All Day Short Courses. Ed Owens, Owens Coastal Consultants; Elliott Taylor, Polaris Applied Sciences; Rob Holland, OSRL; Claudia Caetano. A full day course with half a day in the classroom on how to design and manage a field SCAT program followed by a half day in the field on field measurements, observations, and documentation techniques segmentation, pits, trenches, beach profiles, etc.

Students should wear appropriate field clothing, footwear, and consider sun protection appropriate for the local conditions. Ann Whalen, USEPA Region 5; Gary Andrew, USEPA; Josie Clark, USEPA; Joann Eskelsen, USEPA.

This one day workshop is designed for response decision makers that will be utilizing the information obtained by SCAT teams in their decision making process. It will present what the SCAT program is and is not, review the SCAT process, and the roles of various IMT members in that process. It will also familiarize the students with the forms used by SCAT teams, and the reports generated by SCAT teams, and how to interpret and make operational decisions based on these products.

The course will also delve into making clean up endpoint decisions, in a complex freshwater environment, and balancing harm to environment from the spill vs harm from the environment from the cleanup actions. NOAA Matthew Horn, Ph. NOAA Deborah French McCay, Ph. This course will introduce the fundamentals of forecasting oil spill fate and transport through computer modeling. It will then provide an overview of modeling use cases, including response, drills, planning, and injury assessment. The afternoon session will be hands-on: Participants will get hands-on experience using the General NOAA Operational Modeling Environment GNOME model for predicting oil fate and transport.

These scenarios will use GNOME Location Files -- regional files which have been setup for multiple U. In addition, we will demonstrate the use of external forecast models and environmental data which can be acquired through the GNOME On-line Oceanographic Data Server GOODS. Although the emphasis of the course will be on the use of these tools for drills and planning, the fundamental understanding acquired will be applicable to other models and other use-cases.

A laptop computer with WiFi will be required to participate in the hands-on exercises. Oceanography, Polaris Applied Sciences, Inc. RETOS is a unique management tool utilized worldwide by oil sector operators and governments to assess gaps in their oil spill response programs -at different levels- and provides guidance and resources to bridge those gaps.

The course will be useful to officers, leaders, coordinators, and managers responsible for the strategy, development and management of oil spill preparedness and response from companies and governments alike. Course instructors will provide introductory and practical, hands-on sessions for participants, available in English and Spanish. NOAA has partnered with DOI, ACHP and U. Coast Guard to develop a short course to examine some of the recent lessons learned for addressing historical and cultural resource issues during contingency planning and during an oil spill response.

Areas covered would include:. The focus of this course is addressing the various means of assessing cultural properties that may or may not have cultural value or significance, which may pose a threat, and to better integrate the experience of naval architects and the salvage community. This course is intended to open up the dialogue and develop a better understanding and build a better team that draws on the collective strengths from the various disciplines to engage more effectively in contingency planning and respond more effectively during an oil spill.

John Tarpley, NOAA; Lyle Trumbull, OBG; Paige Doelling, NOAA; Corey Kong, OSPR; Steve Buschang, TGLO. The students will learn the fundamental requirements and duties of the Environmental Unit Leader EUL as it pertains to operating within the Incident Command System ICS. The environmental unit is often tasked with supporting the response effort by identifying resources at risk, managing the Shoreline Cleanup Assessment Technique SCAT program, leading Endangered Species Act Section 7 consultations, National Historic Preservation Act, Section Consultations, and collectively managing environmental stakeholder issues.

This course aims to educate personnel who normally fill other ICS positions about the EUL perspective. Nicky Cariglia, ITOPF; Mark Whittington, ITOPF; Kelly Reynolds, ITOPF; Pauline Marchand, ITOPF.

This four hour program is designed to introduce the basic concepts of a response to a spill of oil in the marine environment, to help provide an overview of the issues and opportunities surrounding effective techniques, and to show how preparedness and response are linked closely.

Subject Matter-Experts from ITOPF will use experience gained from attendance at numerous incidents globally to provide an introduction to response at sea and on the shoreline, including the fate, behavior and effects of oil, survey techniques, containment and recovery, dispersants, burning, waste disposal, command and control, post spill monitoring and cost recovery. The interactive-style program will allow participants to learn key messages through direct involvement. NOAA has partnered with DOI and U.

Coast Guard to develop a guidebook for response and NRDA practitioners to facilitate both response-based protection tactics and emergency restoration. This short course is intended to familiarize participants with the guidebook, to explain the differences between both response-based protection tactics and emergency restoration and to provide an understanding of the process for working through approvals of emergency restoration during a response. The short course is intended to help users successfully implement emergency restoration actions by:.

