mongolia t. mccarthy, k. sharma & o. johansson

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Advances in Snow Leopard Research - Mongolia T. McCarthy & O. Johansson

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Page 1: Mongolia T. McCarthy, K. Sharma & O. Johansson

Advances in Snow Leopard Research - Mongolia T. McCarthy & O. Johansson

Page 2: Mongolia T. McCarthy, K. Sharma & O. Johansson

Sparse distribution: < 7,000 cats across 2 million km2

Challenges to studying snow leopards

Extremely remote and rugged habitat

China

Russia

Nepal Bhutan

Mongolia

Tajikistan

Pakistan

Kazakhstan

Afghanistan

Kyrgyzstan

Page 3: Mongolia T. McCarthy, K. Sharma & O. Johansson

Basic snow leopard ecology is poorly understood

Data on habitat use, home range, activity patterns, dispersal, mortality, diet, cub rearing, etc., are minimal.

Page 4: Mongolia T. McCarthy, K. Sharma & O. Johansson

Lacking key information that only good science can provide, conservation actions will not likely succeed.

Page 5: Mongolia T. McCarthy, K. Sharma & O. Johansson

2008 - First ever long-term snow leopard study

launched in South Gobi, Mongolia

• Minimum of 15 years in length

• State of the art research and training center

• International team of scientists and graduate students

• Use of best available technology

• Improve conservation by answering fundamental ecological questions

Page 6: Mongolia T. McCarthy, K. Sharma & O. Johansson
Page 7: Mongolia T. McCarthy, K. Sharma & O. Johansson

May 2008: J. Tserendeleg Snow Leopard Research Center established in South Gobi

Page 8: Mongolia T. McCarthy, K. Sharma & O. Johansson

Previous snow leopard collaring studies

.

Four studies in 1980-90s.

All used VHF radio-collars.

Total of 13 cats collared. Terrain posed difficulties for ground-based telemetry. Substantial gaps in data. Last VHF collar placed on a snow leopard in 1996.

Page 9: Mongolia T. McCarthy, K. Sharma & O. Johansson

15 years of evolution in snow leopard collars

1996 Argos PTT

2006 Argos GPS

Page 10: Mongolia T. McCarthy, K. Sharma & O. Johansson

Argos-based collar failures

Gobi bears, khulan,

wild camels, saiga

all in Mongolia

And one snow leopard in Pakistan in 2006

Page 11: Mongolia T. McCarthy, K. Sharma & O. Johansson

15 years of evolution in snow leopard collars

2011 GPS/sat-phone

2008 GPS/sat-phone

1996 Argos PTT

2006 Argos GPS

Page 12: Mongolia T. McCarthy, K. Sharma & O. Johansson

* Take GPS readings every 3 – 5 hours.

* Store all locations permanently.

* Upload locations immediately by satellite phone.

* Programmable drop-off for full data retrieval.

* Twenty-month battery life yields ~ 3,000 locations.

* Anticipated innovations.

Current collar technology used in Mongolia snow leopard study

Page 13: Mongolia T. McCarthy, K. Sharma & O. Johansson

Improving the capture process

‘Soft-catch’ snares

Lock & stop

Swivels

Spring Tie down

Page 14: Mongolia T. McCarthy, K. Sharma & O. Johansson

System overview

Trap area

Listening

station

Camp

station

Wireless link

Listening Station

Irbis System

Monitoring trapsite sensors for rapid response to

trap events

Camp Station

Page 15: Mongolia T. McCarthy, K. Sharma & O. Johansson

2010

2008: Digital camera traps Black and white 2 pictures per second 25,000+ picture capacity Long battery life (6+ months)

Page 16: Mongolia T. McCarthy, K. Sharma & O. Johansson

Cameras - An aid to leopard capture

Page 17: Mongolia T. McCarthy, K. Sharma & O. Johansson
Page 18: Mongolia T. McCarthy, K. Sharma & O. Johansson

Foot snares: Safe & effective

Page 19: Mongolia T. McCarthy, K. Sharma & O. Johansson
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Then the waiting starts

