At Site 1117, drilled during Leg 180 of the Ocean Drilling Program in the Woodlark Basin, we cored a fault zone and recovered fault gouge, mylonitized and brecciated gabbros, and undeformed gabbro. We measured the anisotropy of magnetic susceptibility for the rock samples. The susceptibilities of the fault gouge samples were lower than those of the undeformed gabbro, and those of deformed gabbros were lowest. The anisotropy degrees of the fault gouge samples were higher than those of the deformed and undeformed gabbros. Oblate magnetic fabrics were dominant in the samples from the fault zone
Recognition of coring-induced disturbance, which is essential for magnetic fabric and paleomagnetic ...
Abstract: All rocks have petrofabrics that can be determined rapidly and precisely by magnetic aniso...
Results of paleomagnetic and rock magnetic measurements are presented from gabbroic samples recovere...
The fabric of fine-grained sediments from the deep-sea terrace on the landward side of the Japan Tre...
Rock magnetic measurements were performed on sediments above 20 meters below seafloor (mbsf) (genera...
A total of 500.7 m of continuous, vertical, oceanic gabbroic section was recovered during Leg 118. T...
Ocean Drilling Program (ODP) Sites 832 and 833 were drilled in the intra-arc North Aoba Basin of the...
Anisotropy of magnetic susceptibility data obtained from discrete subsamples recovered from two Inte...
Magnetic field strength and magnetic susceptibility were logged with the geological high-resolution ...
The continental slope of the northern Gulf of Mexico seaward of the Mississippi Delta is characteriz...
Magnetic field and susceptibility data were collected using the geological high-resolution magnetome...
The ophiolites, considered remnants of oceanic seafloor, provide a fruitful source of information on...
We present a magnetic fabric study of mafic and ultramafic rocks recovered at Ocean Drilling Program...
During Ocean Drilling Program Leg 134 (Vanuatu), geological high sensitivity magnetic tools (GHMT) d...
Sediments from Sites 1057 and 1061 of Ocean Drilling Program Leg 172 on the Blake Outer Ridge exhibi...
Recognition of coring-induced disturbance, which is essential for magnetic fabric and paleomagnetic ...
Abstract: All rocks have petrofabrics that can be determined rapidly and precisely by magnetic aniso...
Results of paleomagnetic and rock magnetic measurements are presented from gabbroic samples recovere...
The fabric of fine-grained sediments from the deep-sea terrace on the landward side of the Japan Tre...
Rock magnetic measurements were performed on sediments above 20 meters below seafloor (mbsf) (genera...
A total of 500.7 m of continuous, vertical, oceanic gabbroic section was recovered during Leg 118. T...
Ocean Drilling Program (ODP) Sites 832 and 833 were drilled in the intra-arc North Aoba Basin of the...
Anisotropy of magnetic susceptibility data obtained from discrete subsamples recovered from two Inte...
Magnetic field strength and magnetic susceptibility were logged with the geological high-resolution ...
The continental slope of the northern Gulf of Mexico seaward of the Mississippi Delta is characteriz...
Magnetic field and susceptibility data were collected using the geological high-resolution magnetome...
The ophiolites, considered remnants of oceanic seafloor, provide a fruitful source of information on...
We present a magnetic fabric study of mafic and ultramafic rocks recovered at Ocean Drilling Program...
During Ocean Drilling Program Leg 134 (Vanuatu), geological high sensitivity magnetic tools (GHMT) d...
Sediments from Sites 1057 and 1061 of Ocean Drilling Program Leg 172 on the Blake Outer Ridge exhibi...
Recognition of coring-induced disturbance, which is essential for magnetic fabric and paleomagnetic ...
Abstract: All rocks have petrofabrics that can be determined rapidly and precisely by magnetic aniso...
Results of paleomagnetic and rock magnetic measurements are presented from gabbroic samples recovere...