/BCO-DMO/CRD_FLUZiE/phyto_epi_abund --cycle eq Cycle_2-- Level 1

      Directory  DocumentationDownload and Other Operations...

        Level 0 Level 2 (of 3)      Flat list

#  Eukaryotic Phytoplankton Abundance (by epifluorescence microscopy)
#  PI: Michael Landry (UCSD-SIO)
#  Contact: Andrew Taylor (UCSD-SIO)
#  Version: 12 June 2014
#  Note: size_class: lt2 = less than 2 um; gt20 = greater than 20 um.
=========================
event  cast  cycle     date_local  lat       lon        
-------------------------
304    25    Cycle_2   07042010    9.04192   -90.56041  
=========================
depth  niskin  
-------------------------
2      22      
12     19      
20     16      
30     13      
40     10      
50     7       
60     4       
80     1       
=========================
event  cast  cycle     date_local  lat       lon        
-------------------------
363    30    Cycle_2   07052010    9.04098   -90.50671  
=========================
depth  niskin  
-------------------------
2      22      
12     19      
20     16      
30     13      
40     10      
50     7       
60     4       
80     1       
=========================
event  cast  cycle     date_local  lat       lon        
-------------------------
416    33    Cycle_2   07062010    8.97098   -90.49760  
=========================
depth  niskin  
-------------------------
2      22      
12     19      
20     16      
30     13      
40     10      
50     7       
60     4       
=========================
event  cast  cycle     date_local  lat       lon        
-------------------------
453    37    Cycle_2   07072010    8.94088   -90.54944  
=========================
depth  niskin  
-------------------------
2      22      
12     19      
20     16      
30     13      
40     10      
50     7       
60     4       
80     1       
=========================
event  cast  cycle     date_local  lat       lon        
-------------------------
501    40    Cycle_2   07082010    8.96112   -90.37766  
=========================
depth  niskin  
-------------------------
2      22      
12     20      
20     18      
30     16      
40     13      
50     10      
60     7