17975
POPs and stable isotopes in bird and forage fish tissues - Persistent organic pollutant levels in juvenile salmonids, forage fish and their avian predators from Puget Sound and the outer WA coast
POPs and stable isotopes in bird and forage fish tissues
Data Set
Published / External
17696
Migrated from Environmental Conservation Division
Project
Completed
2010-10-01
2018-02-21
This project is examining contaminant loads of fish prey species of a resident marine bird (Rhinoceros Auklet) breeding in inland waters (Puget Sound) and in the northern California Current (outer Washington coast). It is being conducted by NMFS FTEs, in collaboration with scientists from the State of Washington and University of Puget Sound. Contaminant loads of fish prey as well as the marine bird predators are being assessed in the context of other upper trophic level predators in Puget Sound (Southern resident killer whales; harbor seals; adult salmonids). Scientific manuscripts and technical reports will be the main products.
The target audience includes the Puget Sound Partnership, resource management agencies, stakeholders in the Puget Sound area, and marine scientists in general. This is an on-going, stand-alone project without a firm deadline.
POPs and stable isotopes in bird and forage fish tissues.
Addresses Legal Mandate
Laboratory data
Loaded by batch 4262, 01-30-2013 17:51
Subject to Public Access to Research Results (PARR): Yes
Theme
feeding ecology
Theme
marine ecosystems
Theme
persistent organic pollutants
Theme
stable isotopes
Spatial
DI Rhinoceros auklet breeding colony
Spatial
PI Rhinoceros auklet breeding colony
Spatial
TI Rhinoceros auklet breeding colony
Spatial
Ylitalo lab
Instrument
Mass Spectrophotometer
Northwest Fisheries Science Center
Seattle
WA
USA
Data Set
Spreadsheet
Table (digital)
Mass Spectrophotometer
Platform Not Applicable
Not Applicable
51580
Fish Persistent Organic Pollutants
Fish Persistent Organic Pollutants
Published / External
Planned
Chemical Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed for POPs at the NWFSC in 2010-2011.
Spreadsheet
Yes
PARR
Chemical Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed for POPs at the NWFSC in 2010-2011.
1
SampleNumber
text
No
No
Active
Laboratory ID.
text
assigned in lab
2
SetName
text
No
No
Active
Batch ID.
text
assigned in lab
3
SampleType
text
No
No
Active
Tissue or QA sample type.
text
Tissue - whole body, Method Blank, SRM 1947, SRM 1974b
4
replicate
text
No
No
Active
Laboratory replicate.
text
Original, duplicate
5
Species
text
No
No
Active
Species name.
text
Chinook salmon, chum salmon, northern anchovy, Pacific herring, Pacific sandlance, rockfish sp., surf smelt
6
Standard length
number
No
No
Active
Fish length from tip of snout to end of the last vertebra. Units for values are millimeters.
number
millimeters
60-150
7
Body mass
number
No
No
Active
Wet weight of whole fish. Units for values are grams.
number
grams
2-38
8
Ad-clipped
text
No
No
Active
For salmonids, is adipose fin clipped.
text
Yes, No, No check
9
Site
text
No
No
Active
Site name for sample.
text
Destruction Island, Protection Island, Tatoosh Island,
10
LATITUDE
number
No
No
Active
Latidude (decimal). Units for values are decimal degrees.
number
decimal degrees
11
LONGITUDE
number
No
No
Active
Longitude (decimal). Units for values are decimal degrees.
number
decimal degrees
12
Tow/Load
text
No
No
Active
Sample tow # or lab load #.
text
13
Collection Date
date
No
No
Active
Date of sample collection.
date
2007, 2008, 2009
14
SampleWt
number
No
No
Active
Mass (or volume, for liquids) of sample used for analysis. Units for values are g (or mL).
number
g (or mL)
0-5g, 0-250mL
15
CalcBasis
text
No
No
Active
wet or dry mass used for analyte calculation.
text
wet, dry
16
LipidIatro_SALE format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
17
LipidIatro_TG format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
18
LipidIatro_FFA format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
19
LipidIatro_Chol format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
20
LipidIatro_PL format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
21
CB103 Recovery Format
text
No
No
Active
Recovery of surrogate standard. Units for values are %.
text
%
-9999
Surrogate recoveries for this set could not be reported due to a spiking error.
60-130
22
HCB Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
23
aHCH Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
24
bHCH Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
-9999
The analyte concentration could not be reported due to the presence of an interfering peak in the chromatogram. The analyte is treated as a zero in sums.
