Citation:

PANGAEA.141173

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Pilnay, Claudia; Thomsen, Laurenz; Altenbach, Alexander V (1989): Methodische Ansätze zur Biomassebestimmung mittels biochemischer Parameter und der computergestützten Bildanalyse. Berichte aus dem Sonderforschungsbereich 313, Christian-Albrechts-Universität, Kiel, 19, 155 pp, https://doi.org/10.2312/reports-sfb313.1989.19

Project(s):

Global Environmental Change: The Northern North Atlantic (SFB313)

Coverage:

Latitude: 46.838300 * Longitude: -19.451717

Date/Time Start: 1988-04-12T00:00:00 * Date/Time End: 1988-04-12T00:00:00

Minimum DEPTH, water: 26 m * Maximum DEPTH, water: 550 m

Event(s):

M6/7_242-1 * Latitude: 46.838300 * Longitude: -19.451717 * Date/Time: 1988-04-12T00:00:00 * Campaign: * Basis: * Method/Device: Multiple opening/closing net (MSN) * Comment: Station Biomasse

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, water	Depth water	m			Geocode
2	Depth, top/min	Depth top	m	Pilnay, Claudia
3	Depth, bottom/max	Depth bot	m	Pilnay, Claudia
4	Length	l	µm	Pilnay, Claudia	Image analysis	Quantimed Q520, Cambridge Instruments

License:

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

Size:

