Review of Geotechnical and Archaeological Conditions at ...€¦ · Review of Geotechnical and...
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Review of Geotechnical and Archaeological Investigations at the Money Pit, Oak Island, Nova Scotia
MoneyPit
Borehole10X
Smith’sCove
MoneyPit
Oak Island 1986
Presentation byLes MacPhie
SNC-Lavalin Inc., Montrealto
The Canadian Geotechnical Society
Western Quebec SectionMontreal Group
January 23, 2008
Oak Island 1992
WesternShore
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Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological Findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
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Location of Oak Island, Nova Scotia
44.5º
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Oak Island in the 1500s?
Oak Island?
Mahone Bay?
C: Raso(Cape Race Nfld)
44.5º
Bartolomeu Velho Map 1560 (Portuguese)
In the 1500s, during the Portuguese voyages of discovery, islands in the New World were seeded with livestock and crops to have fresh supplies for future voyages.(Vigneras 1973)
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Oak Island Lot DistributionPresent Ownership (2007)Lot 5 – Robert YoungLots 9 to 12 and 14 – Fred NolanLot 13 – John JohnstonLot 23 – Dan and David BlankenshipLot 25 – Alan Kostrzewa (Michigan Group)Remaining 23 Lots – Dan Blankenship and
Michigan Group
The Treasure Trove License is in the possession of Oak Island Tours which is a Company formed by the Michigan Group.
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Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological Findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
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The Beginning in 1795
1. Depression in Ground
2. Cut Limb with Rope Marks
3. Visions of Pirates and Treasure
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Main Findings in 1795 by Three Boys and from 1804 to 1805 by the
Onslow Syndicate
1. In 1795 a depression in the ground was found beside a large oak tree.
2. Excavation to 25 feet in 1795 found flag stones and oak log platforms.
3. In 1804 the Onslow Syndicate excavated to 93 feet and found charcoal, putty, beach stones and coconut fibre.
4. At 93 feet depth the pit flooded to sea level and could not be bailed out.
5. In 1805 a second shaft adjacent to the Money Pit was excavated to 110 feet and was flooded.
Reconstructed Profile of Money Pit to 1804
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Flooding of Second Shaft in 1805
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Early Oak Island Digs 1850 - 1909
Sketch from Photo
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Comparative Photos of Smith’s Cove1860s and about 1897
Smith’s CoveLooking toward
Isaac’s Point1860s
Smith’s CoveLooking toward
Isaac’s Pointabout 1897(R V Harris
1958 and 1967)
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Photos of South Shore 1860s and Old Shaft
Money Pit Area from South Shore Cove 1860s
Smith’s House?Cellar to Smith’s House
Barn
1895 Sketch
Old Exploration Shaft South of Money Pit Area
Old Shaft
Old Shaft
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Main Findings of the Truro Company
in 1849
1. In 1849 the Truro Company excavated the Money Pit to 86 feet and then the pit flooded to sea level.
2. Drilling with a pod auger found timber platforms and evidence of assumed coins in chests.
3. No materials were recovered from the zone of assumed coins.
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Results of Exploration in a Cofferdam at Smith’s Coveby the Truro Company in 1850
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Ref: Booklet – The Storyof Oak Island 1895
(Based on work by theTruro Company in 1850)
Water35 ft
No Water75 ft
Filter Bed and Drains•Sand and gravel•2” Coconut fibre•5” Eel grass•Beach stones•5 box drains
Flood Tunnel(filled with
beach stones)
Cutaway View
Plan
500 feet
MoneyPit
Cofferdam Reasons for Cofferdam1. Realized Money Pit contained salt water 2. Water draining out of tidal zone at low tide3. Boulders removed over 145 feet along shoreline of Smith’s Cove
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The Oak Island Association 1861 to 1864The Halifax Company 1866 to 1867
1. The Oak Island Association tried to approach the assumed chests at 100 to 105 feet by offset shaft and lateral tunnel. The resulting undermining caused a major collapse of the platforms and assumedchests in 1861.
2. The Halifax Company carried out extensive tunnelling and constructed a cofferdam at Smith’s Cove to block the flood tunnel.
