Robust warming of the global upper ocean

被引:0
|
作者
John M. Lyman
Simon A. Good
Viktor V. Gouretski
Masayoshi Ishii
Gregory C. Johnson
Matthew D. Palmer
Doug M. Smith
Josh K. Willis
机构
[1] Joint Institute for Marine and Atmospheric Research,Climate Research Department
[2] University of Hawaii at Manoa,undefined
[3] Honolulu,undefined
[4] Hawaii 96822,undefined
[5] USA ,undefined
[6] NOAA/Pacific Marine Environmental Laboratory,undefined
[7] Seattle,undefined
[8] Washington 98115-6349,undefined
[9] USA ,undefined
[10] Met Office Hadley Centre,undefined
[11] KlimaCampus,undefined
[12] University of Hamburg,undefined
[13] Grindelberg 5,undefined
[14] 20144 Hamburg,undefined
[15] Germany ,undefined
[16] Meteorological Research Institute,undefined
[17] 1-1 Nagamine,undefined
[18] Tsukuba,undefined
[19] Ibaraki 305-0052,undefined
[20] Japan,undefined
[21] Japan Agency for Marine-Earth Science and Technology,undefined
[22] 3173-25 Showa-machi,undefined
[23] Kanazawa-ku,undefined
[24] Yokohama 236-0001,undefined
[25] Japan ,undefined
[26] Jet Propulsion Laboratory,undefined
[27] California Institute of Technology,undefined
[28] Pasadena,undefined
[29] California 91109,undefined
[30] USA ,undefined
来源
Nature | 2010年 / 465卷
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摘要
The upper ocean acts as a giant heat sink and has absorbed the majority of excess energy generated by anthropogenic greenhouse gasses. This makes ocean heat content, potentially, a key indicator of climate change. But to be useful for evaluating the global energy balance and as a constraint on climate models, the measurement uncertainties of such a key indicator need to be well understood. At present the magnitude of the oceanic heat uptake is highly uncertain, with patterns of inter-annual variability in particular differing among estimates. In a major international collaboration, Lyman et al. compare the available upper-ocean heat content anomaly curves and examine the sources of uncertainly attached to them — including the difficulties in correcting bias in expendable bathythermograph data. They find that, uncertainties notwithstanding, there is clear and robust evidence for a warming trend of 0.64 watts per square metre between 1993 and 2008.
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页码:334 / 337
页数:3
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