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Campaigners and industry bodies are urging the UK government to resist calls for another relaxation of the zero‑emission vehicle (ZEV) mandate after an analysis showed that the 2024 rule changes could add 17 million tonnes of CO₂ to the atmosphere by 2030. Campaigners Warn Against Further Weakening of the UK ZEV Mandate The original ZEV mandate, introduced in 2023, required manufacturers to raise electric‑car sales to 80% by 2030. Labour’s 2024 revisions added “flexibilities” allowing higher sales of plug‑in hybrid electric vehicles (PHEVs), which combine a small battery with a petrol engine. Projected 17 Million Tonnes Extra CO₂ Emissions by 2030 Industry analysis shows an additional 59 billion miles driven by petrol and diesel cars and vans compared with forecasts made before the ZEV changes. This mileage increase translates to roughly 17 million tonnes of direct CO₂ emissions – comparable to the annual output of a small country such as Croatia. Sales of PHEVs rose 48% this year, reflecting manufacturers’ response to the new flexibilities. The Department for Transport (DfT) attributes most of the extra mileage to the mandate changes, noting that fewer PHEV owners use the electric mode. Consequences for the Charging Industry and Energy Transition Fewer fully electric vehicles on the road threatens the business case for charge‑point investors. Vicky Read, chief executive of ChargeUK, warned that billions of pounds of infrastructure spending are predicated on the original ZEV forecasts, and another rollback could “pull the rug from beneath the charging sector.” Colin Walker of the Energy and Climate Intelligence Unit cautioned that further weakening could push consumers toward PHEVs that cost “hundreds, even thousands, of pounds a year more to own and run than an electric car.” Outlook: Potential Policy Paths and Emissions Trajectory The government has pledged a review of the ZEV mandate by early 2027. If the flexibilities are fully exploited, the headline target of 33% electric sales this year could fall to as low as 7%, according to think‑tank New AutoMotive. Stakeholders such as Mike Hawes (Society of Motor Manufacturers and Traders) argue for a “review of the transition” to align ambition with market realities, while the government reiterates its commitment to ban new non‑zero‑emission car and van sales by 2035 and is investing over £7.5bn in EV market growth and infrastructure.

Report Calls for Accelerated Scaling of Novel Carbon Dioxide Removal TechnologiesHumanity must remove carbon from the atmosphere with new technologies at a pace that outstrips even the rapid deployment of solar panels, according to the third‑edition State of CDR report released on 2 June 2026.Current Contribution of Novel CDR: 0.1% of Global CO₂ RemovalNovel CDR methods—direct‑air‑capture machines and chemical processes such as biochar production—account for just 0.1% of the 2.2 bn tonnes of CO₂ removed worldwide each year.Annual growth rate of novel CDR: 40% year‑on‑year.Planned removal pledges: 2.7 bn tonnes by 2035 and 3.6 bn tonnes by 2050.Only one‑fifth of recent capacity targets have been delivered.Policy Volatility and Corporate Pullback Threaten CDR MomentumThe report flags “fragile” support, citing the United States’ policy reversals under former President Donald Trump and the recent pause by Microsoft on buying novel CDR credits, which represent 82% of the market.Analysts warn that first‑mover actions that are not widely diffused could create systemic vulnerability.What the Next Five Years Must Deliver for the 1.5°C GoalScientists say the next half‑decade is critical to embed novel CDR into climate pathways, allowing it to offset hard‑to‑avoid emissions and to pull temperatures back down after an inevitable “overshoot”.Without large‑scale deployment, even impermanent removal methods will be insufficient to curb extreme climate impacts projected beyond this century.

Key Takeaway: Over 40% of UK Mobile Users Face Signal Gaps on the MoveMore than four in ten consumers report difficulty accessing 4G or 5G for at least half the time they are away from home, underscoring persistent weaknesses in the nation’s mobile infrastructure.Survey Reveals Widespread 4G/5G Connectivity GapsThe Survation poll, commissioned by property consultancy Cluttons, interviewed 2,000+ device users across the UK. Key observations include:45% of respondents feel frustrated with mobile connectivity outside the home at least once a week.Among 18‑ to 24‑year‑olds, frustration rises to 57%.27% are similarly annoyed by home Wi‑Fi performance.Numbers Highlight Frustration and Economic CostUK mobile download speeds have slipped to 59th globally, down from 53rd in 2024 and 51st in 2023. Fixed‑line speeds sit at 44th worldwide.Economic modelling by Assembly Research estimates that boosting mobile coverage along railways from the current 50% to 80% could unlock nearly £3 bn in productivity gains over the next decade, adding more than 66 million hours of passenger productivity by 2035.Implications for UK Digital Infrastructure and ProductivityStakeholders warn that rollout efforts have focused on easily profitable areas, leaving rural and city‑centre zones under‑served. Helen Morgan, chair of the Digital Communities All‑Party Parliamentary Group, stresses that poor connectivity “constrains productivity and competitiveness,” especially in rural economies.While 86% of premises can access full‑fibre broadband, the mobile network lag hampers the digital backbone essential for modern economic growth.Future Outlook: Policy Moves and Satellite SolutionsThe government’s recent announcement to equip over 1,400 trains with low‑earth‑orbit satellite technology promises faster, more reliable onboard connectivity, potentially easing some pressure on terrestrial mobile networks.Continued pressure on telecom providers and targeted investment in both mobile and fixed infrastructure will be critical to close the gap between the UK’s digital ambitions and actual service delivery.

