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www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
OGP JOINT INDUSTRY PROGRAMME: OGP JOINT INDUSTRY PROGRAMME: E&P SOUND AND MARINE LIFEE&P SOUND AND MARINE LIFE
Research and Development to InformDecision Making, Risk Reduction
and Management
Russell D. TaitRussell D. Tait
Presentation to Presentation to
OGP Sound & Marine Life JIPOGP Sound & Marine Life JIPTagging WorkshopTagging Workshop
St. Andrews, ScotlandSt. Andrews, ScotlandMarch 20, 2007March 20, 2007
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Sperm
Calving / Feeding
Bottlenose Habitat
Fisheries
Gray
Migration / Feeding
S. Right / Blue / Humpback
Migration / Breeding / Calving
Humpback / Sperm / Others
Migration / Breeding
BowheadMigration / Calving
Gray
Migration / Calving
Global Nature of E&P Operations and Global Nature of E&P Operations and Sound IssueSound Issue
Fisheries
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Man-made Sound in The Marine Man-made Sound in The Marine EnvironmentEnvironment
• Industry faces this issue on global basis– Operational and access restrictions
• Regional issues– Taken up in a number of places and generally concludes that
too little is known– Parallel issue: Marine Protected Areas
• Scientific basis needed to assess extent of the issue– Assess real risks/ impacts from E&P operations– Evaluate mitigation methods and develop effective options– Input to policy and regulatory decision processes
• JIP will address the issue by facilitating acquisition of required information – Rigorous scientific approach– Focus on key questions relevant to E&P Industry– Industry specific and collaborative research identified
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Source – Pathway – Receiver ModelSource – Pathway – Receiver Model
Propagation• divergence• attenuation• sea bed effects
Sound Sources• source level• spectral content• duty cycle• Directivity
Receiver• audiogram• demographic• activity• population status
Dose
Re
sp
on
seBehaviorDiving
BreathingVocalization...
Physical InjuryAuditory Injury
Behavior Changes
Biological Significance
?
IMP
AC
T ?
•Navies•E&P•Construction•Shipping•Other
OGP JIP will focus on
Mitigation
Research Tools
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Phased Approach to AddressPhased Approach to AddressE&P Sound and Marine LifeE&P Sound and Marine Life
Phase 1:• Duration: 4Q 2004 to 1Q 2006• Members:
– BP Chevron ConocoPhillips– ExxonMobil Hydro IAGC– Shell Statoil Total
• Assessment of issue, knowledge gaps, research options, model for prioritization
Phase 2 / Research Implementation:• Address Research/Scientific gaps• Mitigation and monitoring• 14 E&P Companies
• Anadarko, BG Group, BHP Billiton, BP, Chevron, ConocoPhillips, Eni,ExxonMobil, Norsk-Hydro, Santos, Shell, Statoil, Total, Woodside,
• 1 Industry Association (IAGC)• Funding
– 2006 >US$8M– 2007 ~US$8.3M
Uses/Users of Research Results• Companies, Trade Associations, Researchers, JIP Programme Manager• OGP secretariat• OGP/ IAGC Marine Mammal Task Force (advocacy)
CompleteComplete
3 year commitment3 year commitmentinitiated May, 2006initiated May, 2006
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
2006 Implementation of Prioritised 2006 Implementation of Prioritised Research Research
Higher Priorities (as a proposal to JIP Phase 2):– Sound characterization methods standardisation and industry Sound characterization methods standardisation and industry
sound inventorysound inventory – Source characterization for seismic exploration and other E&P Source characterization for seismic exploration and other E&P
sound sources sound sources – Sound propagation models Sound propagation models – Passive Acoustic Monitoring: especially PAMGUARD software Passive Acoustic Monitoring: especially PAMGUARD software
development development – Understanding biological significance Understanding biological significance – Animal tagging technology development Animal tagging technology development – Temporary threshold shift in Cetaceans after exposure to repeated
pulse sounds from airguns – Sound attenuation technologySound attenuation technology – Effectiveness of airgun start-up procedures and operational
parameters – Behavioural reactions of marine life to E&P sound – Electrophysiological methods to enhance audiogram collection
(e.g. Auditory Evoked Potential) Medium & Lower Priority research projects (22 Identified)