< LOQ - num (LOQ is the lower limit of quantitation)
25
lindane Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
26
achlor Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
27
cnona Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
28
bchlor Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
29
hept Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
30
HPE Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
31
nona3 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
32
oxychlor Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
33
tnona Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
34
aldrin Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
35
diel Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
36
mirex Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
37
eslf1 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
38
cb17 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
39
cb18 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
40
cb28 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
41
cb31 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
42
cb33 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
43
cb44 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
44
cb49 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
45
cb52 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
46
cb66 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
47
cb70 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
48
cb74 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
49
cb82 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
50
cb87 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
51
cb95 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
52
cb99 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
53
cb101 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
54
cb105 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
55
cb110 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
56
cb118 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
57
cb128 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
58
cb138 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
59
cb149 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
60
cb151 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
61
cb153 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
62
cb156 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
63
cb158 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
64
cb170 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
65
cb171 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
66
cb177 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
67
cb180 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
68
cb183 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
69
cb187 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
70
cb191 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
71
cb194 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
72
cb195 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
73
cb199 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
74
cb205 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
75
cb206 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
76
cb208 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
77
cb209 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
78
opDDD Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
79
opdde Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
80
opDDT Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
81
ppDDD Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
82
ppDDE Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
83
ppDDT Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
84
Sum CHLDs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
85
Sum DDTs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
86
Sum HCHs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
87
Sum40CBs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
88
BDE28 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
89
BDE47 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
90
BDE49 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
91
BDE66 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
92
BDE85 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
93
BDE99 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
94
BDE100 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
95
Br5DE04 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
96
Br5DE05 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
97
BDE153 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
98
BDE154 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
99
Br6DE01 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
100
BDE155 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
101
BDE183 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
102
Br7DE01 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
103
SumBDE conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
104
SampleNote
text
No
No
Active
Notes.
text
51581
Fish Stable Isotopes
Fish Stable Isotopes
Published / External
Planned
Stable Isotope Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed at the NWFSC in 2010-2011.
Spreadsheet
Yes
PARR
Stable Isotope Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed at the NWFSC in 2010-2011.
1
SetName
text
No
No
Active
Batch ID.
text
assigned in lab
2
SampleNumber
text
No
No
Active
Laboratory ID.
text
assigned in lab
3
SampleType
text
No
No
Active
Tissue or QA sample type.
text
Tissue - whole body, Method Blank, SRM 1947, SRM 1974b
4
Site
text
No
No
Active
Laboratory replicate.
text
Original, duplicate
5
Species
text
No
No
Active
Species name.
text
Chinook salmon, chum salmon, northern anchovy, Pacific herring, Pacific sandlance, rockfish sp., surf smelt
6
Tow or Load
text
No
No
Active
Sample tow # or lab load #.
text
7
Replicate
text
No
No
Active
Laboratory replicate.
text
1,2,3
8
Date Collected
date
No
No
Active
Date of sample collection.
date
2007, 2008, 2009
9
S Length
number
No
No
Active
Fish length from tip of snout to end of the last vertebra. Units for values are millimeters.
number
millimeters
60-150
10
Mass
number
No
No
Active
Wet weight of whole fish. Units for values are grams.
number
grams
2-38
11
Sample Weight
number
No
No
Active
Sample weight used for stable isotopes determination. Units for values are mg.
number
mg
0-5.000
12
Weight % C MS
number
No
No
Active
Carbon weight percent. Units for values are %.
number
%
0-100
13
Weight % N MS
number
No
No
Active
Nitrogen weight percent. Units for values are %.
number
%
0-100
14
C N RatioMS
number
No
No
Active
Ratio of carbon atoms/nitrogen atoms. Units for values are n/a.
number
n/a
0 - num
15
delta 13C
number
No
No
Active
ratio of carbon 13 to carbon 12 relative to PeeDee belemnite. Units for values are per mil (parts per thousand).
number
per mil (parts per thousand)
-num num
16
delta 15N
number
No
No
Active
ratio of nitrogen 15 to nitrogen 14 relative to atmospheric nitrogen. Units for values are per mil (parts per thousand).
number
per mil (parts per thousand)
-num num
17
Note
text
No
No
Active
Notes on sample.
text
51582
Bird Persistent Organic Pollutants
Bird Persistent Organic Pollutants
Published / External
Planned
Chemical Lab analysis of bird samples collected at various locations throughout Washington State between 2005 and 2010. Samples were analyzed for POPs at the NWFSC in 2010-2011.
Spreadsheet
Yes
PARR
Chemical Lab analysis of bird samples collected at various locations throughout Washington State between 2005 and 2010. Samples were analyzed for POPs at the NWFSC in 2010-2011.
