The Doom Slayer is the protagonist and playable character of Doom, Doom II: Hell on Earth, Final Doom, Doom 64, Doom (2016), Quake Champions, Quake III Arena and Doom Eternal (and possibly Doom 3 ). He is also known by the UAC as DM1-5, DOOM Marine or The Slayer, and by the Demons of Hell as the Doom Slayer, the Unchained Predator, the Beast or the Hell Walker. Depending on the version of the character, his real name or aliases include William Joseph "B.J" Blazkowicz and Flynn Taggart. He is known in the flashback subtitles as Doomguy.

Doom Eternal Slayer

Rocca Calascio is a mountaintop fortress or rocca in the Province of L'Aquila in Abruzzo, Italy.
Built of stone and masonry exclusively for military purposes and intended only to accommodate troops and never as residence for nobles, the fortress overlooks the Plain of Navelli at one of the highest points in the ancient Barony of Carapelle.
Santa Maria della Pietà and Rocca Calascio.
Construction of the fortress started in the tenth century as a single watchtower. A walled courtyard with four cylindrical towers at the corners around a taller inner tower was added in the thirteenth century. The lower half of the fortress is built with distinctively larger stones than its upper half. It is believed that this feature was to make its base impenetrable to invaders. The fortress was never tested in battle. However, it was badly damaged in November 1461 by an earthquake with an estimated magnitude of 7 to 8 on the Richter Scale.
wikipedia

coordinates: 42.328889, 13.688944

photogrammetry from  video

Rocca Calascio - RAWscan

Global map of seismic events for the years 2010 and 2011 ([animation here](https://skfb.ly/6Mn8Y)). 

Here are some interesting events/features, clearly visible on this visualization:

* March 2011 earthquake in Tohoku, Japan (see this [3D model](https://skfb.ly/6GULX))
* [February 2010 earthquake in Chile](https://en.wikipedia.org/wiki/2010_Chile_earthquake)
* Seismic activity in the [Tonga-Kermadec](https://en.wikipedia.org/wiki/Tonga-Kermadec_Ridge) subduction system, the most "active" on earth (East of Australia)
* [Seismic activity in the Scotia Arc](http://earthjay.com/earthquakes/20160819_sandwich/civile_etal_2012_tectonics_scotia.pdf), where continents want to emerge (East of southern Chile)
* The fine [USGS](https://www.usgs.gov/) monitoring on the US west-coast, in Hawaii and in the Aleutian Trench (North Pacific), where even the smallest events (purple) are recorded.

Seismic data comes from the [Earthquake Catalog](https://earthquake.usgs.gov/fdsnws/event/1/), and was processed in Python.

Earthquakes - 2010 & 2011

The Tōhoku earthquake (9.1 magnitude) hit Japan on March 11, 2011 for a duration of 5 minutes, and was followed by a tsunami which claimed the life of close to 16.000 people.  

The seismic events shown took place on that same day, between 01h41 and 23h59 (GMT). At 0.5X animation speed, 1 second of animation = 1 hour in real time.

The main earthquake happened at 05h46 (1:80 mark in the animation), and slowing down the animation speed to 0.1X or keeping manual control around this event should allow you to better understand the aftershocks propagation.

Data:

* Topography and bathymetry: [Etopo1 Global Relief Model](https://www.ngdc.noaa.gov/mgg/global/global.html)
* Earthquakes: [ANSS Comprehensive Earthquake Catalog](https://earthquake.usgs.gov/data/comcat/)
* Fault plane: [Slab2:  A Comprehensive Subduction Zone Geometry Model](https://doi.org/10.5066/F7PV6JNV)

Created with python and blender ( and love :) )

*NEXT: add focal mechanisms, better metadata, funkier colormaps and superimpose historical maps?*

Tōhoku earthquake - 2011

The first lighthouse in Iceland was built on Valahnúkur in Reykjanes in
the year 1878. By 1905 earthquakes and surf had damaged Valahnúkur
so much that there was the risk of the lighthouse falling into the sea.

A new lighthouse was therefore built in 1907-1908 on Bæjarfell hill in Reykjanes and the old one was demolished with an explosion on april 16th 1908. A survey which Rögnvaldur Guðmundsson supervised in 2007 for the Icelandic Maritime Administration led to the conclusion that Reykjanes lighthouse was the most popular lighthouse among Icelanders. The lightsignal height is 69 meters above sealevel but the actual height of the lighthouse is 26 metres. Reykjanes lighthouse also has a radio beacon with a correction signal. There is carved rock and concrete in the lighthouse. Architect Frederik Kjørboe and engineer Thorvald Krabbe designed the lighthouse. The operationof Reykjanes Lighthouse is under the supervision of the Icelandic Maritime Administration.

Reykjanes Lighthouse

The animated version of the [Earthquake map for the years 2010 and 2011](https://skfb.ly/6Mnsn) ([this model](https://skfb.ly/6MnyD) showing every earthquake since the year 2000 might also interest you ;) ).

The animation spans on the whole two years: a frame represents 6 days, and at 0.5x speed (the default value), one second is therefore equivalent to three months of data.

Although the main seismic zones are more easily visible on the static version of the visualization, the animation clearly helps to identify the earthquakes of February 2010 in Chile and March 2011 in Japan, which appear as bright "flashes".

Their respective aftershocks - spanning on a few weeks/months - are also visible and clearly showcase the relaxing of mechanical constraints in the subduction zones.

Colored by magnitude (blue=low to red=high).

