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Can DNA Barcoding help stop the budgie smugglers? The future of barcoding as a crime fighting tool in wildlife forensics Rebecca N. Johnson, Andrew King, Robert Mason Australian Museum Genetics Laboratory iBOL November 28 th 2011 [email protected]

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Page 1: Rebecca Johnson - Opening Plenary

Can DNA Barcoding help stop the budgie

smugglers? The future of barcoding as a

crime fighting tool in wildlife forensics

Rebecca N. Johnson, Andrew King, Robert Mason

Australian Museum Genetics Laboratory

iBOL November 28th 2011

[email protected]

Page 2: Rebecca Johnson - Opening Plenary

Case Study: The Case of the

Budgie Smuggler!!

But budgies

aren’t listed on

CITES?!

Photo © Australian Museum

Page 3: Rebecca Johnson - Opening Plenary

Founded 1827

Current site 1857

The Australian Museum –

our 1st museum

Page 4: Rebecca Johnson - Opening Plenary

• Systematics and

Biodiversity Research

• Conservation

genetics

• Population genetics

• Phylogenetics

• Wildlife Forensics

Wildlife Forensic Science at the

Australian Museum - Sydney

Page 5: Rebecca Johnson - Opening Plenary

Wildlife forensic science –

What is it?

• Wildlife crime (flora, fauna)

• Management decisions

• Society for Wildlife Forensic Science-Sept 2009

• Non-human forensic work in Australia is

not handled by law enforcement

authorities

Page 6: Rebecca Johnson - Opening Plenary

Vouchered specimens

from the AM collection

Photos © Australian Museum

An excellent source of

validated reference

material

>18 million specimens

Page 7: Rebecca Johnson - Opening Plenary

Morphological Wildlife forensic

science

Page 8: Rebecca Johnson - Opening Plenary

DNA-based Species Identification

- CITES species - Quarantine

Photo © Australian Museum

Page 9: Rebecca Johnson - Opening Plenary

The utility of DNA Barcoding for

Wildlife Forensic Science

• Voucher specimens, sequence

quality, assessment of variation

(intraspecific/interspecific)

• Standardized practices, protocols,

gene regions

Page 10: Rebecca Johnson - Opening Plenary

The utility of DNA Barcoding for

Wildlife Forensic Science

• Standardized practices –

combined with good taxonomy

• Validated gene regions -

Probability:

False –ve / False +ve

True –ve / True +ve

• High node support value ->

likelihood species match

10

CRollandi

Pbankanens

Pvaiuli

Pbrachiali

99

Aleucogast

Aaureus

Prepom5a

Prepom5b

96

92

99

100

58

Ccyanea

Pomacentri

Pcoelestis

78

100

unknown

Page 11: Rebecca Johnson - Opening Plenary

The utility of DNA Barcoding for

Wildlife Forensic Science

• Voucher specimens, sequence

quality, assessment of variation

(intraspecific/interspecific)

• Standardized practices, protocols,

gene regions

• WF Science – a young discipline

Page 12: Rebecca Johnson - Opening Plenary

Case Study: Fish tissue identification

2006 a Single case from NSW waters:

• 87 shark fins = MNI 22 sharks

• DNA analysis required for species ID

Page 13: Rebecca Johnson - Opening Plenary

Australian Legislation – shark fins

http://www.dpiw.tas.gov.au/inter.nsf/WebPages/ALIR-4YB2L3?open#SharkFinRemoval

Page 14: Rebecca Johnson - Opening Plenary

• Removal of fins at sea and

torso discarded (can be alive)

• Indiscriminate taking of

species, size, gender and age

‘Shark-finning’

WPY 2010: “Desecration in Paradise” by Thomas Haider, Austria

Page 15: Rebecca Johnson - Opening Plenary

• Typically white cartilaginous

• Most expensive part of the animal

Shark fin product

Page 16: Rebecca Johnson - Opening Plenary

Case Study: Fish tissue identification

Following DNA analysis:

1. Spinner Sharks (x2 Near threatened)

2. Dusky Whalers (x2 Vulnerable)

3. Tiger Shark (x1 Near threatened)

4. Blue Sharks (x9 Vulnerable)

5. Shortfin Makos (x8 Near threatened)

© Rob Harcourt

© Rob Harcourt

Page 17: Rebecca Johnson - Opening Plenary

Case Study: Fish tissue identification

Single case from NSW waters:

• Guilty pleas

• Charges: Contravene condition of fishing

concession (Fisheries Management Act Cth

1991)

• Conviction recorded

• Fines of AUD$23,100

Page 18: Rebecca Johnson - Opening Plenary

Case Study: R v Della Zuana

Photo © Australian Customs Service 2006

Identification of

eggs smuggled

into Australia

Eggs were irradiated due to

high quarantine risk

Page 19: Rebecca Johnson - Opening Plenary

Photos © AFP

Page 20: Rebecca Johnson - Opening Plenary

R v Della Zuana - DNA analysis:

1. DNA obtained despite irradiation

2. Eggs found to be from 6 different parrot species and one species of cockatoo:

• 21 eggs from family Psittacidae (6 spp.)

• Assorted Macaw’s and African grey Parrots

• 2 eggs from family Cacatuidae (1 sp)

• Salmon-crested Cockatoo (CITES I) © Parrots of the World 2nd Ed

Page 21: Rebecca Johnson - Opening Plenary

R v Della Zuana - Result

• The accused pleaded guilty to charges

of illegal importation (brought under the

Environment Protection and Biodiversity Conservation

Act, Cth 1999) for import and trade in CITES

listed endangered species.

• The accused was sentenced to 2 years

in jail and $10,000 fine.

• He was deported upon release.

Page 22: Rebecca Johnson - Opening Plenary

Can DNA Barcoding help stop the

budgie smugglers?

• A maturing discipline

• Standardised practises

• New techniques

• Deterrent - Cruel, costly, endangers

species’ survival, threatens biodiversity

Page 23: Rebecca Johnson - Opening Plenary

• Australian Museum: Cassie Vockler, Amanda Hay,

Mark McGrouther

• Australian Customs Service: Jeff Vandamme, Mick

O’Malley

• NSW Fisheries: Brendan Sinnett, Peter Chan

Acknowledgements:

Page 24: Rebecca Johnson - Opening Plenary

Thank you

www.australianmuseum.com.au

[email protected]