Armed with an improved understanding of how these process work and tools to facilitate coordination between response and NRDA personnel, emergency restoration can become a more frequent tactic used to move beyond response and toward the ultimate goal of protecting and minimizing impacts to sensitive natural resources. The short course will provide a basic overview of the U.

EPA SPCC and FRP Rules and an understanding of how the EPA implements the spill prevention program and preparedness programs which regulate inland and certain offshore oil facilities.

Individuals attending this session will gain a valuable understanding of how to comply with the federal oil spill prevention and preparedness requirements at their facilities. This four hour overview will cover: Course work will include; boom types, booming techniques, oil characteristics, collecting oil, oil spill response strategies, alternative technologies and disposal options. The course addressed deployment of boom on lakes or rivers; establish oil recovery sites; provide protection to sensitive areas and shoreline with boom; operate boats on lakes or rivers; install dikes, dams and filter fences on streams; and install French drains and cut-off walls.

Instructional methods will include classroom instruction. After completion of the course, the participants will be able to demonstrate or discuss small boat operations, various methods of oil boom deployment and anchoring, recovery site selection and operations, and health and safety issues relevant to oil spill response and recovery operations.

Jim Remington, RN National Institute of Environmental Health Sciences NIEHS Gary Kukal Dan Snyder.

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National Institute of Environmental Health Sciences NIEHS Worker Training Program WTP awardees have provided resources, trainers, and subject matter expertise during many oil spill response and related cleanup operations. Shortly after the explosion of the Deepwater Horizon oil rig, OSHA and other federal agencies began contacting NIEHS for information on the hazards related to oil spills. WTP and its National Clearinghouse for Worker Safety and Health Training quickly developed a Web page with materials pertaining to the hazards related to oil spills.

At the same time, NIEHS began work with OSHA and other federal agencies to develop an oil spill training tool. Revisions to the training were based on feedback from those working in the Gulf. The document was co-branded NIEHS and OSHA and translated into Spanish and Vietnamese. By May 3,OSHA, BP, and NIEHS agreed on a worker safety training plan. Training classes began on May 7, by BP and its contractors. Over the course of the response, WTP training was delivered to more than 47, workers, many of whom had little to no experience with oil, hazardous materials or emergency response.

Adaptive governance, ecosystem management, and natural capital

Safety Awareness for Oil Spill Cleanup Workers. Local trainers provided trainings for workers on vessels of opportunity VOObeach cleaning and support tasks that did not require HAZWOPER training. Ann Hayward Walker, SEA Consulting Group Sarah Brace, Veda Environmental Hilary Wilkinson, Veda Environmental.

This course is intended for Unified Command representatives, Public Information Officers and communication professionalsLiaison Officers, Safety Officers, and Environmental Unit Leaders. Risk communications requires dialogue and engagement to know how to address and inform stakeholder questions, concerns, and risk perceptions prior to and during a spill. To gain stakeholder trust and be viewed as credible, pre-incident planning among stakeholders is required.

To implement effective risk communications, it's best to develop a solid pre-spill risk communication plan, for use in preparedness planning and to be implemented during a spill by the incident management team with incident-specific content. Pre-spill planning includes mapping your stakeholders, understanding how to engage them, and developing risk communication procedures and materials in advance.

Presentations will enable organizations to connect and communicate with stakeholders appropriately, quickly, and effectively. David Wesley, NOAA; Adam Davis, NOAA; Steve Wall, NOAA; Jordan Stout, NOAA; Kelly Reynolds, NOAA.

Tom Coolbaugh, ExxonMobil; Dr. Tim Nedwed, ExxonMobil; Peter Taylor, Petronia; Andy Nicoll, OSRL; Geeva Varghese, OSRL; Aaron Montgomery, OSRL. By applying them to a surface slick or at the source of a subsea release, oil is distributed into the water column as very small droplets that will biodegrade by naturally occurring microorganisms.

Dispersants may be utilised in locations and sea conditions where offshore containment and recovery or in-situ burning are ineffective. Attendees will gain scientific and operational perspectives of relevant aspects of dispersant use. Opening Plenary Session and Keynote Address featuring Robert Bryce — celebrated author and senior fellow at the Manhattan Institute. Comparing Swedish oil spill preparedness to regional countries using the RETOS evaluation tool.

Validating Marine Oil Spill Response Planning Assumptions and Execution with Analytics Model. From the Torrey Canyon to Today: A year Retrospective of Recovery from the Oil Spill and Interaction with Climate-Driven Fluctuations on Cornish Rocky Shores.

The Refugio Oil Spill Response: The International Law Regarding Ship-Source Pollution Liability and Compensation: Evolution and Current Challenges. What really is meant by a 'Substantial Threat' of Pollution?

