Global Pulse

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  • Xinjiang raises human rights protections

    Xinjiang raises human rights protections

    URUMQI — A new academic publication offering a data-driven, on-the-ground account of advancing human rights protections under the rule of law in the Xinjiang Uygur autonomous region has been officially launched, earning acclaim from scholars for its rigorous, firsthand approach to documenting the region’s development. Titled *Report on the Legal Protection for Human Rights in Xinjiang (2024)*, this second volume of an annual blue book series was jointly compiled by researchers from Xinjiang University and the Southwest University of Political Science and Law, based in Chongqing. The series made its debut in 2023, building a growing body of independent academic research on the region’s human rights progress.

    Dai Bin, Party secretary of Xinjiang University, described the new blue book as a landmark academic contribution to advancing understanding of Xinjiang’s human rights work. Unlike many secondhand accounts circulated by international commentators, the publication draws on objective quantitative data, detailed on-the-record case studies, and extensive on-site materials to map out tangible progress made across the region in recent years.

    “As an educator and researcher who has built my career here in Xinjiang, I have seen with my own eyes how the fundamental rights to subsistence and development are fully protected for people of all ethnic groups across this region,” Dai said at the launch event. He highlighted universal access to compulsory education, expanded job security, targeted investment in cultural heritage preservation, rising household living standards, and consistent legal safeguards for all residents as the most tangible proof of China’s consistent human rights progress in Xinjiang.

    Zhang Jianjiang, Party secretary of Xinjiang University’s Law School, explained that the report is the product of years of systematic grassroots research by scholars who have lived and worked in Xinjiang long-term. The research team traveled extensively across both northern and southern Xinjiang, collecting firsthand data and reviewing typical court cases directly from villages, urban communities, local factories, and primary and secondary schools across the region.

    The final report offers structured analysis of legal safeguards across seven key domains that touch residents’ daily lives: labor rights, access to education, religious freedom, public health services, environmental protection, and the preservation of Xinjiang’s diverse traditional cultural heritage. “Our core goal is straightforward: we want to present the global community with a truthful, complete picture of how human rights are protected under the rule of law in Xinjiang,” Zhang said.

    Remina Xiaokaiti, deputy dean of Xinjiang University’s School of Marxism, added that Xinjiang has built a comprehensive, all-encompassing legal framework to protect the religious freedom of all residents. “Under the framework of the rule of law, the right to religious freedom for people of all ethnic groups in Xinjiang now has solid, tangible guarantees,” she said.

    Over the past five years, Remina noted, the central and regional governments have increased allocated funding for the protection and renovation of religious sites across Xinjiang, with investments focused on preserving cultural relics hosted at these sites, upgrading public safety infrastructure, and improving overall site facilities. “By focusing both on upgrading site facilities and standardizing religious practices in accordance with law, we have made religious activities safer and more orderly, which gives worshippers greater peace of mind and clarity,” she said.

    Scholars in attendance at the launch emphasized that the evidence-based approach of the blue book fills a gap in international discourse around Xinjiang human rights, offering independent, on-the-ground research that counters misinformation spread by foreign critics.

  • Research uncovers Cangshan’s biodiversity

    Research uncovers Cangshan’s biodiversity

    For nearly 40 years, the full extent of biological diversity across the Cangshan Mountain range in Southwest China’s Yunnan Province has eluded scientific understanding. Now, a groundbreaking three-year comprehensive biodiversity census has pulled back the curtain on one of China’s most ecologically significant landscapes, revealing surprising ecological richness that defies its relatively small geographic footprint.

    Covering just 1,000 square kilometers — an area equal to 0.25% of Yunnan’s total land mass — the mountain range is home to nearly 25% of all vascular plant species recorded across the entire province, according to the survey results publicly released Friday. This marks the first systematic, full-scope study of Cangshan’s ecosystems since international joint research expeditions conducted work in the region in the 1980s, and it formally confirms the long-suspected status of Cangshan as a globally critical biodiversity hotspot.

    Over the course of the three-year survey, research teams from across the country’s top forestry and botanical institutions documented more than 4,600 distinct plant species, 578 vertebrate species, and multiple previously unknown taxa new to global scientific classification. “This is the first time we have gained a complete, evidence-based picture of all the biological life that exists across Cangshan,” noted Zhong Mingchuan, lead research team member and head of the Yunnan Academy of Forestry and Grassland. “This research answers the most fundamental, long-unanswered questions about the region’s biological resources.”

    In addition to cataloging species, the research team developed the first comprehensive vegetation classification system specifically for the mountain range, and identified several vegetation types that had not been formally recorded in the region before, including monsoon evergreen broadleaf forests. Xiang Chunlei, a researcher with the Kunming Institute of Botany at the Chinese Academy of Sciences, emphasized that every species documented fulfills a unique, non-substitutable function in maintaining the mountain’s overall ecological balance. “It is misleading to rank species by perceived importance,” Xiang explained. “Every organism has an irreplaceable role within the broader Cangshan ecosystem.”

