same file as V008, with 
addition of columns 82 to 90. 
date/time was incorrectly reported as UTC in the previous version. this is now correctly reported as UTC+5
units for latitude and longitude are now mentionned

column 1 : Cruise
Column 2 : Station NAMESTATION_CTDNUMBER
Column 3 : Type B=Bottle (ODV requirement)
Column 4 : Date and time (UTC+5)
Column 5 : Latitude [degrees_north] (unit are degree decimal)
Column 6 : Longitude [degrees_east] (unit are degree decimal)
Column 7 : Bottom depth (m)
Column 8 : niskin number
Column 9 : pressure (db)
Column 10 : Temperature (°C)
Column 11 : potential temperature (°C)
Column 12 : salinity
Column 13 : density anomaly 
Column 14 : dioxygene concentration (mL/L)
Column 15 : dioxygene concentration (mmol/kg)
Column 16 : fluorescence (mg/m-3), uncorrected value.
column 17 : corrected fluorescence (mg/m-3) see below for method.
column 18 : quality flag of fluorescence : 
column 19 : nitrate concentration from ISUS sensor (µmol/l)
column 20 : calibrated nitrate concentration from ISUS sensor (µmol/L) see below for method
column 21 : quality flag for calibrated nitrate concentration
column 22 : fluroescence CDOM (not calibrated).
column 23 : CPAR
column 24 : Photosynthetic available radiation (PAR) UNIT
column 25 : Surface photosynthetic radiation (SPAR) UNIT
column 26 : transmission (%)
column 27 : particulate organic carbon (POC) derived from transmission (µmol/L) see below for method
column 28 : quality flag
column 29 : phosphate (µmol/l)
column 30 : silic acid (µmol/l)
column 31 : nitrite (µmol/l)
column 32 : nitrate (µmol/l)
column 33 : ammonium (µmol/l)
column 34 : Dissolved organic Phosphorus [µmol/l] 
column 35 : Dissolved organic nitrogen [µmol/l]
column 36 : Chlorophyll c3 [ug/l]
column 37 : Chlorophyll c1+c2 [ug/l]
column 38 : Sum Chlorophyllid a  [ug/l]
column 39 : Peridinin  [ug/l]
column 40 : Sum Phaeophorbid a  [ug/l]
column 41 : 19'-Butanoyloxyfucoxanthin  [ug/l]
column 42 : Fucoxanthin  [ug/l]
column 43 : Neoxanthin  [ug/l]
column 44 : Prasinoxanthin  [ug/l]
column 45 : Violaxanthin  [ug/l]
column 46 : 19'-Hexanoyloxyfucoxanthin  [ug/l]
column 47 : Diadinoxanthin  [ug/l]
column 48 : Alloxanthin  [ug/l]
column 49 : Diatoxanthin  [ug/l]
column 50 : Zeaxanthin  [ug/l]
column 51 : Lutein  [ug/l]
column 52 : Bacteriochlorophyll a  [ug/l]
column 53 : Chlorophyll b  [ug/l]
column 54 : Chlorophyll a  [ug/l]
column 55 : Total Chlorophyll a  [ug/l]
column 56 : Sum Phaeophytin a  [ug/l]
column 57 : Sum Carotenes  [ug/l]
column 58 : bacteria cellular abundance [cell/ml]
column 59 : % of bacteria with High Nucleic Acid content
column 60 : Synechococcus abundance [cell/ml]
column 61 : Picoeucaryotes abundance [cell/ml]
column 62 : Nanoeucaryotes abundance [cell/ml]
column 63 : Alkalinity [µmol/kg]
column 64 : DIC [µmol/kg]
column 65 : heterotrophic nanoflagellates [HNF tot/mL]
column 66 : low DNA virus [LDNA virus/mL]
column 67 : high DNA virus [HDNA virus/mL]
column 68 : total virus [virusTOT/mL]
column 69 : Bacterial production [BP ngC/L/h]
column 70 : standard deviation on triplicate Bacterial production [sd BP ngC/L/h]
column 71 : particulate organic carbon [POC µmol/L]
column 72 : particulate organic nitrogen [PON µmol/L]
column 73 : particulate organic phosphorus [POP µmol/L]
column 74 : transparent exopolymer [mg eq GX]
column 75 : Biogenic Silica -fraction >20 µm (µmol/L)
column 76 : Lithogenic Silica -fraction > 20µm  (µmol/L)
column 78 : Biogenic Silica-20µm < fraction< 0.8µm (µmol/L)
column 79 : Lithogenic Silica -20µm < fraction< 0.8µm (µmol/L)
column 80 : Total Biogenic Silica -fraction > 0.8µm (µmol/L)
column 81 : Total Lithogenic Silica -fraction > 0.8µm (µmol/L)
column 82 : Fluorescence_calib_2015 (mg/m3) see below for method.
column 83 : dinoflagelates(cell/L)
column 84 : Naked ciliates (cell/L)
column 85 : Tintinnids(cell/L)
column 86 : Total ciliate (cell/L)
column 87 : Dinoflagellate biomass (ngC/L) Conversion factor from biovolume to biomass for ciliates:190 fg C µm–3 for ciliates (Putt and Stoecker, 1989) Putt, M. and Stoecker, D. K. (1989) ciliates from estuarine and coastal waters. Limnol. Oceanogr., 34, 1097–1103. 
column 88 : Naked ciliate biomass (ngC/L)Conversion factor from biovolume to biomass for dinoflagellates,  0.760xbiovolume^0.819 pg C µm-3 (Stoecker et al., 1994)
column 89 : tintinnid biomass (ngC/L)
column 90 : total ciliate biomass (ngC/L)
*****************************************************
calibration of CTD sensors 
*****************************************************
CTD-Fluorescence was calibrated by comparison with in situ measurement of total chlorophyll a (µg/L) from Niskin bottles. 
A regression was used to convert the fluorescence values to an actual chl-a concentration. 
As daylight fluorescence profiles are known to be affected by quenching, only values collected during night (18:00 pm to 06:00 am) were included in the analysis to determine the regression equation. 
The regression equation applied is:
Fluorescence_calib=Fluorescence*1.2935+0.2886
NOTE : the linear calibration produce a significant offset. a new new non linear calibration has been processed. column 81 and below for methode  

CTD-Nitrates (upoly0) was calibrated by comparison with in situ measurement of Nitrates (µmol/L) from Niskin bottles.
The following regression was used to convert the upoly0 values to an actual Nitrates concentration:
Nitrates_calib=upoly0*0.8958779+3.94843938

Particulate Organic Carbon (POC)
The transmissometer (Xmiss) has been initially calibrated to give 0 to 100% full scale deflection. 
Data from CTD were compared to in situ measurement of POC from Niskin bottles.  
The following regression was used to convert the Xmiss (%) values to an actual POC concentration (µmol/L):
POC_calib=LN(Xmiss/100)*(-100.74)+0.6401

Fluorescence_code (column 18), Nitrates_code (column 22), and POC_code (column 28) contain quality code of the respective variables, with 0=validated data and 9=wrong data. 

NEW calibration of flurorescence sensor:
using florescence and total chlorophyll a measured by HPLC, two different calibration  were produced:
for the stations TEW-1, TEW-7, TEW-8 and F-L and F-S 
the equation is : fluo_cor=2.954 * fluo^0.843
for all other stations
the equation is : fluo_cor=1.545 * fluo^0.565