Ba (GBRCD.AL03DAV01_2.Ba): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
BaCa (GBRCD.AL03DAV01_2.BaCa): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
Cd (GBRCD.AL03DAV01_2.Cd): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
Distance (GBRCD.AL03DAV01_2.Distance): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
Mn (GBRCD.AL03DAV01_2.Mn): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
MnCa (GBRCD.AL03DAV01_2.MnCa): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
P (GBRCD.AL03DAV01_2.P): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
Y (GBRCD.AL03DAV01_2.Y): paleoData_notes: '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.' has been replaced by '500 x 50 μm rectangular laser beam is scanned along the coral growth axis at 2 mm per min with first scan at 5 Hz and then the second scan at 20 Hz pulse rate for different trace elements and isotopes. See Table 1 in Alibert et al. (2003) for standards measurements. In-house pressed-powder coral standard and NIST 614 glass standard.'
year (GBRCD.AL03DAV01_2.year): paleoData_isPrimary: 'FALSE' has been replaced by 'TRUE'