Baker, Alex R; Bange, Hermann W (2016): Aerosol measurements during POSEIDON cruise POS399 [dataset]. IFM-GEOMAR Leibniz-Institute of Marine Sciences, Kiel University, PANGAEA, https://doi.org/10.1594/PANGAEA.861081
Always quote citation above when using data! You can download the citation in several formats below.
Related to:
Powell, Claire; Baker, Alex R; Jickells, Timothy D; Bange, Hermann W; Chance, R J; Yodle, Chan (2015): Estimation of the Atmospheric Flux of Nutrients and Trace Metals to the Eastern Tropical North Atlantic Ocean*. Journal of the Atmospheric Sciences, 72(10), 4029-4045, https://doi.org/10.1175/JAS-D-15-0011.1
Project(s):
Coverage:
Median Latitude: 22.859375 * Median Longitude: 24.164375 * South-bound Latitude: 16.960000 * West-bound Longitude: 17.660000 * North-bound Latitude: 36.540000 * East-bound Longitude: 39.490000
Date/Time Start: 2010-06-05T12:40:00 * Date/Time End: 2010-06-23T06:27:00
Event(s):
POS399/2_TM01 * Latitude Start: 16.960000 * Longitude Start: -24.880000 * Latitude End: 17.660000 * Longitude End: -21.590000 * Date/Time Start: 2010-06-05T12:40:00 * Date/Time End: 2010-06-06T11:26:00 * Campaign: POS399/2 (23-10) * Basis: Poseidon * Method/Device: Aerosol sampler (AEROS)
Comment:
Quality code: BDL - below detection limit, NQE - Analyte not quantitatively extracted from filter matrix
Air volume used to calculate the below presented detection limit for each species is 1400 m**3. Where data are identified as BDL, the concentration given is 75% of the detection limit calculated using the actual air volume for each sample.
Parameter(s):
# | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
---|---|---|---|---|---|---|
1 | Event label | Event | Baker, Alex R | |||
2 | Date/time start | Date/time start | Baker, Alex R | |||
3 | LATITUDE | Latitude | Baker, Alex R | Geocode – Latitude start | ||
4 | LONGITUDE | Longitude | Baker, Alex R | Geocode – Longitude start | ||
5 | Date/time end | Date/time end | Baker, Alex R | |||
6 | Latitude 2 | Latitude 2 | Baker, Alex R | Latitude end | ||
7 | Longitude 2 | Longitude 2 | Baker, Alex R | Longitude end | ||
8 | Sample volume | Samp vol | m3 | Baker, Alex R | ||
9 | Sodium | Na | nmol/m3 | Baker, Alex R | detection limit: 0.6 nmol/m**3 | |
10 | Sodium, standard deviation | Na std dev | ± | Baker, Alex R | ||
11 | Magnesium | Mg | nmol/m3 | Baker, Alex R | detection limit: 0.02 nmol/m**3 | |
12 | Magnesium, standard deviation | Mg std dev | ± | Baker, Alex R | ||
13 | Quality code | Quality | Baker, Alex R | |||
14 | Potassium | K | nmol/m3 | Baker, Alex R | detection limit: 0.4 nmol/m**3 | |
15 | Potassium, standard deviation | K std dev | ± | Baker, Alex R | ||
16 | Calcium | Ca | nmol/m3 | Baker, Alex R | detection limit: 0.1 nmol/m**3 | |
17 | Calcium, standard deviation | Ca std dev | ± | Baker, Alex R | ||
18 | Chloride in air | Cl- | nmol/m3 | Baker, Alex R | detection limit: 4.8 nmol/m**3 | |
19 | Chloride, standard deviation | Cl std dev | ± | Baker, Alex R | ||
20 | Nitrate | [NO3]- | nmol/m3 | Baker, Alex R | detection limit: 5.1 nmol/m**3 | |