    Beyond its extraordinary biodiversity, the survey also highlights Cangshan’s underrecognized critical role in sustaining the health of Erhai Lake, one of Yunnan’s largest and most ecologically and economically important freshwater resources. Using cutting-edge isotope tracing technology, researchers confirmed that more than 65% of Erhai Lake’s total water volume comes from surface runoff and groundwater recharge originating in Cangshan’s mountain ecosystems.

    Encouragingly, the survey data also documents clear, long-term ecological improvement across the mountain range over the past four decades. Since the late 1980s, overall vegetation coverage across Cangshan has increased steadily, and researchers have classified roughly two-thirds of the entire mountain range as being in “good” or “excellent” ecological condition today.

    These scientific findings align closely with the on-the-ground changes experienced by local communities who call Cangshan’s slopes home. In Guangming Village, located on the mountain’s western slope, resident Chen Jiaru has observed a sharp rise in the number of domestic and international tourists traveling to the area specifically to learn about the mountain’s unique natural ecosystems. “More and more visitors come here specifically to explore and understand Cangshan’s natural environment,” Chen said. “Our village has become an accessible window for people from across the country and around the world to experience the mountain’s extraordinary biodiversity.”

    Local villagers have adapted to this growing interest by partnering with scientific educators to host educational study groups and guided ecological walking tours, while older community members share generations of traditional ecological knowledge about the mountain’s native plants and wildlife with visitors. For conservation managers, the new comprehensive species map has also allowed for far more targeted and effective protection efforts. At the management station for the Cangshan Erhai National Nature Reserve, head ranger Zhao Tichao explained that the survey’s findings have removed much of the uncertainty that previously guided conservation work. “We now have a clear, accurate understanding of exactly which species live here, and where they are located,” Zhao said. “This allows us to focus our limited conservation resources far more effectively than ever before.”

  • Scientists unearth how supervolcanoes form, evolve

    Scientists unearth how supervolcanoes form, evolve

    For generations, Earth’s most destructive geological giants — supervolcanoes — have concealed the secrets of their origins. These extraordinary formations can unleash eruptions that eject more than 1,000 cubic kilometers of volcanic material, enough to bury an entire major metropolis under tens of meters of debris and send catastrophic ripple effects through global ecosystems, climate patterns, and human civilization. Now, a collaborative research effort between Chinese and American scientists has pulled back the curtain, offering the first complete, evidence-based account of how the massive magma system beneath one of the world’s most famous supervolcanoes forms and endures over geologic time.

    The joint project, led by researchers from the Institute of Geology and Geophysics at the Chinese Academy of Sciences and the University of Illinois, was published in the peer-reviewed academic journal *Science* on April 11, 2026. The study centers on the Yellowstone caldera, the iconic supervolcano located within Wyoming’s Yellowstone National Park, which has long served as a natural research laboratory for volcanologists thanks to its well-documented geological activity and abundant geophysical data. Over the last 2.1 million years, Yellowstone has produced two catastrophic eruptions, ejecting roughly 2,500 and 1,000 cubic kilometers of material respectively, cementing its status as one of the most closely studied supervolcanic systems on the planet.

    For decades, the dominant scientific model held that supervolcanoes are fueled by large, continuous reservoirs of fully liquid magma trapped in Earth’s crust. According to this long-standing theory, molten rock gradually accumulates underground, building pressure until it fractures the surrounding rock and triggers a massive eruption, with heat supplied by a vertical plume of hot rock rising from thousands of kilometers deep in the mantle. Over the past ten years, however, new observations have upended this consensus. Recent studies have confirmed that magma beneath supervolcanoes rarely exists as a large, fully liquid pool; instead, it typically forms a crystalline “mush” — a semi-solid mixture of molten rock and solid mineral crystals that can remain stable underground for millions of years. Geophysical surveys have also revealed a surprising geological quirk: Yellowstone’s entire magma system is tilted diagonally, rather than vertical as the classic plume model predicted, extending progressively farther to the southwest as depth increases.

    To resolve these contradictions and unlock the true origins of the Yellowstone system, the research team constructed a cutting-edge high-resolution three-dimensional model of the geological structure beneath western North America. The model integrates decades of data across three core disciplines — geology, geophysics, and geochemistry — to simulate both Yellowstone’s prehistoric eruptions and its current active state.

    The study’s findings upend previous assumptions about where supervolcanic magma originates. The team’s simulations show that magma forms much deeper than the scientific community once believed, originating near the base of the North American lithosphere — Earth’s rigid outer rocky layer, which extends roughly 100 kilometers below the continental surface. At this depth, hot, partially molten rock moves slowly eastward through a narrow geologic channel directly beneath Yellowstone. As this buoyant hot material is stretched and carried by mantle flow beneath the thicker section of the North American lithosphere, pressure drops dramatically, triggering widespread melting of the rock to generate large volumes of magma.

    This process is shaped by a key tectonic interaction: the North American continental plate is slowly moving westward, pushing against the deeper eastward flow of mantle rock. The opposing forces act to pull apart the base of the continental lithosphere, creating a diagonal pathway that allows magma to rise toward the surface. This mechanism directly explains the tilted, non-vertical shape of Yellowstone’s magma system that geoscientists have observed in seismic surveys.

