Marine Debris Project Final Report 2014

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In year one of the project we carried out coastal debris surveys for a significant portion of theAustralian coastline and we completed high-seas surveys to quantify marine debris offshore at morethan 35 sites around the continent from a variety of research vessels.Overall, the first year of the project was tremendously successful in meeting our stated targets. At theend of year one we were in a good position to meet or exceed our overall project aims.Working out the coastal survey details (from Left to Right: Andy Donnelly, formerly of Earthwatch Australia andCSIRO’s Chris Wilcox and Denise Hardesty).12 | Understanding the effects of marine debris on wildlife
Part IIIYear Two in Review3. A brief synopsisAt two years into the project we were on target in achieving our goals and addressing our four focalquestions. We achieved and exceeded all of the key milestones identified for year two. The milestonesincluded: 1) completing the coastal debris surveys, 2) carrying out the Scientist for a Day program inVictoria, Western Australia and Northern Territory, 3) carrying out a sea-based research expedition offthe Western Australian coast, 4) conducting four multiple (generally 3-7) day intensive teacherexpeditions, 5) significantly improving the National Data Portal and 6) carrying out initial, exploratoryanalyses of data. We are also beginning to realise new opportunities and the impact of our work, asevidenced through engagement with a variety of stakeholders around the country and overseas.By the end of year two we had surveyed more than 170 sites around mainland Australia and the islandstate of Tasmania, completing the national survey for coastal debris (Figure 2). Many of the sites wereremote and accessed by either car, foot, float plane (Broome to Darwin and west/southwest Tasmania)or boat (Figure 3).In year two of the project we carried out Scientist for a Day activities in Northern Territory, Victoria,Western Australia, Tasmania and Queensland. We spent a week in the Melbourne surrounds in August2012, a week in Exmouth, Carnarvon and surrounding areas in November 2012, a week in the greaterPerth region in February 2013 and a week near Gladstone at the end of May 2013 working with schoolgroups as part of the TeachWild education and science engagement. CSIRO staff also visited threeschools in Tasmania (April/May 2013). In total, by the end of year two we had engaged with more than3,000 students since the inception of the TeachWild program, exceeding our goal for numbers ofstudents with whom to engage in the TeachWild Scientist for a Day program.As part of the at-sea surveys, we were able to bring three science educators on board the AustralianNational Research Vessel, the Southern Surveyor, where they participated in an intensive 10-dayvoyage and collected marine debris data from Perth to Darwin. The science expedition was led by oneof the lead CSIRO scientists. The teachers from Western Australia, South Australia and the NorthernTerritory collected surface trawl data at more than 20 locations between Perth and Darwin. This was acritically important trip with respect to marine debris data collection from surface trawls as itHardesty et al. (<strong>2014</strong>) | 13
Page 1 and 2: OCEANS AND ATMOSPHERIC FLAGSHIPUnde
Page 3 and 4: Table of ContentsAcknowledgments ..
Page 5 and 6: FiguresFigure 1. Map depicting the
Page 7: AcknowledgmentsThis work was co-fun
Page 10 and 11: capacity and networks for educators
Page 12 and 13: Part IIntroductionMarine debris pos
Page 14 and 15: Figure 1. Map depicting the initial
Page 16 and 17: entanglement in derelict fishing ge
Page 18 and 19: What is next for the marine debris
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Page 28 and 29: Some of our major research findings
Page 30 and 31: Part VSources, Distribution and Fat
Page 32 and 33: terrestrial sources to coastal debr
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Page 36 and 37: Figure 4. Debris density along the
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Page 40 and 41: Part VIThreat to Wildlife6. Overvie
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Page 48 and 49: Part VIICitizen Science7. OverviewI
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Page 52 and 53: Citizen science coastal surveysTran
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Page 56 and 57: Figure 9. The mean density (items.m
Page 58 and 59: Sample sizes for all groups was low
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Page 62 and 63: It might be argued that survey task
Page 64 and 65: 8.2 Container Deposit: an effective
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Analysis of this survey data sugges
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volunteer clean up data. The survey
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CSIRO has investigated the potentia
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Part IXScience Communication9. Over
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Inquirer News - http://newsinfo.inq
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http://www.dailyexcelsior.com/web1/
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13. Schuyler, Q, K Townsend, C Wilc
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Department of the Environment, W.,
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Le, H.H., Carlson, E.M., Chua, J.P.
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Schuyler, Q, K Townsend, BD Hardest
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Wilcox, C., Hardesty, B.D., Sharple
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Appendix C. Understanding the effec
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Wealth from Oceans FlagshipCitation
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List of FiguresFigure 1. Map showin
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AcknowledgementsThis work is co-fun
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- Engage with industries contributi
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3 Accomplishments and achievements
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The map (below,) shows the relative
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Figure 4. Map showing locations of
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3.3 National data portal (improveme
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similar analysis to that described
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Figure 9. Tracks of turtle movement
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- Had their ghost nets marine debri
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2MCE radio. Indigenous rangers and
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In association with our Conservatio
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4 Anticipated achievements in Year
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Appendix E. Instructions for data e
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9) To enter your collection data, c
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3) Enter in the ‘surveyor details
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10) To enter your collection data,
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Appendix G. Marine Plastic Pollutio
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Appendix I. Global research priorit
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Appendix J. To Eat or not to Eat? D
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Appendix L. Mistaken identity? Visu
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Appendix Q. CSIRO marine debris pro
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CONTACT USt 1300 363 400+61 3 9545
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Marine Debris Project Final Report 2014

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