Regular Expressions 101

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  • A single character of: a, b or c
    [abc]
  • A character except: a, b or c
    [^abc]
  • A character in the range: a-z
    [a-z]
  • A character not in the range: a-z
    [^a-z]
  • A character in the range: a-z or A-Z
    [a-zA-Z]
  • Any single character
    .
  • Alternate - match either a or b
    a|b
  • Any whitespace character
    \s
  • Any non-whitespace character
    \S
  • Any digit
    \d
  • Any non-digit
    \D
  • Any word character
    \w
  • Any non-word character
    \W
  • Non-capturing group
    (?:...)
  • Capturing group
    (...)
  • Zero or one of a
    a?
  • Zero or more of a
    a*
  • One or more of a
    a+
  • Exactly 3 of a
    a{3}
  • 3 or more of a
    a{3,}
  • Between 3 and 6 of a
    a{3,6}
  • Start of string
    ^
  • End of string
    $
  • A word boundary
    \b
  • Non-word boundary
    \B

Regular Expression
No Match

/
/
gm

Test String

Substitution

Processing...

Code Generator

Language

Generated Code

#include <MsgBoxConstants.au3> ; to declare the Constants of MsgBox Local $sRegex = "(?m)^\s*(?'param'.*):long_name = "(?'def'.*)" ;(\n^.*:units = "(?'units'.*)" ;$)?" Local $sString = " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " CFC11:long_name = "dissolved CFC-11" ;" & @CRLF & _ " CFC11:units = "mol kg-1" ;" & @CRLF & _ " CFC12:long_name = "dissolved CFC-12" ;" & @CRLF & _ " CFC12:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " CFC11:long_name = "dissolved CFC-11" ;" & @CRLF & _ " CFC11:units = "mol kg-1" ;" & @CRLF & _ " CFC12:long_name = "dissolved CFC-12" ;" & @CRLF & _ " CFC12:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " CFC11:long_name = "dissolved CFC-11" ;" & @CRLF & _ " CFC11:units = "mol kg-1" ;" & @CRLF & _ " CFC12:long_name = "dissolved CFC-12" ;" & @CRLF & _ " CFC12:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " CFC11:long_name = "dissolved CFC-11" ;" & @CRLF & _ " CFC11:units = "mol kg-1" ;" & @CRLF & _ " CFC12:long_name = "dissolved CFC-12" ;" & @CRLF & _ " CFC12:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " time:long_name = "Year" ;" & @CRLF & _ " time:units = "equal month years" ;" & @CRLF & _ " year:long_name = "year" ;" & @CRLF & _ " lon:long_name = "longitude of the t grid" ;" & @CRLF & _ " lon:units = "degrees_east" ;" & @CRLF & _ " lat:long_name = "latitude of the t grid" ;" & @CRLF & _ " lat:units = "degrees_north" ;" & @CRLF & _ " zt:long_name = "z-level mid depth" ;" & @CRLF & _ " zt:units = "m" ;" & @CRLF & _ " xu:long_name = "longitude of the u grid" ;" & @CRLF & _ " xu:units = "degrees_east" ;" & @CRLF & _ " yu:long_name = "latitude of the u grid" ;" & @CRLF & _ " yu:units = "degrees_north" ;" & @CRLF & _ " lon_edges:long_name = "longitude of t grid edges" ;" & @CRLF & _ " lon_edges:units = "degrees" ;" & @CRLF & _ " lat_edges:long_name = "latitude of t grid edges" ;" & @CRLF & _ " lat_edges:units = "degrees" ;" & @CRLF & _ " zt_edges:long_name = "depth of t grid edges" ;" & @CRLF & _ " zt_edges:units = "m" ;" & @CRLF & _ " xu_edges:long_name = "longitude of u grid edges" ;" & @CRLF & _ " xu_edges:units = "degrees" ;" & @CRLF & _ " yu_edges:long_name = "latitude of u grid edges" ;" & @CRLF & _ " yu_edges:units = "degrees" ;" & @CRLF & _ " lat_moc:long_name = "latitude of moc grid" ;" & @CRLF & _ " lat_moc:units = "degrees_north" ;" & @CRLF & _ " zt_moc:long_name = "depth of moc grid" ;" & @CRLF & _ " zt_moc:units = "m" ;" & @CRLF & _ " A:long_name = "ocean surface area" ;" & @CRLF & _ " A:units = "m2" ;" & @CRLF & _ " Vol:long_name = "ocean volume" ;" & @CRLF & _ " Vol:units = "m3" ;" & @CRLF & _ " mask_lev:long_name = "ocean depth grid level 1=deepest" ;" & @CRLF & _ " mask_lev:units = "1" ;" & @CRLF & _ " mask_ocn:long_name = "ocean mask 1=ocean, 0=land" ;" & @CRLF & _ " mask_ocn:units = "1" ;" & @CRLF & _ " topo_ocn:long_name = "ocean depth" ;" & @CRLF & _ " topo_ocn:units = "m" ;" & @CRLF & _ " area_ocn:long_name = "ocean srfc grid area" ;" & @CRLF & _ " area_ocn:units = "m2" ;" & @CRLF & _ " mass_ocn:long_name = "ocean srfc grid mass" ;" & @CRLF & _ " mass_ocn:units = "kg" ;" & @CRLF & _ " MM_lg:long_name = "MM kinetics index lg phyto" ;" & @CRLF & _ " MM_lg:units = "1" ;" & @CRLF & _ " MM_sm:long_name = "MM kinetics index sm phyto" ;" & @CRLF & _ " MM_sm:units = "1" ;" & @CRLF & _ " area_oc3:long_name = "area_oc3" ;" & @CRLF & _ " area_oc3:units = "m2" ;" & @CRLF & _ " mass_oc3:long_name = "mass_oc3" ;" & @CRLF & _ " mass_oc3:units = "kg" ;" & @CRLF & _ " temp:long_name = "temperature" ;" & @CRLF & _ " temp:units = "K" ;" & @CRLF & _ " sal:long_name = "salinity" ;" & @CRLF & _ " sal:units = "PSU" ;" & @CRLF & _ " DIC:long_name = "dissolved inorganic carbon" ;" & @CRLF & _ " DIC:units = "mol kg-1" ;" & @CRLF & _ " DIC_13:long_name = "d13C of DIC" ;" & @CRLF & _ " DIC_13:units = "o/oo" ;" & @CRLF & _ " DIC_14:long_name = "D14C of DIC" ;" & @CRLF & _ " DIC_14:units = "o/oo" ;" & @CRLF & _ " NO3:long_name = "dissolved nitrate" ;" & @CRLF & _ " NO3:units = "mol kg-1" ;" & @CRLF & _ " PO4:long_name = "dissolved phosphate" ;" & @CRLF & _ " PO4:units = "mol kg-1" ;" & @CRLF & _ " Fe:long_name = "dissolved iron" ;" & @CRLF & _ " Fe:units = "mol kg-1" ;" & @CRLF & _ " O2:long_name = "dissolved oxygen" ;" & @CRLF & _ " O2:units = "mol kg-1" ;" & @CRLF & _ " ALK:long_name = "alkalinity" ;" & @CRLF & _ " ALK:units = "mol kg-1" ;" & @CRLF & _ " SiO2:long_name = "aqueous silicic acid (H4SiO4)" ;" & @CRLF & _ " SiO2:units = "mol kg-1" ;" & @CRLF & _ " DOC:long_name = "dissolved organic carbon" ;" & @CRLF & _ " DOC:units = "mol kg-1" ;" & @CRLF & _ " DOC_13:long_name = "d13C of DOM_C" ;" & @CRLF & _ " DOC_13:units = "o/oo" ;" & @CRLF & _ " DOC_14:long_name = "D14C of DOM_C" ;" & @CRLF & _ " DOC_14:units = "o/oo" ;" & @CRLF & _ " DON:long_name = "dissolved organic nitrogen" ;" & @CRLF & _ " DON:units = "mol kg-1" ;" & @CRLF & _ " DOP:long_name = "dissolved organic phosphorous" ;" & @CRLF & _ " DOP:units = "mol kg-1" ;" & @CRLF & _ " DOFe:long_name = "dissolved organic iron" ;" & @CRLF & _ " DOFe:units = "mol kg-1" ;" & @CRLF & _ " FeL:long_name = "ligand-bound Fe" ;" & @CRLF & _ " FeL:units = "mol kg-1" ;" & @CRLF & _ " Ligand:long_name = "iron binding ligand" ;" & @CRLF & _ " Ligand:units = "mol kg-1" ;" & @CRLF & _ " N2:long_name = "dissolved nitrogen" ;" & @CRLF & _ " N2:units = "mol kg-1" ;" & @CRLF & _ " MM_diaz:long_name = "M-M kinetics index diaz phyto" ;" & @CRLF & _ " si_to_n:long_name = "Si:N uptake ratio" ;" & @CRLF & _ " si_to_n:units = "ratio" ;" & @CRLF & _ " C_to_P:long_name = "C:P uptake ratio" ;" & @CRLF & _ " C_to_P:units = "ratio" ;" & @CRLF & _ " C_to_N:long_name = "C:N uptake ratio" ;" & @CRLF & _ " C_to_N:units = "ratio" ;" & @CRLF & _ " N_to_P:long_name = "N:P uptake ratio" ;" & @CRLF & _ " N_to_P:units = "ratio" ;" & @CRLF & _ " C_to_P_lg:long_name = "C:P uptake ratio_lg" ;" & @CRLF & _ " C_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_N_lg:long_name = "C:N uptake ratio_lg" ;" & @CRLF & _ " C_to_N_lg:units = "ratio" ;" & @CRLF & _ " N_to_P_lg:long_name = "N:P uptake ratio_lg" ;" & @CRLF & _ " N_to_P_lg:units = "ratio" ;" & @CRLF & _ " C_to_P_sm:long_name = "C:P uptake ratio_sm" ;" & @CRLF & _ " C_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_N_sm:long_name = "C:N uptake ratio_sm" ;" & @CRLF & _ " C_to_N_sm:units = "ratio" ;" & @CRLF & _ " N_to_P_sm:long_name = "N:P uptake ratio_sm" ;" & @CRLF & _ " N_to_P_sm:units = "ratio" ;" & @CRLF & _ " C_to_P_diaz:long_name = "C:P uptake ratio_diaz" ;" & @CRLF & _ " C_to_P_diaz:units = "ratio" ;" & @CRLF & _ " C_to_N_diaz:long_name = "C:N uptake ratio_diaz" ;" & @CRLF & _ " C_to_N_diaz:units = "ratio" ;" & @CRLF & _ " N_to_P_diaz:long_name = "N:P uptake ratio_diaz" ;" & @CRLF & _ " N_to_P_diaz:units = "ratio" ;" & @CRLF & _ " O2_to_POP:long_name = "O2:POP remin ratio" ;" & @CRLF & _ " O2_to_POP:units = "ratio" ;" & @CRLF & _ " O2_to_POC:long_name = "O2:POC remin ratio" ;" & @CRLF & _ " O2_to_POC:units = "ratio" ;" & @CRLF & _ " O2_to_DOP:long_name = "O2:DOP remin ratio" ;" & @CRLF & _ " O2_to_DOP:units = "ratio" ;" & @CRLF & _ " O2_to_DOC:long_name = "O2:DOC remin ratio" ;" & @CRLF & _ " O2_to_DOC:units = "ratio" ;" & @CRLF & _ " DIC_14Q:long_name = "DIC_14 concentration" ;" & @CRLF & _ " DIC_14Q:units = "mol kg-1" ;" & @CRLF & _ " DOC_14Q:long_name = "DOC_14 concentration" ;" & @CRLF & _ " DOC_14Q:units = "mol kg-1" ;" & @CRLF & _ " H:long_name = "H carbonate chemistry" ;" & @CRLF & _ " H:units = "mol kg-1" ;" & @CRLF & _ " fug_CO2:long_name = "fug_CO2 carbonate chemistry" ;" & @CRLF & _ " fug_CO2:units = "atm" ;" & @CRLF & _ " CO2_aq:long_name = "CO2_aq carbonate chemistry" ;" & @CRLF & _ " CO2_aq:units = "mol kg-1" ;" & @CRLF & _ " CO3:long_name = "CO3 carbonate chemistry" ;" & @CRLF & _ " CO3:units = "mol kg-1" ;" & @CRLF & _ " HCO3:long_name = "HCO3 carbonate chemistry" ;" & @CRLF & _ " HCO3:units = "mol kg-1" ;" & @CRLF & _ " ohm_cal:long_name = "ohm_cal carbonate chemistry" ;" & @CRLF & _ " ohm_cal:units = "saturation 1=100%" ;" & @CRLF & _ " ohm_arg:long_name = "ohm_arg carbonate chemistry" ;" & @CRLF & _ " ohm_arg:units = "saturation 1=100%" ;" & @CRLF & _ " dCO3_cal:long_name = "dCO3_cal carbonate chemistry" ;" & @CRLF & _ " dCO3_cal:units = "mol kg-1" ;" & @CRLF & _ " dCO3_arg:long_name = "dCO3_arg carbonate chemistry" ;" & @CRLF & _ " dCO3_arg:units = "mol kg-1" ;" & @CRLF & _ " pH:long_name = "pH" ;" & @CRLF & _ " pH:units = "1" ;" & @CRLF & _ " CC2POC:long_name = " rain ratio (CaCO3 to POC)" ;" & @CRLF & _ " CC2POC:units = "ratio" ;" & @CRLF & _ " CC_frac2:long_name = " cc_frac2" ;" & @CRLF & _ " CC_frac2:units = "ratio" ;" & @CRLF & _ " den_m2:long_name = "oceanic denitrification (flux)" ;" & @CRLF & _ " den_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " Nfix_m2:long_name = "N-fixation (flux)" ;" & @CRLF & _ " Nfix_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " NPP_m2:long_name = "Net Primary Productivity" ;" & @CRLF & _ " NPP_m2:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2:long_name = "Net