Limited to 130 units combined, the Giulia and Stelvio Quadrifoglio Carbon Edition models add some aesthetic touches inside and out.
Cars most likely to have major powertrain problems, which is generally fairly conservative about offering upscale “special” editions of its mainstream cars, is giving its customers in North America an exclusive opportunity to order a limited-edition 2024
Limited to 130 units combined , the Carbon models are essentially a bit of decoration: on the exterior, there’s aV scudetto grille, mirror caps, gold calipers and black badging. Interior enhancements include sporty interior design touches, such as exclusive red leather sport seats and carbon fiber interior trim.options are Vulcano Black, Alfa Red or Rosso Etna. Engine specs are borrowed from the recently updated standard models, featuring a turbocharged 2.
“We’re excited to offer our North American consumers further customization with the new Alfa Romeo Carbon Edition, which enhances our sporty-Italian style with a unique and head-turning appearance on top of an unrivaled driving experience,” said Larry Dominique, head of Alfa Romeo, North America. “This limited edition elevates the passion of Alfa Romeo with a beautifully crafted design combined with the unsurpassed performance from our legendary Quadrifoglio models.
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2024 Alfa Romeo Giulia And Stelvio Quadrifoglio Gain Carbon Editions In AmericaThe special editions are exclusive to North America, in a limited number of 130 units
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Special editions for 2024 Alfa Romeo Giulia, Stelvio | Car News | Auto123Alfa Romeo presents the limited Carbon Editions of its 2024 Giulia Quadrifoglio and 2024 Stelvio Quadrifoglio models, exclusive to North America.
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Diagnosing anthropogenic carbon emissions: A 'carbon dioxide checkup' of Earth's healthSince 2020, many countries have pledged their plans for 'carbon peak and carbon neutrality'. Managing anthropogenic emissions, especially from major industries, is crucial for addressing global warming and promoting sustainable growth. However, existing emission records lack transparency and accuracy due to limited knowledge of CO2 emissions from cities and key sectors, leading to uncertainty in the global carbon budget and hindering carbon asset management across industries.
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Ancient carbon in rocks releases as much carbon dioxide as the world's volcanoesNew research has overturned the traditional view that natural rock weathering acts as a carbon sink that removes CO2 from the atmosphere. Instead, this can also act as a large CO2 source, rivaling that of volcanoes.
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Justin Quiles & El Alfa Perform at 2023 Billboard Latin Music AwardsThe duo opened the awards show at Watsco Center in Coral Gables, Fla., on Thursday night (Oct. 5).
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Rock organic carbon oxidation CO2 release offsets silicate weathering sinkMountain uplift and erosion have regulated the balance of carbon between Earth’s interior and atmosphere, where prior focus has been placed on the role of silicate mineral weathering in CO2 drawdown and its contribution to the stability of Earth’s climate in a habitable state1–5. However, weathering can also release CO2 as rock organic carbon (OCpetro) is oxidized at the near surface6,7; this important geological CO2 flux has remained poorly constrained3,8. We use the trace element rhenium in combination with a spatial extrapolation model to quantify this flux across global river catchments3,9. We find a CO2 release of \n \n \n \n $${68}_{-6}^{+18}$$\n \n megatons of carbon annually from weathering of OCpetro in near-surface rocks, rivalling or even exceeding the CO2 drawdown by silicate weathering at the global scale10. Hotspots of CO2 release are found in mountain ranges with high uplift rates exposing fine-grained sedimentary rock, such as the eastern Himalayas, the Rocky Mountains and the Andes. Our results demonstrate that OCpetro is far from inert and causes weathering in regions to be net sources or sinks of CO2. This raises questions, not yet fully studied, as to how erosion and weathering drive the long-term carbon cycle and contribute to the fine balance of carbon fluxes between the atmosphere, biosphere and lithosphere2,11. Silicate weathering of uplifted rock depletes atmospheric CO2, but oxidation of revealed rock organic carbon supplies CO2, offsetting depletion to a degree dependent on regional geological history.
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