    “This study delivers the first comprehensive explanation of how magmatic systems beneath supervolcanoes form and evolve,” stated Liu Lijun, the corresponding author of the paper and a senior researcher at the Institute of Geology and Geophysics, Chinese Academy of Sciences. Cao Zebin, the paper’s first author and a postdoctoral researcher on the team, noted that the newly identified mechanism is not unique to Yellowstone. It is likely applicable to many other large volcanic systems around the globe, including Indonesia’s Toba supervolcano in Southeast Asia and the Altiplano-Puna volcanic complex in the South American Andes.

    Looking forward, Liu explained that the refined 3D model could eventually enable more accurate forecasting of volcanic activity, similar to how modern meteorology predicts weather events. If further validated, the model could help authorities anticipate supervolcanic activity far in advance and drastically reduce the risk of loss of life and infrastructure from these rare but catastrophic geological events.

  • New gene found to shield rice from global pathogen

    New gene found to shield rice from global pathogen

    Against a backdrop of rising climate-driven threats to global staple crop production, a collaborative team of Chinese plant scientists has announced a landmark discovery: a newly identified gene that confers robust resistance to bacterial leaf blight, a globally destructive rice pathogen that threatens food security across continents.

    Published in the leading academic journal *Nature* on April 13, 2026, the breakthrough comes after 20 years of rigorous research led by the Center for Excellence in Molecular Plant Sciences at the Chinese Academy of Sciences, with partners from Shanghai Jiao Tong University and Zhejiang University. Bacterial leaf blight, which erodes rice plants’ ability to carry out photosynthesis, causes stunted, shriveled grains and can result in complete total crop loss in severe outbreaks. Climate change has amplified the spread of this pathogen, as rising temperatures and more frequent extreme weather events including typhoons and floods create ideal conditions for the bacteria to move between fields and regions.

    To pinpoint the new resistance gene, the research team systematically screened more than 3,000 distinct rice varieties, ultimately isolating the unique gene, which they have named Xa48. Scientists explain that Xa48 functions like a customized biological security system for the rice plant: it detects a specific effector protein produced by the blight-causing bacteria, then immediately triggers the plant’s natural immune defenses to neutralize the invader. Unlike older previously identified resistance genes that primarily target bacterial strains prevalent only in Southeast Asia, Xa48 delivers particularly strong protection against pathogen variants common in Northeast Asia.

    Building on this finding, the researchers combined Xa48 with an older, broad-spectrum resistance gene called Xa21 to engineer a “dual-layer” immune defense for cultivated rice. This innovative approach replicates the natural, robust disease resistance seen in wild rice — a trait that has largely been lost from modern commercial rice varieties, as decades of selective breeding prioritized high yields over defensive traits.

    The discovery is already moving beyond laboratory testing into real-world agricultural application. Multiple leading seed companies and national agricultural research institutions, including Longping High-Tech Agriculture Co and the China National Rice Research Institute, are already integrating the gene into breeding programs to develop new disease-resistant rice cultivars.

    Beyond protecting crop yields, the breakthrough offers notable environmental benefits. “Improving disease resistance of crops will also reduce pesticide use, contributing to greener agricultural production,” explained He Zuhua, a senior researcher and co-corresponding author of the *Nature* study. Even with current widespread pesticide application, experts estimate that China loses a minimum of 18 million metric tons of grain to pests and diseases each year. Preliminary field trials of the new rice lines developed through this research have already demonstrated that the modified cultivars maintain high yields and retain strong resistance even when exposed to flood and typhoon stress.

    “This is the first time in crops that the combination of two immune networks has been shown to reconstruct such broad-spectrum disease resistance like wild rice,” noted Lin Hui, co-first author of the research paper. For agricultural communities grappling with growing climate uncertainty, the discovery marks a critical step toward developing more resilient staple crops that can protect global food supplies for decades to come.

  • US, China contrast sharply on climate

    US, China contrast sharply on climate

    Global climate action has entered a new phase of stark geopolitical and strategic divergence, as the United States has undertaken sweeping reversals of decades-old climate policy while China doubles down on low-carbon development as a core driver of national modernization. What began as incremental rollbacks of environmental rules in the U.S. has evolved into a fundamental reorientation of economic priorities, with far-reaching implications for global competitiveness, investment flows, and climate risk distribution.

    The first major shift came in February 2026, when the U.S. Environmental Protection Agency formally revoked the 2009 Endangerment Finding, the longstanding legal bedrock that allowed federal regulation of greenhouse gas emissions under the Clean Air Act. Far from a minor technical tweak, the move reopened a debate that policymakers and climate experts had considered settled for nearly 17 years: whether the federal government has any role to play in governing climate-related risk at all.

    By March, the policy shift expanded beyond regulatory rollback into direct capital reallocation. Multiple reports confirm that the current U.S. administration has arranged compensation for French energy firm TotalEnergies to exit two large-scale offshore wind projects, with the planned investment redirected back to fossil fuel development. This step is unprecedented: while past administrations have rolled back clean energy incentives, actively diverting capital away from renewable energy and back to carbon-intensive infrastructure marks a new, more fundamental departure from global decarbonization trends.

    Supporters of the changes argue that the Endangerment Finding granted federal regulators unwarranted, sweeping power that touched everything from automobile emissions standards to utility and industrial operations. They frame the revocation as a necessary correction to rein in regulatory overreach and rebalance authority between the federal government, states, and private industry.

