| 一般注記 |
V. 101. Bahamas -- v. 102. Bermuda Rise -- v. 103. Galicia Margin. -- v. 104. Norwegian Sea -- v. 105. Baffin Bay and Labrador Sea -- v. 106/109. Mid-Atlantic Ridge -- v. 107. Tyrrhenian Sea -- v. 108. Eastern tropical Atlantic -- v. 110. Barbads Ridge -- v. 111. Costa Rica Rift -- v. 112. Peru Continental Margin -- v. 113. Weddell Sea, Anterctica -- v. 114. Subantarctic South Atlantic -- v. 115. Mascarene Plateau -- v. 116. Distal Bengal Fan -- v. 117. Oman Margin/Neogene Package -- v. 118. Fracture zone drilling on the Southwest Indian Ridge -- v. 119. Kerguelen Plateau-Prydz Bay
v. 120. Central Kerguelen Plateau -- v. 121. Broken Ridge and Ninetyeast Ridge -- v. 122. Exmouth Plateau -- v. 123. Argo Abyssal Plain/Exmouth Plateau -- v. 124. Celebes and Sulu Seas -- v. 125. Bonin/Mariana Region --v. 126. Bonin Arc-Trench System -- v. 127/128. Japan Sea -- v. 129. Old Pacific crust -- v. 130. Ontong Java Plateau -- v. 131. Nankai Trough -- v. 132. Western and Central Pacific -- v. 133. Northeast Australian Margin -- v. 134. Vanuatu -- v. 135. Lau Basin -- v. 136. Hawaiian Arch -- v. 137/140. Costa Rica Rift -- v. 138. Eastern equatorial Pacific -- v. 139. Middle Valley, Juan de Fuca Ridge -- v. 141. Chile triple junction -- v. 142. East Pacific Rise -- v. 143. Northwest Pacific Atolls and Guyots -- v. 144. Northwest Pacific Atolls and Guyots -- v. 145. North Pacific Transect -- v. 146 pt.1 Cascadia Margin -- v. 146. pt.2 Santa Barbara Basin -- v. 147. Hess Deep Rift Valley -- v. 148. Costa Rica Rift-- v. 149. Iberia Abyssal Plain-- v. 150. New Jersey Continental Slope and Rise
v. 151. North Atlantic-Arctic Gateways I -- v. 152. East Greenland Margin -- v. 153. Mid-Atlantic Ridge -- v. 154. Ceara Rise -- v. 155. Amazon Fan--v. 156 Northern Barbados Ridge -- v. 157. Gran Canaria and Madeira Abyssal Plain -- v. 158. Tag: drilling an active hydrothermal system on a sediment-free slow spreading ridge -- v. 159. Côte D'ivoire-Ghana transform margin, Eastern Equatorial Atlantic -- v. 159. T. Eastern Canary Basin -- v. 160. Mediterranean 1 -- v. 161. Mediterranean Sea 2, the western Mediterranean -- v. 162. North Atlantic-Arctic Gateways II -- v. 163. Southeast Greenland Margin -- v. 164. Halifax,Nova Scotia, to Miami, Florida -- v. 165. Caribbean Ocean History and the Cretaceous / Tertiary Boundary Event -- v. 166. Bahamas Transect -- v. 167. California Margin -- v. 168. Hydrothermal Circulation in the Ocean Crust: Eastern Flank of the Juan de Fuca Ridge -- v. 169. Scientific Results Sedimented Ridges II -- v. 170. Fluid, Mass, and Thermal Fluxes in the Pacific Margin of Costa Rica
v. 171A. Northern Barbados Accretionary Prism: Logging White Drilling -- v. 171B. Blake Nose Paleoceanographic Transect -- v. 172. Northwest Atlantic Sediment Drifts -- v. 173. Return to Iberia -- v. 174A. Continuing the New Jersey Mid-Atlantic Sea-Level Transect (incl. 174AX & supp. IR: New Jersey Coastal Plain, Ancora, Ocean View, and Bethany Beach Sites) -- v. 174B. CORK Hole 395A -- v. 175. Benguela Current Sites 1075-1087, 9 August-8 October 1997 -- v. 176. Return to Hole 735B -- v. 177. Southern Ocean Paleoceanograhy -- v. 178. Antarctic Glacial History and Sea-level Change -- v. 179. Hammer Drilling and Nero -- v. 180. Active continental extension in the Western Woodlark Basin, Papua New Guinea. -- v. 181. Southwest Pacific Gateways -- v. 182. Great Australian Bight -- v. 183. Kerguelen Plateau-BrokenRidge -- v. 184. South China Sea -- v. 185. Izu-Mariana Margin -- v. 186. Western Pacific Geophysical Observatories
