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Figure 5.1.4 Zones (clusters) in the space formed by 3 first pes for isotopic composition extracted in the analysis <strong>of</strong>spatial distribution.
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POLYCYCLIC AROMATIC HYDROCARBONS IN
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composition. Portions ofthe lake th
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TABLE OF CONTENTS . ABSTRAcr._._ _
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6. CONCLUSIONS_._ _....._._._ _ ._
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FIGURE 3.104 CONfIGURATION OF ISOCH
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FIGURE 4 .2.12 SAMPLES AND PROMINEN
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fIGURE 5.3.1 DESCR1Pl1VE MODEL OF S
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APPENDIX B 3 _ T HEoerwt Of A PtUNC
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Ip » Ideno(l,2.3 cd)pyrene NIST =
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Figure L 1.1 The 16 parental polycy
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After release by the primary source
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decomposition processes (O'Malley e
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Figure 2.1.1 The Great Lakes draina
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;: Duluth Chicago 1 J Lake Superior
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are the Black River, the Cuyaho ga
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Figure 1.1.5 The pattern of permane
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sedimentary basins, Western. Centra
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Figure 2. 1.8 Summer (July) air and
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Natural Resources: The lower Great
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American waters under the current U
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continuously overflowed com bined s
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3.1 EXPERIMENTAL 3. METHODS 3.1.1 S
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Table 3,1.1 Locations and types ofs
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Figure 3.12 Extraction and purifica
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hexane. 2) the unsaturated aliphati
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this problem. Ratios ofthe two stab
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Figure 3. 1.4 Configuration ofIsoch
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3.2.1 UNl- AND BIVAJUATE METHODS Th
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f igure 3.2. 1 Mean and range (± s
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utilized the same instrument (Isoch
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Selecting lIt1J'iahlu: It was demon
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w- _ 71
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seven variables with fewer missing
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analysis also employed a greate r n
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description. The second cluster ana
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elationships between different site
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Figure 4.1.3 Regression ofthree fir
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Figure 4.[.5 Isotopic composition (
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Figure 4.1.6 Weights ofvariables (c
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Figure 4.1.8 Distri bution ofsample
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those at the majority ofstations. S
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Ion, 969, 971, 357, 358). In additi
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Figure 4.2.3 Samples and prominent
Page 132 and 133: analysis supported some ofthc previ
Page 135 and 136: , ", Is , , >\ ryr " II ,- - , I ,
Page 137 and 138: 11'
Page 139: sources (Fi g. 4.2 .5c). This compo
Page 143: Figure 4.2.7 The relative contribut
Page 146 and 147: ".1.1.2 Miring CllrIIU (isotopic co
Page 149: Figure 42.9 Samples and promin ent
Page 153: Figure 4.2.11 Samples and prominent
Page 157: Figure 4.2. 13 Samples and prominen
Page 168 and 169: It is difficult to differentiate be
Page 170 and 171: Figure 4.2.18 Weights ofvariables (
Page 172: Figure 42.19 Distribution ofsamples
Page 175 and 176: 5.1 SPATIAL DI STRIBUTION s. DISCUS
Page 177: f igure 5.1.1 Zones coinciding with
Page 180: f igure 5. 1.2 Average and range (
Page 186 and 187: is diverted in litis direction (Fig
Page 189: Figure 5.1.6 Station locations and
Page 192 and 193: the Detroit river (969, 358, 351) t
Page 196 and 197: (Fig. 4.1 .8a, 5. tA) can also be a
Page 199: Figure 5.1.9 Statio n locations and
Page 202: Figure 5.1.10 Surface drifter track
Page 206: f igure 5.1.12 Drift card trajector
Page 209: Figure 5. t .13 Driftobject tracks
Page 212 and 213: In conclus ion. fluvial input of PA
Page 214: Figure 5.2. 1 Cloud ofsamples andpr
Page 217 and 218: increased amount oflight eas ily pe
Page 219: Figure 5.2.2 Cloud ofsamples and pr
Page 222: Figure 5.:!.3 Six clusters identifi
Page 225 and 226: mass balance calculations show that
Page 228 and 229: The processes ofdegradation might p
Page 230 and 231: Although less intensive than at Det
Page 232 and 233: The processes ofweathering do not s
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subzones ofinfluence was suggested.
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possesses similar isotopic composit
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fallout office soots as indicated b
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confined to the northern part ofthe
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Section 5.1); may still be affected
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their relative position with respec
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5.3 A MODEL OF SOURCES, PATHWAYS. T
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originate from the Maumee River at
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6. CONCLUSIONS The major conclusion
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7. REFERENCES Abrajano T. A. Jr.•
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Einsenreich S. J. and Strachan W. M
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Lee R. F. and Takahashi M. ( 1977)
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Sherrill T. W. and Saylor G. S. (19
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8. APPENDICES 242
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l' Appendix AS. Characteristic PAil
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Appeodil: A1. The hyperbolic equati
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... '"
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Appeadil. 82. 1bc output of a princ
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Appendix 84. The output o r a princ
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Appendix C3 . The results ora local
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