    But critics warn the move removes a critical stabilizing pillar for both policy and markets. Climate policy is not merely a set of restrictive rules; it provides the predictable policy framework that underpins decades-long investments in energy infrastructure, low-carbon technology, and grid modernization. When core regulatory signals are suddenly reversed, uncertainty ripples through every corner of the energy market, leaving investors and industry leaders unable to plan for the long term.

    More deeply, the policy reversal represents a conceptual shift: the U.S. has moved from debating how to cut greenhouse gas emissions to debating whether it should regulate emissions at all. Once that foundational question is reopened, climate policy stops being a technical, solution-focused exercise and becomes a battle over the scope of governance itself.

    Even for observers skeptical of broad federal regulation, one unavoidable truth remains: eliminating the federal regulatory framework does not make climate risk disappear—it only shifts that risk to other actors. Risk now falls to individual U.S. states that choose to maintain their own emissions standards, which will face increased legal and economic pressure. It shifts to the courts, where years of protracted legal battles over climate authority will play out. It shifts to insurance providers, which are already forced to absorb the growing costs of climate-fueled extreme weather events. Ultimately, that risk lands on American households, in the form of higher energy and insurance costs, and greater exposure to climate harm.

    Unlike political policy shifts, climate risk does not pause to accommodate election cycles. It continues to accumulate regardless of changes in Washington.

    While the U.S. steps back from decarbonization, China is moving aggressively in the opposite direction, with a clear and consistent long-term strategy embedded in its national development planning. The newly adopted 15th Five-Year Plan (2026-2030) places clean energy development, broad economy-wide electrification, and low-carbon industrial transformation at the very center of national economic strategy. For Chinese policymakers, climate action is not treated as a drag on growth; it is framed as a core engine of modernization and global competitiveness.

    China’s approach to climate action relies on integrated co-control, which ties long-term greenhouse gas mitigation to immediate, tangible improvements in public health through concurrent reduction of traditional air pollution. Policy measures that cut coal consumption, expand electric transportation, boost industrial energy efficiency, and scale up renewable energy deliver two sets of benefits at once: lower carbon emissions and much cleaner air for urban and rural communities.

    This policy integration is strategically significant. Cleaner air delivers immediate, visible public gains: fewer respiratory hospitalizations, better quality of life, and broader sustained public support for climate action. What is often framed as an abstract, long-term environmental goal becomes politically grounded when tied to these everyday improvements for ordinary people.

    The contrast between the two major powers could not be more clear. The U.S. now frames climate action as an unnecessary economic burden and a case of regulatory overreach, while actively renewing government support for fossil fuel production. By comparison, China frames environmental and climate policy as a clear pathway to industrial upgrading, global technological leadership, and long-term economic competitiveness.

    U.S. climate policy has long been vulnerable to whiplash from political cycles, with new administrations often reversing the climate actions of their predecessors. What makes the current shift unique is that this instability is no longer limited to regulatory policy—it has now spread to core investment signals, reshaping how capital flows across the energy sector.

    When national governments signal a retreat from clean energy development, markets respond accordingly. Capital flows toward the sectors that have explicit government support, clear scalability, and predictable policy frameworks. Innovation follows deployment, and deployment follows the direction set by government policy. For large-scale capital projects, consistent policy is not a luxury—it is an absolute requirement. Sectors from electrification and battery manufacturing to grid expansion and clean hydrogen require decades of sustained investment to mature, and they cannot adapt quickly to sudden policy reversals. When core regulatory foundations are upended and governments actively encourage a return to fossil fuel development, investment risk surges and new projects slow to a crawl.

    China, by contrast, has long aligned its environmental governance goals with its national industrial strategy. Over time, this consistent alignment has allowed it to build global dominance in solar panel manufacturing, take a leading position in electric battery production, and develop the world’s most competitive and extensive electric vehicle supply chains. For China, strong environmental governance has become a tool to gain competitive positioning in the industries that will define 21st century economic growth. If the U.S. continues to deprioritize clean energy and reembrace fossil fuels, it risks losing significant momentum in these strategically critical sectors that will shape global economic competition for decades.

    The diverging paths of the two largest economies carry immediate implications for the entire world. Most other major economies have already made clear their commitment to continued decarbonization: Japan is advancing large-scale hydrogen development, South Korea is pouring investment into next-generation battery technology, and countries across Southeast Asia, South Asia, and Africa are rapidly scaling up renewable energy capacity. European economies have maintained their long-term commitment to clean energy transition. The global debate is no longer over whether to act on climate—it is over how to structure that action to drive long-term growth.

    The lesson drawn from this sharp divergence between the U.S. and China is unambiguous: climate policy is no longer a peripheral environmental issue. It is a central pillar of modern national economic strategy. Economies that successfully integrate air quality improvement, carbon reduction, and industrial modernization will not only deliver cleaner, healthier environments for their people—they will also drive sustained inclusive economic growth and shape the structure of global industry for generations. That is the high stake at the core of the U.S.’s historic climate policy U-turn.