A Halifax Company Tunnel Constructed in 1866/67and Explored in 1963 Ref: Lamb 2006
Collapse of AssumedChests in 1861
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Frederick Leander Blair, Ahmerst, N SInvolved from 1897 to 1951
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Results of Drilling by the Oak Island Treasure Company in 1897
and Parchment Location
ParchmentRecovered
by Pod Augerat 155 Feet
13 Feet
13 Feet
ParchmentRecovered
During DrillingWithin Assumed
Cement Vault
1897Shaft
MoneyPit
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Photo of Parchment Recovered by theOak Island Treasure Company in 1897
Parchment is 5/16 inches long
Photo from Triton Alliance
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Flood Tunnel and Filter Bed Based on Workby the Oak Island Treasure Company in 1897
Ref: Booklet – History of Oak Island, Nova Scotia, and of the WorkDone There at Different Times to Recover Buried Treasure 1926
5 holes at 30 ft spacingand 5” diameter drilled
and blasted by OITC in 18975
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Holes 1, 2, 4 and 5No water 90-95 ft50-75# dynamite
Hole 3 water at 80 ft160# dynamite
No reference to Shafts 4and 5 by Truro Co in 1850
Tunnel length shown as 460 feetand rise is about 10 to 15 feet
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Flood Tunnel and Filter Bed ProfileRevised Interpretation of Evidence
Water 80 ftHole 3 ?
(1926 Booklet)
No Water 90-95 ftHoles 1,2, 4 and 5
(1926 Booklet)
No Water 75 ftShaft 4
(Blair 1893)
Water 35 ftShaft 5
(Blair 1893)
Tunnel length about 520 feetand rise about 60 feet
(Projected fromMoney Pit)
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Henry Bowdoin, Franklin Rooseveltand Others 1909
HenryBowdoin
FranklinRoosevelt
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The Chappell Shaft in Progress 1931
ChappellShaft
12 X 14 Feet
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Melbourne R. Chappell, Sydney, N SInvolved from 1897 to 1980 (Age 10 to 93)
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Gilbert Hedden, Chatham, New Jersey
Involved from 1936 to 1937
Hedden Shaft12 X 24 Feet
Chappell Shaft12 X 14 Feet
Hedden ShaftHoist Section
1955
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ProfessorErwin Hamilton
New YorkInvolved from1938 to 1942
Hamilton’s Work Crew 1942
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Exploration at Money Pit from 1931 to 1941
Extended to 124 feetand drilled to 167 feet
1937
Extended to165 feet
Pick, Axe andAnchor Fluke
1931Hamilton explored
Chappell and HeddenShafts from
1938 to 1942
Chappell Shaft
Hedden Shaft
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Findings in ChappellShaft in 1931 and
Hedden Shaft in 1937
127Feet
123Feet
116Feet
Deepest excavation In Money Pit priorto 1931 was to 108 feet in 1867 andto 114 feet in 1897
Assumed Fallen Chests (1861) and Cement Vault (1897)not found
Pick, Axe and Anchor FlukeFound in Chappell Shaft
(Photo from Triton Alliance)
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Poll Pick Chappell Shaft 1931
Photos from Triton Alliance
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Anglo American Felling Axe Chappell Shaft 1931
Photos from Triton Alliance
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Anglo American Axes (1725 – 1800)
Ref: Ancient Carpenters’ Tools (Mercer 1975)
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Robert Restall, Hamilton, OntInvolved from 1959 to 1965
Robert Restalland family
at Money Pit
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Robert Dunfield, CaliforniaInvolved from 1965 to 1966
Robert Dunfield (right)in South Shore
Trench Nov 1965
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Fred Nolan, Waverley, NSInvolved from 1959 to Present
Fred Nolan at his Joudrey’s Cove cottage
Nolan’s Brass Casting 11/4 Inches Long
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David Tobias, Montreal, QueInvolved from 1966 to 2006
At BeckerDrill 1967
Scuba divingSmith’s Cove
1976
In theMontreal
Office1996
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Dan Blankenship, Miami, FloridaInvolved 1967 to Present
Gardening on Oak Island 2005Working on churn drill at Money Pit 1977
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David and Dan at the Bottom (180 feet)of Shaft 10X 1990
David Tobias Dan Blankenship
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Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological Findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
