OMEX Project Members; Lavaleye, Marc (2004): Benthic macrofauna abundance and biomass in surface sediment during cruise CD86 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.207849
Always quote citation above when using data! You can download the citation in several formats below.
Related to:
OMEX Project Members (1997): Ocean Margin Exchange, OMEX-I project data set (1993-96). Natural Environmental Research Council, published by British Oceanographic Data Center, Bidston Observatory, Birkenhead, Merseyside (2 CD-ROM), hdl:10013/epic.28817.d001
Further details:
Data documentation index of OMEX-I database. hdl:10013/epic.40703.d005
Project(s):
Joint Global Ocean Flux Study (JGOFS)
Funding:
Fourth Framework Programme (FP4), grant/award no. MAS3960056: Ocean Margin Exchange Project / Part 2, Phase 1
Fourth Framework Programme (FP4), grant/award no. MAS3970076: Ocean Margin Exchange Project / Part 2, Phase 2
Coverage:
Median Latitude: 49.179567 * Median Longitude: -12.447411 * South-bound Latitude: 48.840100 * West-bound Longitude: -13.717000 * North-bound Latitude: 49.499400 * East-bound Longitude: -11.002700
Date/Time Start: 1994-05-23T09:30:00 * Date/Time End: 1994-06-10T08:02:00
Minimum DEPTH, sediment/rock: 0.075 m * Maximum DEPTH, sediment/rock: 0.150 m
Event(s):
CD86_01_BC2 (01_BC2) * Latitude: 49.499380 * Longitude: -11.151820 * Date/Time: 1994-05-23T09:30:00 * Elevation: -218.0 m * Location: NE Atlantic * Campaign: CD86 * Basis: Charles Darwin * Method/Device: Box corer (BC)
Parameter(s):
# | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
---|---|---|---|---|---|---|
1 | Event label | Event | ||||
2 | LATITUDE | Latitude | Geocode | |||
3 | LONGITUDE | Longitude | Geocode | |||
4 | Date/Time of event | Date/Time | ||||
5 | Elevation of event | Elevation | m | |||
6 | DEPTH, sediment/rock | Depth sed | m | Geocode | ||
7 | Amphipoda | Amphipoda | #/m2 | Lavaleye, Marc | Image analysis | |
8 | Anthozoa | Anthozoa | #/m2 | Lavaleye, Marc | Image analysis | |
9 | Aplacophora | Aplacophora | #/m2 | Lavaleye, Marc | Image analysis | |
10 | Asteroidea | Asteroidea | #/m2 | Lavaleye, Marc | Image analysis | |
11 | Bivalvia | Bivalvia | #/m2 | Lavaleye, Marc | Image analysis | |
12 | Crinoidea | Crinoidea | #/m2 | Lavaleye, Marc | Image analysis | |
13 | Crustacea | Crustacea | #/m2 | Lavaleye, Marc | Image analysis | |
14 | Cumacea | Cumacea | #/m2 | Lavaleye, Marc | Image analysis | |
15 | Decapoda | Decapoda | #/m2 | Lavaleye, Marc | Image analysis | |
16 | Echinodermata | Echinod | #/m2 | Lavaleye, Marc | Image analysis | |
17 | Echinoidea | Echinoidea | #/m2 | Lavaleye, Marc | Image analysis | |
18 | Echiurida | Echiurida | #/m2 | Lavaleye, Marc | Image analysis | |
19 | Ectoprocta | Ectoprocta | #/m2 | Lavaleye, Marc | Image analysis | |
20 | Enteropneusta | Enteropneusta | #/m2 | Lavaleye, Marc | Image analysis | |
21 | Gastropoda | Gastropoda | #/m2 | Lavaleye, Marc | Image analysis | |
22 | Holothuroidea | Holothuroidea | #/m2 | Lavaleye, Marc | Image analysis | |
23 | Hydrozoa | Hydrozoa | #/m2 | Lavaleye, Marc | Image analysis | |
24 | Isopoda | Isopoda | #/m2 | Lavaleye, Marc | Image analysis | |
25 | Miscellaneous | Misc | #/m2 | Lavaleye, Marc | Image analysis | |
26 | Mollusca | Mollusca | #/m2 | Lavaleye, Marc | Image analysis | |
27 | Mysidacea | Mysidacea | #/m2 | Lavaleye, Marc | Image analysis | |
28 | Nematoda | Nematoda | #/m2 | Lavaleye, Marc | Image analysis | |
29 | Nemertea | Nemertea | #/m2 | Lavaleye, Marc | Image analysis | |
30 | Oligochaeta | Oligochaeta | #/m2 | Lavaleye, Marc | Image analysis | |