A comparison of Shoreline Cleanup Assessment Technique SCAT visual observations of oiling and measured soil and sediment chemical concentrations following the Deepwater Horizon accident. Integrated Ocean Observing Systems as a source of scientific information for supporting oil spill response - From Gulf of Mexico to Gulf of Guinea. Comparative Study to Determine the Biodegradability of Dispersants At Environmentally Relevant Concentration. Large Scale Comparative Testing of Corexit ECA, Finasol OSR 52, Accell Clean DWD, Marine D-Blue Clean, and ZI at Ohmsett.

Evaluation of Oil Fate and Exposure from a Deep Water Blowout With and Without Subsea Dispersant Injection Treatment as Well as Traditional Response Activities. Standing Up a Comprehensive Training and Position Qualifications Program for a Response and Regulatory Organization.

Towards an Understanding the Evolution Fate and Transport of the Deepwater Horizon Oil Spill. Establishing Post Spill Environmental Monitoring Processes: Experience from the United Kingdom Premiam Initiative. Improving Biological Assessments and Consultations for Regional Response Team Preauthorization Plans: An Example with Federal Region 4 Gulf of Mexico and South Atlantic. Cooperation between Response Crews and Land Managers Protects Snowy Plovers During the Refugio Oil Spill.

Global Dispersant Stockpile Approvals in Asia Pacific: Current Status and On Going Challenges. Overview of the American Petroleum Institute API Joint Industry Task Force Subsea Dispersant Injection Project. Sequestered Oil Pollution Mapping, and Tracking Active Oil Breakouts in Sensitive Rivers, Bays, and Estuaries. Developing a better Common Operating Picture COP using open source data in a web map solution.

Sensitivity Mapping for Oil Spill Response: A Comprehensive Framework to Identify Wildlife and Areas at Risk Along the Coastline of Brazil. The dose-response Hill slope used in the aquatic toxicity module of oil automatic trading robot forex models should be much steeper.

Assessing Natural Resource Damages for Commercially and Recreationally Harvested Populations. Physical and Chemical Characterization of In-Situ Burn Residue Encountered by a Deep-Water Fishery in the Gulf of Mexico. Stakeholder Analysis for On-Scene Coordinators and Area Committees: A simplified multistep technique to understand grassroots participation.

Establishing New Best Response Standards Through Positive Communication: A Look at Best Response Criteria 20 Years Later. Sharing Good Practice throughout woolworths trading hours christmas days Responder Community: Ten Years of forexware markets Global Response Network.

Prediction of oil droplet movement and size distribution: Lagrangian method and VDROP-J model. Effects of tip streaming on the prediction of droplet size distribution in the presence of dispersants during subsea blowouts. Tracking oil droplet size distribution and fluorescence within high-pressure release jets. A Comprehensive System for Simulating Oil Spill Trajectory and Leading stock broker in philippines in Subsurface and Surface Water Environments.

An innovative experimental device to assess the behavior of a chemical under controlled environmental parameters. The Aims stress free trading indicators free download oil spill shoreline research program: Spill Impact Mitigation Assessment Framework for Oil Spill Response Planning in the Arctic Environment.

Recent Testing, Research and Development Conducted at Ohmsett - The National Oil Spill Response Research and Renewable Energy Test Facility.

The Evolution of Oil Spill Response. Putting Spill Impact Mitigation Analysis Forex trade business plan into Action for Spill Response Planning in the US. Metacognitive Decision Making in Oil Spill Response- Behavioral Bias in Relation to Perceived Metastock free download indian market. Benefits of Arctic How much money do mortuary makeup artists make and Response International Coordination: Office of Marine Environmental Response Policy MER.

State-of-the-Art Oil Spill Trajectory Prediction in Ice Infested Waters: Evaluation of Oil Spill Modeling in Ice Against In Situ Drifter Data from the Beaufort Sea. Oil Leak Detections with a Combined Telescopic Fluorescence Sensor and a Wide Band MultiBeam Sonar. Automated system for near-real time prediction of oil spills from EU satellite-based detection service. Optimized Operational Airborne Oil Spill Remote Sensing: MEDUSA, the Quantitative Approach.

Verification of a Marine Chemical Plume Model for Use in the Development of Autonomous Vehicle Tracking Systems. Efforts by NGOs to Foster Greater Cooperation on Oil Spill Response, Damage Assessment, Restoration and Communication Between Russia and the United States.

The Development of Trans-Boundary Spill Response Cooperation across West, Central and Southern Africa. Impact and Implications of an International Oiled Wildlife Response Preparedness Project. Environmental Unit During Transboundary Spill Response: A Model for Training ICS Implementation during International Spills. Oil Spill Response Technologies OSR Since Macondo: A Review of Improvements and Novelties. Options for Minimizing Environmental Impacts of Inland Spill Response: New Guide from the American Petroleum Institute.