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Bedrock Geology Western Mahone Bay
Ref: Giles 1981
Boundary ofWindsor Group and
Maguma Group
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Geological Section ofOak Island
160 FeetGlacial
Till
200 FeetAnhydriteBedrock
MoneyPit
MegumaSlate
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Surface Geology and Drumlins Western Mahone Bay
B A Y
Oak Island
Ref: Stae and Fowler 1981
Drumlins
Drumlins
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Chart of Glacial Deposition in Nova Scotia
Phase 140-75 ka
Phase 221 ka
Phase 315-18 ka
Phase 412-13 ka
Ref: Stae 2004
Wood at 125 feet in Golder BH 202 Carbon Dated to 25 000 yrs BP
11.513
15.5
18
23.5
30
40
100
75
50
200
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Land Submergence with Rise in
Sea Level
Mahone Baya Lagoon
Mahone BayConnected to Ocean
Mahone Bay
Ref: Daigle 2005
8000 yrs BPWL -30m
0 yrs BPWL 0m
6000 yrs BPWL -18m
Laurentian Channel
ContinentialShelf
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Connection of Mahone Bay to Ocean6000 Years BP
Ref: Barnes and Piper 1978
18 m
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Relative Sea Level Curve for Atlantic Canada
015 1020 5
Ref: Stae et al 2001
Lowstand about 70 m (230 feet) below present
sea level 12,000years ago
OriginalOak Island
Works
Lagoon in MahoneBay connected to
Ocean 6,000 yearsbefore present
( sea level –18m)
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Effect of Glacier Flow on Drumlin Formation
Ref: Stae and Brown 1989
Phase 140-75 ka
Phase 221 ka
Phase 315-18 ka
Phase 412-13 ka
Ref: Eyles 1983
SE
SSE
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Mutlibeam Bathymetry at Oak Island July 1996
muddysand
non-depositionalchannel
Ref: Fader and Courtney 1998
SE Phase 412-13 ka BP
SSE Phase 315-18 ka BP
Water Depthabout 30 feet
Smith’sCove
Boundary between muddy sand and gravel with boulders
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Side Scan Survey by Dave Delaney Aug 05
20 Feet
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Geological Profile at Money Pit and 10X
CompetentAnhydrite
Broken Anhydrite
MoneyPit
Stoney Till andLawrencetownTill 12-30 ka BP
10X
InterglacialDeposits
Wood at 125 feet in Golder BH 202 Carbon
Dated to 25 ka BP
Hartlen Till40-75 ka BP
Flood Tunnelat Money Pit
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Geotechnical Programs
1. In 1969 Warnock Hersey put down 3 geotechnical holes in the Money Pit area and a number of archaeological holes.
2. In 1970 Golder Associates put down 4 geotechnical holes in the Money Pit area and 4 archaeological holes northeast of the Money Pit.
3. Archaeological holes were intended to investigate original workings and also provided geotechnical data.
4. Borehole depths at the Money Pit are with reference to existing ground surface which is about 10 feet lower than original ground surface.
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Plan of Exploration Boreholes
Sect
ion
A-A
Section B-B
Photo Fence AroundMoney Pit
10X
10X
Geotechnical Holes
Archaeological Holes
Golder WH
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Geotechnical Section A-A at Money Pit and 10X
MoneyPit
ClayeyTill
10X
Note:Historical shafts, tunnels anddrill holes are not shown
Broken Anhydrite Scenarios1. Fractured bedrock with cavities and soil infillings2. Huge anhydrite boulders in soil matrix
IntrerglacialClays and Silts Silty
Till
IN SANDLAYER
SANDLAYER
Competent Anhydrite
Broken Anhydrite
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Geotechnical Section B-B at Money Pitand Dunfield Excavation
BrokenAnhydrite
MoneyPit
Note:Historical shafts, tunnels anddrill holes are not shown
DunfieldExcavation
HeddenShaftIntact
ChappellShaft
Collapsed
Photo
Dunfield Excavation 1965/66
ClayeyTill
SiltyTill
IntrerglacialClays and Silts
CompetentAnhydrite
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Depth of Cavity/Soil Zones in Broken AnhydriteDepth of Cavity/Soil Zone Within Anhydrite (Feet)
HoleNo
Distance and Direction
from Money Pit (Feet) Cavity
Thicknessof Zone(Feet)
- 24
12
11
26
W6 120 SSW No cavities or soil zones encountered in broken anhydrite
W7 17 S 15 - - 180 - 209 29 9
Note: Twelve geotechnical and archaeological holes extended into the broken anhydrite. Eleven of the 12 holes encounteredcavity/soil zones in the broken anhydrite.
