appendix c orienatation data - … technical report no. 106 september 2004 189 figure 171: rose...

APPENDIX C

ORIENATATION DATA

Stafford, Mylroie & Jenson WERI Technical Report No. 106 September 2004

162

Table 3: Fissure cave primary orientations grouped by physiographic province.


163

Figure 154: Rose diagrams of fissure cave primary orientations

grouped by physiographic province.


164

Tabl

e 4:

Fi

ssur

e ca

ve se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


165

Tabl

e 4

(con

tinue

d):

Fiss

ure

cave

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


166

Figure 155: Rose diagrams of fissure cave, five-meter segment

orientations grouped by physiographic province.


167

Figure 156: Rose diagrams of fissure cave, ten-meter segment



168

Table 5: Mixing zone cave primary orientations grouped by physiographic province.


169

Figure 157: Rose diagrams of mixing zone cave, primary



170

Tabl

e 6:

M

ixin

g zo

ne c

ave

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


171

Tabl

e 6

(con

tinue

d):

Mix

ing

zone

cav

e se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


172

Tabl

e 6

(con

tinue

d):

Mix

ing

zone

cav

e se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


173

Figure 158: Rose diagrams of mixing zone cave, five-meter segment



174

Figure 159: Rose diagrams of mixing zone cave, ten-meter segment



175

Figure 160: Rose diagrams of composite cave, primary



176

Figure 161: Rose diagrams of composite cave, five-meter segment



177

Figure 162: Rose diagrams of composite cave, ten-meter segment



178

Tabl

e 7:

M

ixin

g zo

ne c

ave,

ent

ranc

e w

idth

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by

phys

iogr

aphi

c pr

ovin

ce.


179

Figure 163: Rose diagrams of mixing zone cave entrance width



180

Figure 164: Rose diagrams of mixing zone cave entrance width, five-meter

segment orientations grouped by physiographic province.


181

Figure 165: Rose diagrams of mixing zone cave entrance width, ten-meter



182

Tabl

e 8:

M

ixin

g zo

ne c

ave,

pen

etra

tion

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by

phys

iogr

aphi

c pr

ovin

ce.


183

Figure 166: Rose diagrams of mixing zone cave penetration



184

Figure 167: Rose diagrams of mixing zone cave penetration, five-meter



185

Figure 168: Rose diagrams of mixing zone cave penetration, ten-meter



186

Tabl

e 9:

M

ixin

g zo

ne c

ave,

max

imum

wid

th se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

ph

ysio

grap

hic

prov

ince

.


187

Figure 169: Rose diagrams of mixing zone cave maximum width



188

Figure 170: Rose diagrams of mixing zone cave maximum width, five-meter



189

Figure 171: Rose diagrams of mixing zone cave maximum width, ten-meter



190

Tabl

e 10

: Fa

ults

orie

ntat

ions

repo

rted

by D

oan

and

cow

orke

rs (1

960)

segm

ent l

engt

h gr

oupe

d by

ph

ysio

grap

hic

prov

ince

.


191

Tabl

e 10

(con

tinue

d):

Faul

t orie

ntat

ions

repo

rted

by D

oan

and

cow

orke

rs (1

960)

segm

ent l

engt

h

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


192

Figure 172: Rose diagrams of fault orientations (Doan et al., 1960)



193

Figure 173: Rose diagrams of fifty-meter, fault segment orientations

(Doan et al., 1960) grouped by physiographic province.


194

Figure 174: Rose diagrams of one hundred-meter, fault segment orientations

(Doan et al., 1960) grouped by physiographic province.


195

Table 11: Joint (Doan et al., 1960) orientations grouped by physiographic province.


196

Figure 175: Rose diagrams of joint orientations (Doan et al., 1960)



197

Table 12: Fracture orientations measured during fieldwork



198

Table 12 (continued): Fracture orientations measured during fieldwork grouped by physiographic province.


199

Figure 176: Rose diagrams of orientations of fractures measured during fieldwork grouped by physiographic province.


200

Tabl

e 13

: In

land

scar

p se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


201

Tabl

e 13

(con

tinue

d):

Inla

nd sc

arp

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


202

Figure 177: Rose diagrams of inland scarp orientations



203

Figure 178: Rose diagrams of inland scarp, fifty-meter segment



204

Figure 179: Rose diagrams of inland scarp, one hundred-meter segment



205

Tabl

e 14

: C

oast

al sc

arp

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


206

Tabl

e 14

(con

tinue

d):

Coa

stal

scar

p se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


207

Figure 180: Rose diagrams of coastal scarp orientations



208

Figure 181: Rose diagrams of coastal scarp, fifty-meter segment



209

Figure 182: Rose diagrams of coastal scarp, one hundred-meter segment



210

Figure 183: Rose diagrams of composite scarp orientations



211

Figure 184: Rose diagrams of composite scarp, fifty-meter segment



212

Figure 185: Rose diagrams of composite scarp, one hundred-meter segment



213

Tabl

e 15

: C

oast

line

segm

ent o

rient

atio

ns w

ith se

gmen

t len

gth

grou

ped

by p

hysi

ogra

phic

pro

vinc

e.


214

Tabl

e 15

(con

tinue

d):

Coa

stlin

e se

gmen

t orie

ntat

ions

with

segm

ent l

engt

h gr

oupe

d by

phy

siog

raph

ic p

rovi

nce.


215

Figure 186: Rose diagrams of coastline orientations



216

Figure 187: Rose diagrams of coastline, fifty-meter segment



217

Figure 188: Rose diagrams of coastline, one hundred-meter segment orientations grouped by physiographic province.

appendix c orienatation data - … technical report no. 106 september 2004 189 figure 171: rose...

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