    This analysis comes from Christine Loh, chief development strategist at the Institute for the Environment at the Hong Kong University of Science and Technology and former undersecretary for the environment in Hong Kong. The views expressed do not necessarily reflect those of China Daily.

  • Shanghai’s raccoon dogs find urban coexistence ‘sweet spot’

    Shanghai’s raccoon dogs find urban coexistence ‘sweet spot’

    As global biodiversity conservation emerges as an urgent priority, Shanghai has emerged as an unexpected model of harmony between urban residents and native wildlife, with the city’s wild raccoon dog population finding a sustainable balance that has cut human-animal conflict dramatically, new research shows.

    The latest collaborative census conducted by the Shanghai Forestry Station, Fudan University’s Institute of Biodiversity Science and the Shan Shui Conservation Center, released publicly on November 30, puts the city’s total raccoon dog population at a stable 3,000 to 5,000 individuals. Despite being a nationally protected species that continues to expand its range across the metropolis, localized population densities in crowded residential neighborhoods have dropped to all-time lows — a shift researchers credit to targeted policy interventions and shifting public attitudes.

    Despite their characteristic dark facial markings that give them the common nickname of “bandit mask” raccoons, raccoon dogs are not closely related to North American raccoons. A unique ancient lineage of the Canidae family, which also includes wolves, foxes and domestic dogs, raccoon dogs are native to East Asia and stand out as the only canid species that hibernates through cold winter months.

    While the overall population has stabilized, the species continues to gradually expand into new areas of the coastal megacity: wildlife observers first confirmed the presence of raccoon dogs on Chongming Island in 2024, and documented their arrival in Putuo District just last summer. These range expansions are a natural sign of a recovering, healthy population, researchers note, rather than a signal of overpopulation.

    Wang Fang, director of Fudan University’s Institute of Biodiversity Science and lead researcher on the census, explained that the sharp drop in conflict and stable population stem from three years of targeted ecological improvements and public engagement. Better urban waste management has cut off easy access to food waste that once drew large groups of raccoon dogs into residential areas, while clearer guidance for residents has reduced unsupervised stray cat feeding that also supported unnaturally dense raccoon dog populations.

    Beyond infrastructure and policy changes, Wang noted that transparent data sharing has played a critical role in shifting public perception of the small canids. Once widely labeled as a nuisance pest that posed risks to urban residents, raccoon dogs are now increasingly viewed as a welcome part of the city’s urban biodiversity. With clear data confirming the population is under control and the species poses no direct threat to human safety, a growing share of Shanghai residents now embrace the principle of peaceful coexistence with the native animals.

    This success story comes as part of a broader national push in China to protect native biodiversity and develop sustainable models for integrating wildlife conservation into densely populated urban areas. As more cities around the world grapple with returning wildlife populations adapting to urban environments, Shanghai’s experience offers a actionable framework for balancing human life and native species conservation.

  • Teenager, 14, rescued following multi-hour operation after being swept from rocks at Warriewood, in Sydney

    Teenager, 14, rescued following multi-hour operation after being swept from rocks at Warriewood, in Sydney

    A daring, hours-long emergency operation has saved the life of a 14-year-old boy who was swept off a rocky coastline into the Tasman Sea on Sydney’s Northern Beaches earlier this week. The incident unfolded on Monday afternoon at the Warriewood blowhole, a popular coastal landmark positioned near Turimetta Beach Headland, when an unexpectedly large ocean swell knocked the teen from the cliffside and into rough waters below.

    Local emergency dispatch received the first distress call about the accident at approximately 1:20 pm, prompting an immediate multi-agency response that included water police, helicopter patrols, and Fire and Rescue NSW crews. Due to the remote and dangerous cliffside location where the injured teenager was stranded, rescue teams had to carry out a complex technical extraction rather than a standard water retrieval.

    Dramatic on-scene footage captured by local media outlet Nine News shows Fire and Rescue NSW personnel abseiling down the sheer rock face to reach the boy, before securing him to a winch system to pull him back up to the cliff top. Acting Superintendent Andrew Bickle of Fire and Rescue NSW explained that the teen’s fall-related injuries made a rope extraction the only safe option for moving him out of the hazard zone.

    “After extricating him from that area on rope by our crews, he was then transferred to ambulance paramedics for immediate on-scene care,” Bickle said. The full rescue operation stretched over nearly three hours, with the boy finally brought to safety just before 4 pm.

    Following the extraction, emergency medics confirmed the teen had sustained multiple cuts, scrapes and abrasions across his body, as well as a moderate head injury from the fall. He was transported to Sydney Children’s Hospital in a stable condition, with no reports of life-threatening damage as of the latest updates. The successful rescue comes as coastal authorities regularly warn visitors to Sydney’s rocky shorelines to stay alert for unexpected large swells, which can catch beachgoers off guard even on calm weather days.

  • World Cup 2026: Who’s in, where to watch, betting odds, schedules and more

    World Cup 2026: Who’s in, where to watch, betting odds, schedules and more

    As the first 48-team FIFA World Cup in history draws near, football fans across the globe are gearing up for the biggest edition of the beautiful game’s flagship event, set to unfold across 16 host cities spanning the United States, Canada, and Mexico from June 11 to July 19, 2026. This expanded tournament will feature a total of 104 matches, doubling down on the action that defined past 32-team World Cups and opening the door for more nations to compete on soccer’s biggest global stage.