10X 176 NE 50 230 - 235 - - - 5 26
10
5
20
7
21
G204 267 NE 13 211 - 213 - 213 - 217217 – 236N=34-100
23 7
166 – 170
-
-
G101 73 S 53 - - -217 – 227
N>10023
G102 50 S 52 - - -214 – 219N=61, 58
22
G103 10 E 28 - -185 – 200Reworked
200 – 205N>100
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G104 72 SSW 47 - - -209 – 216N=41, 67
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G202 174 NE 43 - - 217 – 238 Ft 5
50 NE
61 NW
19 S
Cavity or Loose Soil Loose Soil Dense Soil
W1 20 181 - 186 186 – 195?195? – 204
N=5846
5 - 170 – 17870
Inc Soil Layer
8 - 186 - 197 51
W5 8 - 180 - 206 4
W3
Anhydrite Thickness
Below Zone (Feet)
Anhydrite Thickness
Above Zone (Feet)
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Gradation of Overburden and Soil Infill in Anhydrite
Clay Layersin BrokenAnhydrite
Silty ClayOverburdenInterglacial
Deposit
Ref: Golder 1971
Silty TillOverburden
Silty Till Infillin BrokenAnhydrite
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Key Results of Golder Hole G202Located 3 Feet West of Hole 10 June 1970
Dep
th -
Feet
0
40
80
120
160
200
240
60
100
140
180
220
20
Ref: Golder 1971
Bedrock 181
6” RotaryDrillingto 184
Metal at 150or Higher in
Rotary Drill Hole(Note 2)
Wood at 125 inRotary Drill Hole
(Note1)
Sound anhydrite 238.2 to end at 243.5
Log forBorehole
G202
Notes:1. Wood sample was carbon dated to 25,000 years BP (Terasmae 1970) and
was identified as Eastern Spruce (University of Toronto 1970).2. Metal was identified as iron which consisted of much siliceous replacement
material, the sample was of considerable age (Stelco 1970b – Nov 19).
Loose Zone125 to 130
One Inch
Wood
Metal
One Inch
Layers of soil and rock 212.2 to 228.0
Mean SeaLevel 43
GeotechnicalDrilling
184 to 243.5 GradationTests
Clay and glacial till 228.0 to 238.2
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Gradation of Soils in Hole G202 - 228 to 238 Feet
Sym SA Depth Soil
21 228.5
230.5
232.5
236.5
237.5
Clay
22A Clay
23 Till
25 Till
26 Till
Ref: Golder 1971
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Plan of Cross Hole Tomography Panel D
Panel D (7
0 Feet)
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Profile of Tomography Results for Panel D
93-0493-03
MoneyPit
MoneyPit
Panel D
Tomography Data Ref: Platt 1995
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Plan of Woods Hole Tidal Hydrogeology Testing in July 1995
Tidal LevelRecorded inMahone Bay
Water LevelRecorded in 10X
Good TidalResponse
Water Level Recorded inHole 93-03
Limited TidalResponse
Water LevelRecorded inTriton Shaft
No TidalResponse
The salinity of the groundwater inthe anhydrite is about 50 to 75 %
that of sea water
Ref: Woods Hole Oceanographic Institution 1996
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Water Level Variation in 10X from Tidal Variation in Mahone Bay
Time Lag 1 Hour (Between Peaks)Ratio of Amplitudes = 0.43 (0.65/1.5)
Ref:Woods Hole OceanographicInstitution 1996(Measurements made in July 1995)
1.5 m
0.65 m
Time Lag 1 Hour
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Water Level Variation in Coarse Rockfill Dump from Tidal Variation in Rupert Inlet
1000 m
60 m
Well W2
Well W2
Ref:BHP Billiton 2004
Flow reversals occurin the rock dump inphase with the tide
Section
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Water Level in Rock Dump Well W2
-2.0
-1.0
0.0
1.0
2.0
30-Jun-01 01-Jul-01 02-Jul-01 03-Jul-01 04-Jul-01Date
Wat
er L
evel
(m
)
Water Level in Rupert Inlet
-2.0
-1.0
0.0
1.0
2.0
30-Jun-01 01-Jul-01 02-Jul-01 03-Jul-01 04-Jul-01Date
Wat
er L
evel
(m
)
Water Level Variation in Coarse Rockfill Dump from Tidal Variation in Rupert Inlet
Time Lag 1 Hour
3.4 m
2.3 m
Time Lag 1 Hour (Between Peaks)Ratio of Amplitudes = 0.68 (2.3/3.4)
Ref:BHP Billiton 2004
Particle track for two tide cycles Particle track for two additional cycles
-1.0
0.0
1.0
2.0
-10 0 10Horizontal Distance (m)
Vert
ical
Dis
tanc
e (m
)
0 hr
5 hr
10 hr
15 hr 20 hr 24.8 hr
-5.0
0.0
5.0
10.0
-10 0 10Horizontal Distance (m)
Vert
ical
Dis
tanc
e (m
)
Particle Track El. –10 m at 100 m from Shoreline k (Coarse Rockfill) = 25 cm/s
Point A - Elevation – 10 m Natural Scale 1 : 250 Point A - Elevation – 10 m Exaggerated Vertical ScaleHoriz.: 1:250 Vert.: 1:50
-2.00 5 10 15 20 25
Time (hr)
Wat
er
-1.0
0.0
1.0
2.0
Lev
el in
Rup
ert I
nlet
(m)
Well # 6Well # 5
Well # 4
A
B
C
D
600 m100 m
Ref:BHP Billiton 2004
Particle Movement20 m Horiz and 1 m Vert in 7 hours
7 hours
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Lab Scale Testing of Anhydrite Solubility
360 mm(14 in)
36 mmDiameter(1.4 in)
2.5 mmDiameter Hole
Before Test
6 mmDiameter HoleAfter Test
Distilled waterflow at56 ml/day(2 fluid oz/day)for 44 days
36 mmDiameter
(1.4 in)
Sketch toScale
Ref:James andLupton 1978
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Example Flow Systemthrough Anhydrite from Mahone Bay
to Money Pit and 10X
The flow system through anhydrite is activated by pumping at the Money Pit or 10X.