Primary Productivity in P" ;" & @CRLF & _ " NPP_P_m2:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_m2_lg:long_name = "Net Primary Productivity_LG" ;" & @CRLF & _ " NPP_m2_lg:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_sm:long_name = "Net Primary Productivity_SM" ;" & @CRLF & _ " NPP_m2_sm:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_m2_diaz:long_name = "Net Primary Productivity_Diaz" ;" & @CRLF & _ " NPP_m2_diaz:units = "molC m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_lg:long_name = "Net Primary Productivity_LG in P" ;" & @CRLF & _ " NPP_P_m2_lg:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_sm:long_name = "Net Primary Productivity_SM in P" ;" & @CRLF & _ " NPP_P_m2_sm:units = "molP m-2 yr-1" ;" & @CRLF & _ " NPP_P_m2_diaz:long_name = "Net Primary Productivity_Diaz in P" ;" & @CRLF & _ " NPP_P_m2_diaz:units = "molP m-2 yr-1" ;" & @CRLF & _ " DOM_frac:long_name = "DOM export fraction" ;" & @CRLF & _ " res_m2:long_name = "oceanic respiration (flux)" ;" & @CRLF & _ " res_m2:units = "molN m-2 yr-1" ;" & @CRLF & _ " POC_x:long_name = "particulate organic carbon flux" ;" & @CRLF & _ " POC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POC_13:long_name = "d13C of POC flux" ;" & @CRLF & _ " POC_13:units = "o/oo" ;" & @CRLF & _ " POC_14:long_name = "D14C of POC flux" ;" & @CRLF & _ " POC_14:units = "o/oo" ;" & @CRLF & _ " POC_14_x:long_name = "14C flux of POC" ;" & @CRLF & _ " POC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PON_x:long_name = "particulate organic nitrogen flux" ;" & @CRLF & _ " PON_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POP_x:long_name = "particulate organic phosphate flux" ;" & @CRLF & _ " POP_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " POFe_x:long_name = "particulate organic iron flux" ;" & @CRLF & _ " POFe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " PO_sc_Fe_x:long_name = "POM scavenged Fe flux" ;" & @CRLF & _ " PO_sc_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_x:long_name = "calcium carbonate (CaCO3=CC) flux" ;" & @CRLF & _ " CC_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " CC_13:long_name = "d13C of CaCO3 flux" ;" & @CRLF & _ " CC_13:units = "o/oo" ;" & @CRLF & _ " CC_14:long_name = "d14C of CaCO3 flux" ;" & @CRLF & _ " CC_14:units = "o/oo" ;" & @CRLF & _ " CC_14_x:long_name = "14C flux of CC_" ;" & @CRLF & _ " CC_14_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " det_x:long_name = "detrital (refractory) material flux" ;" & @CRLF & _ " det_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " dt_Fe_x:long_name = "detrital scavenged Fe flux" ;" & @CRLF & _ " dt_Fe_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " opal_x:long_name = "opal flux" ;" & @CRLF & _ " opal_x:units = "mol m-2 yr-1" ;" & @CRLF & _ " ash_x:long_name = "ash (tracer for sediment bioturbation) flux" ;" & @CRLF & _ " ash_x:units = "mol m-2 yr-1" ;" & @CRLF & _ "" Local $sSubst = "${param},"${def}","${units}"" Local $sResult = StringRegExpReplace($sString, $sRegex, $sSubst) MsgBox($MB_SYSTEMMODAL, "Result", $sResult)

Please keep in mind that these code samples are automatically generated and are not guaranteed to work. If you find any syntax errors, feel free to submit a bug report. For a full regex reference for AutoIt, please visit: https://www.autoitscript.com/autoit3/docs/functions/StringRegExp.htm