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Name | Current message text |
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h English (en) | Greenhouse gases vary in how long they remain in the atmosphere. Though methane and nitrous oxide are more potent greenhouse gasses than {{CO2}}, {{CO2}} is longer-lived, remaining in the atmosphere for centuries. The average {{CO2}} concentration in 2024 was over 424 parts per million (ppm), and exceeded 427 ppm in February 2025—each more than 50% higher than its pre-industrial level. Annual US national {{CO2}} emissions were exceeded only by those of China, which has four times the US population. Regardless of where emissions occur, the emitted gases spread around the world. This [[Anthropogenic hazard|anthropogenic]] (human-caused) increase in greenhouses gases has impacts on [[Weather|weather patterns]], [[drought]]s, [[heat wave]]s, [[wildfire]]s, [[ocean acidification]], [[sea level rise]], glacial melting, [[Global temperature record|average global temperatures]], [[extinction]] of species, and so forth. |
h Japanese (ja) | 温室効果ガスは、大気中に滞留する期間が異なる。メタンと亜酸化窒素はCO2よりも強力な温室効果ガスであるが、CO2はより長寿命で、数世紀にわたって大気中に残る。2024年の平均CO2濃度は424ppmを超え、2025年2月には427ppmを超えた。これらはいずれも産業革命以前の水準を50%以上上回っている。米国の年間CO2排出量は、人口が4倍の中国に次ぐ量であった。排出がどこで発生するかに関係なく、排出されたガスは世界中に広がる。温室効果ガスのこの[[:en:Anthropogenic hazard|人為的]](人間が引き起こす)増加は、[[:en:Weather|気象パターン]]、[[:en:drought|干ばつ]]、[[:en:heat wave|熱波]]、[[:en:wildfire|山火事]]、[[:en:ocean acidification|海洋酸性化]]、[[:en:sea level rise|海面上昇]]、氷河融解、[[:en:Global temperature record|地球平均気温]]、種の[[:en:extinction|絶滅]]などに影響を及ぼす。 |