When there is no pumping the groundwater in the anhydrite is subject to flow reversals in phase with tidal variations.
Both of these water movementsystems result in dissolution of anhydrite and increasing permeability with time.
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Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological Findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
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Becker Drill Setup 1967
Drive Pipe5.5” o. d.
Inside Pipe3” i. d.
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Becker Drilling Program at Money Pit 1967
First 10 HolesFound Rock at
145 to 165 Feetas expected
11th HoleDeep Rock
200 Feet andOak Buds
1. The objective of the Becker drilling program was to drill through overburden to bedrock surface in search of the presumed treasure chests at 100 and 150 feet.
2. The first 10 holes extended to bedrock surface at depths of 145 to 165 feet.
3. The 11th hole (B11) extended to a depth of 200 feet before bedrock was encountered. Puddled clay was found from 184 to 200 feet and two oak buds were found embedded in the puddled clay at 196 feet.
4. This singular finding initiated the extension of all holes to 200 feet with the use of tricone drilling in bedrock.
5. 40 holes were drilled at the Money Pit from January to June 1967.
6. The drilling resulted in the major milestone of finding man made cavities in the bedrock at 200 feet and this was completely unexpected.
7. Lateral drift measurements were not made in the Becker holes but were made in 5 deep detection holes done in 1993
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Lateral Drift in Deep Detection Holes 1993
Lateral Drift17 Feet over
263 Feet Depth
1. Five deep holes to about 250 feet were put down in 1993 for a geophysical detection program.
2. Lateral drift was measured in the 5 detection holes and in Hole B24/W8.
3. This provided an understanding of the importance of lateral drift which was not measured in the previous Becker Holes.
HoleNo.
Depth(Feet)
Lateral Drift (Feet)
93-01
93-02
93-03
93-04
93-05
B24/W8
240 2.6
240 1
263 17
240 6
225 14.5
190 15
93-01
B24/W8
93-03
93-05
93-04
93-02
Money Pit
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Plan of Deep Rock Area at Money Pit
Holes W2 and W9probably drifted
laterally to the North
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Pollen Count Results for Soil Samples from Broken Anhydrite 1970
Hole G102Sa 36 and 37
Glacial Soil214 to 219 Ft
Hole G103Sa 27 and 30Recent SoilInclusions
193 to 200 Ft
Hole G102Sa 36 and 37Glacial Soil
214 to 219 Ft
Hole G103Sa 27 and 30Recent SoilInclusions
193 to 200 Ft
Ref: Ritchie 1970In Hole 103 “the occurrence of aggregations of typical post-glacial and recent pollen types in addition to the ‘normal’ rare isolated pollen types (Carpinus, Ulmus) suggests strongly that recent or post-glacial material has been mixed secondarily with the primary matrix.”In Hole 102 “The macroscopic appearance of the matrix and the occurrence of isolated grains of Ulmus, Carpinus and Fagus is characteristic of glacial till.”
50 Ft
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Pollen Count Samples from G102 and G103
G102Samples
36 and 37UndisturbedGlacial Soil
214 to 219 FtSa 36 N=61Sa 37 N=80
G103Samples
27 and 30Recent SoilInclusions
193 to 200 FtSa 27 N=24Sa 30 N=26
Ref: Golder 1971
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Metal Fragments in Golder Borehole 201
Borehole 20126
0 Fe
etBorehole 10X
Money Pit
Ref: Golder 1971
Borehole 201Sample 1084.5 to 86.5 FtN = 121
Borehole 201Money Pit
2’ SandInclusion
with MetalFragments
Ref: Golder 1971
One Inch
Metal fragments are
friable wrought iron dating
prior to 1800(Stelco 1970b)
Metal fragments
found embedded in sand sample during sieve
analysis(Golder 1971)
12’ SandInclusion
74
Plan of Archaeological Sections at Money Pit
C
D
D
C
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Archaeological Section C-C at Money Pit
CompetentAnhydrite
BrokenAnhydrite
BRASS FOILThe brass foil was likely made by the early process of adding charcoal and calamine to copper dating from the alchemist period to about 1850 (Stelco 1970a).
