The Ultimate Map Thread

Alright, I'm just copying down the coordinates for the Upper Yukon River. There's a bit of confusion in how exactly I should start it, since the headwaters are... confusing, and all navigable.

southernlakesmap.gif


I charted the route through Marsh Lake, Tagish Lake, Nares Lake and Bennett Lake, up to Lindeman City. An alternate route would be through Marsh Lake, Tagish Lake, Taku Arm, Graham Inlet, Atlin Lake, Little Atlin Lake, to the furthest navigable headwaters of the river system, but I chose the former because it demonstrates just how close the Yukon River begins, with regards to the Pacific Ocean, and because it formed an important trade route between the interior and the coast, and because it was the route followed by the stampeders during the Gold Rush of 1898.
 
Coordinates of the Upper Yukon River
61.573616°,-134.903949° Confluence of the Yukon and Teslin Rivers
61.580784°,-135.043218°
61.531883°,-135.141428°
61.464639°,-135.117545°
61.416172°,-135.218296°
61.357512°,-135.263082° Lake Laberge Ends
61.290066°,-135.255921°
61.222724°,-135.225970°
61.159532°,-135.177908°
61.092516°,-135.147604°
61.029731°,-135.102667°
60.962562°,-135.082788° Lake Laberge Begins
60.897791°,-135.134568°
60.832652°,-135.180296° Whitehorse Ends, Confluence of the Yukon and Takhini Rivers
60.786253°,-135.081251°
60.720315°,-135.049784° Downtown Whitehorse
60.656952°,-135.001378°
60.624632°,-134.880395° Whitehorse Begins
60.607171°,-134.747197°
60.565391°,-134.637562°
60.541060°,-134.510344° Marsh Lake Ends, Confluence of the Yukon and M’Clintok Rivers
60.515658°,-134.382680°
60.462435°,-134.299794°
60.396199°,-134.272051°
60.329267°,-134.261466° Marsh Lake Begins
6 Mile River
60.262047°,-134.276891° Tagish Lake Ends
60.196818°,-134.313218°
60.147185°,-134.406705° Windy Arm Ends
60.134835°,-134.541860° Windy Arm Meets Nares Lake
60.164407°,-134.668094° Carcross, Nares Lake meets Bennett Lake
60.145695°,-134.798232°
60.091128°,-134.873167°
60.024224°,-134.883841°
59.958418°,-134.918355°
59.895125°,-134.966245°
59.833425°,-135.018920° Bennet Lake Begins
59.784074°,-135.110630° Lindeman City

Coordinates of the Upper Yukon River, Without my Commentary
61.573616°,-134.903949°
61.580784°,-135.043218°
61.531883°,-135.141428°
61.464639°,-135.117545°
61.416172°,-135.218296°
61.357512°,-135.263082°
61.290066°,-135.255921°
61.222724°,-135.225970°
61.159532°,-135.177908°
61.092516°,-135.147604°
61.029731°,-135.102667°
60.962562°,-135.082788°
60.897791°,-135.134568°
60.832652°,-135.180296°
60.786253°,-135.081251°
60.720315°,-135.049784°
60.656952°,-135.001378°
60.624632°,-134.880395°
60.607171°,-134.747197°
60.565391°,-134.637562°
60.541060°,-134.510344°
60.515658°,-134.382680°
60.462435°,-134.299794°
60.396199°,-134.272051°
60.329267°,-134.261466°
60.262047°,-134.276891°
60.196818°,-134.313218°
60.147185°,-134.406705°
60.134835°,-134.541860°
60.164407°,-134.668094°
60.145695°,-134.798232°
60.091128°,-134.873167°
60.024224°,-134.883841°
59.958418°,-134.918355°
59.895125°,-134.966245°
59.833425°,-135.018920°
59.784074°,-135.110630°
 
The provinces (I assume you've got the periphereies on the map there) of Greece aren't correct. Even if you're only indicating the Regions (which are outdated anyway) you're missing Attika and the various Aegean islands are incorrectly divided. :mischief:
 
Also I :lol:ed at the way fc did the Caspian Sea and the Great Lakes and other such large inland bodies of water
 
I'm fairly sure that those aren't his borders.

Also, it makes sense in the case of the Great Lakes, at least, where there are some pretty important islands lying around.
 
I managed to find the exact furthest headwaters of the Fraser at 52.519240,-118.334933° (thank you, latest update of Google Earth!), but I decided to start it from Moose Lake, the first and only lake on the river. I assume that this is the standard practice, since beyond Moose Lake the Fraser's barely a stream.

