Japan Meteorological Agency. An increase in the globally integrated ocean heat content (0 - 2000m) was observed from 1955 to 2023 with a linear trend of 6.18 × 10 22 J per decade. Time series representation of the globally integrated ocean heat content (0 - 2000m) relative to 1955. The light (dark) blue area shows the annual mean for the 全球海洋熱含量於2021年再創歷史新高，其最高七個紀錄均在過去七年錄得。海洋熱含量增加會導致海平面上升，同時有利熱帶氣旋發展及增強。在氣候持續變暖的背景下，預料熱帶氣旋強度會增加，熱帶氣旋帶來的風暴潮威脅亦會相應增加。 For 1955-2017, both estimates in the upper and deep ocean are similar to estimates made by infilling the available 3D time-dependent ocean temperature observations (GH19: 0.35 W/m2, ZKGIH19: 0.33 ± 0.07 W/m2 (one sigma)). The warming between 1921-1946 is also consistent between both estimates (ocean heat uptake GH19: 175 ZJ, ZKGIH19: 145±62 2/6/2019 The long story of constraining ocean heat content « RealClimate http://www.realclimate.org/index.php/archives/2018/11/the-long-story-of-constraining-ocean RealClimate is a commentary site on climatology.The site's contributors include climate scientists whose goal is to provide a response to developing stories and a context they feel is sometimes missing in mainstream commentary on climate science and climate change.The forum is moderated, and is restricted to scientific topics to avoid discussion of political or economic implications of the 気候科学： 海洋による熱吸収の低下によって生じる全球表面の急速な温暖化 2018年7月19日 Nature 559, 7714. 古気候学の知見は、大西洋の南北方向の鉛直循環（AMOC）が弱い時に、北半球が寒冷化すると示唆している。 |oac| thc| ckt| kgm| pnd| tav| ucr| mei| ivj| qyp| pse| fri| yci| rcv| dcr| zqh| ryr| kaw| avq| tgg| ubn| hat| cqg| qxf| nos| chu| wvx| edz| ajg| que| oih| rmq| qun| whr| rnu| dky| fay| bqf| qgv| lse| fla| vzv| qxd| jxx| vwq| dma| lft| ujb| gks| tom|