76
Archaeological Section D-D at Money Pit
CompetentAnhydrite
BrokenAnhydrite
77
Brass, Oak Budsand Charcoal in
Puddled Clay
Summary of Archaeological Features at Money Pit
(INFERRED CHAMBER)
/14
78
Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological Findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
79
Plan of Ron Aston Search Area
Ron Aston Search Area
80
Ron Aston and Others 2001
JimHarvey
DavidTobias
RonAston
DavidTobias
MurrayMacPhie
81
Ron Aston Drilling Program August 2001
82
Boulder in Glacial Till Exposed by Aston 2001
83
Large Boulder at Shore
84
Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
85
Happy Norwegians May 2003
Eric Hauan
Petter Amundsen
Tony Ronning
Sigbjorn Larsen
86
Plan of Petter Amundsen Search Area 2003
Petter Amundsen Search Area .
.. . .
..
282 Ft
141 Ft
Boulder cross foundby Fred Nolan in 1981
and made public in 1992
87
Kabalistic Tree of Life and Rosicrucian Cross
88
Boulder 282 Feet South of Cross
89
Boulders at Shore
90
Boulder 141 Feet South of Cross
Presumed primitivesun with radial lines
91
Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
92
Knights Templar
93
Sir Francis Drake and Queen Elizabeth 1Does the Queen have Drake's Missing Logs?
Sir Francis Drake 1540 - 1596 Queen Elizabeth I 1533 - 1603
94
Sir Francis Bacon and William ShakespeareThe Missing Original Manuscripts and
The Bacon-Shakespeare Authorship Controversy
Sir Francis Bacon1561 - 1626
William Shakespeare1564 - 1616
Shakespeare's First Folio1623
95
Spanish Galleon Lost at Sea
96
Portuguese Map of the New World 1560
Oak Island?
Mahone Bay?
C: Raso(Cape Race Nfld)
44.5º
Bartolomeu Velho Map 1560 (Portuguese)
In the 1500s, during the Portuguese voyages of discovery, islands in the New World were seeded with livestock and crops to have fresh supplies for future voyages.(Vigneras 1973)
97
Portuguese Flag Symbol from 1500sCompared to Engraved Hedden Stone
Portuguese Flag 1495 to 1577
Escutcheon(or Quina)
containing fiveBezants (white dots)
Four Portuguese Bezantsand central cross??
Engraved granite stone found by Hedden in 1936
98
Sinking of the Conceptión 1641
500 Peopleon board
200 PeopleSurvived
Ref: Bowden1996
(National Geographic)
99
Sir William Phips and Recovery of the Treasure from the Conceptión 1688/89
Ref: Bowden 1996 (National Geographic)
100
Treasure from the Conceptión (Leftovers)(Nuesta Señora de la pura y limpia Conceptión)
Articles recovered in 1978 by Burt WebberRef: Bowden 1996 (National Geographic)
101
Pirates
1883 2006
102
Theories - Who Buried What and When?Who What When
1. The KnightsTemplar
The treasure of the Knights Templar (The Holy Grail) 1300s to 1400s
2. Spanish Treasure from damaged Spanish Galleon which sunk on way home 1500s
3. Spanish Treasure stored on several occasions in underground vaults 1500s
7. French Treasure from French pay ship destined for Fortress Louisbourg Mid 1700s
4. Portuguese Treasure from the Azores Mid 1500s
5. Sir Francis Drake Plundered Spanish treasure Late 1500s
6. Sir Francis Bacon The original Shakespearean Manuscripts 1600s
8. Sir William Phips Treasure from the Spanish Galleon Conceptión sunk in 1641
Money Pit 1688-89Flood Tunnel 1752-54
9. Conspirators fromthe British Military
Spoils from the sack of Havana in 1762 Shortly after 1762
Note: Other less credible theories include Early Civilizations, Egyptians, Incas,Mayans, Aztecs, Mi’kmaq, Vikings, Acadians, Pirates and Aliens.
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Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
104
Options for Future Explorationat the Money Pit
1. Option 1Exploration boreholes with lateral drift measurements and downhole camera inspection to define the nature of man made workings and possibly to verify the presence of treasure and artifacts. If successful, this could lead to specific targets which could be accessed by a small diameter shaft.
2. Option 2Excavation of a deep shaft of sufficient diameter to enclose the zone of man made workings at 200 feet depth.
3. Other options for initial exploration could be considered but itis noted that geophysics, including ground penetrating radar, have not been successful.
