Citation:

PANGAEA.701154

Name: Zooplankton length from bongo net trawls during ALKOR cruise AL210
Creator: Rüdiger Voss
Published: 2008
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Global Ocean Ecosystem Dynamics (GLOBEC)

Coverage:

Median Latitude: 55.230222 * Median Longitude: 15.842056 * South-bound Latitude: 54.790333 * West-bound Longitude: 15.270500 * North-bound Latitude: 55.607000 * East-bound Longitude: 16.505833

Date/Time Start: 2002-09-05T11:49:00 * Date/Time End: 2002-09-08T06:35:00

Minimum DEPTH, water: 28.0 m * Maximum DEPTH, water: 43.5 m

Event(s):

AL210_1181-BONGO_16 (BB0012) * Latitude: 55.607000 * Longitude: 16.505833 * Date/Time: 2002-09-05T11:49:00 * Elevation: -63.0 m * Location: Baltic Sea * Campaign: (GG02_12) * Basis: * Method/Device: Bongo net (BONGO)

AL210_1195-BONGO_30 (BB0041) * Latitude: 54.790333 * Longitude: 15.270500 * Date/Time: 2002-09-06T15:27:00 * Elevation: -64.0 m * Location: Baltic Sea * Campaign: (GG02_12) * Basis: * Method/Device: Bongo net (BONGO)

AL210_1212-BONGO_47 (BB0023) * Latitude: 55.293333 * Longitude: 15.749833 * Date/Time: 2002-09-08T06:35:00 * Elevation: -91.0 m * Location: Baltic Sea * Campaign: (GG02_12) * Basis: * Method/Device: Bongo net (BONGO)

Comment:

Mesh size: 150 µm

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	DATE/TIME	Date/Time				Geocode
3	LATITUDE	Latitude				Geocode
4	LONGITUDE	Longitude				Geocode
5	DEPTH, water	Depth water	m			Geocode
6	Sample code/label	Sample label		Voss, Rüdiger
7	Depth, bathymetric	Bathy depth	m	Voss, Rüdiger
8	Depth, top/min	Depth top	m	Voss, Rüdiger
9	Depth, bottom/max	Depth bot	m	Voss, Rüdiger
10	Wire length	Wire length	m	Voss, Rüdiger		max
11	Duration	Duration		Voss, Rüdiger		of fishing [min]
12	Acartia bifilosa, c1, length	A. bifilosa c1 l	mm	Voss, Rüdiger	Stereo Microscope
13	Acartia bifilosa, c2, length	A. bifilosa c2 l	mm	Voss, Rüdiger	Stereo Microscope
14	Acartia bifilosa, c3, length	A. bifilosa c3 l	mm	Voss, Rüdiger	Stereo Microscope
15	Acartia bifilosa, c4, length	A. bifilosa c4 l	mm	Voss, Rüdiger	Stereo Microscope
16	Acartia bifilosa, c5, length	A. bifilosa c5 l	mm	Voss, Rüdiger	Stereo Microscope
17	Acartia bifilosa, female, length	A. bifilosa f l	mm	Voss, Rüdiger	Stereo Microscope
18	Acartia bifilosa, male, length	A. bifilosa m l	mm	Voss, Rüdiger	Stereo Microscope
19	Acartia longiremis, c1, length	A. longiremis c1 l	mm	Voss, Rüdiger	Stereo Microscope
20	Acartia longiremis, c2, length	A. longiremis c2 l	mm	Voss, Rüdiger	Stereo Microscope
21	Acartia longiremis, c3, length	A. longiremis c3 l	mm	Voss, Rüdiger	Stereo Microscope
22	Acartia longiremis, c4, length	A. longiremis c4 l	mm	Voss, Rüdiger	Stereo Microscope
23	Acartia longiremis, c5, length	A. longiremis c5 l	mm	Voss, Rüdiger	Stereo Microscope
24	Acartia longiremis, female, length	A. longiremis f l	mm	Voss, Rüdiger	Stereo Microscope
25	Acartia longiremis, male, length	A. longiremis m l	mm	Voss, Rüdiger	Stereo Microscope
26	Acartia tonsa, c4, length	A. tonsa c4 l	mm	Voss, Rüdiger	Stereo Microscope
27	Pseudocalanus spp., c1, length	Pseudocalanus spp. c1 l	mm	Voss, Rüdiger	Stereo Microscope
28	Pseudocalanus spp., c2, length	Pseudocalanus spp. c2 l	mm	Voss, Rüdiger	Stereo Microscope
29	Pseudocalanus spp., c3, length	Pseudocalanus spp. c3 l	mm	Voss, Rüdiger	Stereo Microscope
30	Pseudocalanus spp., c4, length	Pseudocalanus spp. c4 l	mm	Voss, Rüdiger	Stereo Microscope
31	Pseudocalanus spp., c5, length	Pseudocalanus spp. c5 l	mm	Voss, Rüdiger	Stereo Microscope
32	Pseudocalanus spp., female, length	Pseudocalanus spp. f l	mm	Voss, Rüdiger	Stereo Microscope
33	Pseudocalanus spp., male, length	Pseudocalanus spp. m l	mm	Voss, Rüdiger	Stereo Microscope
34	Temora longicornis, c1, length	T. longicornis c1 l	mm	Voss, Rüdiger	Stereo Microscope
35	Temora longicornis, c2, length	T. longicornis c2 l	mm	Voss, Rüdiger	Stereo Microscope
36	Temora longicornis, c3, length	T. longicornis c3 l	mm	Voss, Rüdiger	Stereo Microscope
37	Temora longicornis, c4, length	T. longicornis c4 l	mm	Voss, Rüdiger	Stereo Microscope
38	Temora longicornis, c5, length	T. longicornis c5 l	mm	Voss, Rüdiger	Stereo Microscope
39	Temora longicornis, female, length	T. longicornis f l	mm	Voss, Rüdiger	Stereo Microscope
40	Temora longicornis, male, length	T. longicornis m l	mm	Voss, Rüdiger	Stereo Microscope

