may be suffered by any person as a consequence of any information in this announcement or any error or omission therefrom. The Company accepts no responsibility to update any person regarding any inaccuracy, omission or change in information in this announcement or any other information made available to a person nor any obligation to furnish the person with any further information. JORC Code, 2012 Edition – Table 1 (Criteria in this section apply to all succeeding sections.) Section 2 Reporting of Exploration Results (Criteria listed in the preceding section also apply to this section.) Criteria JORC Code explanation Commentary Mineral tenement and land tenure status Type, reference name/number, location and ownership including agreements or material issues with third parties such as joint ventures, partnerships, overriding royalties, native title interests, historical sites, wilderness or national park and environmental settings. The security of the tenure held at the time of reporting along with any known impediments to obtaining a licence to operate in the area. Drilling presented in this release was completed on mineral claim S-111376 which is 100% owned by Fission Uranium Corp a subsidiary of Paladin Energy Ltd. All claims are in good standing and all necessary permits for drilling and geophysical surveys have been received Exploration done by other parties Acknowledgment and appraisal of exploration by other parties. The PLS project has been explored by a number of historical exploration companies including Uranerz Exploration and Mining Ltd., Hudson Bay Exploration and Development and Canadian Occidental Petroleum Ltd. There are historical drillholes on the property, none of which have tested the areas presented in this announcement Geology Deposit type, geological setting and style of mineralisation. The target deposit type is unconformity-associated high-grade uranium, hosted at the base of the Athabasca Basin or underlying metamorphic basement rocks Drill hole Information A summary of all information material to the understanding of the exploration results including a tabulation of the following information for all Material drill holes: easting and northing of the drill hole collar elevation or RL (Reduced Level – elevation above sea level in metres) of the drill hole collar dip and azimuth of the hole down hole length and interception depth hole length. If the exclusion of this information is justified on the basis that the information is not Material and this exclusion does not detract from the understanding of the report, the Competent Person should clearly explain why this is the case. This information is included in Table 1 of the announcement No material information has been excluded Data aggregation methods In reporting Exploration Results, weighting averaging techniques, maximum and/or minimum grade truncations (eg cutting of high grades) and cut-off grades are usually Material and should be stated. Where aggregate intercepts incorporate short lengths of high grade results and longer lengths of low grade results, the procedure used for such aggregation should be stated and some typical examples of such aggregations should be shown in detail. The assumptions used for any reporting of metal equivalent values should be clearly stated. Radioactivity measurements are recorded every 10 cm throughout the drillhole length, no weighting is applied Relationship between mineralisation widths and intercept lengths These relationships are particularly important in the reporting of Exploration Results. If the geometry of the mineralisation with respect to the drill hole angle is known, its nature should be reported. If it is not known and only the down hole lengths are reported, there should be a clear statement to this effect (eg 'down hole length, true width not known'). All intervals are down hole lengths Due to the early-stage nature of these results, true widths are not known at this time Diagrams Appropriate maps and sections (with scales) and tabulations of intercepts should be included for any significant discovery being reported These should include, but not be limited to a plan view of drill hole collar locations and appropriate sectional views. Refer to the figures in the announcement Balanced reporting Where comprehensive reporting of all Exploration Results is not practicable, representative reporting of both low and high grades and/or widths should be practiced to avoid misleading reporting of Exploration Results. All relevant exploration data has been reported Other substantive exploration data Other exploration data, if meaningful and material, should be reported including (but not limited to): geological observations; geophysical survey results; geochemical survey results; bulk samples – size and method of treatment; metallurgical test results; bulk density, groundwater, geotechnical and rock characteristics; potential deleterious or contaminating substances. All relevant exploration data has been reported SOURCE Paladin Energy Ltd
Cision Canada
11 hours ago
- Cision Canada
Stronger, Together: Local leaders close FCM 2025 with call for mature, pragmatic coordination across all governments Français
OTTAWA, ON, June 1, 2025 /CNW/ - More than 2,000 local leaders and officials from across Canada gathered in Ottawa this week for the Federation of Canadian Municipalities' (FCM) 2025 Annual Conference and Trade Show—Canada's premier event for municipal innovation, collaboration, and advocacy. The conference featured keynote addresses from Prime Minister Mark Carney, Conservative Deputy Leader Melissa Lantsman, NDP MP Gord Johns, Green Party Leader Elizabeth May and National Chief Cindy Woodhouse Nepinak. As Prime Minister Carney prepares to meet with Canada's Premiers, FCM's message is clear: Canada's success depends on a new way of working together—one that respects jurisdiction while embracing pragmatic, results-driven collaboration. The Prime Minister is right – it's time to build. But Canada can't build without delivery—and delivery happens when all orders of government are aligned. While the world faces unprecedented challenges—threatening peace, stability, economic security, and climate resilience — communities bring the skills and determination needed to deliver real solutions on housing, nation-building infrastructure and the economy. "This year's conference was a powerful reminder of what we can achieve when local leaders come together with a shared purpose," said FCM President Rebecca Bligh. "Our conversations with Prime Minister Carney were encouraging, and we're optimistic about the path ahead. We're laying the groundwork for a National Prosperity Partnership—one that aligns governments around shared priorities and empowers municipalities to deliver real results. That's what 'Stronger, Together' is all about: collaboration that drives national progress and prosperity from the ground up." Guided by the theme "Stronger, Together: Local Strength, National Prosperity," this year's conference celebrated the power of unity, collaboration, and solidarity between communities across the country. In an ever-changing economic and political landscape, municipal leaders came together to share challenges and implement solutions—proving that when local voices unite, national progress follows. Strengthening cross-border collaboration A highlight of the conference was the collaboration and strong partnership with the delegations from the U.S. Conference of Mayors and the National Association of Counties, reinforcing the growing role of local governments in international cooperation. These discussions are essential as we work together to protect our communities and strengthen our local economies. Another key moment was the handover of the Urban7 Mayors' Declaration that outlined the pivotal role cities and regions play to address today's most pressing challenges. Launch of the Rural Report FCM also launched its much-anticipated rural report, The Future of Rural Canada, a comprehensive roadmap to unlock the full potential of rural communities. The report outlines actionable recommendations to ensure rural municipalities have the tools and resources they need to thrive—recognizing their unique contributions to Canada. FCM members make their voices heard During Saturday's Resolutions Plenary, FCM members also debated and voted in favour of the following resolutions: Improving access to health care in Rural Canada Strengthening Canada's economy by diversifying trade Future of Canada Post Strengthening Arctic sovereignty and security through municipalities Leadership announcements FCM members reaffirmed their confidence in the organization's leadership, with Rebecca Bligh, Councillor with the City of Vancouver, BC, continuing as President. FCM's Table Officers include: Tim Tierney, Councillor, City of Ottawa, ON – First Vice-President Kathy Valentino, Councillor, City of Thompson, MB – Second Vice-President Marc Doret, Mayor, City of Dorval, QC – Third Vice-President Amy Coady, President, Municipalities Newfoundland and Labrador, NL – Vice-President At-Large Josh Morgan, Mayor of the City of London, ON, continues as Chair of FCM's Big City Mayors' Caucus. Morgan's leadership continues to be instrumental in driving national conversations on housing, infrastructure, public safety and ending homelessness. A Call for a National Prosperity Partnership Throughout the conference, municipal leaders called for a National Prosperity Partnership —a practical blueprint for intergovernmental collaboration. This partnership would align investments, coordinate objectives, and empower municipalities to deliver results on the ground. The Federation of Canadian Municipalities unites more than 2,000 local governments at the national level, representing over 92 percent of Canadians in every province and territory.