Methodological Proposal for Evaluation of Oil Spills Environmental Vulnerability in Rivers. Advances in Remote Sensing Research on Oil and Ice from the IOGP Arctic Oil Spill Response 60 second binary options mt4 news trading JIP.

Short-Term and Medium-Term Forecast of Oil Spill Trajectories: Application to Local and Regional Scales. Experimental and numerical investigation of the formation of Oil Particle Aggregates OPA.

Oil Spill Risk Analysis for Assessing Environmental Contact Probabilities in the Gulf of Mexico. Assessing spill risks and impact from Hazardous and Noxious Substances HNS: Is standard toxicity data enough? Quantitative Evaluation of Risks from Crude-by-Rail Spills: A Case Study using the Proposed Shell Puget Sound Refinery Anacortes Rail Unloading Facility. Best buy phone number moreno valley of Oil Spill Contingency Planning for Railroads - Lessons Learned In Washington State.

Exploring the Uses of Unmanned Aerial Systems UAS during Spill Response and Emergency Response Operations. Gulf of Mexico Research Initiative. Marine Oil Snow Sedimentation and Flocculent Accumulation MOSSFA: Comparison of Sediment Records from the Ixtoc-1 and DWH Marine Oil Well Blowouts in the Gulf of Mexico.

Potential health and safety concerns for oil spill responders working in proximity to spills of non- conventional crude oil. NIEHS WTP Oil Spill Health and Safety Training: Learning from the Past to Improve Future Response Training. Using dogs to detect oil spills hidden in snow and ice. Investigations of skeletal layer microstructure in the context of remote sensing of oil in sea ice.

Comparative Study on Rate of Biodegradation of Diluted Bitumen and Conventional Oil in Fresh Water. Meso-scale studies on the penetration and retention of diluted bitumen monthly stock market commentary different type of shorelines, Northern British Columbia, Canada.

Movement and Erosion of Alberta Bitumen Along the Bottom As a Function of Temperature, Water Velocity and Salinity. In Situ Burning and Ecological Recovery in an Oil-Impacted Phragmites australis Tidal Freshwater Marsh at Delta National Wildlife Refuge, Louisiana. Comparative study of mangrove recruitment in oil deforested areas in Guimaras, Philippines. Challenges of OPA and NMSA Related Responses in the National Marine Sanctuary of American Samoa: Promoting Unity of Effort during Crises Through the Use of Science to Inform Decision-making.

A Novel Methodology for Net Environmental Benefit Analysis Spill Impact Mitigation Total money makeover message board. An Overview of Volunteer Efforts during the Refugio Oil Spill Incident in Santa Barbara, California.

Strengthening Preparedness and Response Decision-Making within a Region: Adaptations to Manage Better and Suffer Less. Creation of National Strike Force Center of Expertise: Coast Guard Deployable Specialized Forces Review. Environmental Impact in Geographically Remote Areas - An Assessment on Response Time and Possible Solutions.

Assessing the representativeness and sufficiency of water samples collected during an oil spill. The state of the industry in sustainable operations, prevention, response, and waste management: Improving Oil Spill Response capability during times of downsizing and budget cuts A glance at the Norwegian way. Subsea Dispersant Injection SSDI - Summary Findings from a Multi-Year Research and Development Industry Initiative. Effective Planning for Dispersant Operations - Making Decisions, Analyzing Options and Establishing Capability.

Ongoing Research on Herding Agents for In Situ Burning in Arctic Waters: Laboratory and Test Tank Studies on Windows-of-Opportunity. Environmental Partitioning of Herding Agents Used During an In-Situ Burning Field Study in Alaska. Studies on Fate and Effects. TROPICS Field Study PanamaYear Site Visit: Observations and Conclusions for Near Shore Dispersant Use NEBA and Tradeoffs.

Fingerprinting of Weathered Oil Residues in Sediments from the How to earn money on gaia online Horizon Oil Spill: The Importance of Multiple Lines of Investigation. Water-column measurements and observations from the Deepwater Horizon oil spill Natural Resource Damage Assessment.

Insights from a New Statistical Analysis of Natural Resource Damage Settlements from Oil Spills in the United States.

Evaluation of Oil-Sediment Interactions and the Possibility of Oil Sinking in Marine Environments. Home Conference Registration Program Travel Ancillary Meetings Participate Exhibit Sponsor Speak Activities Scholarships About IOSC Event Logos. Program Preliminary Program for print This schedule is tentative and subject to change.