Earthquakes - 2010 & 2011 - Animation

In the oral traditions of Chile’s coastal regions, particularly among Mapuche communities, there exists a long-whispered legend of ghostly beings that walk the shores before and during catastrophes. These entities had no formal name for centuries - only described in fragments and murmurs passed from survivor to survivor.

It wasn’t until the 27F Earthquake in 2010 that a term gained traction: “Muru”, a word meaning complaint or warning in Mapudungun. Survivors, particularly in Talcahuano, Dichato, and Curanilahue, began using this term to refer to the strange, faceless entities seen walking in the waves before the tsunami struck.

the muru ( T Pose + made in paints 3d )

It's a very beautiful model, but quite wicked.The handling is a bit difficult, maybe I'll practice on a slightly low-poly version...

Bara earthquake (high Poly) free

original creators
https://3dwarehouse.sketchup.com/model/4e8d8429-009b-4fb1-aefc-86cbc495ad51/Decepticon-Leaders-Generation-1-Megatron-Galvatron-Starscream-Shockwave-LordZarak-Skyquake-Deszaras?hl=es

Decepticons Leaders pack

This artifact was found during studies of the attic of Salubria Manor, which was damaged in 2011 because of an earthquake. It was with a NextEngine Desktop 3-D scanner.

Salubria Manor is owned and operated by the Germanna Foundation, which writes “Historic Salubria is an 18th-century (ca. 1757) Georgian-style manor house built for the Reverend John Thompson, rector of the Little Fork Church from 1740 to 1772, who married the widow of Lt. Gov. Alexander Spotswood. The house received the name Salubria, Latin for healthful, from a later owner, James Hansbrough, in the early 1800s and has been known by that name since that time (https://germanna.org/salubria/).”

Iron Alloy Flask (VCU_3D_8654)

This handmade brick with a paw print was found at Salubria Manor, a ca. 1757 brick structure located in Orange County, Virginia. The brick was recovered from the west chimney which was damaged in 2011 because of an earthquake. It was 3-D scanned 22 January 2026 with a NextEngine Desktop 3-D scanner.

Salubria Manor is owned and operated by the Germanna Foundation, which writes “Historic Salubria is an 18th-century (ca. 1757) Georgian-style manor house built for the Reverend John Thompson, rector of the Little Fork Church from 1740 to 1772, who married the widow of Lt. Gov. Alexander Spotswood. The house received the name Salubria, Latin for healthful, from a later owner, James Hansbrough, in the early 1800s and has been known by that name since that time (https://germanna.org/salubria/).”

Handmade Brick with Paw Print (VCU_3D_8652)

All earthquakes, with a magnitude above 2.5, which have occured since January the 1st, 2000 (that's a little more than 500k earthquakes in total).

Following the annotations (use the arrows on the side of your screen on mobile) will pinpoint some of the most intense or deadly seismic events of the last 20 years. 

**Pro-tip:** Double-click somewhere on the model to focus on a specific area, or anywhere else to recenter the view !

* Color mapped to magnitude, from 2.5 (black/dark purple) to 7 (bright yellow). 
* Earthquakes depth exagerated by a factor 3.
* Earthquakes data from [USGS Earthquake Catalog](https://earthquake.usgs.gov/fdsnws/event/1/)
* Landmask data from [NOAA Earth System Research Laboratory](https://www.esrl.noaa.gov/psd/data/gridded/data.noaa.oisst.v2.html)
* The Python script I used is available [here](https://pastebin.com/xdugm94s) if you are curious !

**PS:** More info on Sketchfab Community Blog: https://sketchfab.com/blogs/community/visualizing-earthquake-data-using-point-clouds/

Earthquakes - 2000 to 2019

On April 2, 2024 (April 3 local time), a large earthquake struck beneath Hualien City, Taiwan.

This model shows the 3D tectonic setting of the earthquake. Discussion of this event can be found at https://earthquakeinsights.substack.com/p/deadly-m74-earthquake-strikes-taiwan.

The island of Taiwan has formed through crustal collision where two great subduction zones meet. The fast tectonic deformations cause intense seismic activity all through the island. The April 2 earthquake occurred on the eastern side of the island, where the oceanic crust of the Philippine Sea plate is jammed up against the continental crust of the island. The faults in this region are highly complex. The mainshock is circled by three rings.

Earthquake data are from the Central Weather Administration of Taiwan (https://gdms.cwa.gov.tw) and the United States Geological Survey (https://earthquake.usgs.gov). 

Earthquake report from the USGS: https://earthquake.usgs.gov/earthquakes/eventpage/us7000m9g4/executive

April 2 2024 Magnitude 7.4 earthquake in Taiwan

This model shows the geological setting of the August 7, 2024 magnitude 5.2 earthquake that was widely felt across southern California. The earthquake was caused by faulting at a depth of about 11 km. The fault system in this area is extremely complex, and produced the 1952 M~7.3 Kern County earthquake.

Colored contours show estimated ground shaking intensity (MMI) from the USGS. Earthquakes before August 7 are from Hauksson et al.; after are from Comcat. Earthquakes on August 7 are colored dark red; older are light red. Focal mechanisms are from the USGS and Cheng et al. (2023). The focal mechanism of the M5.2 is ringed. Colored fault surfaces are from the SCEC CFM. 

By: Kyle Bradley, earthquakeinsights.substack.com

USGS event page: https://earthquake.usgs.gov/earthquakes/eventpage/ci40865184/dyfi/intensity

CFM: https://southern.scec.org/research/cfm

EQ catalog: https://scedc.caltech.edu/data/alt-2011-dd-hauksson-yang-shearer.html

Cheng et al., 2023: https://doi.org/10.1029/2022JB025975

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