Coordinates of the Fraser River
52.936070,-118.853678
52.970888,-118.950527
53.001543,-119.051332
53.022965,-119.157195
53.017224,-119.266345
52.966991,-119.343492
52.969996,-119.457354
53.001479,-119.557136
53.045457,-119.642545
53.087677,-119.729750
53.133540,-119.811536
53.161695,-119.913646
53.202509,-120.004247
53.254733,-120.077504
53.308091,-120.146276
53.354646,-120.226851
53.384896,-120.327844
53.435209,-120.404422
53.476091,-120.494346
53.533480,-120.555126
53.565717,-120.654136
53.617225,-120.730990
53.668995,-120.803915
53.708519,-120.896925
53.750783,-120.986994
53.781203,-121.088887
53.802480,-121.197643
53.838597,-121.295742
53.878399,-121.388529
53.900849,-121.495981
53.919895,-121.605508
53.975137,-121.675092
54.032794,-121.734751
54.064960,-121.834336
54.117224,-121.908757
54.166295,-121.988495
54.194858,-122.091975
54.203244,-122.204727
54.227558,-122.312570
54.242638,-122.424722
54.212843,-122.527728
54.152744,-122.574100
54.096924,-122.514824
54.047603,-122.595265
53.996888,-122.671152
53.930788,-122.689786
53.874890,-122.757528
53.808310,-122.736465
53.742387,-122.710469
53.674790,-122.725159
53.611966,-122.681583
53.547268,-122.718128
53.484619,-122.675297
53.418607,-122.652826
53.383919,-122.751810
53.350713,-122.850781
53.282945,-122.854368
53.236627,-122.770118
53.172365,-122.728093
53.126906,-122.643178
53.090313,-122.549348
53.024044,-122.529249
52.956416,-122.514854
52.895302,-122.468331
52.827672,-122.458602
52.760948,-122.480347
52.694399,-122.474463
52.627290,-122.464723
52.560080,-122.478436
52.497990,-122.433776
52.433423,-122.404243
52.368513,-122.375733
52.331468,-122.282847
52.264347,-122.266234
52.196514,-122.270897
52.128430,-122.282563
52.061366,-122.275903
51.992889,-122.275622
51.925423,-122.275334
51.879741,-122.357025
51.820502,-122.408425
51.753831,-122.391595
51.689353,-122.359862
51.625659,-122.322885
51.559469,-122.297988
51.492095,-122.280493
51.434853,-122.222117
51.367829,-122.237691
51.300409,-122.236150
51.244386,-122.172671
51.180596,-122.128054
51.141772,-122.039562
51.085872,-121.975112
51.024302,-121.926428
50.964279,-121.880022
50.897577,-121.866244
50.830257,-121.874023
50.766469,-121.845828
50.715743,-121.912141
50.651334,-121.897540
50.592604,-121.846996
50.540971,-121.780204
50.484715,-121.722889
50.420569,-121.686147
50.353174,-121.671040
50.290208,-121.631188
50.229218,-121.585936
50.160822,-121.583838
50.094522,-121.563529
50.028621,-121.534976
49.963687,-121.502030
49.904500,-121.449365
49.836334,-121.437569
49.767858,-121.442934
49.701968,-121.411673
49.635151,-121.393790
49.566226,-121.399486
49.498638,-121.417172
49.430881,-121.433874
49.374718,-121.495998
49.355624,-121.596487
49.307151,-121.671093
49.243442,-121.710345
49.218851,-121.808395
49.225880,-121.913234
49.187184,-122.000935
49.149666,-122.088687
49.134062,-122.191682
49.129829,-122.294498
49.129829,-122.294498
49.147588,-122.394815
49.169223,-122.491968
49.195443,-122.587047
49.201608,-122.689697
49.215810,-122.790693
49.209112,-122.893364
49.156296,-122.957040
49.134945,-123.054495
49.109680,-123.149912
49.121339,-123.251319
 
If I get you a bunch of rivers' coordinates, will you project them onto the Winkel-Tripel map?
 
I was thinking the Jordan, the Sutlej, the Chenab, the Yamana, and possibly the Tennessee.
 
Hey again. =)
I need a galaxy map for my upcoming NES DragoNES: Secrets of the Darkspace.
The galaxy i'm talking about is called the Black Nebula, and it looks like a normal galaxy exept for this:
The core of the galaxy is black. The galaxy "arms" are all white, and then they get more and more dark the closer they get to the middle, until they in the middle are all black.
Can anyone make this? =(
 
Hey again. =)
I need a galaxy map for my upcoming NES DragoNES: Secrets of the Darkspace.
The galaxy i'm talking about is called the Black Nebula, and it looks like a normal galaxy exept for this:
The core of the galaxy is black. The galaxy "arms" are all white, and then they get more and more dark the closer they get to the middle, until they in the middle are all black.
Can anyone make this? =(

Um, black? Do you mean a lack of stars? The only type of galaxy that could come close to satisfying such a criteria would be a ring galaxy, and even then there is a bright galactic centre to deal with. What you're description just does not happen in the Universe.
 
@Supermath
No, but i mean black suns.

@Lord_iggy
Well... small enough to be in one picture. =P
 
@Supermath
No, but i mean black suns.

Outside of a certain Xizor's organization, these do not exist...

Except perhaps for a "black dwarf", but if your galaxy is old enough to have only these things in the center, there wouldn't be much left on the rims...
 
They exist in my world =( And we could just say that they are really darkblue...
 
They're stars... they don't go "dark". Not to say that you can't have it like that: it's your world, but I am saying you can't have it like that and be scientifically accurate.
 
NK has no suspension of belief :p
 
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