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

769 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 Date/Time	3 Latitude	4 Longitude	5 Depth water [m]	6 Sample label	7 Bathy depth [m]	9 Depth bot [m]	10 Wire length [m]	11 Duration	12 A. bifilosa c1 l [mm]	13 A. bifilosa c2 l [mm]	14 A. bifilosa c3 l [mm]	15 A. bifilosa c4 l [mm]	16 A. bifilosa c5 l [mm]	17 A. bifilosa f l [mm]	18 A. bifilosa m l [mm]	19 A. longiremis c1 l [mm]	20 A. longiremis c2 l [mm]	21 A. longiremis c3 l [mm]	22 A. longiremis c4 l [mm]	23 A. longiremis c5 l [mm]	24 A. longiremis f l [mm]	25 A. longiremis m l [mm]	26 A. tonsa c4 l [mm]	27 Pseudocalanus spp. c1 l [mm]	28 Pseudocalanus spp. c2 l [mm]	29 Pseudocalanus spp. c3 l [mm]	30 Pseudocalanus spp. c4 l [mm]	31 Pseudocalanus spp. c5 l [mm]	32 Pseudocalanus spp. f l [mm]	33 Pseudocalanus spp. m l [mm]	34 T. longicornis c1 l [mm]	35 T. longicornis c2 l [mm]	36 T. longicornis c3 l [mm]	37 T. longicornis c4 l [mm]	38 T. longicornis c5 l [mm]	39 T. longicornis f l [mm]	40 T. longicornis m l [mm]
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083	0.306	0.367		0.490			0.653	0.306	0.388	0.429	0.469	0.571	0.694	0.612	0.531	0.408	0.449	0.612	0.653	0.775	0.939	0.776	0.265	0.367	0.388	0.490	0.551	0.653	0.633
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083								0.327	0.347	0.408	0.469	0.592	0.714	0.653		0.408	0.490	0.592	0.714	0.878	0.878	0.776	0.326	0.387	0.449	0.551	0.571	0.531	0.612
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083								0.286	0.388	0.408	0.510	0.592	0.714	0.673			0.470	0.612	0.673	0.857	0.837		0.306	0.347	0.408	0.510	0.571	0.653	0.633
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083								0.286	0.347	0.408		0.612	0.735	0.673			0.469	0.612	0.694	0.837			0.306	0.347	0.408	0.449	0.572	0.612	0.633
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083								0.347	0.367			0.592	0.674	0.653			0.490	0.592	0.694	0.939			0.306	0.347	0.429	0.510	0.510	0.653	0.653
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083									0.347			0.592	0.673	0.653			0.449	0.551	0.714	0.896			0.306	0.367	0.408	0.469	0.551	0.653	0.592
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083									0.367			0.571	0.755	0.694			0.449	0.612	0.653	0.898			0.286	0.367	0.429	0.531	0.469	0.633	0.694
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083												0.592	0.755	0.673			0.510	0.551	0.673	0.857			0.306	0.347	0.408	0.490	0.551	0.673	0.612
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083												0.592	0.694	0.653			0.490	0.612	0.673	0.796			0.306	0.347	0.408	0.490	0.653	0.633	0.653
AL210_1181-BONGO_16	2002-09-05T11:49	55.6070	16.5058	28.0	BB0012	63.0	56		10.083													0.653	0.673			0.469	0.592	0.735				0.306	0.327	0.408	0.470	0.571	0.653	0.633
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467	0.327	0.408	0.449	0.531	0.633	0.673	0.673	0.286	0.347	0.469	0.449	0.571	0.653	0.653		0.367	0.490	0.592	0.653	0.816	0.898		0.306	0.347	0.449	0.469	0.612	0.694	0.653
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467	0.347	0.408	0.429	0.531	0.592	0.694	0.673	0.306	0.347	0.429		0.592	0.653	0.633		0.388	0.490	0.571	0.673	0.816	0.837		0.286	0.327	0.429	0.510	0.592	0.673	0.633
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467	0.327		0.408	0.592	0.551	0.694	0.694	0.327	0.347	0.449			0.694	0.694		0.367	0.469	0.571	0.692	0.796	0.959		0.286	0.347	0.408	0.490	0.510	0.694	0.633