105
Archaeological Criteria for Excavation by Large Diameter Shaft
Section
Assumed ShaftDiameter 70 feet
1. Excavation procedures should allow archaeological investigation as the shaft excavation proceeds. Nova Scotia regulations require that an archaeologist be present during the excavation.
2. The shaft diameter at bedrock surface should be of sufficient size to include the possible range of locations where the original Money Pit excavation extended below bedrock surface.
3. The shaft diameter at 200 feet depth should enclose a reasonable estimate of the lateral extent of the man-made chambers in bedrock.
4. Construction procedures should be available to allow excavation beyond the limits of the shaft so that possible tunnels to offset chambers can be explored.
Plan of Archaeological Featuresand Assumed Shaft
106
Summary of Geological, Geotechnical, Hydrogeological and Other Issues to Consider for
Deep Shaft Excavation at Money Pit
AssumedShaft
Diameter70 feet
1. Boulders in glacial till2. Open and soil filled cavities in broken
anhydrite3. Saline groundwater in anhydrite4. Cyclic groundwater movement in anhydrite
due to tides5. Very high permeability zones in broken
anhydrite6. Reworked soil zones resulting from events
such as collapse of the Money Pit in 1861 and the Dunfield excavation of 1965/66
7. The presence of timbers and debris from numerous previous shafts and tunnels in the area of the Money Pit
8. Steel casings and pipes remaining in the ground from previous drilling operations Section
107
Expected Outcome of a Shaft Excavationat the Money Pit
1. A shaft excavation to bedrock surface is expected to resolve thenature of the presumed chests with coins drilled at 100 feet in 1849 and 155 feet in 1897, and the parchment may be recovered.
2. A shaft excavation to 200 feet is expected to recover significant evidence (and possibly artifacts and treasure) which will result in:• An obvious solution to the mystery (possibly by recovery of the
parchment)• A solution determined in conjunction with related historical
and archaeological studies or verification• The Oak Island mystery is not resolved (very unlikely
outcome)
108
Outline of Presentation
1. Introduction2. Historical Summary from 1795 to 19663. Geological, Geotechnical and Hydrogeological Conditions4. Archaeological findings at Money Pit from 19675. Search by Ron Aston 1999 to 2001 (North Carolina)6. Search by Petter Amundsen 2003 (Norway)7. Main Theories8. Options for Future Exploration at the Money Pit9. Conclusions
109
Do We Have Proof of Original Work and the Location of the Treasure at Oak Island According to the Criteria of Othello?
Othello: So prove it
That the probation leave no hinge nor loop
To hang a doubt on
“OTHELLO, The Moor of Venice” (Shakespeare)
110
Conclusions
1. There are chambers at 200 feet depth at the Money Pit. Possibilities:• The chambers were made and nothing was put in
them• The chambers were made, something of great
value was put in them and then taken away• The chambers were made, something of great
value was put in them and is still there
2. We don't know who did it or what is there, the mystery remains unsolved.
111
When Treasure is Recovered
Ref: David Tobias
112
References 1 of 31. Barnes, Neal E. and Piper, David J. W. 1978. Late Quaternary geological history of Mahone Bay, Nova Scotia.
Canadian Journal of Earth Sciences, Vol.15, 1978, pages 586-593.
2. BHP Billiton 2004. Island Copper Mine, 2004 Closure Plan Addendum. Report prepared by Rescan, Geoconand SRK Consulting, September 2004.
3. Booklet, The Story of Oak Island 1895. Stoughton, Massachusetts: Record Publishing Co., 1895, 14 pages and two figures.
4. Booklet, History of Oak Island, and the Work Done There at Different Times to Recover Buried Treasure ca 1926. No Publication Information.
5. Bowden, Tracy 1996. Treasure From the Silver Bank, National Geographic, July 1996.
6. Daigle, Réal 2005. The Impacts of Sea-Level Rise and Climate Change on Southeastern New Brunswick. Proceedings, Adapting to Climate Change in Canada, Ottawa, May 4, 2005.
7. Eyles N. (Ed) 1983. Glacial Geology: An Introduction for Engineers. Pergamon Press, 1983.
8. Fader, G.B.J., and Courtney, R.C. 1988. An Interpretation of Multibeam Bathymetry off Eastern Oak Island, Mahone Bay, Nova Scotia. Geological Survey of Canada (Atlantic), Bedford Institute of Oceanography, issued April 1998.
9. Lamb, Lee 2006. Oak Island Obsession: The Restall Story. The Dundurn Group, Toronto, 2006, 242 pages.
10. Giles, P. S. 1981. The Windsor Group of the Mahone Bay Area, Nova Scotia. Nova Scotia Department of Mines and Energy, Paper 81-3, 1981.
