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1 Graciano P Yumul Jr Graciano P . Yumul, Jr . Monte Oro Resources and Energy, Inc. © Rushurgent Working Group All rights reserved Present the effects and impacts of Objective Present the effects and impacts of a changing climate to the world, the country and the mineral industry © Rushurgent Working Group All rights reserved

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Graciano P Yumul JrGraciano P. Yumul, Jr.Monte Oro Resources and Energy, Inc.

© Rushurgent Working Group All rights reserved

Present the effects and impacts of

Objective

Present the effects and impacts of a changing climate to the world, the country and the mineral industry

© Rushurgent Working Group All rights reserved

2

• Theoretical basis

Flow of talk

• Global happenings

• Country realities

• Industry scenes

© Rushurgent Working Group All rights reserved

• Theoretical basis

Flow of talk

• Global happenings

• Country realities

• Industry scenes

© Rushurgent Working Group All rights reserved

3

Latest information

Source: Sherwood, 2011

Updating the embers

Source: Schneider, 2009

4

www.bbc.co.uk/news/science-environment-15373071

Temperature increase of 2°C, 4°C and 7°C are appearing in

the horizon

© Rushurgent Working Group All rights reserved

5

Global warming higher ocean

water temperatures increased

Effects of global warming

water temperatures increased

hurricane intensities increased

wind speeds higher wave heights

Komar and Allan, 2007

14.0%

Direct economic losses as share of income

250

Fatalities per event

Impacts in low income countries

2 0%

4.0%

6.0%

8.0%

10.0%

12.0%

Dire

ct e

cono

mic

loss

es/G

NI

50

100

150

200

Fat

alit

ies/

even

t

0.0%

2.0%

Low income Middle income High income

Per capita income country groups

D

0

Low income Middle income High income

Per capita income country groups

Source: Munich Re, 2005

6

• A place can be hazardous, but not necessarily risky

Hazard, Risk & Disaster

y

• There can be risk, but not necessarily disastrous

• Minimize factors (Hazard x Vulnerability x Exposure) involved

© Rushurgent Working Group All rights reserved

• Theoretical basis

Flow of talk

• Global happenings

• Country realities

• Industry scenes

© Rushurgent Working Group All rights reserved

7

July 2012 flooding in Japan

blackholezoo.com

tradenewswire.net

www.armageddononline.org/

July 2012 flooding in ChinaBeijing

bbc.co.uk

Dongzing, Sichuan Province

Minxian, Gansu Province

China Daily / Reuters

www.presstv.ir/

8

July 2012 flooding in Russia

thearticlediary.com/news/flood-in-southern-russia/

www.globalpost.com

www.channelstv.com/home/2012/07/07/

July 2012 TY Vicente in Hong Kong

www.vosizneias.com/news/photos/view/455595068

www.bbc.co.uk/news/world‐asia‐china‐18967604

www.vosizneias.com/news/photos/view/345622004

9

July 2011 flooding in India

newshopper.sulekha.com/india-monsoon-flooding_photo_1914033.htm

www.abc.net.au/news/2011-08-30/flooding-hits-mumbai/2861496

July 2011 flooding in Thailand

www.nydailynews.com/news/world/thailand-worst-flooding-decades-gallery-1.963452

jpgreenword.wordpress.com/tag/thailand

www.123rf.com

10

July 2010 flooding in Pakistan

www.ktravula.com

nytimes.com

www.frugal-cafe.com/public_html/frugal-blog/frugal-cafe-blogzone/

August 2009 TY Morakot in Taiwan

www.telegraph.co.uk

www.boston.com/bigpicture/2009/08/typhoon_morakot.html

feww.wordpress.com/2009/08/11

11

May 2008 TY Nargis in Myanmar

sosdrs.wordpress.com/2009/11/29/cyclone-nargis-9-ctf-thailand-in-myanmar-burma/

www.nytimes.com/slideshow/2008/05/05/world/0505-MYANMAR_4.html

www.nowpublic.com/environment/effect-cyclone-nargis-myanmar-2008

2012 Drought in the US

www.speakezforums.com/viewtopic.php?f=27&t=3486

www.thestar.com/news/world/article/

droughtmonitor.unl.edu

12

2012 Drought in India

eksparsh.wordpress.com/tag/india/

www.downtoearth.org.in/content/el-nino-may-disrupt-monsoons

www.rediff.com/business/slide-show/

2012 Drought in South Korea

news.nationalpost.com/

www.voanews.com/content/korean_peninsula_drought_water_shortages/1252952.html

news.nationalpost.com/

13

Immediate effects

• Slowed manufacturing sector

• Price increase in agriculture

• Limited supplies

• Political fall-out

© Rushurgent Working Group All rights reserved

Natural disasters occurrence by first Administrative level boundaries (1975-2004)

