Met Office-Analyse: https://www.metoffice.gov.uk/research/climate/seasonal-to-decadal/long-range/forecasts/co2-forecast-for-2025
4 Matching Annotations
- Jan 2025
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www.theguardian.com www.theguardian.com
- Feb 2024
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www.liberation.fr www.liberation.fr
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Der CO<sub>2</sub>-Gehalt der Atmosphäre wird 2024 weiter steigen, so dass die vom IPCC erarbeiteten Pfade, um das 1,5°-Ziel einzuhalten, nicht mehr eingehalten werden können. Das ergibt sich aus einer Studie des britischen Met Office, die sich auf die Daten des Mauna Loa-Observatoriums in Hawai stützt. (Die obere Grenze der Unsicherheitsbereiche dieser Pfade ist erreicht, selbst wenn der El-Niño-Einfluss abgezogen wird. Ein Einhalten der Pfade würde ein sofortiges Absinken des CO<sub>2</sub>-Gehalts erfordern.) https://www.liberation.fr/environnement/climat-les-concentrations-de-co2-cette-annee-menacent-la-limite-de-15c-daugmentation-globale-des-temperatures-20240119_6JIALPQDBNADFGNHS4MVDXR5QA/?redirected=1
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- May 2017
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www.nytimes.com www.nytimes.com
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The prevailing hypothesis has been that volcanoes like these two in Hawaii are chemical fingerprints of the Earth’s composition at the deep mantle, just at the border of its core.
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Mauna Loa, the biggest volcano on Earth — and one of the most active — covers half the Island of Hawaii. Just 35 miles to the northeast, Mauna Kea, known to native Hawaiians as Mauna a Wakea, rises nearly 14,000 feet above sea level. To them it represents a spiritual connection between our planet and the heavens above.These volcanoes, which have beguiled millions of tourists visiting the Hawaiian islands, have also plagued scientists with a long-running mystery: If they are so close together, how did they develop in two parallel tracks along the Hawaiian-Emperor chain formed over the same hot spot in the Pacific Ocean — and why are their chemical compositions so different?
Comparing two volcanos on the same island
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