Citation:

s00300-011-1040-z

Name: (Table 2) Bacterial abundance, carbon production and respiration in samples obtained during a CCGS Amundsen cruise in 2008
Published: 2011
License: https://creativecommons.org/licenses/by/3.0/

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Further details:

Robinson, Carol (2008): Heterotrophic bacterial respiration. In: Kirchman, David L. (eds.), Microbial Ecology of the Oceans, John Wiley & Sons, Inc., Hoboken, NJ, USA, 299-334, https://doi.org/10.1002/9780470281840.ch9

Coverage:

Latitude: 71.000000 * Longitude: -126.000000

Date/Time Start: 2008-03-01T00:00:00 * Date/Time End: 2008-03-01T00:00:00

Event(s):

CFL08_all * Latitude: 71.000000 * Longitude: -126.000000 * Date/Time Start: 2008-03-01T00:00:00 * Date/Time End: 2008-07-31T00:00:00 * Location: Beaufort Sea * Campaign: (Circumpolar Flaw Lead Leg 4-10a) * Basis: CCGS Amundsen * Method/Device: Multiple investigations (MULT)

Comment:

Averages of stations depicted in Table 1. Respiration parameter all Q10 corrected. Potential and specific bacterial respiration and respiration rate based on the equation BR = 0.45CR**0.93 (Robinson 2008).

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Sample type	Samp type		Nguyen, Dan
2	Sample amount	N	#	Nguyen, Dan
3	DATE/TIME	Date/Time			Geocode
4	Date/time end	Date/time end		Nguyen, Dan
5	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 0.9, mean
6	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 0.9, min
7	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 0.9, max
8	Bacterial production, standard deviation	BP std dev	±	Nguyen, Dan	CF = 0.9
9	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 1.5, mean
10	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 1.5, min
11	Bacteria, production as carbon	Bact prod C	mg/m³/day	Nguyen, Dan	CF = 1.5, max
12	Bacterial production, standard deviation	BP std dev	±	Nguyen, Dan	CF = 1.5
13	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 3.8, mean
14	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 3.8, min
15	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 3.8, max
16	Microorganisms, standard deviation	Microorg std dev	±	Nguyen, Dan	Q10 = 3.8
17	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 13.8, mean
18	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 13.8, min
19	Respiration rate, carbon, microorganisms community	Comm resp C	µg/l/day	Nguyen, Dan	Q10 = 13.8, max
20	Microorganisms, standard deviation	Microorg std dev	±	Nguyen, Dan	Q10 = 13.8
21	Respiration rate, carbon, bacterial	Bact resp C	µg/l/day	Nguyen, Dan	potential, mean
22	Respiration rate, carbon, bacterial	Bact resp C	µg/l/day	Nguyen, Dan	potential, min
23	Respiration rate, carbon, bacterial	Bact resp C	µg/l/day	Nguyen, Dan	potential, max
24	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	potential respiration
25	Bacteria	Bact	#/ml	Nguyen, Dan	mean
26	Bacteria	Bact	#/ml	Nguyen, Dan	min
27	Bacteria	Bact	#/ml	Nguyen, Dan	max
28	Bacteria, abundance, standard deviation	Bact abund std dev	±	Nguyen, Dan
29	Bacteria, cell biovolume	Bact cell biovol	µm³	Nguyen, Dan	mean
30	Bacteria, cell biovolume	Bact cell biovol	µm³	Nguyen, Dan	min
31	Bacteria, cell biovolume	Bact cell biovol	µm³	Nguyen, Dan	max
32	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	cell biovol
33	Bacteria, carbon content per cell	Bact C/cell	fg	Nguyen, Dan	mean
34	Bacteria, carbon content per cell	Bact C/cell	fg	Nguyen, Dan	min
35	Bacteria, carbon content per cell	Bact C/cell	fg	Nguyen, Dan	max
36	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	C-content/cell
37	Bacteria, production as carbon, per cell	Bact C prod/cell	fg/#/day	Nguyen, Dan	specific, mean
38	Bacteria, production as carbon, per cell	Bact C prod/cell	fg/#/day	Nguyen, Dan	specific, min
39	Bacteria, production as carbon, per cell	Bact C prod/cell	fg/#/day	Nguyen, Dan	specific, max
40	Bacterial production, standard deviation	BP std dev	±	Nguyen, Dan	specific, per cell
41	Respiration rate, carbon, bacterial, per cell	Bact resp C/cell	fg/#/day	Nguyen, Dan	specific, mean
42	Respiration rate, carbon, bacterial, per cell	Bact resp C/cell	fg/#/day	Nguyen, Dan	specific, min
43	Respiration rate, carbon, bacterial, per cell	Bact resp C/cell	fg/#/day	Nguyen, Dan	specific, max
44	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	respiration, per cell
45	Bacteria, biomass as carbon	Bact C	µg/l	Nguyen, Dan	mean
46	Bacteria, biomass as carbon	Bact C	µg/l	Nguyen, Dan	min
47	Bacteria, biomass as carbon	Bact C	µg/l	Nguyen, Dan	max
48	Bacteria, biomass as carbon, standard deviation	Bact C std dev	±	Nguyen, Dan
49	Bacteria, growth rate	Bact µ	1/day	Nguyen, Dan	specific, mean
50	Bacteria, growth rate	Bact µ	1/day	Nguyen, Dan	specific, min
51	Bacteria, growth rate	Bact µ	1/day	Nguyen, Dan	specific, max
52	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	specific growth rate
53	Bacteria, respiration rate	Bact resp	1/day	Nguyen, Dan	specific, mean
54	Bacteria, respiration rate	Bact resp	1/day	Nguyen, Dan	specific, min
55	Bacteria, respiration rate	Bact resp	1/day	Nguyen, Dan	specific, max
56	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	specific respiration rate
57	Bacteria, growth efficiency	Bact growth eff	%	Nguyen, Dan	potential, mean
58	Bacteria, growth efficiency	Bact growth eff	%	Nguyen, Dan	potential, min
59	Bacteria, growth efficiency	Bact growth eff	%	Nguyen, Dan	potential, max
60	Bacteria, standard deviation	Bact std dev	±	Nguyen, Dan	growth efficiency

License:

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

Size:

118 data points

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