�� 4�Argo synthetic profile 1.0 1.2 1950010100000020260210094121202602100941212901557 CHINA ARGO EQUIVALENT Shangping Xie PRES TEMP PSAL DOXY AHZDDDDPROVOR OIN-13CH-HPX-08 5819A04 841 1��J ��@NbX9�<@��~j�lb@1GPS PRES TEMP PSAL DOXY PRES = PRES - [PRES_SurfaceOffsetCorrectedNotResetNegative_1dbarResolution_dbar]; PRES_ADJUSTED = PRES no change PSAL_ADJUSTED = sal(CNDC,TEMP,PRES_ADJUSTED); PSAL_ADJ corrects conductivity cell thermal mass (CTM), Johnson et al, 2007, JAOT DOXY_ADJUSTED=DOXY*G PRES_SurfaceOffsetCorrectedNotResetNegative_1dbarResolution_dbar in TECH file for N-1 profile no change same as for PRES_ADJUSTED; CTL: alpha=0.1410, tau=6.68; G = 1.0603 Pressures adjusted using PRES_SurfaceOffsetCorrectedNotResetNegative_1dbarResolution_dbar; Pressure drift corrected onboard the float; Manufacturers sensor accuracy No significant temperature drift detected; SBE sensor accuracy No significant salinity drift detected; Manufacturers sensor accuracy; G determined by surface measurement comparison to World Ocean Atlas 2009. See Takeshita et al.2013,doi:10.1002/jgrc.20399 20260210081419202602100814192026021008141920190917012456AAAAffvB33B�B33�B��B�B33�Bff�B�̚B�Bff�B�Bff�B�B33�B�̶B��B�B��B33�B��B33�B�B��Bff�Bff�B33�B��B��Cf��C͌�C3��C��C3��C��C��C��C��Cf��C��C��C��Cf��C��C��C3��C��C3��C��C3��C��C��C��C3��C��C��C3��C3SD��D@D��D�lD�D3SDf�D�YD��DffD�D�YD3�DfFD�D@D�D�Y D3� D3s D�� DffDf�D�YD��D�L D� D�YD��DffD�D3SD��DfFDf�DfFD�D@Df�D�LD3�D�YD��D�YD�D3SD3�D3S!D�#D�&D��(D�Y+D��-D�L0Df�2DfF5Df�7D`:D3�A�vA�v BX9 B94 B/ B�% B� B� Bu B\ B= B1 B% B B B��B`�B��B�B��B�B�lB�SBd;B�"B{BuB\B%BBB%BhB�B�B�"B+B33BX9Bw>B�FB�LBYByiB�qB�wB�B7�B\�B��B��B�BL�B��B11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111j<Bk<B~=Bu<B�<B�<B�;Bi;B�;B<Bv:B�5B4B�1B�/B�-B�*B�)Bd(B&B6&B�$B+$B�$B#B�!B."Bw"B�V B�S B�O B�K BBE B�G B�< B8: B�8 B7 B�5 BR4 B;3 Bz. BI* B�$ B�! B� B� B� B� Bk B, B� B� B_� B�� B�� Ba� B�� B(� B�� B.� B>� B�� B � B(� B"� B�� B'� Bh� BL� Bj� Be� B�� B�y BYw B:s Bs B;o B{n B�k B�g B:c B�b B%Z B�N B E B�A B?A B�; B�7 B4 B�) B�$ B� B0 B B� B B� B� B B��B��B�BҩB"�B݇B�pB�WB�>B�%ByB�BgB]BRB�B1BJB*B�B$B�+BL4B�:BA?BrGB�MBZB�iBrBXxBm�B��B�BؚB<�B��Bf�B��B11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111 �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#< �#�>C��=C/��9C��8Cώ8C98C�P7CKU6C�5CP5CR.4Cg�3C��3C=�3CV�3C}~3C:c3C`@3C��3C�4CaL4C�_4C��4CPE5C��5C�5C/�6Cl7C`�7Chr8C� 9C �9C�.:Cƹ:C�d;C�\C/�=CP>C >C��=C��=Cv2=C�HCͿ>Cz�>C�k>CMQ>Cf4>Cr>C��>C��>C�+?C@?Cۧ?C�3@CÚ@C�@C�ACIBC�BC��CC.6DC�DC�hEC8�EC_�FCd�GC��HC�^IC�yIC)cIC�{IC�IC�cIC|IC�HC �GC�GC��FC+�FC��FC�uFCaxFCh�FC^FGCeJGCDEC�CC>WCCHCC��BC;{BCD�AC�aAC�@Cf�?C��@�K�@ J�@�O�@�Q�@oW�@�Z�@`Y�@,Y�@PV�@�N�@0I�@>S�@qM�@.Q�@WG�@�<�@k8�@M�@�^�@(s�@��@��@��@��@T�@��@� �@d�@+�@��@$H�@�}�@��@�ó@z�@��@��@$4�@�b�@ّ�@�˴@��@.�@�X�@?�@�B�@V��@�ֶ@TG�@�k�@�j�@�g�@ﰷ@k�@'T�@�޸@��@B8�@�g�@��@�ǹ@��@��@`��@��@��@�Ѻ@�Ѻ@��@��@H=�@S�@�Ļ@!6�@Ď�@(��@��@oڼ@��@�9�@��@ܽ@#;�@�w�@_��@�۾@-�@��@O��@��@Un�@�@�3�@\��@��@��@9�@��@^�@��@u��@��@2��@��@��@�_�@�W�@n�@6�@*7�@U�@9��@w��@��@.�@�C�@[Y�@��@��@��@�y�@0o�@XS�@�4�@ +�@��@.��@#��@��@ a��@