E-Scooter Safety Crisis in Great BritainNearly 500 people were seriously injured in collisions involving e-scooters in Great Britain last year, government statistics have shown. The Department for Transport (DfT) reported an estimated 1,484 casualties in crashes involving electric scooters, marking an increase from 1,390 in 2024.Rising Casualties in Electric Scooter IncidentsThe DfT stated: "Our best estimate, after adjusting for changes in reporting by police, is that there were 485 seriously injured and 989 slightly injured in collisions involving e-scooters. This compares to 428 and 956 respectively in 2024." The statistics also revealed that 10 people, all of whom were e-scooter riders, were killed in collisions compared with six in 2024.Statistical Overview of Road Safety TrendsProvisional figures for all types of road casualties in 2025 indicated a "broad continuation of recent trends," with both the overall number of casualties and fatalities declining over the past decade. There were an estimated 1,556 fatalities in reported road collisions in Great Britain in 2025, representing a decline of 3% compared with 2024.Last year, 29,911 people were seriously injured or killed, representing an increase of 4% compared with 2024 – with 127,870 casualties of all severities. Demographically, 77% of fatalities were male and 61% of casualties of all severities were male. Twenty-three per cent of fatalities and 28% of casualties involved people aged 17 to 29; and 24% of fatalities and 8% of casualties involved those aged 70 and over.Implications for Urban Transportation PoliciesRod Dennis, the RAC's senior policy officer, commented: "Once again, this data shows that precious little progress has been made in reducing harm caused on our roads – and firmly underlines why the government's road safety strategy is so critical. Frighteningly, on average four people still lose their lives on the roads every single day. If this number of people lost their lives on any other form of transport, serious questions would be being asked."Under current legislation, the use of private e-scooters is illegal in any public space, including roads and pavements – rental e-scooters can be used, but only as part of the government's national rental e-scooter trials.Future Regulatory Landscape for E-ScootersIn January, the Department for Transport announced a road safety strategy setting a target of reducing the number of people killed or seriously injured on British roads by 65%, and 70% for children under 16, by 2035.A government spokesperson stated: "We know the law needs updating to make sure e-scooters are safe for everyone on the road and will be consulting on e-scooter regulations in the next year. Our new road safety strategy, the first in over a decade, will save lives by tackling the root causes of deaths on our roads. We have set an ambitious target to reduce deaths and serious injuries by 65% by 2035 and have consulted on multiple new measures, including a lower drink‑drive limit and a minimum learning period."

The Lead: China's Bold Leap into Long-Duration SpaceflightChina has launched its Shenzhou-23 mission in which an astronaut will spend a full year in orbit for the first time, a crucial step in Beijing's ambition to send humans to the moon by 2030. The Long March 2-F rocket lifted off from the Jiuquan launch centre in north-western China on Sunday, carrying three astronauts to the Tiangong space station.The Mission Details: Historic Crew CompositionThe mission marks the first spaceflight ever undertaken by an astronaut from Hong Kong: Lai Ka-ying, 43, who previously worked for the territory's police. The other crew members are the space engineer Zhu Yangzhu, 39, and the former air force pilot Zhang Zhiyuan, also 39, who will be travelling into space for the first time.The Scientific Objectives: Preparing for Deep SpaceThe crew is expected to undertake numerous scientific projects in life sciences, materials science, fluid physics and medicine. A key experiment will be the full-year stay in orbit by one of the crew to study the effects of a long stay in microgravity, part of China's preparations for future lunar and possible Martian missions.Richard de Grijs, an astrophysicist and professor at Macquarie University in Australia, said the main challenges would be long-term effects on humans, including bone density loss, muscle wasting, radiation exposure, sleep disturbance and behavioural and psychological fatigue. He also underlined the importance of reliable water and air-recycling systems and the ability to manage potential medical emergencies far from Earth.The Lunar Ambitions: China's Moon RoadmapThe Shenzhou-23 mission is part of China's goal to land astronauts on the moon before 2030 in a race with Nasa's Artemis programme. Beijing is also testing the equipment required to reach its goal, with an orbital test flight of its Mengzhou spacecraft set for 2026. It will replace the ageing Shenzhou line and will carry China's astronauts to the moon.China hopes to have built the first phase of a manned scientific base, known as the International Lunar Research Station, by 2035. It also plans to welcome its first foreign astronaut, from Pakistan, to the Tiangong station by the end of this year.The Global Context: China's Space Program EvolutionBeijing has significantly expanded its space programmes over the last 30 years, injecting billions of dollars in a push to catch up with the US, Russia and Europe. It landed the Chang'e-4 probe on the far side of the moon, a world first, in 2019, and a rover on Mars in 2021.China has been formally excluded from the International Space Station since 2011, when the US banned Nasa from collaborating with Beijing, prompting it to develop its own space station project. This isolation has accelerated China's indigenous space capabilities, making the Shenzhou-23 mission a milestone in both scientific achievement and geopolitical space competition.