21 | Nitrate, standard deviation | NO3 std dev | ± | Baker, Alex R | ||
22 | Quality code | Quality | Baker, Alex R | |||
23 | Sulfate | [SO4]2- | nmol/m3 | Baker, Alex R | detection limit: 0.1 nmol/m**3 | |
24 | Sulfate, standard deviation | SO4 std dev | ± | Baker, Alex R | ||
25 | Oxalate | [C2O4]2- | nmol/m3 | Baker, Alex R | detection limit: 0.1 nmol/m**3 | |
26 | Oxalate, standard deviation | [C2O4]2- std dev | ± | Baker, Alex R | ||
27 | Bromide | Br- | nmol/m3 | Baker, Alex R | detection limit: 0.2 nmol/m**3 | |
28 | Bromide, standard deviation | Br- std dev | ± | Baker, Alex R | ||
29 | Quality code | Quality | Baker, Alex R | |||
30 | Iron, soluble | Fe sol | pmol/m3 | Baker, Alex R | detection limit: 6.2 pmol/m**3 | |
31 | Iron, standard deviation | Fe std dev | ± | Baker, Alex R | ||
32 | Aluminium, soluble | Al sol | pmol/m3 | Baker, Alex R | detection limit: 50 pmol/m**3 | |
33 | Aluminium, standard deviation | Al std dev | ± | Baker, Alex R | ||
34 | Quality code | Quality | Baker, Alex R | |||
35 | Manganese, soluble | Mn sol | pmol/m3 | Baker, Alex R | detection limit: 0.01 pmol/m**3 | |
36 | Manganese, standard deviation | Mn std dev | ± | Baker, Alex R | ||
37 | Titanium, soluble | Ti sol | pmol/m3 | Baker, Alex R | detection limit: 0.1 pmol/m**3 | |
38 | Titanium, standard deviation | Ti std dev | ± | Baker, Alex R | ||
39 | Quality code | Quality | Baker, Alex R | |||
40 | Zinc, soluble | Zn sol | pmol/m3 | Baker, Alex R | detection limit: 27 pmol/m**3 | |
41 | Zinc, standard deviation | Zn std dev | ± | Baker, Alex R | ||
42 | Quality code | Quality | Baker, Alex R | |||
43 | Vanadium, soluble | V sol | pmol/m3 | Baker, Alex R | detection limit: 0.02 pmol/m**3 | |
44 | Vanadium, standard deviation | V std dev | ± | Baker, Alex R | ||
45 | Copper, soluble | Cu sol | pmol/m3 | Baker, Alex R | detection limit: 4.2 pmol/m**3 | |
46 | Copper, standard deviation | Cu std dev | ± | Baker, Alex R | ||
47 | Quality code | Quality | Baker, Alex R | |||
48 | Nickel, soluble | Ni sol | pmol/m3 | Baker, Alex R | detection limit: 0.3 pmol/m**3 | |
49 | Nickel, standard deviation | Ni std dev | ± | Baker, Alex R | ||
50 | Quality code | Quality | Baker, Alex R | |||
51 | Cobalt, soluble | Co sol | pmol/m3 | Baker, Alex R | detection limit: 0.02 pmol/m**3 | |
52 | Cobalt, standard deviation | Co std dev | ± | Baker, Alex R | ||
53 | Cadmium, soluble | Cd sol | pmol/m3 | Baker, Alex R | detection limit: 0.02 pmol/m**3 | |
54 | Cadmium, standard deviation | Cd std dev | ± | Baker, Alex R | ||
55 | Quality code | Quality | Baker, Alex R | |||
56 | Lead, soluble | Pb sol | pmol/m3 | Baker, Alex R | detection limit: 0.2 pmol/m**3 | |
57 | Lead, standard deviation | Pb std dev | ± | Baker, Alex R | ||
58 | Thorium, soluble | Th sol | pmol/m3 | Baker, Alex R | detection limit: 0.01 pmol/m**3 | |
59 | Thorium, standard deviation | Th std dev | ± | Baker, Alex R | ||
60 | Quality code | Quality | Baker, Alex R |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
768 data points