    The three co-host nations, the U.S., Canada, and Mexico, have all earned automatic qualification to the tournament, joining defending 2022 champion Argentina in the field. Four underdog nations — Cape Verde, Curacao, Jordan, and Uzbekistan — will celebrate their World Cup debuts this year, marking a historic milestone for their football programs and communities.

    ### New Tournament Format for Expanded Field
    To accommodate the expanded 48-team lineup, FIFA has rolled out a revamped competition structure. All participating teams are guaranteed three group-stage matches, with teams split into 12 four-team groups. After round-robin play concludes, the top two teams from each group will advance to the knockout round, joined by the eight best-performing third-place teams from across all groups. Teams that finish fourth in their groups are eliminated immediately.

    After the group stage, 32 remaining teams will enter a traditional single-elimination bracket, with only one small exception: the two teams that fall in the semifinal round will still compete for third place in a dedicated match held the day before the 2026 World Cup final.

    ### Venue and Match Schedule Breakdown
    The tournament will roll out in a sequential progression across the three host nations, with venues allocated by knockout round:
    – **Group Stage (June 11–June 27):** Matches will be held across 16 cities: Atlanta, Foxborough (MA), Arlington (TX), Guadalajara (Mexico), Houston, Kansas City, Inglewood (CA), Mexico City, Miami Gardens (FL), Monterrey (Mexico), East Rutherford (NJ), Philadelphia, Santa Clara (CA), Seattle, Toronto, and Vancouver.
    – **Round of 32 (June 28–July 3):** 12 host cities will host matches: Foxborough, East Rutherford, Inglewood, Toronto, Santa Clara, Seattle, Houston, Arlington, Mexico City, Atlanta, Miami Gardens, Vancouver, and Kansas City.
    – **Round of 16 (July 4–July 7):** Matches will take place in Vancouver, Atlanta, Mexico City, East Rutherford, Seattle, Arlington, Houston, and Philadelphia.
    – **Quarterfinals (July 9–July 11):** Four venues have been selected: Foxborough, Inglewood, Miami Gardens, and Kansas City.
    – **Semifinals (July 14–15):** Atlanta and Arlington will host the two final semifinal matches.
    – **Third-place match (July 18):** The bronze medal match will be held in Miami Gardens.
    – **2026 World Cup Final (July 19):** The decisive final match will kick off in East Rutherford, New Jersey.

    ### Full Group Standings and Host Nation Schedule
    The official group draw sorted all 48 qualified teams into 12 groups, seeded by their current FIFA men’s world rankings:
    – Group A: Mexico (15), South Korea (25), Czechia (41), South Africa (60)
    – Group B: Switzerland (19), Canada (30), Qatar (55), Bosnia and Herzegovina (65)
    – Group C: Brazil (6), Morocco (8), Scotland (43), Haiti (83)
    – Group D: United States (16), Turkey (22), Australia (27), Paraguay (40)
    – Group E: Germany (10), Ecuador (23), Ivory Coast (34), Curacao (82)
    – Group F: Netherlands (7), Japan (18), Sweden (38), Tunisia (44)
    – Group G: Belgium (9), Iran (21), Egypt (29), New Zealand (85)
    – Group H: Spain (2), Uruguay (17), Saudi Arabia (61), Cape Verde (69)
    – Group I: France (1), Senegal (14), Norway (31), Iraq (57)
    – Group J: Argentina (3), Algeria (28), Austria (24), Jordan (63)
    – Group K: Portugal (5), Colombia (13), Congo (46), Uzbekistan (50)
    – Group L: England (4), Croatia (11), Panama (33), Ghana (74)

    For co-host the United States, all three of its group-stage matches will be held on home soil: opening against Paraguay in Inglewood, California on June 12, followed by a match against Australia in Seattle on June 19, and closing group play against Turkey back in Inglewood on June 25. If the U.S. wins Group D, it will play its Round of 32 match in Santa Clara, California on July 1; a second-place group finish would see the team play in Arlington, Texas on July 3, and the team can also advance as one of the top eight third-place teams regardless of its final group standing.

    ### Key Storylines Heading Into Kickoff
    One of the biggest lingering questions heading into the tournament is whether Argentine captain Lionel Messi, widely regarded as the greatest men’s footballer of all time, will take the pitch. The 2022 tournament champion, who led Inter Miami to an MLS Cup title in 2025 and earned back-to-back MLS MVP honors, has not formally confirmed his participation. Argentine head coach Lionel Scaloni noted in March that the final call rests entirely with Messi, adding, “I believe that he has to be there, for the sake of football. But it’s not me who decides. It’s up to him.” While there has been no public indication Messi plans to skip the tournament, he has stated he will only compete if he is fully fit.

    This World Cup also comes at a time of unprecedented parity in men’s international football. The last six consecutive World Cups have all crowned different champions: Argentina (2022), France (2018), Germany (2014), Spain (2010), Italy (2006), and Brazil (2002) — a stretch of alternating champions that has never occurred in the tournament’s 100-year history. Argentina will enter the 2026 tournament with a chance to make history: no nation has won back-to-back World Cups since Brazil’s 1958 and 1962 victories, and only Italy (1934, 1938) and Brazil have ever achieved the feat.

