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Drone image-derived digital elevation models ('incised terrace' site)
No full textDrone image-derived digital elevation model at 'incised terrace' site in "Microcontinent Breakup and Links to Possible Plate Boundary Reorganization in the Northern Gulf of California, México" created with Agisoft Photoscan software. WGS1984 UTM Zone 12N
Preliminary Report on 1979 Excavations at Scaloria Cave near Manfredonia, Italy
No full textBrief report on the exploration of Grotta Scaloria
Sediment analytical data
No full textSediment analytical data from Tangatatau Rockshelter (site MAN-44).
pH: average of three readings
% Organic (Loss-on-ignition): sample + crucible weight minus crucible weight after heating to 500 deg C
% Carbonate: additional sample weight loss after heating to 1000 deg
Data Record 20.1 - Data Used for Construction of Matrix for Multidimensional Scaling
No full textData used for the construction of a matrix for multidimensional scaling
Data Record 14.2 - Distribution of Eleotridae (sleepers) Cranial, Near-Cranial, and Postcranial Elements in the Paso de la Amada Assemblage
No full textTable of Eleotridae (sleepers) faunal bones from Paso de la Amada. Asterisks in table described below:
*Near cranial bones probably would have been removed with cranial bones if head was separated from body in processing.
**Average of the number of vertebrae between all Eleotridae species present in the assemblage (Eleotris picta and Dormitator latifrons)
Field Catalogue: 1979 excavation season
No full textExcavation catalog for the 1979 field season at Grotta Scalori
Simulation results of 3D ETS (Episodic Tremor and Slow-slip) asperity-in-matrix model using QDYN earthquake simulator
No full textThis data set contains simulation results of 3D ETS asperity-in-matrix model of Matlab .mat files for
Luo, Y., and Liu, Z. (2021) Fault Zone Heterogeneities Explain Depth-dependent Pattern and Evolution of Slow Earthquakes in Cascadia, Nature Communications.
It is generated by QDYN earthquake simulator (https://github.com/ydluo/qdyn Luo, Y., Ampuero, J. P., Galvez, P., Van den Ende, M., and Idini, B. (2017). QDYN: a Quasi-DYNamic earthquake simulator (v1. 1). Zenodo.(doi: 10.5281/zenodo. 322459).)
1. Uniform Model (10 years, dense output, Uniform_model/)
2. Binary (Bi-modular) Model (4 years, Binary_model/)
3. Linear Model (40 years, dense output, Linear_model/)
4. Comparison of asperity distributions (asp_patttern/):
4.1 (asp_patttern/tri/) - hexagon pattern asperity distribution
4.2 (asp_patttern/sqr/) - rectangular pattern asperity distribution
4.2 (asp_patttern/rnd/) - random asperity distribution
File format: (see details in documents of QDYN)
p - model settings
ot0, ot3d: timeseries outputs
ox0, ox3d: snapshot outputs<br
Appendix II. Descriptions of cultural layers and feature fills at Vésztő-Bikeri
No full textDescriptions of cultural layers and feature fills at Vésztő-Biker
Table S12.7. Frequency percentages of grain types in Type J quartzose-feldspathic tempers
No full textFrequency percentages of grain types in Type J quartzose-feldspathic tempers based on band traverse counts of 400 grains per thin section. VRF is volcanic lithic fragments.
*Recalculated exclusive of 3% calcareous grains; also includes 1% aggregate epidote grain