1
Sample Number
text
No
No
Active
Laboratory ID.
text
assigned in lab
2
Set Name
text
No
No
Active
Batch ID.
text
assigned in lab
3
Sample Type
text
No
No
Active
Tissue or QA sample type.
text
Muscle, liver, Method Blank, SRM 1947, CH I-std check vial
4
Replicate
text
No
No
Active
Laboratory replicate.
text
Original, duplicate, triplicate
5
Animal ID
text
No
No
Active
ID assigned by Slater Museum.
text
6
Species
text
No
No
Active
Species name.
text
Pelagic cormorant, Barrows goldeneye, Pigeon guillemot, Rhinoceros auklet, Tufted puffin
7
Collection Site
text
No
No
Active
Site name for sample.
text
Destruction Island, Protection Island, Tatoosh Island, Lopez Island, Smith Island, San Juan Island, Vashon Island, Duwamish Waterway
8
Latitude
number
No
No
Active
Latidude (decimal). Units for values are decimal degrees.
text
decimal degrees
9
Longitude
number
No
No
Active
Longitude (decimal). Units for values are decimal degrees.
text
decimal degrees
10
Sex
text
No
No
Active
Sex determined from necropsy.
text
Male, female
11
Collection Date
date
No
No
Active
Date of sample collection.
date
2005, 2006, 2007, 2008, 2009, 2010
12
SampleWt
text
No
No
Active
Mass (or volume, for liquids) of sample used for analysis.
text
0-5g, 0-250mL
13
CalcBasis
text
No
No
Active
wet or dry mass used for analyte calculation.
text
wet, dry
14
LipidGravimetric format
number
No
No
Active
Total lipid (total extractables) by gravimetric determination, expressed as a percentage (100*g lipid/g sample). Units for values are %.
number
%
0-100
15
CB103 Recovery Format
text
No
No
Active
Mass (or volume, for liquids) of sample used for analysis. Units for values are g (or mL).
text
g (or mL)
0-5g, 0-250mL
16
HCB Conc Format
text
No
No
Active
wet or dry mass used for analyte calculation.
text
wet, dry
17
aHCH Conc Format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
18
bHCH Conc Format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
19
lindane Conc Format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
20
achlor Conc Format
number
No
No
Active
lipid class, % of total lipid. Units for values are %.
number
%
0-100
21
cnona Conc Format
text
No
No
Active
lipid class, % of total lipid. Units for values are %.
text
%
0-100
22
bchlor Conc Format
text
No
No
Active
Recovery of surrogate standard. Units for values are %.
text
%
60-130
23
hept Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
24
HPE Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
25
nona3 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
26
oxychlor Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
27
tnona Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
28
aldrin Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
29
diel Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
30
mirex Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
31
eslf1 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
32
cb17 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
33
cb18 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
34
cb28 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
35
cb31 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
36
cb33 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
37
cb44 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
38
cb49 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
39
cb52 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
40
cb66 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
41
cb70 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
42
cb74 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
43
cb82 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
44
cb87 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
45
cb95 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
46
cb99 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
47
cb101 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
48
cb105 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
49
cb110 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
50
cb118 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
51
cb128 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
52
cb138 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
53
cb149 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
54
cb151 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
55
cb153 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
56
cb156 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
57
cb158 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
58
cb170 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
59
cb171 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
60
cb177 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
61
cb180 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
62
cb183 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
63
cb187 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
64
cb191 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
65
cb194 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
66
cb195 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
67
cb199 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
68
cb205 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
69
cb206 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
70
cb208 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
71
cb209 Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
72
opDDD
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
73
opdde
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
74
opDDT
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
75
ppDDD
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
76
ppDDE
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
77
ppDDT
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
78
Sum CHLDs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
79
Sum DDTs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
80
Sum HCHs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
81
Sum40CBs Conc Format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
82
BDE28 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
83
BDE47 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
84
BDE49 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
85
BDE66 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
86
BDE85 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
87
BDE99 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
88
BDE100 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
89
Br5DE04 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
90
Br5DE05 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
91
BDE153 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
92
BDE154 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
93
Br6DE01 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
94
BDE155 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
95
BDE183 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
96
Br7DE01 conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
97
SumBDE conc format
text
No
No
Active
Analyte concentration. Units for values are ng/g, wet wt.
text
ng/g, wet wt
< LOQ - num (LOQ is the lower limit of quantitation)
98
SampleNote
text
No
No
Active
Sample notes.