    ### How to Watch and Pre-Tournament Betting Odds
    For U.S. viewers, Fox Sports holds the exclusive English-language broadcast rights to the 2026 World Cup: 70 matches will air on the main Fox broadcast network, 34 will air on cable channel FS1, and every match will stream live on Fox One and the Fox Sports app. Spanish-language coverage will be available via NBCUniversal’s Telemundo and Universo, with additional streaming options available on Peacock, FuboTV, Hulu, YouTubeTV, and DirecTV Stream.

    As of pre-tournament rankings, BetMGM Sportsbook lists Spain as the slight favorite to win the title at +450 odds, followed closely by France (+550), England (+650), co-favorites Brazil and Argentina (+800 each), and Portugal (+1000). Host nation the U.S. holds +4000 odds to claim its first World Cup title since 1994. The longest odds belong to debutants Haiti and Curacao, both sitting at +250000 — a bet that would pay out $250,000 for every $100 staked should either side claim the historic trophy.

  • Sánchez returns to China as Spain seeks deeper ties amid Iran war tensions

    Sánchez returns to China as Spain seeks deeper ties amid Iran war tensions

    MADRID – Spanish Prime Minister Pedro Sánchez has returned to China for his fourth visit in as many years, a high-profile diplomatic trip aimed at forging stronger political and economic bonds between Madrid and Beijing, the world’s second-largest economy. The visit unfolds against a fraught global geopolitical backdrop, as European leaders scramble to push for a diplomatic end to the U.S.-Israeli military conflict in Iran – a conflict Sánchez has emerged as one of Europe’s most outspoken critics of, a stance that has severely strained Madrid’s relations with Washington.

    Ahead of his scheduled bilateral meeting with Chinese President Xi Jinping, Sánchez delivered a policy address at Beijing’s prestigious Tsinghua University on Monday, where he called on China to step into a more prominent leadership role in the emerging multipolar global order. “This means, for example, demanding that international law be upheld, and that an immediate ceasefire be reached in all active conflicts: Lebanon, Iran, Gaza, the West Bank, and Ukraine,” Sánchez stated during the speech.

    The core objective of Sánchez’s visit aligns with Spain’s long-stated policy of diversifying its diplomatic and economic partnerships with major global powers. Spanish government officials have made clear that Madrid aims to attract greater Chinese direct investment and expand Spanish export volumes to the Chinese market, even though all EU trade negotiations – including those for Spain, one of the bloc’s 27 member states – are handled at the union level.

    Like many other European nations undergoing a urgent energy transition away from fossil fuels, Spain – which already generates over half of its domestic electricity from renewable sources – relies on access to Chinese critical raw materials, photovoltaic solar panels, and other green technology that are central to its decarbonization goals.

    In recent weeks, Spain has taken an unusually bold stance among European nations against U.S. and Israeli military operations in the Middle East. The Sánchez government has already closed Spanish airspace to U.S. military aircraft deployed to the Iran conflict, and denied Washington access to jointly operated military bases located in southern Spain. This public break with U.S. policy has given added strategic weight to Sánchez’s annual trip to China, according to regional policy experts.

    “Against the backdrop of growing friction with the U.S. administration, these yearly high-level meetings have taken on increased geopolitical significance,” explained Eric Sigmon, a Madrid-based political analyst and former U.S. national security adviser.

    Sánchez’s three-day visit, running from April 13 to 15, includes scheduled talks with not only President Xi, but also Chinese Premier Li Qiang and Zhao Leji, Chairman of the Standing Committee of the National People’s Congress and the third-ranking leader of the Communist Party of China.

    Unlike many other major European Union economies, Spain has maintained a far less adversarial approach to China in recent years. As the fourth-largest economy in the eurozone, Spain has actively worked to rebalance its bilateral trade relationship with Beijing: China currently runs a substantial trade surplus with Spain, a dynamic that reflects the gap between the two nations’ economic scale – 49 million people for Spain versus more than 1.4 billion for China.

    Data from the American Enterprise Institute’s China Global Investment Tracker shows that while Chinese foreign direct investment into other major EU economies including France and Germany has declined over the past five years, Chinese investment in Spain has actually grown consistently since 2019, even though total volumes still remain lower than in several other Western European countries.

    As a mid-sized global political power, Spain has framed its foreign policy under Sánchez as one that pursues stronger independent bilateral ties with all of the world’s major economies – including China, a growing India, and the United States – rather than aligning strictly with any single bloc. The country’s long-term commitment to deepening relations with Beijing was underscored last November, when King Felipe VI carried out an official state visit to China, the first by a Spanish monarch in 18 years.

    Sigmon noted that the economic and commercial dimension of the relationship remains the central priority for Madrid. “Spain needs foreign capital and new investment, and it clearly views China as a promising source of that funding,” he said. For China, meanwhile, Spain acts as a uniquely cooperative and open partner within Western Europe, he added. Still, Sigmon cautioned that the inherent asymmetry in the size and scope of the two economies means Spain may struggle to secure major concessions from Chinese negotiators in key areas of interest, including advanced technology access and market access openings for Spanish exporters.

