Slgrandson
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Tanuki-avatar representation (by ZeroThePrizimix (talk · contribs))
Tanuki-avatar representation (by ZeroThePrizimix (talk · contribs))
Name
Reginald Routhwick
Born31 July 1986
Current locationDover, Florida
Education and employment
Primary schoolSt. Mary's Primary (S.M.P.), Roseau (1993–99)
High schoolSt. Mary's Academy (S.M.A.), Roseau (1999–2004)
CollegeDominica State College (2004–06; dropped out)
Hobbies, interests, and beliefs
Aliases
  • "Slgrandson" (Wikimedia)
  • "Routhwick" (Reddit/Miraheze)
  • "dcjc" (FurAffinity/Inkbunny/deviantART)
Interests
Userboxes
Constant Noble
FormerlyConstitution Books (until January 2019)
Company typePrivate
Industry
  • Publishing
  • Cartography
Genre
Founded2011 (officially launched in 2012)
Headquarters
Area served
Worldwide
OwnerReginald Routhwick (a.k.a Slgrandson)
Number of employees
1
Websiteconstantnoble.miraheze.org

Reginald Routhwick is the pen name of a Commonwealth of Dominica expatriate who contributes to Wikimedia as Slgrandson. Also known as Routhwick at Reddit, Miraheze, and Steemit/Hive.blog, and under his real-life initials across deviantART, FurAffinity, Inkbunny, IMDb, and elsewhere. Born in 1986, Routhwick is now based in Dover, Florida (after previously residing in his home suburb of Stock Farm, Roseau [until June 2005]; the Bronx of New York City [until August 2005]; and Waterbury, Connecticut [until January 2017]).

"Slgrandson"/"Routhwick" is among only a handful of Wikimedia members—and practically the only wiki aficionado—to hail from Dominica (out of a few dozen more from the Caribbean region). The "Slgrandson" alias honours one of his relatives through a contraction of the phrase "Sylvie Lewis' grandson" (the first two letters are her initials).

Routhwick runs the Constant Noble creative-venture label responsible for a conlang project called Tovasala, né Relformaide, as well as two forthcoming book projects (Unspooled and The Sevton Saga). Constant Noble also specialises in geofictional cartography, and (as Constitution Books) once dealt with public-domain reprints for the Amazon Kindle market during the early 2010s.

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Special pages

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Milestone statistics

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Contributions
First edit February 23, 2005
(3:19 p.m. AST)
Contributions 10,000[nb 1] 20,000
Milestone edit 139th support on WP:Requests for adminship/VernoWhitney (November 10, 2010) Nominating The Right and the Wrong at DYK (August 29, 2024)
Unique pages edited 6,135 15,689
Average edits/page 1.86 1.27
Edits by namespace
(Ties are broken in favour of the most recently-edited namespace.)
Namespace Edits Percentage Edits Percentage
Talk 834 8.35% 6763 33.815%
Articles 4205 42.09% 6426 32.13%
User talk 2765 27.67% 3794 18.97%
Wikipedia 1259 12.60% 1696 8.48%
User 613 6.14% 759 3.795%
Template 112 1.12% 180 0.09%
Draft 110 0.55%
File 94 0.94% 73 0.365%
Wikipedia talk 33 0.33% 70 0.35%
Template talk 23 0.23% 44 0.22%
Category 23 0.23% 31 0.155%
Draft talk 25 0.125%
Help 8 0.08% 9 0.045%
Portal 8 0.08% 6 0.03%
MediaWiki talk 4 0.04% 4 0.02%
File talk 3 0.03% 3 0.015%
Help talk 3 0.03% 3 0.015%
Category talk 2 0.02% 2 0.01%
Module 1 0.005%
Portal talk 2 0.02% 1 0.005%

Today's news

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Jimmy Carter

Today's snapshot

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Bathymetry is the study of the underwater depth of sea and ocean floors, lake floors, and river floors. It has been carried out for more than 3,000 years, with the first recorded evidence of measurements of water depth occurring in ancient Egypt. Bathymetric measurements are conducted with various methods, including depth sounding, sonar and lidar techniques, buoys, and satellite altimetry. However, despite modern computer-based research, the depth of the seabed of Earth remains less well measured in many locations than the topography of Mars. Bathymetry has various uses, including the production of bathymetric charts to guide vessels and identify underwater hazards, the study of marine life near the bottom of bodies of water, coastline analysis, and ocean dynamics, including predicting currents and tides. This video, created by the Scientific Visualization Studio at NASA's Goddard Space Flight Center, simulates the effect on a satellite world map of a gradual decrease in worldwide sea levels. As the sea level drops, more seabed is exposed in shades of brown, producing a bathymetric map of the world. Continental shelves appear mostly by a depth of 140 meters (460 ft), mid-ocean ridges by 3,000 meters (9,800 ft), and oceanic trenches at depths beyond 6,000 meters (20,000 ft). The video ends at a depth of 10,190 meters (33,430 ft) below sea level – the approximate depth of the Challenger Deep, the deepest known point of the seabed.

(Video credit: NASA / Goddard Space Flight Center / Horace Mitchell, and James O'Donoghue)

  1. ^ From X!'s tool; tabulating the statistics below, this is actually nine edits short of the milestone. The number is based on the "Live edits" displayed on the page.