This is Data Repository File DR2 of the article ‘Large near-surface block rotations at normal faults of the Iceland rift: evolution of tectonic caves and.

Slides:



Advertisements
Similar presentations
Maps and Aerial Photos There are many different kinds of maps Geopolitical Topographic Shaded Relief, Photorectified or Standard Geologic Ecosystemic Meteorological.
Advertisements

3-D Finite Element Modeling of the Rise and Fall of the Himalayan-Tibetan Plateau Mian Liu and Youqing Yang Dept. of Geological Sciences, University of.
Feedbacks between lithospheric stress and magmatism in incipient continental rift zones Erin Beutel *(1), Jolante van Wijk (2), Cindy Ebinger (3), Derek.
Dilations.
Figure 1.1 The observer in the truck sees the ball move in a vertical path when thrown upward. (b) The Earth observer views the path of the ball as a parabola.
Scale Feature that relates distances on a map to distances on Earth
Unit 2: Tectonic Process Ms. Thind.   Rocks under pressure or tension fracture under strain  If movement takes place along a fracture a rift is formed.
Types of Plate Boundaries (finish Chapter 4) Hot Spots – more evidence for plate tectonics Divergent, Convergent and Transform plate boundaries - some.
Turn in when complete Plate Boundaries Activity
The Vogar Fissure Swarm, Reykjanes Peninsula, Iceland: Aseismic Kinematics of an Oblique Rift Zone Keegan Runnals*, Pall Einarsson**, Dykstra Eusden* *Bates.
Transformations. There are four types –Translations –Reflections –Rotation –Dilation.
Tectonic Plate Boundaries. There are 3 type of Plate Boundaries 1.Convergent (Subduction) 2.Divergent 3.Transform Plate Movement Animation.
The Theory of Plate Tectonics Earth’s crust is made of many ________ These plates move as a result of ______________ in the mantle Earth’s surface is.
Graph: A(4, 2) B(2, 0) C(6, -6) D(0, -4) E(-6, -6) F(-2, 0) G(-4, 2) H(0, 4)
Brittle Deformation Remember that  is the angle between  3 and a plane.
NS Physical Science Studies Landscapes (Topographic Maps)
Earth Crust Deformation Caused by stresses in the crust.
How can global seismic tomography help in studies of “Early Earth” Berkeley, December 10, 2011.
Discussion: In the analog models, the edges of the rubber sheets represent the rheological transition zones at the margins of the brittle-ductile regions.
Lab 2 – Topographic Maps & Land Navigation. Maps/Coordinate Systems ► Represent spatial relationship of things and shape of landscape ► Must have frame.
STUDY NOTES – Standard 2, Objective 3 PLATE BOUNDARIES
Tectonic subsidence history of the Pannonian Basin revisited
“Building Up and Tearing Down”
Topographic Maps Two-dimensional representation of a Three-dimensional surface. Coordinate systems Latitude/Longitude (spherical) Universal Transverse.
Local Cartesian Coordinate Systems
Maps and photos - Chapter 8
Brittle Deformation (3) Kinematic indicators (1) & normal faults
What is your FICO IQ Quiz? Link to article attached.
Earthquakes.
Plate Tectonics and Their Land Formations
Splitting of Iceland Sean Osaki
Martin C. Michel  European Urology Supplements 
Your Lecture you only have 8 minutes MAX 8 slides Start off with title Then give a 1 or 2 sentence introduction and conclusion Give me a topic/research.
Solar spectrum and absorption profiles of chlorophyll and bacteriochlorophyll pigments Solar spectrum and absorption profiles of chlorophyll and bacteriochlorophyll.
Number of flowering plants 1999 (log-scale) Compatibility (%)
GRAPHICAL DATA EXCHANGE FORMATS .jpg .gif .tif.
Seismic expression relay ramps in the Taranaki Basin, New Zealand
Unit 6 Day 4 Rotations.
Incidence and spatial extent of epileptiform events observed in widefield calcium imaging. Incidence and spatial extent of epileptiform events observed.
Conformational ensembles of apo and ligated FimH variants in solution
Major fault structures in East Africa
miRNA target pathways correlated with CRC-associated bacteria.
Implicit adaptation generalizes around the aiming location (30° CCW)
Hokkaido Transect Seismic Refraction/
In vivo imaging of the wound bed at later time points (related to Fig 7)‏ In vivo imaging of the wound bed at later time points (related to Fig 7) A–CRepresentative.
Plate Tectonics.
Types of Plate Boundaries
Lymphocyte lineage trees produced by long-term live cell microscopy.
Mapping the surface interaction profile of the 30S ribosomal subunit on a multifunctional graphene grid. Mapping the surface interaction profile of the.
MULTIMEDIA SYSTEMS Dr S.ARUNA/III BCA-C/MULTIMEDIA SYSTEMS/IMAGES,COLOR,IMAGE FILE FORMATS.
This document is a supplement to the article ‘Large near-surface block rotations at normal faults of the Iceland rift: evolution of tectonic caves and.
Fig. 2. Outline of the two types of stimulus sequences employed in the analysis.(A) Environment information stimuli; (B) adaptation stimuli. Outline of.
Fig. 7. Motion adaptation increases time-dependent response modulations (TDRM) relatively to the average cell response.TDRM normalized to the value obtained.
Examples of the different position of the centre of head rotation (CR)
Blocking actin turnover affects AJ remodeling and E-cad dynamics.
Restless Earth Lessons 3 and 4 Review.
Fig. 1 Map of the trifurcation area of the SJFZ.
Basic Positions net defense zone defense zone attack zone
Fig. 5 Pointwise-printed hierarchical materials with 3D microarchitectures having features that span over five orders of magnitudes in length scale. Pointwise-printed.
MGluRIs potentiate amplitude of equilibrated NMDAR response through G-protein and Homer signaling pathways in DGCs. A, Nucleated patches excised from control.
News Article Thumbnails TEMPLATE
Silencing of VPS39 Disturbs the Formation of the Central Vacuole in the Infected Cell.(A) In the zone of infection, infected cells have numerous small.
Fig. 3 Upper Mississippi long-profile evolution.
Fig. 1 Most models of biological responses to climate change omit important biological mechanisms. Most models of biological responses to climate change.
Fig. 4 Modeled long-profile evolution.
Fig. 1 Block A at the Debra L. Friedkin site.
Fig. 4 Relationship of plastic ingestion and nesting behavior.
Whither the Rio Grande Rift?
Fig. 6. Connectivity and mobility maps for Lesotho.
Presentation transcript:

This is Data Repository File DR2 of the article ‘Large near-surface block rotations at normal faults of the Iceland rift: evolution of tectonic caves and dilatancy’ by Kettermann et al., 2019. It contains the exact locations of all profiles used to generate the data on which the article is based on.

4 3 2 1 Fig. 1: Exact location of profiles 1 – 4. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

5 Fig. 2: Exact location of profile 5. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

6 Fig. 3: Exact location of profile 6. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

7 Fig. 4: Exact location of profile 7. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

8 Fig. 5: Exact location of profiles 1 – 4. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

11 10 9 Fig. 6: Exact location of profiles 9 – 11. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

12 Fig. 7: Exact location of profile 7. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

15 14 13 Fig. 8: Exact location of profiles 13 – 15. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

19 18 17 16 Fig. 9: Exact location of profiles 16 – 19. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

23 22 21 20 Fig. 10: Exact location of profiles 20 – 23. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

26 25 24 Fig. 11: Exact location of profiles 24 –26. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

27 Fig. 12: Exact location of profile 27. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

28 Fig. 13: Exact location of profile 28. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

29 Fig. 14: Exact location of profile 29. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

30 Fig. 15: Exact location of profile 30. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.

31 Fig. 16: Exact location of profile 31. Coordinates given in UTM format, Zone 27N. Color scale indicates elevation.