Page 21: Mongolia T. McCarthy, K. Sharma & O. Johansson

Months of preparation comes down to a single moment…

7:20 AM, August 19, 2008

Page 22: Mongolia T. McCarthy, K. Sharma & O. Johansson

Safe sedation and collaring of cats by well equipped and skilled team

Page 23: Mongolia T. McCarthy, K. Sharma & O. Johansson
Page 24: Mongolia T. McCarthy, K. Sharma & O. Johansson

Status: 14 cats collared

8 males/6 females

Second generation GPS/sat-phone collar yielding up to 87% success rate of GPS uplinks.

Page 25: Mongolia T. McCarthy, K. Sharma & O. Johansson

Over 11,000 cat locations to date, increasing rapidly

Home-ranges up to 938 km2

long distance movements up to 175 km

Page 26: Mongolia T. McCarthy, K. Sharma & O. Johansson

Possible exploratory movements

Page 27: Mongolia T. McCarthy, K. Sharma & O. Johansson

Repeated Long-Distance Movements

One male roamed ~ 65 km in 18 days!

Page 28: Mongolia T. McCarthy, K. Sharma & O. Johansson

Repeated Long-Distance Movements

Became his routine

Page 29: Mongolia T. McCarthy, K. Sharma & O. Johansson

Results: Long-Distance Movements

Longest trek ~ 150 km in 16 days

Page 30: Mongolia T. McCarthy, K. Sharma & O. Johansson

Dispersal?

Page 31: Mongolia T. McCarthy, K. Sharma & O. Johansson

Motivation?

Page 32: Mongolia T. McCarthy, K. Sharma & O. Johansson
Page 33: Mongolia T. McCarthy, K. Sharma & O. Johansson

Getting to know family groups

Page 34: Mongolia T. McCarthy, K. Sharma & O. Johansson

Value of instant location uplinks

160 cluster sites investigated Learning what they eat and where the hunt

Page 35: Mongolia T. McCarthy, K. Sharma & O. Johansson

A much anticipated cluster

Page 36: Mongolia T. McCarthy, K. Sharma & O. Johansson

Clusters we don’t want to see

Site of night goat

depredation by

Shonkor

Day-time rest site

Page 37: Mongolia T. McCarthy, K. Sharma & O. Johansson

Not all good news

Page 38: Mongolia T. McCarthy, K. Sharma & O. Johansson

New study component: Examining the leopard-human interface

Page 39: Mongolia T. McCarthy, K. Sharma & O. Johansson

Diet analyses via DNA barcoding

Page 40: Mongolia T. McCarthy, K. Sharma & O. Johansson

Fecal DNA amplification with universal primers

High throughout Solexa sequencers

Species identification via DNA barcoding

DIET

GenBank

Reference database

Diet analyses via DNA barcoding

Page 41: Mongolia T. McCarthy, K. Sharma & O. Johansson

Diet composition at fine scale

1%

2%11%

20%66% Ibex

Domestic goat

Argali

Domestic sheep

Chukar

Page 42: Mongolia T. McCarthy, K. Sharma & O. Johansson

Many questions yet to be answered

Page 43: Mongolia T. McCarthy, K. Sharma & O. Johansson

First 3 years of the project:

8 males and 6 females collared

High success rate of GPS uplinks (11,000 and counting)

Cubs. Building the family trees.

9 countries, 6 continents represented

6 graduate students involved

Page 44: Mongolia T. McCarthy, K. Sharma & O. Johansson

In summary: Through the use of innovative technology we are much

closer to meeting information needs of conservation.

Page 45: Mongolia T. McCarthy, K. Sharma & O. Johansson

Thank You!

Panthera Snow Leopard Conservation Foundation Snow Leopard Trust Ministry of Nature, Environment & Tourism

Page 46: Mongolia T. McCarthy, K. Sharma & O. Johansson

Stepping stones

Page 47: Mongolia T. McCarthy, K. Sharma & O. Johansson

End of a trek, and a snow leopard