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
2006 Implementation of Prioritised 2006 Implementation of Prioritised Research cont.Research cont.
Medium priorities (as a proposal to JIP Phase 2):– Develop Measurement Standards for Sound Source Develop Measurement Standards for Sound Source
CharacterizationCharacterization– Beaked Whale Issue: Nitrogen Bubble FormationBeaked Whale Issue: Nitrogen Bubble Formation– Collect and Analyze Marine Mammal Observer (MMO) Data– Alternative Sound Sources and Sound Reduction: Alternate Alternative Sound Sources and Sound Reduction: Alternate
Seismic ExplorationSeismic Exploration– Development and Improvement of Autonomous Buoys for PAM– Epithelial/Hair Cell Damage in Fish Ears– Audiograms – Fish– Anatomical Ear Models of Larger Whale Species (for developing
audiograms)– Active Acoustic Monitoring (AAM)– Marine Mammal Observers (MMO) Methods and Effectiveness
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Research Projects InitiatedResearch Projects Initiated
1 Sound Source Characterisation– Seismic 3-D characterisation– Single/Cluster measurement– Sound attenuation review– Industry sound inventory review
2 Physiological Effects– TTS in Odontocetes– Blood nitrogen uptake– Mysticete hearing
3 Behavioral Reactions & Biological Significance
4 Mitigation & Monitoring– PAMGuard– Active Acoustic Monitoring– Acoustic vector sensor– MMO data methods & potential use– Silencing technologies review
5 Research Tools– Tagging development workshop– GPS/Depth Tag field testing
6 Other– Conference support– Publications support– Communication
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Animal Tagging Technology Animal Tagging Technology DevelopmentDevelopment
• Objectives:– Assess the capability of current tags – As necessary, support development of tagging technology to
provide tools applicable for assessment of interaction of E&P sound and marine life
• Tagging developments: – Record relevant aspects of animal behaviour (breathing, dive
profiles, swimming speeds, etc.)– Improve tag durability and duration of recording (temporal and
data rate)– Tag deployment, data transmission and tag recovery– Improve battery life– Parameters which facilitate a better understanding of biological
significance for key species– Sound exposure / received levels
• Field testing and proof-of-concept
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Migrating FeedingBreedingResting
Dose
Re
sp
on
se
Behavior i
Dose
Re
sp
on
se
Behavior j
Dose
Re
sp
on
se
Behavior k
Dose
Re
sp
on
se
Behavior m
T1ia
T1ib
T1jb
T1ja T1jcT1kb T1kc T1mc
Adult Survival Reproduction
T2ax T2bx T2bz T2cz
Population ViabilityBiological Significance
T3x T3z
BehaviorOrientationBreathingVocalizationDivingResting.......
Life FunctionMigrationFeedingBreedingDefense.......
Vital RateSurvivorshipReproduction(age-specific)
NRC PCAD Model Provides Context NRC PCAD Model Provides Context
www.soundandmarinelife.org/site/www.soundandmarinelife.org/site/
Tagging Developments / ChallengesTagging Developments / Challenges
• Exposure of animals will not always be avoidable– Assessment of exposure
• Questionable links between fine scale behavioral effects and higher level effects, especially population level effects – Transfer functions will take a long time to develop– Will always lead to additional questions that cannot be answered
• If operations focus on managing risks at the vital rate level, tools are needed to establish effects at the life function level and relate how these could affect reproduction and/or survival – How do you assess levels of change in feeding? How long does it
take before affected animals resume feeding?– How much change in migration route is needed to become
consequential to reproduction or survival?– What do demographics tell us?– What are key biological rates, and how does assessment relate
to these?