BHP Acknowledges Delay in WA Iron‑Ore Decarbonisation PlanA senior BHP executive admitted that the company’s push to cut emissions in Western Australia has been postponed. Tim Day, head of BHP’s WA iron‑ore operations, cited slow progress in electric trucking and rail technology as the main obstacle to replacing diesel, the biggest source of the mine’s emissions.Emission Reduction Targets and Financial Incentives1.7m tonnes of CO₂ could have been avoided each year by a scrapped iron‑ore processing plant – roughly the impact of 350,000 cars.BHP’s internal memo notes a “low probability of success” for its net‑zero by 2050 goal, despite a 36% drop in global emissions driven largely by projects outside Australia.The company received $622m in diesel tax concessions from the federal government, while paying under $9m for excess emissions under the safeguard mechanism last year.Implications for Australia’s Climate Goals and Mining LicenceThe slowdown threatens Australia’s national emissions‑reduction targets, as BHP’s WA operations remain a major diesel‑intensive source. Internal documents stress that rapid decarbonisation is “effectively underpins [WA iron ore’s] licence to operate, sustain and grow.” Premier Roger Cook warned that big miners have an “important moral obligation” to decarbonise, linking climate action to the social licence to operate.Future Outlook for BHP’s Net‑Zero RoadmapInternal scenarios consider initiating a transition as late as 2035 or 2040, highlighting the risk of reputational damage and potential derailment of the net‑zero pledge. Analysts note that BHP has done little to curb emissions from its Australian assets, suggesting that without stronger policy pressure or a shift in government subsidies, the company may continue to rely on diesel‑fuelled haulage for years to come.

Lead: A Climate Champion Turns Policy ReverserWithin weeks of taking office, Mark Carney—once celebrated for his 2015 Bank of England speech on climate‑related financial risk—has abandoned the consumer carbon price, weakened methane rules, and opened the door to new oil‑and‑gas infrastructure. The rapid policy reversal has left climate‑concerned voters feeling betrayed and has sparked a national debate over Canada’s environmental direction. Carney’s Immediate Dismantling of Canada’s Climate FrameworkAmong his first actions, the prime minister:Scrapped the nationwide consumer carbon price.Rebranded the climate agenda as a “Climate Competitiveness Strategy” focused on investment rather than regulation.Delayed clean‑electricity mandates from 2035 to 2050, allowing new gas‑powered plants.Weakened methane regulations and postponed their implementation.Cancelled the planned oil‑and‑gas emissions cap that had been under consultation for years. Quantifying the Policy Reversals: Carbon Pricing and Emission TargetsThe federal‑Alberta agreement reduces the industrial carbon price from the projected $170 per tonne by 2030 to $130 per tonne by 2040, effectively rendering the tool “virtually irrelevant.” The removal of the consumer price and the delay of zero‑emission‑vehicle mandates have already triggered a “dramatic drop‑off” in EV sales, according to recent market data. Domestic and International Repercussions of Canada’s Climate ShiftThese moves have multiple layers of impact:Domestic emissions: Weakening of carbon pricing and the fast‑tracking of LNG and pipeline projects are expected to raise Canada’s total greenhouse‑gas output.Provincial politics: The deal appeases Alberta’s separatist‑leaning faction but alienates climate‑focused voters nationwide.Global credibility: Canada’s commitment to the 2050 net‑zero goal is now described by the Canadian Climate Institute as “firmly out of reach,” undermining its standing in international climate negotiations. What Lies Ahead for Canada’s Climate AgendaAnalysts warn that without a coherent carbon‑pricing mechanism, Canada may struggle to attract private investment in clean‑energy projects, while Indigenous groups have signaled readiness to block new fossil‑fuel infrastructure. The government’s reliance on a sovereign‑wealth‑fund model to subsidize these projects mirrors a “mirror opposite of Norway’s successful fund,” raising questions about fiscal sustainability. If the current trajectory continues, Canada could see both higher domestic emissions and increased downstream carbon leakage as exported oil and gas feed global markets.

