61st parallel north

The 61st parallel north is a circle of latitude that is 61 degrees north of the Earth's equatorial plane. It crosses the Atlantic Ocean, Europe, Asia and North America.

61°
61st parallel north

At this latitude the sun is visible for 19 hours, 16 minutes during the summer solstice and 5 hours, 32 minutes during the winter solstice.[1]

This latitude also roughly corresponds to the minimum latitude in which civil twilight can last all night near the summer solstice.

Around the world

Starting at the Prime Meridian and heading eastwards, the parallel 61° north passes through:

Co-ordinates Country, territory or ocean Notes
61°0′N 0°0′E Atlantic Ocean Defines the border between North Sea and Norwegian Sea
61°0′N 4°32′E  Norway Islands and skerries of, and Indrevær proper, Sogn og Fjordane
61°0′N 4°37′E Atlantic Ocean Straumsfjorden, North Sea
61°0′N 4°39′E  Norway Islands and skerries of, and Ytre Sula proper, Sogn og Fjordane
61°0′N 4°44′E Atlantic Ocean Sognesjøen, North Sea
61°0′N 4°56′E  Norway Hiserøyna, and the mainland Sogn og Fjordane,
61°0′N 5°28′E Atlantic Ocean Risnefjorden, Sognefjorden, North Sea
61°0′N 5°29′E  Norway Sogn og Fjordane
61°0′N 7°2′E Atlantic Ocean Aurlandsfjorden, Sognefjorden, North Sea
61°0′N 7°4′E  Norway Sogn og Fjordane, Buskerud, Oppland, Hedmark
61°0′N 12°14′E  Sweden
61°0′N 17°13′E Atlantic Ocean Gulf of Bothnia, Baltic Sea
61°0′N 21°17′E  Finland Passing through Hämeenlinna,  Finland
61°0′N 28°41′E  Russia Passing through Lake Ladoga, Lake Onega and by the approximate hypocentre of the 1908 Tunguska event
61°0′N 156°5′E Pacific Ocean Gizhigin Bay, Sea of Okhotsk
61°0′N 159°53′E  Russia
61°0′N 161°10′E Pacific Ocean Penzhin Bay, Sea of Okhotsk
61°0′N 163°30′E  Russia Kamchatka Peninsula
61°0′N 172°11′E Pacific Ocean Bering Sea
61°0′N 165°10′W  United States Alaska
61°0′N 151°30′W Pacific Ocean Cook Inlet, Gulf of Alaska
61°0′N 150°31′W  United States Alaska - Kenai Peninsula
61°0′N 150°19′W Pacific Ocean Turnagain Arm, Cook Inlet, Gulf of Alaska
61°0′N 149°39′W  United States Alaska passing through the southern part of Anchorage
61°0′N 141°0′W  Canada Yukon
Northwest Territories - passing through the Great Slave Lake
Nunavut
61°0′N 94°10′W Arctic Ocean Hudson Bay
61°0′N 77°59′W  Canada Quebec - Ungava Peninsula
Nunavut - Diana Island
61°0′N 69°55′W Arctic Ocean Diana Bay, Hudson Strait
61°0′N 69°40′W  Canada Quebec - Ungava Peninsula
61°0′N 69°28′W Arctic Ocean Hudson Strait
61°0′N 64°43′W Davis Strait
61°0′N 48°24′W  Greenland
61°0′N 42°41′W Atlantic Ocean Passing just north of Out Stack, Muckle Flugga and Unst, Shetland Islands,  Scotland,  United Kingdom
gollark: Any opinions on my theory of what's going on with the pricing? Basically, I said that if extra dragons are introduced to the total but not the rest of the system (golds, whatever else), then rarer stuff's ratios will be affected more than common stuff, so the gold pricing goes crazy and nebulae stay the same.
gollark: 3.
gollark: My theory of what's up, copied from the forum thread:If many new eggs are being introduced to the system, then that will most affect the stuff which is rarest, by making it rarer by comparison, but commons will stay the same. As for why it happened now? Weekly updates, possibly.Example:Imagine there are 200 dragons, 5 of which are golds.The ratio of golds to total dragons is now 5:200 = 1:40. If the target ratio is 1:50 then prices will be higher to compensate.Now imagine there are an extra 200 dragons added, none of which are golds.The ratio would then be 5:400 = 1:80. Then, assuming the same target, prices will drop.This is of course simplified, and the ratios may not work like this, but this matches observed behavior pretty well.
gollark: That why was rhetorical.
gollark: As I said on the forums:```That makes sense. If many new eggs are being introduced to the system, then that will most affect the stuff which is rarest, by making it rarer by comparison, but commons will stay the same. As for why it happened now? Weekly updates, possibly.```

See also

References
  1. "Duration of Daylight/Darkness Table for One Year". aa.usno.navy.mil. Retrieved 2016-03-23.
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