Source: EM-DAT: The OFDA CRED International Disaster Database

14

Natural disasters reported (1900-2010)

Source: EM-DAT: The OFDA CRED International Disaster Database

Natural disaster summary (1900-2010)

Source: EM-DAT: The OFDA CRED International Disaster Database

15

Immediate recognitions

• Population up, resources down

• Knowingly lives in harm’s way

• Natural hazards, human disasters

• Whose responsibility?

© Rushurgent Working Group All rights reserved

Changing weather patterns?

• CNN effect

• Technology upgrades

• Natural variability

• Climate change

© Rushurgent Working Group All rights reserved

16

• Theoretical basis

Flow of talk

• Global happenings

• Country realities

• Industry scenes

© Rushurgent Working Group All rights reserved

Weather systems in the PH

Yumul et al., 2008

17

July 2012 TY Ferdie in the Philippines

Sultan Kudarat, Maguindanao

Metro Manila

news.bbc.co.uk/2/hi/asia-pacific/8278818.stm

Metro Manila

newsinfo.inquirer.net/212165/

article.wn.com/view/2012/07/21/

July 2012 TY Gener in the PhilippinesNavotas, Manila

Marikina River

Meycauayan, Bulacan

www.theborneopost.com

newsinfo.inquirer.net

newsinfo.inquirer.net

18

2011 Disastrous weather eventsBebeng Juaning

Albay Prov. Govt., 2011

Pedring Quiel

nodeju.com

www.pinoyambisyoso.com newsinfo.inquirer.net

TY Pedring

19

December 2011 in Iligan City

© Rushurgent Working Group All rights reserved

2010 drought and flooding in the PhilippinesAngat Dam

Basyang

© RWG All rights reserved © RWG All rights reserved

www.pinoyhalo.com www.ppeso.com

20

2009 Ondoy and Pepeng in the PhilippinesOndoy

Pepeng

© Rushurgent Working Group All rights reserved

Natural common denominators

Steep slopes

Ri d River meanders

High water table

Too much rainwater

Valleys and flood plains

© Rushurgent Working Group All rights reserved

21

Natural common denominators Faulted areas

Super saturated soils and clays Super-saturated soils and clays

Storm surge, swells,

neap tides

Both forested and

deforested areas

© Rushurgent Working Group All rights reserved

Common denominators: man-made Natural catch basins: Alterations made

Constricted water ways: water hyacinthy y

Narrowed water channels: Informal settlers

Abandoned channels & sandbars: Built-up areas

© Rushurgent Working Group All rights reserved

22

Common denominators: man-made Risk immune: marginal miners

Acceptance strategy: Fatalistic approachp gy pp

“Denial syndrome”: Mindanao is not hit

Faulty early warning system: If there is one

© Rushurgent Working Group All rights reserved

Damages and losses (1984-2009)

Source: DOST- PAGASA, 2010

23

Changing weather patterns: For real?

• Tropical cyclones and monsoons

• Recurrence periods

• Vulnerability as a predictive

concept?

© Rushurgent Working Group All rights reserved

30-year mean number of tropical cyclones in the Philippines

20.0

20.5

es

y pp

19.0

19.5

Num

ber  of  Tropical Cyclon

e

1951‐1980 1961‐1990 1971‐2000 2081‐2010

19.8 20.2 19.5 18.8

18.0

18.5

30 yearsMean 

No. of  T.C.

