iuappa# 153 air pollution effects on the northern cordillera blanca of peru from a...
TRANSCRIPT
IUAPPA# 153Air Pollution Effects on the
Northern Cordillera Blanca of Perufrom a Mountaineer’s Perspective,
an Initial ExpeditionFall 2009
Frank A. Nederhand & Ellen Lapham
American Alpine Club & Alpine Club of Canada
Alisa Mast, US Geological Survey
Co-SponsorsCo-Sponsors
I. IntroductionII. Logistics of an Environmentally
Oriented Mountaineering ExpeditionIII. Sample Collection TechniqueIV. Sample Analysis and ResultsV. Conclusion
The Presentation Outline
Co-Sponsors
Introduction• Environmental Monitoring on High Mountains using
mountaineers is a new and needed approach.• Mountainous National Parks in North and South
America are supposed to be protected for future generations
• Recent studies on some of the world’s highest mountains and Rockies of North America have found Air Pollution Impacts
• Are the highest mountains on the planet bellwethers of the health of the worlds environment?
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LOGISTICS OF A MOUNTAINEERING EXPEDITION With
ENVIROMENTAL MONITORING INCLUDEDIN THE CLIMB
PART II-A - THE PROCESS OF CHOOSING CLIMBS AND SUITABLE SAMPLE SITES
PART II-B - THE HAZARDS OF MOUNTAINEERING IN HIGH PLACES
PART II-C - SOME OF THE OTHER INHERENT HAZARDS OF CLIMBING IN THE CORDILLERA BLANCA
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Northern Cordillera Blanca PeruBetween 8.5 & 9.5 Deg South
Elevation RangeNumber of
Peaks %5000 to 5500 38 32.8%5500 to 6000 48 41.4%6000 to 6500 28 24.1%> 6500 2 1.7%
116
Mt. Logan is 5950 m
Denali is 6150
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PART II-B-
THE HAZARDS OF MOUNTAINEERING IN HIGH PLACES AND HOWMOUNTAINEERS CAN OVERCOME THIS TO DO SCIENTIFIC RESEARCH SAMPLING
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Immediate Cause Total number % of TotalFall or slip on rock 751 31.06%
Slip on snow or ice 272 11.24%
Falling objects such as rock or ice 153 6.32%
Exceeding abilities 120 4.96%
Avalanche 53 2.19%
Fall into Crevasse or moat 40 1.65%
Other (each are less than 1% of total) 1030 42.58%Grand Total 2419 100.00%
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Largest Causes of accidents reflects the inherent risks of Mountaineering
1. Slips and Falls (risk proportional to difficulty of climb)
2. Rock or Ice Fall3. Exceeding abilities4. Inherent dangers of glacier / snow travel
a. Avalanchesb. Crevasses
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PART I-C
SOME OF THE OTHER INHERENT HAZARDS OF CLIMBING IN THE CORDILLERA BLANCA
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4867m(15,967 ft.)
6034m(19,796 ft.)
Sample Location5556m (18,228 ft.)
Tocllaraju
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HACE and HAPE1. Acute mountain sickness can lead to High elevation
cerebral edema (HACE) and pulmonary edema (HAPE).
2. 5330m (17,500 ft) highest elevation man can live. 3. Mountaineers combat this by
a. Proper Training and Preparationb. Acclimatizingc. Good Hydrationd. Good Judgment
4. This is another reason why high, complex and difficult mountains should only be attempted by trained mountaineers.
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III. Sample Collection TechniqueSome initial considerations
1.Equipment must be simple so a mountaineer can perform the sampling
2.Light weight3.Appropriate for the medium sampled and
pollutant to be identified.4.Cost effective (keep cost as low as possible)
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Sample vs. [Low Conc.] ElementsArsenic StronciumMolibdenum CadmiumAntimony CesiumBarium LeadUranium
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Prioritize Elements to be Analyzed1. Analyze for all Micro-Elements with small
number of samples as a screening tool.2. Took the screening samples from the most
common elevation sampled (i.e. 5000m 16404 ft).3. Develop Key Factors to allow prioritization of
the elements to be analyzed:a. Saves Moneyb. Saves timec. Helps focus efforts.
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Prioritization Factors
1. One of WACAP’s data Quality Indicators.2. Elements from solid fuels combustion3. One of EPA's Listed 187 HAPs4. Typically From Earth's Crust5. One of the Everest trace elements6. Prevalent in first set of samples screened
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The 15 Priority Elements
Aluminum Cadmium Mercury Sodium
Antimony Copper Molybdenum Vanadium
Arsenic Lead Nickel Zinc
Barium Magnesium Phosphorus
Boron Manganese Silver
Co-Sponsors
The 15 Priority ElementsAluminum Cadmium Mercury Sodium
Antimony Copper Molybdenum Vanadium
Arsenic Lead Nickel Zinc
Barium Magnesium Phosphorus
Boron Manganese Silver
HAPS
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World High Mountain Snow SamplingStudy (Year)
High(meters)
Low (meters)
VerticalProfile Sampled (meters)
Number of mountains
WACAP (2002-2007) 3536 1 2158 4
Cord. Blanca (2009) 5752 [6354]
4385 1171[1954]
8
Aconcagua (2008) 6200 3500 2700 1
Everest (2007) 8844 6500 2344 1
Pyrenees (2008) 3200 1820 1380 1
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V. ConclusionMountainRange
Elevationmeters
# of Sites
pH(su)
Mg(µg/ml)
Na(µg/ml)
Hg(ηg/ml)
Rocky Mountains
2987 to 3615(9800 to 11,860 ft.)
28 5.53 ± 0.38
3.58± 1.65
2.87± 3.1
3.97± 3.71
Cordillera Blanca
4915 to 5134(16,125 to 16,843 ft.)
8 6.24± 1.16
872.8± 926
404.2± 555
30.0± 32.1
5370 to 5556(17,618 to 18,228 ft.)
3 5.79± 0.965
232.1± 209.9
1.94± 1.53
91± 57.5
5557 to 5752(18,231 to 18,871 ft.)
1 7.17 9.83 113.1 <0.0076
Mt.Everest (2007)
6500 to 8844(21,325 to 29,015 ft.)
14 n/a 0.0684± 0.0865
0.3248± 0.538
n/a
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Significance of Data Collection1. Not enough replicate samples collected to ensure
statistical significance (due to cost constraints.)2. Horizontal comparison does show possible
impacts consistent with possible local sources.3. Data gathered is good enough to compare with
other similar high mountain monitoring studies.4. Provided good indicators for how, where and
when to perform a more complete monitoring study in the Cordillera Blanca.