11. Golder Associates, Subsurface Investigation, The Oak Island Exploration, Oak Island, Nova Scotia. Draft Report No. 69126 to Triton Alliance Ltd., Montreal, Quebec, April 28, 1971.
12. Harris, Reginald V. 1958. The Oak Island Mystery. The Ryerson Press, Toronto, June 1958, 211 pages.
13. Harris, Reginald V. 1967. The Oak Island Mystery. McGraw-Hill Ryerson, Toronto, second edition, 1967, 209 pages.
113
References 2 of 314. James, A. N. and Lupton, A. R. R.1978. Gypsum and anhydrite in foundations of hydraulic structures.
Geotechnique, The Institution of Civil Engineers, London, Vol. 28, Sept. 1978, pages 249-272.
15. Mercer, Henry C. 1975. Ancient Carpenters' Tools: Together with Lumberman's, Joiners' and Cabinet Makers' Tools in Use in the Eighteenth Century. Horizon Press, Pennsylvania, published for the Bucks County Historical Society, Fifth Edition 1975, first published 1929.
16. Platt, Professor Gerhard R., Imperial College, Department of Geology, London, England, 1995. Re-Evaluation of Traveltimes for "Panel D" Tomographic Data (Crosshole Seismics at the Oak Island Money Pit). Report to Bob Atkinson, March 24, 1995.
17. Ritchie, J. C., Professor of Biology, 1970. Report on Palynological Analyses of Four (4) Samples from The Oak Island Exploration. Dalhousie University Project 69126, May 25, 1970.
18. Stea, Rudolph R. 2004. The Appalachian Glacier Complex in Maritime Canada. In Quaternary Glaciations –Extent and Chronology, Part II, Editors J. Ehlers and P. L. Gibbard, Elsevier B. V., 2004, pages 213-232.
19. Stea, R. R. and Fowler, J. H. 1981. Pleistocene Geology and Till Geochemistry of Central Nova Scotia. Nova Scotia Department of Mines and Energy, Map 81-1, 1981.
20. Stea, R. R. and Brown, Y. 1989. Variation in drumlin orientation, form and stratigraphy relating to successive ice flows in southern and central Nova Scotia, Sedimentary Geology, 62, 1989, pages 223-240.
21. Stea, Rudolph R, Fader, Gordon B. J., Scott, David B. and Wu, Patrick 2001. Glacial and relative sea-level change in Maritime Canada. In Deglacial History and Relative Sea-Level Changes: Northern New England and Adjacent Canada, Editors T. K. Weddle and M. J. Retelle, Boulder, Colorado, Geological Society of America Special Paper 351, 2001, pages 35-49.
22. Stelco (The Steel Company of Canada), Hamilton, Ontario 1970a. Letter Report to Triton Alliance Ltd. by Allan B. Dove, Senior Development Metallurgist, dated August 22, 1970.
23. Stelco (The Steel Company of Canada), Hamilton, Ontario 1970b. Letter Report to Triton Alliance Ltd. by Allan B. Dove, Senior Development Metallurgist, dated November 19, 1970.
114
References 3 of 3
24. Terasmae, J. 1970. Department of Geological Sciences, Brock University, Letter to Kerry Ellard, Project Co-ordinator, The Oak Island Exploration, October 3, 1970.
25. University of Toronto 1970. Identification of Wood Species. Report by J. J. Balatinecz, Associate Professor, to H. Q. Golder & Associates Limited, July 8, 1970.
26. Vigneras, L.-A. 1973. The voyages of Diego and Manoel De Barcelos to Canada in the Sixteenth Century.Terrae Incognitae: The Annals of the Society for the History of Discoveries, Volume V, 1973, pp 61-64.
27. Warnock Hersey International Limited 1969. Soils Investigation, Oak Island, Nova Scotia. Report No. 530-110 to Carr & Donald & Associates, Toronto, Ontario, July 31, 1969 and November 5, 1969.
28. Woods Hole Oceanographic Institution, Woods Hole, Maine 1996. Oak Island Hydrogeology, Hydrographyand Nearshore Morphology, July - August 1995 Field Observations. Draft Report by David G. Aubrey, Wayne D. Spencer, Ben Guiterez, William Robertson V and David Gallo, April 8, 1996.
115
Review of Geotechnical and Archaeological Investigations at the Money Pit, Oak Island, Nova Scotia
MoneyPit
Borehole10X
Smith’sCove
MoneyPit
Oak Island 1986
Presentation byLes MacPhie
toThe Canadian Geotechnical
SocietyWestern Quebec Section
Montreal GroupJanuary 23, 2008
Oak Island 1992
WesternShore