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Retrieval of Arctic Sea Ice Surface Melt Onset In 2016 From FY-3B/MWRI Data

机译:2016年FY-3B / MWRI数据中的北极海冰表面熔化发作的检索

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Sea ice melt onset (MO) is a parameter related to the melt progress and it is an important predictor of the September sea ice minimum extent of Arctic. Using brightness temperatures of the Microwave Radiometer Imager (MWRI) onboard the FengYun (FY)-3B satellite, we retrieved MO and early melt onset (EMO) in the year of 2016 by passive microwave (PMW) algorithm with a higher resolution than the current MO product. The result shows that MO and EMO tend to be earlier on first-year ice (FYI) and be later on multi-year ice (MYI) compared with AIR SAT as well as MO and EMO products based on the Special Sensor Microwave/Imager (SSM/I).
机译:海冰融化(MO)是与熔体进步有关的参数,它是北极最小程度的9月海冰的重要预测因素。使用微波辐射计成像仪(MWRI)的亮度温度在凤云(FY)-3B卫星上,我们通过被动微波(PMW)算法在2016年中检索Mo和早期熔体发作(EMO),其分辨率较高的分辨率比当前更高的分辨率Mo产品。结果表明,Mo和EMO往往是在一年的冰(FYI)上早些时候,并且与SAT SAT以及基于特殊传感器微波/成像仪的MO和EMO产品相比,在多年冰(MYI)上方( SSM / I)。

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