Replication Data for: Mapping and Modeling Sources of Natural Remanent Magnetization in the Microcline-Sillimanite Gneiss, Northwest Adirondack Mountains: Implications for Crustal Magnetism (doi:10.18710/OGQWZM)

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Replication Data for: Mapping and Modeling Sources of Natural Remanent Magnetization in the Microcline-Sillimanite Gneiss, Northwest Adirondack Mountains: Implications for Crustal Magnetism

doi:10.18710/OGQWZM

DataverseNO

2021-02-02

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Pastore, Zeudia, 2021, "Replication Data for: Mapping and Modeling Sources of Natural Remanent Magnetization in the Microcline-Sillimanite Gneiss, Northwest Adirondack Mountains: Implications for Crustal Magnetism", https://doi.org/10.18710/OGQWZM, DataverseNO, V1

Replication Data for: Mapping and Modeling Sources of Natural Remanent Magnetization in the Microcline-Sillimanite Gneiss, Northwest Adirondack Mountains: Implications for Crustal Magnetism

doi:10.18710/OGQWZM

Pastore, Zeudia (NTNU – Norwegian University of Science and Technology)

Oda, Hirokuni

Katayama, Ayako

NTNU – Norwegian University of Science and Technology

Model Vision

DataverseNO

NTNU – Norwegian University of Science and Technology

Pastore, Zeudia

Pastore, Zeudia

2021-01-26

https://doi.org/10.18710/OGQWZM

Earth and Environmental Sciences, scanning magnetic microscopy, microstructure, natural remanent magnetization, titanohematite, magnetic carriers, magnetic anomalies

The dataset includes magnetic inversion results and high-resolution magnetic scan data (before and after alternating field demagnetization to 100 mT) of a 30µm thick section of a Microcline-Sillimanite Gneiss sample from the Russel Belt in the northwest Adirondack Mountains, New York. The sample has a large natural remanent magnetization of 8.2 A/m and a Q value of 598. Inversion of the data provided an estimation of the fine-scale magnetization of the sample.

United States

New York, Russell Belt, Northwest Adirondack Mountains

• West Bounding Longitude: -75.15
• East Bounding Longitude: -75.1
• South Bounding Latitude: 44.35
• North Bounding Latitude: 44.4

laboratory survey data; simulated data

Pastore, Z., McEnroe, S. A., Church, N. S., & Oda, H. (2021). Mapping and modeling sources of natural remanent magnetization in the microcline–sillimanite gneiss, northwest Adirondack Mountains: Implications for crustal magnetism. Geochemistry, Geophysics, Geosystems, 22, e2020GC009580. https://doi.org/10.1029/2020GC009580

10.1029/2020GC009580

Pastore, Z., McEnroe, S. A., Church, N. S., & Oda, H. (2021). Mapping and modeling sources of natural remanent magnetization in the microcline–sillimanite gneiss, northwest Adirondack Mountains: Implications for crustal magnetism. Geochemistry, Geophysics, Geosystems, 22, e2020GC009580. https://doi.org/10.1029/2020GC009580

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00_Readme.txt

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AF100_sample_model.txt

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Model of thin section with frustum bodies after AF demagnetization

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Area1.txt

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model with tabular bodies

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Area2.txt

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model with tabular bodies

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Area3.txt

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model with tabular bodies

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Area4.txt

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model with tabular bodies

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Area5_AF100.txt

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model with tabular bodies

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Area5_NRM.txt

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model with tabular bodies

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Area6_AF100.txt

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model with tabular bodies

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Area6_NRM.txt

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model with tabular bodies

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AreaS1.txt

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model with tabular bodies

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AreaS2.txt

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model with tabular bodies

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AreaS3.txt

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model with tabular bodies

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AreaS4_AF100.txt

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model with tabular bodies

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AreaS4_NRM.txt

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model with tabular bodies

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MV_Bz_data_afterAF100.txt

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Subset DATA _after demagnetization of the sample at 100 mT

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MV_Bz_data_NRM.txt

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Subset DATA_prior to demagnetization of the sample at 100 mT

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NRM_sample_model.txt

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Model of thin section with frustum bodies prior AF demagnetization

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RS-34-6B_Bz_AFD100mT_SQUID.txt

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SQUID data after demagnetization

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RS-34-6B_Bz_NRM_SQUID.txt

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SQUID data prior to demagnetization

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SEM image of the sample.tif

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Backscattered electron (BSE) image of the sample's thin section with oxide mineralogy in bright contrast

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