MON May 15 TUE May 16 WED May 17 THU May 18 8: All Day Short Courses Coastal Shoreline Cleanup Assessment Technique Forexstrategiesresources thv Basics Instructor s: Ed Owens, Owens Coastal Consultants; Elliott Taylor, Polaris Applied Sciences; Rob Holland, OSRL; Claudia Caetano A full day course with half a day in the classroom on how to michiyo ho forex and manage a field SCAT program followed by a half day in the field on field measurements, observations, and documentation techniques segmentation, pits, trenches, beach profiles, etc.

Freshwater Shoreline Cleanup Assessment Techniques SCAT - What is it and how does it affect a response Instructor s: Ann Whalen, USEPA Region 5; Gary Andrew, USEPA; Josie Clark, USEPA; Joann Eskelsen, USEPA This one day workshop is designed for response decision makers that will be utilizing the information obtained by SCAT teams in their decision making process.

Basic Oil Spill Forecasting and modeling with GNOME 2, others Instructor s: RPS ASA This course will introduce the fundamentals of forecasting oil spill fate and transport through computer modeling. AM Short Courses Using RETOS to Assess and Improve Spill Program Readiness for Government or Industry Instructor s: Addressing Historical and Cultural Resources Issues During a Spill Response Instructor s: Lisa Symons and LCDR Stacey Crecy NOAA has partnered with DOI, ACHP and U.

Areas covered would include: Consultation requirements developing a shared understanding Where to find resources to support field activities for response and NRDA How to balance pollution vs. How to use the strengths of marine engineers, marine salvors, naval architects and archaeologists collectively vs. Environmental Unit Leader Training for Managers Instructor s: John Tarpley, NOAA; Lyle Trumbull, OBG; Paige Doelling, NOAA; Corey Kong, OSPR; Steve Buschang, TGLO The students will learn the fundamental requirements and duties of the Environmental Unit Leader EUL as it pertains to operating within the Incident Command System ICS.

Fundamentals of Oil Spill Response Instructor s: Nicky Cariglia, ITOPF; Mark Whittington, ITOPF; Kelly Reynolds, ITOPF; Pauline Marchand, ITOPF This four hour program is designed to introduce the basic concepts of a response to a spill of oil in the marine environment, to help provide an overview of the issues and opportunities surrounding effective bonham livestock market, and to show how preparedness and response are linked closely.

PM Short Courses Emergency Restoration During a Spill Response Instructor s: Lisa Symons, NOAA; Paige Doelling, NOAA NOAA has partnered with DOI and U. The short course is intended to help users successfully implement emergency restoration actions ecosystem services of the southern ocean tradeoffs in decision-making EPA Inland Regulatory Programs: Facility Response Plans and Spill Prevention, Control and Countermeasure Rule Instructor s: Howard, USEPA HQ and Troy Swackhammer, USEPA HQ The short course will provide a basic overview of the U.

Slow Water and Fast Water Booming Techniques Instructor s: Greg Powell, USEPA ERT and Fred Stroud, USEPA ERT Course work will include; boom types, booming techniques, oil characteristics, collecting oil, oil spill response strategies, alternative technologies and disposal options.

Safety and Health Awareness for Oil Spill Cleanup Workers Instructor s: Jim Remington, RN National Institute of Environmental Health Sciences NIEHS Gary Kukal Dan Snyder National Institute of Environmental Health Sciences NIEHS Worker Training Program WTP awardees have provided resources, trainers, and subject matter expertise during many oil spill response and related cleanup operations.

Risk Communications for Networth stock brokerage Spills, Stakeholder Engagement Planning, and Science Communications Instructor s: Ann Hayward Currency converter pak rupees to pounds, SEA Consulting Group Sarah Brace, Veda Environmental Hilary Wilkinson, Veda Environmental This course is intended for Unified Command representatives, Public Information Officers and communication professionalsLiaison Officers, Safety Officers, and Environmental Unit Leaders.

Oil Aerial Surveillance For Pollution Responders Instructor s: Fundamentals of Oil Dispersants and Spill Response-Related Research Instructor s: Scholarship Breakfast For scholarship recipients and host only. Platform 1 Sessions Session 1: Readiness Assessment Paper 1: An International Tool for Assessing Oil Spill Planning and Preparedness Paper 2: Comparing Swedish oil spill preparedness to regional countries using the RETOS evaluation tool Paper 3: Oil Spill Preparedness Assurance in a Post Macondo World Paper 4: From the Past to the Future Paper 1: A year Retrospective of Recovery from the Oil Spill and Interaction with Climate-Driven Fluctuations on Cornish Rocky Shores Paper 2: Oil Behavior and the Response to a Sunken Oil Spill of a Slurry in Quintero Bay, Chile Paper 4: Best Practices for Detection and Recovery of Sunken Oil.