1981-2010

Source: DOST-PAGASA

24

Rainfall frequency in the Philippines

© Rushurgent Working Group All rights reserved

August 2012 SW monsoon + HaikuiCainta Malabon

Marikina Rodriguez

ph.news.yahoo.com

25

August 2012 SW monsoon + Haikui

ph.news.yahoo.com

ENSO lag time

© Rushurgent Working Group All rights reserved

26

Highlights

• Frequency ↓; Duration (Same); Intensity ↑

• Rainfall intensity ↑Rainfall intensity ↑

• Temperature ↑

• Cool days ↓; Warm days ↑

200

250

lones

Number of Landfalling TC's

Numberof non‐LandfallingTC's

17 13 9 1134

48

126 130111

7144 3610 6 9 18

30

46

80 6777

88

87

47

0

50

100

150

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Numb

er of 

Tropic

alCycl Number of non Landfalling TC s

Monthly

Mean        0.5      0.3        0.3         0.5     1.1       1.6        3.4 3.3        3.1      2.7       2.2       1.4 

Source: DOST- PAGASA

Changing weather patterns: Climate change

• Natural climate variability

• Anthropogenic global warming

© Rushurgent Working Group All rights reserved

27

• Theoretical basis

Flow of talk

• Global happenings

• Country realities

• Industry scenes

© Rushurgent Working Group All rights reserved

Modern volcanic system

© Rushurgent Working Group All rights reserved

28

Modern geothermal systems

napocor.gov.ph; ibalon.wordpress.com; energy.com.ph

Ancient hydrothermal systems

© Rushurgent Working Group All rights reserved

29

Geology of Rapu-Rapu

Yumul et al., 2006

Geology of Rapu-Rapu

Lava flow deposit overlain by debris flow deposits Contact between chlorite schist and quartz chlorite schist

Quartzofeldspathic schist at Biruwasan (looking SE) Quartz schist intercalated with quartz chlorite schist

© Rushurgent Working Group All rights reserved

30

Geo-meteorological characters

• Faults, joints and fractures

• Ancient volcanic deposits

• Thick soil cover

• Clay alterations

• Much water• Much water

© Rushurgent Working Group All rights reserved

Yumul et al., 2008

31

Yumul et al., 2010

Yumul et al., 2012

32

• Knowing what to expect can phelp in making preparations.

• Eastern versus Central ENSO

Yumul et al., 2010

Normal weatherweather events can bring anomalous

t famounts of rain.

Yumul et al., 2010

33

Disasters occur whetherwhether changes in climate and weather patterns are due to

Yumul et al., 2010

natural variability or man-made.

Rapu-Rapu spill

greenpeace.org saverapurapu.blogspot.com

saverapurapu.blogspot.comadnu.edu.ph

34

Benguet landslide and flooding

article.wn.com wn.com

sulekha.com gmanetwork.com

Compostela landslide

article.wn.comphotoblog.nbcnews.com

www.allvoices.com businessmirror.com.ph

35

Apex landslide and flooding

© Rushurgent Working Group All rights reserved

Implications

• Varying hydrological patterns are noted

• Changing rain patterns are evident

© Rushurgent Working Group All rights reserved

36

Implications• Quarry operations get affected

• Water sensitive ore resources (e g nickel)• Water-sensitive ore resources (e.g. nickel) susceptible to changing weather

• Mine development (e.g. infrastructures) must consider climate patterns

© Rushurgent Working Group All rights reserved

Implications• Weather and climate data critical

• Mine development should include weatherMine development should include weather information collection scheme

• Alternate shipping routes must be considered

O f t d l• Occurrences of extreme and regular weather events must be monitored

© Rushurgent Working Group All rights reserved

37

What to do? Mine safety

• Initiate short, medium and long term forecasts

• Know local weather and climate settings

• Coordinate with host communities

• Communicate and warn

© Rushurgent Working Group All rights reserved

What to do? Mine personnel

• Check working conditions and space

• Teach, train and practice

• Be responsible

• Communicate

© Rushurgent Working Group All rights reserved

38

What to do? Mine town• Identify hazards,

determine vulnerabilities

• Increase coping capacities

• Understand uncertainties

• Avoid individual amnesia and institutional inertia

© Rushurgent Working Group All rights reserved

Summary• Increasing data: Anthropogenic

causes > natural variability.

• The last few years show meteorological abnormalities.

• New weather normals have tremendous implications in the minerals industry.minerals industry.

• Responsible mining must factor this reality.

© Rushurgent Working Group All rights reserved