text
Data Steward
2015-10-01
Person
Bolton, Jennie L
Jennie.Bolton@noaa.gov
2725 Montlake Boulevard East
Seattle
WA
98112
206-860-3359
206-860-3335
Distributor
2015-10-01
Organization
Northwest Fisheries Science Center
NWFSC
nmfs.nwfsc.metadata@noaa.gov
2725 Montlake Boulevard East
Seattle
WA
98112
USA
206-860-3200
http://www.nwfsc.noaa.gov
NWFSC Home
Online Resource
Metadata Contact
2015-10-01
Organization
Northwest Fisheries Science Center
NWFSC
nmfs.nwfsc.metadata@noaa.gov
2725 Montlake Boulevard East
Seattle
WA
98112
USA
206-860-3200
http://www.nwfsc.noaa.gov
NWFSC Home
Online Resource
Originator
2015-10-01
Person
Good, Thomas P
Tom.Good@noaa.gov
2725 Montlake Boulevard East
Seattle
WA
98112
206-860-3469
Point of Contact
2015-10-01
Person
Bolton, Jennie L
Jennie.Bolton@noaa.gov
2725 Montlake Boulevard East
Seattle
WA
98112
206-860-3359
206-860-3335
-124.485
-124.485
47.6742
47.6742
DI Rhinoceros auklet breeding colony: Destruction Island
Range
2007-07-02
2009-08-13
-124.7385
-124.7385
48.3911
48.3911
TI Rhinoceros auklet breeding colony: Tatoosh Island
Range
2007-07-02
2009-08-13
-122.9313
-122.9313
48.1269
48.1269
PI Rhinoceros auklet breeding colony: Protection Island
Range
2007-07-02
2009-08-13
-122.3062
-122.3062
47.6449
47.6449
Ylitalo lab: NWFSC Montlake lab
Range
2009-11-06
2011-02-01
Unclassified
At this time, contact the Data Manager for information on obtaining access to this data set. In the near future, the NWFSC will strive to provide all non-sensitive data resources as a web service in order to meet the NOAA Data Access Policy Directive (https://nosc.noaa.gov/EDMC/PD.DA.php).
NA
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parr/bird_persistent_organic_pollutants/data/page/
2015-10-01
Organization
Northwest Fisheries Science Center
Bird Persistent Organic Pollutants (RESTful)
Chemical Lab analysis of bird samples collected at various locations throughout Washington State between 2005 and 2010. Samples were analyzed for POPs at the NWFSC in 2010-2011.
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parr/fish_persistent_organic_pollutants/data/page/
2015-10-01
Organization
Northwest Fisheries Science Center
Fish Persistent Organic Pollutants (RESTful)
Chemical Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed for POPs at the NWFSC in 2010-2011.
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parr/fish_stable_isotopes/data/page/
2015-10-01
Organization
Northwest Fisheries Science Center
Fish Stable Isotopes (RESTful)
Stable Isotope Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed at the NWFSC in 2010-2011.
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/bird_persistent_organic_pollutants
2015-10-01
Organization
Northwest Fisheries Science Center
Bird Persistent Organic Pollutants
Chemical Lab analysis of bird samples collected at various locations throughout Washington State between 2005 and 2010. Samples were analyzed for POPs at the NWFSC in 2010-2011.
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/fish_persistent_organic_pollutants
2015-10-01
Organization
Northwest Fisheries Science Center
Fish Persistent Organic Pollutants
Chemical Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed for POPs at the NWFSC in 2010-2011.
2018-02-21
https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/fish_stable_isotopes
2015-10-01
Organization
Northwest Fisheries Science Center
Fish Stable Isotopes
Stable Isotope Lab analysis of fish samples collected at various locations throughout Washington state between 2007 and 2009. Samples were analyzed at the NWFSC in 2010-2011.
https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/datasets/dataset/9326
POPs and stable isotopes in bird and forage fish tissues
Online Resource
Web site
NWFSC Dataset Information page. POPs and stable isotopes in bird and forage fish tissues
RDBMS (Oracle, SQL Server, etc.)
High
These data were collected and processed in accordance with established protocols and best practices under the direction of the project’s Principal Investigator. Contact the dataset Data Manager in section 3 for full QA/QC methodology.
No
0
No
No
No
0 days
No Delay
NCEI-MD
365
The Northwest Fisheries Science Center facilitates backup and recovery of all data and IT components which are managed by IT Operations through the capture of static (point-in-time) backup data to physical media. Once data is captured to physical media (every 1-3 days), a duplicate is made and routinely (weekly) transported to an offsite archive facility where it is maintained throughout the data's applicable life-cycle.
Fish were ground up and pulverized.
51582
Entity
Bird Persistent Organic Pollutants
51580
Entity
Fish Persistent Organic Pollutants
51581
Entity
Fish Stable Isotopes
gov.noaa.nmfs.inport:17975
SysAdmin InPortAdmin
2013-01-30T17:51:24
SysAdmin InPortAdmin
2022-08-09T17:11:07
2019-06-04
Northwest Fisheries Science Center
NWFSC
2725 Montlake Boulevard East
Seattle
WA
98112
USA
206-860-3200
http://www.nwfsc.noaa.gov
1001
Public
No
2019-06-04
1 Year
2020-06-04