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467			0.449	0.531	0.592	0.694	0.673	0.306	0.347	0.429			0.653	0.653		0.388	0.470	0.571	0.776	0.776	0.898		0.286	0.326	0.408	0.469	0.551	0.714	0.571
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467				0.531	0.571	0.673	0.673	0.306	0.326	0.429			0.632	0.674		0.388	0.470	0.571	0.776	0.816			0.286	0.388	0.429	0.510	0.571	0.653	0.551
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467				0.530	0.592	0.694	0.653	0.306	0.367	0.408			0.653	0.714		0.408	0.510	0.612	0.694	0.816			0.286	0.347	0.408	0.490	0.551	0.673	0.673
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467				0.510	0.612	0.714	0.612	0.306	0.367	0.408			0.653	0.673		0.388	0.551	0.592	0.735	0.816			0.286	0.347	0.408	0.531	0.531	0.592	0.612
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467					0.612	0.714	0.673	0.286	0.327	0.429			0.633	0.755			0.490	0.592	0.755	0.878			0.286	0.347	0.449	0.490	0.551	0.633	0.653
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467					0.592	0.714	0.673	0.327	0.347	0.388			0.653	0.694			0.449	0.571	0.633	0.816			0.286	0.367	0.429	0.531	0.592	0.694	0.633
AL210_1195-BONGO_30	2002-09-06T15:27	54.7903	15.2705	29.5	BB0041	64.0	59	150	8.467					0.592	0.673	0.673	0.306	0.367				0.653	0.694			0.510	0.592	0.694	0.796			0.306	0.347	0.408	0.490	0.510	0.633	0.694
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617		0.367	0.429	0.592	0.633	0.694	0.714	0.306	0.347	0.388	0.470	0.551	0.653	0.512		0.388	0.510	0.592	0.714	0.694	0.857	0.816	0.265	0.347	0.388	0.449	0.571	0.612	0.653
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617			0.469	0.592		0.673	0.673	0.306	0.388	0.408	0.410	0.592	0.653	0.653			0.490	0.592	0.673	0.816	0.898	0.857	0.306	0.367	0.408	0.490	0.551	0.673	0.592
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617				0.510		0.694	0.735	0.306	0.347	0.428	0.510	0.591	0.694	0.673			0.470	0.592	0.673	0.776	0.898		0.265	0.347	0.388	0.490	0.673	0.653	0.633
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617				0.510		0.679	0.694	0.286	0.327	0.408	0.490	0.551	0.633	0.673			0.449	0.571	0.653	0.837	0.837		0.286	0.327	0.408	0.490	0.490	0.592	0.633
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617						0.714	0.673	0.286	0.388	0.388	0.470	0.571	0.714	0.633			0.490	0.571	0.653	0.918			0.286	0.326	0.408	0.449	0.571	0.592	0.592
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617						0.673	0.673	0.286	0.347	0.408	0.510	0.612	0.714	0.714			0.490	0.592	0.735	0.898			0.265	0.327	0.429	0.490	0.510	0.612	0.592
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617						0.673	0.694	0.327	0.388	0.408	0.510	0.592	0.714	0.694			0.469	0.571	0.714	0.816			0.286	0.367	0.388	0.469	0.510	0.694	0.612
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617						0.694	0.673	0.306	0.367	0.367	0.510	0.571	0.694	0.673			0.510	0.592	0.755	0.796			0.286	0.347	0.429	0.469	0.653	0.573	0.512
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617								0.286	0.347	0.388	0.551	0.592	0.735	0.673			0.469	0.612	0.714	0.876			0.245	0.347	0.388	0.510	0.510	0.612	0.632
AL210_1212-BONGO_47	2002-09-08T06:35	55.2933	15.7498	43.5	BB0023	91.0	87	230	12.617								0.327	0.327	0.408	0.510	0.592	0.653	0.653			0.490	0.571	0.673	0.776			0.306	0.347	0.388	0.531	0.592	0.714	0.673