810 data points

Data

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

1 Depth water [m]	2 Depth top [m]	3 Depth bot [m]	4 l [µm]
26	0	53	168.4
26	0	53	251.9
26	0	53	154.2
26	0	53	131.6
26	0	53	127.4
26	0	53	117.5
26	0	53	280.2
26	0	53	155.7
26	0	53	157.1
26	0	53	176.9
26	0	53	200.9
26	0	53	118.9
26	0	53	219.3
26	0	53	148.6
26	0	53	155.7
26	0	53	158.5
26	0	53	137.3
26	0	53	181.1
26	0	53	116.0
26	0	53	178.3
26	0	53	161.3
26	0	53	131.6
26	0	53	216.5
26	0	53	213.7
26	0	53	150.0
26	0	53	195.3
26	0	53	152.8
26	0	53	141.5
26	0	53	151.4
26	0	53	124.5
26	0	53	234.9
26	0	53	135.8
26	0	53	189.6
26	0	53	142.9
26	0	53	192.5
26	0	53	287.3
26	0	53	145.8
26	0	53	124.5
26	0	53	209.4
26	0	53	168.4
26	0	53	133.0
26	0	53	185.4
26	0	53	233.5
26	0	53	295.8
26	0	53	202.4
26	0	53	159.9
26	0	53	144.3
26	0	53	145.8
26	0	53	150.0
26	0	53	166.9
26	0	53	253.3
26	0	53	151.4
26	0	53	189.6
26	0	53	172.6
26	0	53	125.9
26	0	53	277.4
26	0	53	203.8
26	0	53	151.4
26	0	53	349.5
26	0	53	237.7
26	0	53	154.2
26	0	53	134.4
26	0	53	140.1
26	0	53	131.6
26	0	53	210.8
26	0	53	270.3
26	0	53	225.0
26	0	53	161.3
26	0	53	169.8
26	0	53	110.4
26	0	53	176.9
26	0	53	275.9
26	0	53	142.9
26	0	53	210.8
26	0	53	257.5
26	0	53	168.4
26	0	53	256.1
26	0	53	104.7
26	0	53	159.9
26	0	53	209.4
26	0	53	213.7
26	0	53	273.1
72	53	90	195.3
72	53	90	205.2
72	53	90	11.8
72	53	90	193.9
72	53	90	239.2
72	53	90	267.5
72	53	90	305.7
72	53	90	220.8
72	53	90	155.7
72	53	90	310.0
72	53	90	144.3
72	53	90	128.8
72	53	90	116.0
72	53	90	234.9
72	53	90	249.1
72	53	90	192.5
72	53	90	171.2
72	53	90	199.5
72	53	90	263.2
72	53	90	233.5
72	53	90	317.0
72	53	90	192.5
72	53	90	277.4
72	53	90	165.6
72	53	90	128.8
72	53	90	208.0
72	53	90	220.8
72	53	90	241.8
72	53	90	205.2
72	53	90	137.3
72	53	90	202.4
72	53	90	148.6
72	53	90	179.7
72	53	90	171.2
72	53	90	128.8
72	53	90	130.2
72	53	90	121.7
72	53	90	125.9
72	53	90	164.2
72	53	90	267.4
72	53	90	167.0
72	53	90	86.3
72	53	90	174.1
72	53	90	203.8
72	53	90	124.5
72	53	90	203.8
72	53	90	201.4
72	53	90	198.6
72	53	90	194.9
72	53	90	221.6
72	53	90	219.4
145	90	200	260.4
145	90	200	165.6
145	90	200	152.8
145	90	200	133.0
145	90	200	230.7
145	90	200	181.1
145	90	200	175.5
145	90	200	199.5
145	90	200	193.9
145	90	200	209.4
145	90	200	186.8
145	90	200	210.9
145	90	200	175.5
145	90	200	197.8
145	90	200	147.2
145	90	200	106.1
145	90	200	189.9
145	90	200	230.7
145	90	200	267.5
145	90	200	261.8
145	90	200	162.8
145	90	200	176.8
145	90	200	261.8
145	90	200	181.1
145	90	200	271.6
145	90	200	260.4
145	90	200	182.5
145	90	200	234.0
145	90	200	185.3
145	90	200	176.2
145	90	200	145.8
145	90	200	104.7
145	90	200	214.9
145	90	200	256.7
145	90	200	178.1
145	90	200	214.8
145	90	200	231.7
145	90	200	204.8
145	90	200	195.4
145	90	200	321.5
145	90	200	214.7
145	90	200	250.4
145	90	200	234.7
145	90	200	197.5
145	90	200	187.2
145	90	200	321.6
145	90	200	239.1
145	90	200	154.6
145	90	200	215.9
145	90	200	265.4
145	90	200	291.7
145	90	200	256.4
145	90	200	89.4
145	90	200	211.7
145	90	200	189.9
145	90	200	241.1
300	200	400	141.5
300	200	400	254.7
300	200	400	220.8
300	200	400	151.4
300	200	400	159.9
300	200	400	128.8
300	200	400	111.8
300	200	400	254.7
300	200	400	101.9
300	200	400	324.1
300	200	400	155.7
300	200	400	159.9
300	200	400	213.6
300	200	400	202.4
300	200	400	260.1
300	200	400	176.4
300	200	400	236.4
300	200	400	278.1
300	200	400	189.9
300	200	400	264.7
300	200	400	259.4
300	200	400	295.4
300	200	400	168.4
300	200	400	240.6
300	200	400	137.2
300	200	400	211.5
300	200	400	236.4
300	200	400	186.4
300	200	400	198.6
300	200	400	256.4
300	200	400	315.4
300	200	400	219.7
300	200	400	149.8
300	200	400	234.1
300	200	400	169.4
300	200	400	203.9
300	200	400	298.1
300	200	400	146.7
300	200	400	175.3
550	400	700	251.9
550	400	700	56.6
550	400	700	208.0
550	400	700	196.7
550	400	700	111.8
550	400	700	92.0
550	400	700	113.2
550	400	700	213.7
550	400	700	452.8
550	400	700	251.9
550	400	700	201.0
550	400	700	143.0
550	400	700	341.0
550	400	700	203.8
550	400	700	233.5
550	400	700	205.2
550	400	700	215.1
550	400	700	276.0
550	400	700	208.0
550	400	700	261.8
550	400	700	149.7
550	400	700	198.3
550	400	700	133.4
550	400	700	425.7
550	400	700	211.5
550	400	700	234.7
550	400	700	169.8
550	400	700	199.3
550	400	700	201.4
550	400	700	225.3
550	400	700	186.9
550	400	700	305.4
550	400	700	223.6
550	400	700	125.6
550	400	700	197.8
550	400	700	226.8
550	400	700	251.0
550	400	700	200.0
550	400	700	187.6
550	400	700	199.1
550	400	700	94.5
550	400	700	185.2