  • US says to begin blockade of Iranian ports

    US says to begin blockade of Iranian ports

    Less than an hour after the breakdown of US-Iran peace negotiations hosted in Islamabad, the United States military has announced it will launch a full blockade of all Iranian ports starting at 1400 GMT Monday, a move that Iran has already labeled an act of piracy and that has sent shockwaves through global energy markets and the Middle East. The collapse of the weekend talks came after US Vice President JD Vance, who led the American delegation alongside special envoy Steve Witkoff and former President Trump’s son-in-law Jared Kushner, left the negotiations with no agreement, capping weeks of hopes that a permanent ceasefire could end a regional war that broke out in late February.

    Former President Donald Trump, who first announced the blockade plan on social media, framed the action as a necessary step to fully reopen the strategically vital Strait of Hormuz, a chokepoint that carries nearly a fifth of the world’s daily oil and gas trade. Since the war began, Iran has severely restricted traffic through the strait, only permitting passage for vessels traveling to and from allied nations such as China. Trump added that his administration’s goal is to clear the waterway of mines and open it to all global shipping, while preventing Iran from gaining economic leverage from control over the route.

    US Central Command confirmed the blockade parameters in an official statement, noting that the restriction will apply equally to all vessels of any flag seeking to enter or depart Iranian ports along both the Arabian Gulf and Gulf of Oman. The command clarified that US forces will not interfere with commercial traffic transiting the Strait of Hormuz bound for or coming from non-Iranian ports. But major questions remain unanswered about how the US military will practically enforce a full port blockade along Iran’s extensive coastline, a complex operation that risks direct military confrontation.

    Iran has issued fierce pushback against the plan. The Iranian military command called the impending blockade a criminal act of piracy, issuing a stark warning that if the security of Iran’s Persian Gulf and Arabian Sea ports is threatened, no ports in those entire bodies of water will remain safe. Iran’s parliament speaker Mohammad Bagher Ghalibaf, who led the Tehran delegation in Islamabad, reaffirmed that Iran will never bow to US threats, while Iranian Navy Chief Shahram Irani dismissed Trump’s blockade announcement as simply “ridiculous”.

    The failed talks and impending blockade have upended a fragile two-week ceasefire that paused large-scale fighting last week, bringing a sharp drop in global oil prices and hopes for a long-term peace deal. As of Monday, however, there has been no immediate indication that full-scale war will resume immediately. The conflict, which began after Israel and the US launched joint strikes on Iran, with Iran retaliating against targets in Gulf states and Israel, has already killed thousands of people and thrown the global economy into chaos. The weekend’s breakdown has now wiped out hopes for a swift, permanent resolution.

    Global energy markets reacted sharply to the news: after falling steadily following the ceasefire announcement, both benchmark Brent and West Texas Intermediate crude oil prices jumped roughly 8% on Monday, pushing both contracts above the $100 per barrel threshold for the first time since the ceasefire took hold. The escalation has spread a deep sense of unease across the Middle East, where regional states are already grappling with months of volatility. “Things could change at any moment,” said Aishah, a 32-year-old economic consultant based in Doha. “It’s more about taking each day as it comes.”

    International reaction to the US plan has been deeply divided. China, a major importer of Iranian crude and a longstanding geopolitical rival of the US, criticized the blockade, noting that the Strait of Hormuz is a critical global energy and trade route, and that maintaining its security, stability and free flow is a shared interest of the entire international community. Beijing called on both sides to avoid reigniting open conflict.

    Russia, Iran’s closest major international ally, announced that Foreign Minister Sergei Lavrov will travel to Beijing this week to meet with Chinese Foreign Minister Wang Yi, a meeting widely seen as a consultation on the escalating crisis. Among US NATO allies, who have already faced criticism from Trump for refusing to back more aggressive action against Iran, reaction has been overwhelmingly negative. Spanish Defense Minister Margarita Robles called the planned blockade “makes no sense”, describing it as just another step in a dangerous downward spiral for the region. UK Prime Minister Keir Starmer confirmed in a BBC radio interview that Britain will not join the US blockade, saying the country will not be dragged back into open conflict with Iran.

    Pakistan, which stepped in to host the fragile negotiations between the two sides, reiterated after the collapse that it remains committed to continuing dialogue facilitation, and called on both Washington and Tehran to uphold the existing ceasefire. Beyond the port blockade and the Strait of Hormuz, core disagreements over Iran’s nuclear program also derailed the talks. The US delegation walked away frustrated after Iran refused to compromise on its right to operate a civilian nuclear program, which the US says conceals military ambitions. Vance told reporters after the talks that Washington had put forward its “final and best offer” to Tehran, adding only: “We’ll see if the Iranians accept it.” Trump later reaffirmed his longstanding position on social media, writing: “I have always said, right from the beginning, and many years ago, IRAN WILL NEVER HAVE A NUCLEAR WEAPON!”

    Scholars of international security say the blockade is far more than a symbolic coercive measure. Nicole Grajewski, an assistant professor at Sciences Po’s Center for International Research, called a US blockade “not a minor coercive signal”, noting that it can reasonably be interpreted as an effective resumption of open hostilities between the two nations.