31 | Ophiuroidea | Ophiuroidea | #/m2 | Lavaleye, Marc | Image analysis | |
32 | Ostracoda | Ostrac | #/m2 | Lavaleye, Marc | Image analysis | |
33 | Pennatulacea | Pennatulacea | #/m2 | Lavaleye, Marc | Image analysis | |
34 | Pogonophora | Pogonophora | #/m2 | Lavaleye, Marc | Image analysis | |
35 | Polychaeta | Polychaeta | #/m2 | Lavaleye, Marc | Image analysis | |
36 | Porifera | Porifera | #/m2 | Lavaleye, Marc | Image analysis | |
37 | Priapulida | Priapulida | #/m2 | Lavaleye, Marc | Image analysis | |
38 | Pycnogonida | Pycnogonida | #/m2 | Lavaleye, Marc | Image analysis | |
39 | Scaphopoda | Scaphopoda | #/m2 | Lavaleye, Marc | Image analysis | |
40 | Scyphozoa | Scyphozoa | #/m2 | Lavaleye, Marc | Image analysis | |
41 | Sipuncula | Sipuncula | #/m2 | Lavaleye, Marc | Image analysis | |
42 | Tanaidacea | Tanaidacea | #/m2 | Lavaleye, Marc | Image analysis | |
43 | Tunicata | Tunicata | #/m2 | Lavaleye, Marc | Image analysis | |
44 | Amphipoda, biomass as carbon | Amphipoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
45 | Aplacophora, biomass as carbon | Aplacophora C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
46 | Asteroidea, biomass as carbon | Asteroidea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
47 | Bivalvia, biomass as carbon | Bivalvia C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
48 | Cirripedia, biomass as carbon | Cirripedia C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
49 | Crinoidea, biomass as carbon | Crinoidea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
50 | Crustacea, biomass as carbon | Crustacea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
51 | Cumacea, biomass as carbon | Cumacea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
52 | Decapoda, biomass as carbon | Decapoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
53 | Echinodermata, biomass as carbon | Echinod C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
54 | Echinoidea, biomass as carbon | Echinoidea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
55 | Gastropoda, biomass as carbon | Gastropoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
56 | Holothuroidea, biomass as carbon | Holothuroidea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
57 | Isopoda, biomass as carbon | Isopoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
58 | Miscellaneous, biomass as carbon | Misc C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
59 | Mollusca, biomass as carbon | Mollusca C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
60 | Nematoda, biomass as carbon | Nematoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
61 | Ophiuroidea, biomass as carbon | Ophiuroidea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
62 | Ostracoda, biomass as carbon | Ostrac C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
63 | Pennatulacea, biomass as carbon | Pennatulacea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
64 | Polychaeta, biomass as carbon | Polychaeta C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
65 | Pycnogonida, biomass as carbon | Pycnogonida C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
66 | Scaphopoda, biomass as carbon | Scaphopoda C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
67 | Sipuncula, biomass as carbon | Sipuncula C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT | |
68 | Tanaidacea, biomass as carbon | Tanaidacea C | g/m2 | Lavaleye, Marc | SIRM 1500 mT, Back field 300 mT |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
958 data points