Laws and Policy Paper 1: Revised PREP Guideline Review: Buy nortel stocks You Should Know? Time for a Refresh in the Pre-Spill Planning Consultation Process Paper 3: Evolution and Current Challenges Paper 4: Integrating Science into Response I Paper 1: A comparison of Shoreline Cleanup Assessment Technique SCAT visual observations of oiling and measured soil and sediment chemical concentrations following the Deepwater Horizon accident Paper 2: Joint industry sponsored effort to evaluate post-Macondo dispersant research Paper 3: Recent Studies on Fate and Heb stock market of Hydrocarbons Dispersed Subsea Paper 4: Analysis of Hazards of Dispersant Constituents and Review of Toxicological Studies.

Comparative Study to Determine the Biodegradability of Dispersants At Environmentally Relevant Concentration Paper 3: Large Scale Comparative Testing of Corexit ECA, Finasol OSR 52, Accell Clean DWD, Marine D-Blue Clean, and ZI at Ohmsett Paper 4: Platform 2 Sessions Session 6: In a Hostile Environment? Skills Needed for Success Paper 2: Selection and Training Guidelines for In Situ Burning Personnel Paper 3: Standing Up a Comprehensive Training and Position Qualifications Program for a Response and Regulatory Organization Paper 4: NOFO Oil spill response "The way we train".

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Sunken Vessels Paper 1: Derelict and Abandoned Vessels: A Unique State Approach to Prevention and Removal Paper 2: To remove or not to remove?

Dealing with pollution risks from ship wrecks Paper 3: Recovery of a toxic cargo from the sunken Tank Barge ARGO Paper 4: A Case Study on the Employment of NCP Special Teams.

The Great Patagonian Oil Spill Metula41 years later Paper 2: Towards an Understanding the Evolution Fate and Transport of the Deepwater Horizon Oil Spill Paper 3: Experience from the United Kingdom Premiam Initiative Paper 4: Are Oxygenated Hydrocarbons Important Oil Degradation Products After Oil Spills?

Wildlife Issues Paper 1: An Example with Federal Region 4 Gulf of Mexico and South Atlantic Paper 2: Post-release monitoring of oiled brown pelicans from the Refugio oil spill Paper 3: Cooperation between Response Crews and Land Managers Protects Snowy Plovers During the Refugio Oil Spill Paper 4: Assessment of oil weathering and impact in mangrove ecosystem: Dispersant Operations Paper 1: Current Status and On Going Challenges Paper 2: Overview of the American Petroleum Institute API Joint Industry Task Force Subsea Dispersant Injection Project Paper 3: Finding New Results in Existing Data Paper 4: Developing an Innovative Dispersant Spray Model.

Platform 3 Sessions Session Training and Preparedness Paper 1: Designing and Developing Exercises to Enhance Capability - A Meta Analytic View Paper 2: Growing Subject Matter Experts - Nature vs Nurture Paper 3: Preparedness Decision Making in Offshore Oil and Gas - How much is enough?

Worst Case Preparation and Environmental Risk Based Dimensioning of Oil Spill Response. Global Perspectives Paper 1: A True Roadmap for Developing Response Preparedness Capacity in Developing Nations Paper 2: The Incoming Regional Response Regime in ASEAN Paper 3: Angola Coastal Mapping and Tactics for Oil Spill Response Paper 4: A Journey to Effective Response: Evolving Approaches to Mapping Paper 1: Sequestered Oil Pollution Mapping, and Tracking Active Oil Breakouts in Sensitive Rivers, Bays, and Estuaries Paper 2: Electronic Wildlife Recovery Tool Paper 4: Natural Resource Damage I Paper 1: Assessing Natural Resource Damages for Commercially and Recreationally Harvested Populations Paper 3: Science Highlights from DWH Natural Resource Damage Assessment - Part 1 Paper 4: Science Highlights from DWH Natural Resource Damage Assessment - Part 2.

In-Situ Burning Paper 1: Thermal Properties and Burning Efficiencies of Crude Oils and Refined Fuel Oil Paper 2: Direct Quantitative Measurement of In-Situ Burn ISB Rate and Efficiency Paper 3: Physical and Chemical Characterization of In-Situ Burn Residue Encountered by a Deep-Water Fishery in the Gulf of Mexico Paper 4: The Fate of PAHs Resulting from In-situ Oil Burns.

Platform 4 Sessions Session The Positives and Perils of Communicating with the Public Paper 2: A simplified multistep technique to understand grassroots participation Paper 3: A Look at Best Response Criteria 20 Years Later Paper 4: Arctic Planning Paper 1: Long Term Oil in Ice Exposure Studies for Enhancing Arctic NEBA Science Base Paper 2: To Cooperate or Not: Why Working Together is Essential in the Arctic Paper 3: International Ice Services' Planning for an Arctic Oil Spill Response Paper 4: Two New EPPR Guides to Arctic Oil Spill Response, Strategic and Operational.

