1. STRUCTURAL FEATURE DENSITY PROFILING Hopewell and Flemington Faults

2. HFFW BED 21/290
HFHW BED 68/254

3. HFFW FRACTURES 72/146 (P), 84/079 and 70/121 (S)
HFHW FRACTURES 51/096 (P), 74/278, 68/162, and 87/317 (S)

4. FFFW BED 09/315,
FFHW BED 20/045

5. FFFW FRACTURES 77/129 (P), 81/066 and 70/102 (S), 75/105 (T)
FFHW FRACTURES 87/263, 78/327, 66/120, 66/038, and 84/064 (S)

8. Hopewell cross-section trace angle = 140/320oNW SE
Hopewell Fault
100
100
FR 69 E
PASSAIC FM
LOCKATONG FM
-900
FR 42 E
Bed 18 W
FR 78 E
FR 87 W
FR 66 E
FR 69 W
FT MEAN SEA LEVEL
FR 72 E
Bed trace
PROFILE
Explanation
Primary fracture trace
Subordinate fracture trace
Apparent dip (AD) = COT((TAN d) * COS (a))
HFFW BED 21(18)/290
HFHW BED 68(45)/254 A 21 FW N
HFFW FRACTURES 72(72)/146 (P); 84(78)/079 and 70(69)/121 (S)
HFHW FRACTURES 51(42)/096 (P); 74(69)/278, 68(66)/162, and 87(87)/317
HFFW FRACTURES 72(72)/146 (P), 84(78)/079 and 70(69)/121 (S)
HFHW FRACTURES 51(42)/096 (P), 74(69)/278, 68(66)/162, and 87(87)/317
MAP 68 HW A’
Rider Structural Geology GCHERMAN

9. Flemington cross-section trace angle = 090/270o
Flemington Fault
Splay Fault W E
100
100
LOCKATONG FM
-900
-900
PASSAIC FM
FT MEAN SEA LEVEL
PROFILE
Bed trace
2000 ft
1000
Explanation
Primary fracture trace
Subordinate fracture trace
Apparent dip (AD) = COT((TAN d) * COS (a))
FFFW BED 09(06)/315
FFHW BED 20(14)/045
09/315 N
MAP FW
FFFW FRACTURES (P) 77(73)/129; (S) 81(80)/066, 70(70)/102, and 75/185
FFHW FRACTURES (P) 87(87)/263, 78(69)/327, 60(56)/120, 66(54)/038, and (18)/064. B B’
20/045 HW
Rider Structural Geology GCHERMAN