The latest Profundo analysis, commissioned by Rainforest Foundation Norway, reveals that accelerating extraction of critical minerals, biofuels and pulp is compounding traditional threats like cattle ranching and logging, driving the world’s largest rainforests toward a breaking point.Report Highlights Escalating Resource Extraction Threats to RainforestsThe study tracks commodity pressures across the Amazon, Congo Basin and Southeast Asia, showing how mining, oil‑gas expansion, and biofuel agriculture together create a “compounding assault” on forest ecosystems.Mining footprints are larger than previously estimated due to water pollution and infrastructure sprawl.Between 10% and one‑third of global forests are already affected, with the share set to rise.Key interviewees include Ingrid Turgen and Barbara Kuepper of Rainforest Foundation Norway.Quantified Deforestation Projections and Commodity PressuresSpecific forecasts illustrate the scale of upcoming loss:57,000 sq km of Amazon forest could disappear by 2034 if Brazil’s 10.2% beef‑production increase proceeds.Open‑pit gold mines already cover 1.9 m ha in the Amazon; projected demand could add 375 sq km of deforestation by 2028.Electric‑vehicle battery minerals may trigger 1,500‑4,700 sq km of forest loss by 2050.Biofuel demand could require an extra 52 m ha of cropland, clearing up to 35,000 sq km of Amazon vegetation by 2035.Broader Ecological and Climate ImplicationsThe combined pressures erode the forests’ ability to regulate temperature, store carbon, recycle water and sustain biodiversity. Secondary effects extend up to 50 km from mines, disproportionately affecting Indigenous territories and critical carbon sinks such as the Cuvette Centrale peatlands.Future Outlook and Policy RecommendationsAuthors stress that recycling alone cannot offset the scale of demand. They propose:Greater transparency and traceability in global supply chains.Stronger enforcement of environmental regulations in extraction zones.Demand‑reduction strategies in consumer markets, especially for fast‑fashion viscose, paper‑based packaging, and biofuel feedstocks.Without decisive action, the report warns that the Amazon, Congo and Southeast Asian rainforests could face “a pretty bleak scenario” within the next decade.

The Defense Sector Expansion by Automotive GiantsJaguar Land Rover and General Motors are considering an expansion into UK defence via a £900m military contract, as carmakers seek to exploit a spending boom by Nato countries racing to rearm. The manufacturers are among a group of automotive firms vying to make thousands of 4x4s for the armed forces to replace an ageing fleet of Land Rovers that have been out of production since 2016.Technical Specifications and Strategic PartnershipsThe new trucks will be used across the army, the Royal Navy and the Royal Air Force for reconnaissance and patrol missions as well as in logistics, with the first deliveries expected in 2030. JLR would be the most high-profile UK carmaker to turn to the newly booming defence sector as manufacturers grapple with a transition to electric vehicles and rising competition from Chinese rivals.General Motors, the US automotive company, is tabling a bid in partnership with BAE Systems, the British defence company, and NP Aerospace, the Coventry-based manufacturer that maintains the existing Land Rover fleet. GM does not have a UK factory and its bid would involve Chevrolet-based trucks produced in the US being shipped to Britain for military modifications.Financial Implications of the Defense ContractThe MoD contract covers an initial tranche of about 3,000 vehicles ranging from patrol and logistics trucks to armoured reconnaissance models, but more are expected that will eventually replace the combined 7,800 Land Rovers and Austrian-made Pinzgauer trucks now used across the military. Defense spending across Europe, including Britain, rose 14% last year to $864bn (£638bn), the sharpest annual increase since the end of the cold war, according to the Stockholm International Peace Research Institute.Industry Transformation Amid Global ShiftsIn Germany, Volkswagen has been in talks to switch production at one of its factories from cars to heavy-duty trucks that carry anti-missile systems for the maker of Israel's Iron Dome air defence system. Renault recently said it was repurposing part of its Le Mans chassis plant to make drones for the French government. Last year, Keir Starmer committed to spending 5% of GDP on defence by 2035, amid a rise in military spending across Nato that has made government contracts an increasingly attractive alternative for carmakers facing flagging profits.Future Outlook for Defense Vehicle ManufacturingCompanies have yet to be told how many vehicles they will need to supply. An industry source said the delay was linked to the late release of the defence investment plan, Britain's blueprint for military spending over the next five years, which was initially supposed to be published last autumn but is still being finalised. Other bidders include Ineos (partnering with SMT), Babcock (using modified Toyota), Rheinmetall (with Mercedes 4x4), and General Dynamics (with Ford pickup).A government spokesperson said: "We are committed to ensuring British industry plays a central role in delivering the next generation of light mobility vehicles expected to be in the hands of soldiers by 2030."