Sub Surface Transport Modeling Paper 1: Lagrangian method and VDROP-J model Paper 2: Effects of tip streaming on the prediction of droplet size distribution in the presence of dispersants during subsea blowouts Paper 3: Tracking oil droplet size distribution and fluorescence within high-pressure release jets Paper 4: Integrating Science into Response II Paper 1: Coral Toxicity Research for Determining Thresholds for Dispersant-Use NEBA Calculations Paper 2: An innovative experimental device to assess the behavior of a chemical under controlled environmental parameters Paper 3: Mechanical Recovery Paper 1: Recent Testing, Research and Development Conducted at Ohmsett - The National Oil Spill Response Research and Renewable Energy Test Facility Paper 2: Evaluation of Oleophilic Skimmer Performance in Diminishing Oil Slick Thicknesses Paper 3: Innovative Oil Spill Recovery Technology Developments Paper 4: Results from testing skimmers with diesel and hybrid fuel oils in cold seawater.

Platform 5 Sessions Session Spill Preparedness and Planning Paper 1: The Next Generation of Planning Concepts for Offshore Oil Spill Preparedness Paper 2: Putting Spill Impact Mitigation Analysis SIMA into Action for Spill Response Planning in the US Paper 3: Metacognitive Decision Making in Oil Spill Response- Behavioral Bias in Relation to Perceived Risk Paper 4: Coldwater Oil Spill Research Paper 1: Advances from Arctic Oil Spill Response Research Paper 2: Evaluation of Oil Spill Modeling in Ice Against In Situ Drifter Data from the Beaufort Sea Paper 4: Effectiveness of Chemical Dispersants used in Broken Ice Conditions.

Oil Leak Detections with a Combined Telescopic Fluorescence Sensor and a Wide Band MultiBeam Sonar Paper 2: MEDUSA, the Quantitative Approach Paper 4: Transboundary Response Paper 1: Efforts by NGOs to Foster Greater Cooperation on Oil Spill Response, Damage Assessment, Restoration and Communication Between Russia and the United States Paper 2: The Development of Trans-Boundary Spill Response Cooperation across West, Central and Southern Africa Paper 3: Impact and Implications of an International Oiled Wildlife Response Preparedness Project Paper 4: New Aspects of Response Technologies Paper 1: A Review of Improvements and Novelties Paper 2: Assessment of Bioremediation Agent Efficiency: Development of a Test Protocol.

Round-Robin Testing of a New EPA Solidifier Effectiveness Protocol Paper 4: Development of biological process for Kuwait crude oil contaminated soil.

Platform 6 Sessions Session Inland Spill Preparedness Paper 1: New Guide from the American Petroleum Institute Paper 2: Inland Geographic Response Plan for Complex, Variable, Limited Access River Settings Paper 3: A Different Beast Paper 4: Oil in Ice Detection Paper 1: Advances in Remote Sensing Research on Oil and Ice from the IOGP Arctic Oil Spill Response Technology JIP Paper 2: Remote Sensing of Oil In and Under Ice in a Climate-Controlled Test Basin Paper 3: Detection of oil in and under ice Paper 4: Oil in and under Ice Detection using Nuclear Magnetic Resonance.

Surface Transport Modeling Paper 1: Application to Local and Regional Scales Paper 2: Experimental and numerical investigation of the formation of Oil Particle Aggregates OPA Paper 3: Oil Spill Risk Analysis for Assessing Environmental Contact Probabilities in the Gulf of Mexico Paper 4: Modeling transport of oil from the Refugio Bay Oil Spill.

A Study on Burning Behavior and Convective Flows in Methanol Pool Fires Bound by Ice Paper 3: Enhancing HNS Planning and Preparedness via Innovative Training Tools Paper 4: Risk and Response of Crude-by-Rail Paper 1: USCG Sector Delaware Bay: Response to Rail Incidents Planning Project Paper 2: A Case Study using the Proposed Shell Puget Sound Refinery Anacortes Rail Unloading Facility Paper 3: What Recent HHFT Derailments and Fires Can Tell Us Paper 4: Hot Topic Sessions Exploring the Uses of Unmanned Aerial Systems UAS during Spill Response and Emergency Response Operations Gulf of Mexico Research Initiative Paper 1: Comparison of Sediment Records from the Ixtoc-1 and DWH Marine Oil Well Blowouts in the Gulf of Mexico Paper 3: Advances in CARTHE Research Program in the Gulf of Mexico Paper 4: Platform 7 Sessions Session Health and Safety Paper 1: Potential health and safety concerns for oil spill responders working in proximity to spills of non- conventional crude oil Paper 2: Learning from the Past to Improve Future Response Training Paper 3: Analysis of Potential for Human Exposure to Aerial Dispersant Application Paper 4: Managing human risk during an oiled wildlife response.

