<p>1. Critical Review of an inter-laboratory forensic dataset: Effects on data interpretation in oil spill studies<br>2. Fifty years of petroleum geochemistry: A valuable asset in petroleum environmental forensics<br>3. Fingerprinting Analysis and Source Differentiation of Petroleum-Contaminated Environmental Samples<br>4. Complexities in the application of isotope geochemistry to determine the origin of stray gases in the subsurface – case studies<br>5. Forensic aspects of airborne constituents following releases of crude oil into the environment<br>6. Combined Gas and Liquid Chromatography Tandem Mass Spectrometry Applications for Forensic Lubricant and Vegetable Oil Spill Identification<br>7. Environmental forensics study of crude oil and petroleum product spills in coastal and oilfield settings: Combined insights from conventional GC-MS, thermodesorption-GC-MS and pyrolysis-GC-MS<br>8. Paraffin Wax Spill Identification by GC-FID and GC-MS<br>9. Challenges and Mysteries in Oil Spill Fate and Transport<br>10. Unraveling the complexities of upland spilled fuels: Selected case studies<br>11. Advantages of Multi-dimensional Chemical Fingerprinting in Identifying the Source of Marine Oil Spills in Bohai Bay, China<br>12. Distinguishing genetically-similar diesel fuels in Taiwan using Principal Component Analysis of diagnostic ratios<br>13. Application of CEN Methodology in Evaluating Sources of Multiple Land-Based Fuel Spills in Alberta, Canada<br>14. Development and Application of Phase-Specific Methods in Oiled-Water Forensic Studies<br>15. Applications of the CEN Methodology in Multiple Oil Spills in Spanish Waters<br>16. Fingerprinting of Petroleum Hydrocarbons in Malaysia using Environmental Forensic Techniques: A 20-Year Field Data Review<br>17. Long-term monitoring study of beached oils around the Shetland Isles, United Kingdom<br>18. The Erika oil spill: 10 years monitoring program and effects of the weathering processes<br>19. Environmental Assessment of Spills Related to Oil Exploitation in Canada’s Oil Sands Region<br>20. Chemical Fingerprinting Assessment of the Impact to River Sediments following the Bakken Crude Oil Train Derailment and Fire, Mount Carbon, West Virginia<br>21. The pixel based chemometric approach for source identification: Two case studies from the Persian Gulf<br>22. Use of Passive Samplers for PAH Forensics in Water from the Ottawa River, Ohio<br>23. Fingerprint and weathering characteristics of petroleum hydrocarbon in coastal zone after the “7-16 Dalian oil spill accident, China<br>24. Case study in the use of forensic history in matters involving pipeline ruptures<br>25. Comparison of quantitative and semi-quantitative methods in source identification following the OSPAR oil spill, in Parana, Brazil<br>26. Different forensic approaches for hydrocarbon source identification in an urban cluster environment: Guanabara Bay<br>27. Investigation of Hydrocarbon Sources and Biotechnologies Applications in Todos os Santos Bay, Brazil<br>28. Assessing the role of environmental conditions on the fate of oil following the Deepwater Horizon Spill<br>29. Using stable and radiocarbon analyses as a forensic tool to find evidence of oil in the particulates of the water column and on the seafloor following the 2010 Gulf of Mexico Oil Spill<br>30. Red Crabs as Sentinel Organisms of Deepwater Horizon Oil in Gulf of Mexico Deep-Sea Sediments<br>31. Modeling Distribution, Fate, and Concentrations of Deepwater Horizon Oil in the Gulf of Mexico in Subsurface Waters<br>32. Lousiana coastal marsh environments and MC252 oil biomarker chemistry<br>33. Novel biological exposures following the Deepwater Horizon oil spill revealed by chemical fingerprinting<br>34. Characterization of petroleum associated with manufactured gas plant residues and tars in sediments</p>
