User talk:Dora the Axe-plorer

Consider using the draftify script

Hi, I've noticed that you do a fair bit of draftification. See if you want to use this script. In addition to the move, it sends a message to the page creator, and adds an AFC template to the draft. -MPGuy2824 (talk) 03:51, 23 April 2023 (UTC)

Trying the script now. Will see how it works. Thanks Dora the Axe-plorer (explore) 10:29, 23 April 2023 (UTC)

Thanks for your work

I just skimmed 1698 Ambato earthquake and it's amazing to me that we can know so much about an earthquake that happened 300+ years ago. Bravo you. jengod (talk) 19:25, 7 May 2023 (UTC)

Cheers! Dora the Axe-plorer (explore) 13:59, 9 May 2023 (UTC)

Why?

First, good wikis. But I have a question. Why did you delete my edit on the highest ground acceleration of the 1999 Izmit earthquake? My source was trusted. The USGS ShakeMap Analysis is used as a source for the PGA(g) values ​​of earthquakes. The maximum earthquake in Izmit was 2.06g. PGA? If you agree that the quake has 2.06g acceleration, I'll rearrange. Thanks. Deprem Bilimi (talk) 18:15, 12 May 2023 (UTC)

@Deprem Bilimi the USGS has an Impact tab where it writes in the description the maximum acceleration was 0.3-0.4g. It's better to follow the description over the ShakeMap. No other academic studies also mention the 2.06g recorded by the USGS—max acceleration all fell within the 0.4–0.45g range. Dora the Axe-plorer (explore) 01:02, 13 May 2023 (UTC)

But many wikipedist using ShakeMAP for editing acceleration. Deprem Bilimi (talk) 07:32, 13 May 2023 (UTC)

@Deprem Bilimi That doesn't justify the use of ShakeMap info over academic studies and reports Dora the Axe-plorer (explore) 07:43, 13 May 2023 (UTC)

You don't understand. 0.4g isn't PGA. PGA is Peak Ground Accelaration. The slip was 5 meters and it's equal to 0.5g. This values for granit. Accelometers shows this earthquake had 2.06 PGA(g) distance from 2km and in Alluvium ground. So, PGA is 2.06g. Deprem Bilimi (talk) 14:55, 18 May 2023 (UTC)

@Deprem Bilimi tell me which part of "Duration of strong shaking was 37 seconds with maximum acceleration 0.3-0.4g." doesn't register with you. What is your basis or source for 5 meters slip = 0.5 g; find a source that support your claim for this specific event Dora the Axe-plorer (explore) 21:36, 18 May 2023 (UTC)

Look at this:https://earthquake.usgs.gov/earthquakes/eventpage/usp0009d4z/shakemap/analysis?source=atlas&code=usp0009d4z PGA is 2.06. 0.4g is current for granit, so in alluvium ground PGA is 2.06. The pure acceleration of the earthquake is 0.4g but bad grounds increase acceleration and in bad grounds they measured 2.06g PGA! in Alluvium ground. So 0.4g is pure acceleration it's not PGA!. PGA is Peak Ground Acceleration. The link which I was send you includes station datas. Look. Deprem Bilimi (talk) 05:36, 19 May 2023 (UTC)

5 meters slip in 1 seconds= 0.5g because your acceleration is 5 m/s² and 9.81 m/s²=1g. But it's pure acceleration whic is current for GRANİT. In Allivium grounds it increases. And the station datas showing us the PGA was 2.06g in 1999 earthquake. Deprem Bilimi (talk) 05:37, 19 May 2023 (UTC)

That's not how earthquakes work, that's your own conspiracy. Like I said, no mentions of 2.06 g in ground motion studies about the event. You need multiple sources to support the 2.06g value, not rely solely on USGS models. Dora the Axe-plorer (explore) 08:47, 19 May 2023 (UTC)

CS1 error on 1866 Bingöl earthquake

Hello, I'm Qwerfjkl (bot). I have automatically detected that this edit performed by you, on the page 1866 Bingöl earthquake, may have introduced referencing errors. They are as follows:

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Melissa Rae Shofner's "Earthquake Proof Buildings" book

Hello, Dora the Axe-plorer Have you ever been uploaded Melissa Rae Shofner's "Earthquake-Proof Buildings (Technology Takes on Nature)" book published by Gareth Stevens to Internet Archive (archive.org)? Yuliadhi (talk) 13:48, 22 May 2023 (UTC)