v. 187. Mantle Reservoirs and Migration Associated with Australian Antarctic Rifting -- v. 188. Prydz Bay-Cooperation Sea, Antarctica : Glacial History and Paleoceanography -- v. 189. The Tasmanian Gateway : Cenozoic Climatic and Oceanographic Development -- v. 190/196. Deformation and fluid flow processes in the Nankai Trough accretionary prism: coring, logging while drilling, and advanced CORKs -- v. 191. Northwest pacific seismic observatory and hammer drill tests -- v. 192. Basement Drilling of the Ontong Java Plateau -- v. 193. Anatomy of an active felsic-hosted hydrothermal system, Eastern Manus Basin -- v. 194. Contraining Miocene Sea level change from carbonate platform evolution, Malion Plateau, Northeast Australia
v. 195. Seafloor Observatories and the Kuroshio Current -- v.197. Motion of the Hawaiian Hotspot : A paleomagnetic Test -- v. 198. Extreme warmth in the Cretaceous and Paleogene; a depth transect on Shatsky Rise, Central Pacific -- v. 199. Palepgene Equatorial Transect -- v. 200. Drilling at tha Hawaii-2 Observatory (H20) and the Nuuanu Landslide
v. 201. Controls on Microbial Communities in deeply buried sediments, Eastern Equatorial Pacific and Peru Margin -- v. 202. Southeast Pacific paleoceanographic transects, sites 1232-1242, 29 March-30 may 2002 -- v. 203. Dynamics of earth and ocean systems -- v. 204. Drilling Gas Hydrates on Hydrate Ridge, Cascadia Continental Margin -- v. 205. Fluid flow and subduction fluxes across the Costa Rica Convergent Margin : Implications for the seismogenic zone and subduction factory
v. 206. An In Situ Section of Upper Oceanic Crust Formed by Superfast Seafloor Spreading -- v.v. 207. Demerara Rise : Equatorial Cretaceous and Paleogene Paleoceanographic Transect, Western Atlantic -- v. 208 Early Cenozoic Extreme Climates: The Walvis Ridge Transect -- v. 209 Drilling mantle peridotite along the Mid-Atlantic ridge from 14°to 16°N -- v. 210 Drilling the Newfoundland half of the Newfoundland-Iberia transect : The first conjugate margin drilling in a Nonvolcanic Rift
Each cruise results in an initial report, published roughly 15 months after the cruise, called: Texas A & M University. Ocean Drilling Program. Proceedings of the Ocean Drilling Program. Part A, Initial report. A final report, published 36 months after the cruise is called: Texas A & M University. Ocean Drilling Program. Proceedings of the Ocean Drilling Program. Scientific results
CD-ROM in pocket of v. 182, 185, 187-189, 191-195, 197-205, 209-210 |
| 巻冊次 |
v. 101, 102
v. 103
v. 104
v. 105
v. 106/109
v. 107
v. 108
v. 110
v. 111
v. 112
v. 113
v. 114
v. 115
v. 116
v. 117
v. 118
v. 119
v. 120, pt. 1
v. 120, pt. 2
v. 121
v. 122
v. 123
v. 124
v. 125
v. 126
v. 127/128, pt. 1
v. 127/128, pt. 2
v. 129
v. 130
v. 131
v. 133/132
v. 134
v. 135
v. 136
v. 137/140
v. 138
v. 139
v. 141
v. 142/143
v. 144
v. 145
v. 146, pt. 1
v. 146, pt. 2
v. 147
v. 148
v. 149
v. 150
v. 151
v. 152
v. 153
v. 154
v. 155
v. 156
v. 157
v. 158
v. 159/159T
v. 160
v. 161
v. 162
v. 163
v. 164
v. 165
v. 166
v. 167
v. 168
v. 169
v. 170
v. 171A
v. 171B
v. 172
v. 173
v. 174A
v. 174B
v. 175
v. 176
v. 177
v. 178
v. 179
v. 180
v. 181
v. 182
v. 183
v. 184
v. 185
v. 186
v. 187
v. 188
v. 189
v. 190/196
v. 191
v. 192
v. 193
v. 194
v. 195
v. 197
v. 198
v. 199
v. 200
v. 201
v. 202
v. 203
v. 204
v. 205
v. 206
v. 207
v. 208
v. 209
v. 210
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