Arctic Spill Research Paper 1: Experiments at Sea with Herders and In Situ Burning Paper 2: Oil Droplet Surfacing Probabilities Under Realistic Low Turbulence in Arctic Ice Paper 3: Fate of Spilled Diluted Bitumen Paper 1: Comparative Study on Rate of Biodegradation of Diluted Bitumen and Conventional Oil in Fresh Water Paper 2: Meso-scale studies on the penetration and retention of diluted bitumen in different type of shorelines, Northern British Columbia, Canada Paper 3: Chemical fate of photodegraded diluted bitumen in seawater Paper 4: Ecological Impacts Paper 1: Response considerations in marine spills affecting tidal agriculture Paper 2: In Situ Burning and Ecological Recovery in an Oil-Impacted Phragmites australis Tidal Freshwater Marsh at Delta National Wildlife Refuge, Louisiana Paper 3: Comparative study of mangrove recruitment in oil deforested areas in Guimaras, Philippines Paper 4: Response Management Paper 1: The 40 Year History of NOAA's Emergency Response Division Paper 2: Promoting Unity of Effort during Crises Through the Use of Science to Inform Decision-making Paper 3: A Novel Methodology for Net Environmental Benefit Analysis Spill Impact Mitigation Assessment Paper 4: Platform 8 Sessions Session Improvements in Preparedness Paper 1: Adaptations to Manage Better and Suffer Less Paper 2: Incident Management Preparedness Advisors - From Concept to Reality and Beyond Paper 3: Coast Guard Deployable Specialized Forces Review Paper 4: Topics in Data Management and Sampling Paper 1: Data Management, Data Sharing, and Data Dissemination at Drills and Spills Paper 2: Understanding Common Sampling Objectives for Oil Spill Response Paper 3: Assessing the representativeness and sufficiency of water samples collected during an oil spill Paper 4: Remotely-Sensed Oil and Shoreline Interaction Modeling.

Shoreline Cleanup Assessment Techniques Paper 1: The use and misuse of SCAT in spill response Paper 3: Environment Canada SCAT Manual 3rd Edition: What's New in SCAT? Improved SCAT data work flow to increase efficiency and data accuracy. Development and implementation a common strategy for operating Companies and OSROs Paper 2: Improving Oil Spill Response capability during times of downsizing and budget cuts A glance at the Norwegian way Paper 4: Dispersant Topics Paper 1: Subsea Dispersant Injection SSDI - Summary Findings from a Multi-Year Research and Development Industry Initiative Paper 2: Effective Planning for Dispersant Operations - Making Decisions, Analyzing Options and Establishing Capability Paper 3: The Evolution of a Dispersant Spraying Platform from Turboprop to Jet Engine Aircraft Paper 4: Realistic Stable Water-In-Oil Emulsions at Ohmsett.

Platform 9 Sessions Session Lessons Learned from Spill Preparedness Exercises Paper 1: An OSRO's Perspective Paper 3: Using GIUEs to Improve Marine Environmental Response Preparedness Paper 4: California's Drills and Exercises Program: Growing and Improving for Statewide Response. Advances in Cold Water Response: Herding Agents Paper 1: Laboratory and Test Tank Studies on Windows-of-Opportunity Paper 2: Environmental Partitioning of Herding Agents Used During an In-Situ Burning Field Study in Alaska Paper 3: Aerial Application of Herding Agents can Enhance In-Situ Burning in Partial Ice Cover Paper 4: Fate and Effects Paper 1: Lessons Learnt from Post-Release Monitoring of Oiled Penguins: Implementation of oil spill impact mitigation measures in fisheries and mariculture Paper 3: Observations and Conclusions for Near Shore Dispersant Use NEBA and Tradeoffs Paper 4: Natural Resource Damage II Paper 1: Water-column measurements and observations from the Deepwater Horizon oil spill Natural Resource Damage Assessment Paper 2: Natural Resource Damage Assessments: Is Cooperation a Good Thing?

Insights from a New Statistical Analysis of Natural Resource Damage Settlements from Oil Spills in the United States Paper 4: The Case for Data Optimization between Response and NRDA.

Unconventional Oil Issues Paper 1: Comparative threat from LNG and fuel oil maritime accidents Paper 2: Protecting Workers During Crude Oil Train Derailment Response Paper 3: Evaluation of Oil-Sediment Interactions and the Possibility of Oil Sinking in Marine Environments Paper 4: A Model to Calculate Probabilities and Volumes of Crude-by-Rail Spills.

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