Google maps search by latitude and longitude. Unusual places on Google maps

ENCOUNTER games often use (guess) GPS coordinates. Due to many questions and inconsistencies, various options writing and use and this article was written.

Coordinate format

Miscellaneous software(navigators, 2GIS, etc.) use different coordinate formats.

Here are the current formats:

• 55.755831°, 37.617673° —- degrees (decimal)
• N55.755831°, E37.617673E° —- degrees + additional. letters (decimal)
• 55°45.35"N, 37°37.06"E —- degrees and minutes (+ additional letters)
• 55°45"20.9916"N, 37°37"3.6228"E — degrees, minutes and seconds (+ additional letters)

Additional letters indicate latitude (N-north, S-south) and longitude (W-west, E-east). If there are no letters, then negative latitudes and longitudes (southern and western, respectively) are indicated in decimal format with a “-” sign. If necessary, the formats can be recalculated independently: 1° = 60" minutes, 1" minute = 60" seconds.

In order to determine the coordinates of a place, you need to select the “get information” tool:

And then point the left mouse button at the location of interest. A cloud with information about it will open at the selected location, and the coordinates of this location will be available on the left side of the screen in 2 known formats:

In order to determine a place using given coordinates, you need to enter them into the search field at the top and click “find”.

Peculiarities:

1) If the coordinate format is decimal (first comes LATITUDE (for example, 57.632811), then separated by commas - LONGITUDE (for example, 39.89041)). In the coordinate itself, you only need to put a POINT. Write the coordinates themselves separated by COMMA. Those. in the example above you need to be: 57.632811, 39.89041

2) If the coordinate format contains degrees, minutes and seconds (the latitude also comes first, then the longitude). The format is as follows: 57°37′58.39″, 39°53′22.97″

3) In response to searching for coordinates, Yandex maps puts a blue beacon in place. Previously, there was also a green beacon that displayed the exact position on the ground. The blue beacon is attracted to the nearest location on the map. In conditions of poor detail, the error of the blue beacon relative to the real state of things can range from several meters to several kilometers. The authors are strongly recommended to test the hidden coordinates for instructions from the blue beacon.

The Kosmosnimki service works by analogy with Yandex Maps, but the coordinate beacon there more accurately indicates the required location. The detail in the countryside is quite low, but for the city it is quite tolerable.

Features of working with Google Maps (https://maps.google.com/)

Google Maps is perhaps the most convenient service for determining location by coordinates.

The coordinate format is no different from that with Yandex Maps. Accepts both decimal and degrees with minutes and seconds.

The fundamental difference: when you enter coordinates in the search bar, 2 beacons are created. The purpose of the red beacon is unclear. The green arrow shows the exact location at the specified coordinate. At the same time, the error of the red beacon in conditions of low detail of the map area can be tens of kilometers.

Explanatory screenshot:

In order to find out the coordinates of a place in Google Maps, you need to point at this place with the left mouse button and context menu Select "What's here?" The search bar will contain the current coordinates of the required point, and the point itself on the map will be marked with a green marker.

Features of working with 2GIS (http://yaroslavl.2gis.ru/)

2GIS is most convenient for working with coordinates only in urban environments. There is only one coordinate format - degrees, minutes, seconds. Example: 57° 37" 59.34", 39° 53" 37.67".

There is no normal search by coordinates in 2GIS yet, but you can still determine them or find a place by coordinates.

So, in order to determine the coordinates of a place on the map you need to:

1) Poke right click mouse to the location of interest on the map

4) The window will increase and you will see the “Coordinates” tab, you need to open it

5) In front of you are the coordinates of your point.

Screenshot for example:

In order to find a place using these coordinates in 2GIS you need to:

1) Poke anywhere on the map with the left mouse button.

2) Select "Create point (note)" in the context menu

3) In the window that opens, check the “advanced settings” box

4) In the window with coordinates that opens, change the coordinate numbers to the desired ones.

6) In the left menu in the drop-down list at the top, select “additional layers”

7) Select the created note so that it appears on the map.

Explanatory screenshot:

Navigation software (CityGID, Navitel and others)

Most navigation software supports search in various formats coordinates

For CityGuide(using the example of version 7) the search by coordinates occurs according to the following scheme:

1) Menu -> Search -> Coordinates.

2) The following window will open:

3) Click on buttons 1 or 2, respectively. Enter the coordinates. In the lower right corner there is a small reminder about possible input formats. It is most convenient to enter and use the decimal coordinate format. The letters (N, E, W, S) are not required.

4) After entering the coordinates, the hidden point will open in the map window. Here you can evaluate how far to go and whether the task was solved correctly.

5) Press the "Let's go" button and the navigator will take you to the point in accordance with the loaded map.

For Navitel Navigator

Most coordinate formats are also supported. The coordinate format is set in the program settings in advance. Searching by coordinates is no different from the same in CityGuide:

1) Find -> Coordinates (on the second menu page)

2) Enter the coordinates and go.

Uses navigation system from Yandex large number people living in the CIS. Convenience and ease of use are perhaps the most important characteristics of Yandex Navigator. Despite these characteristics, some aspects of the application raise questions even among experienced users. One of the frequently asked questions is “How to enter coordinates into Yandex Navigator?” In today’s material, our resource will answer exactly this, paying attention to all the subtleties.

Coordinate format

In order to understand how to enter coordinates into Yandex Navigator, it is important to have an idea of ​​their format. As is known from the school geography course, the coordinates of a certain place are indicated using the degree measure of its latitude and longitude, which in a certain way penetrate the entire globe. In navigation from Yandex, the format for displaying and entering coordinate data fully complies with generally accepted standards. As a basic example, you can take a coordinate such as “21 o 43’54.67’’N” for latitude and “11 o 23’34.77’’E” for longitude, where:

• 21 o and 11 o - degrees of latitude and longitude;
• 43’ and 23’ - minutes of latitude and longitude;
• 54.67” and 34.77” - seconds of latitude and longitude;
• N (North - North) and E (East - East) - direction indicators.

Note that navigation from Yandex only supports degree coordinate format. More precisely, by entering the exact indicators of a specific longitude and latitude into the appropriate fields, it is quite possible to find a given place. The method looks like “45.342324” for longitude and “32.34234243” for latitude.

Important! You can enter coordinates in Yandex Navigator using any of the methods described above, except when the input field requires a specific one of these data formats.

Entry procedure

When wondering how to set coordinates in Yandex Navigator, many people not only do not understand how simple it is, but do not even suspect that in this application you can find out the coordinate data of a specific place and save it for future use. The latter, by the way, is very useful if you want to use navigation offline (that is, without an Internet connection).

So, returning to the procedure for entering coordinates, let's look at its typical procedure:

1. Firstly, it is important to find out the coordinates of a specific location. The preferred presentation format would be in the form of degrees with a decimal “tail” (32.3231321), since this type data is recognized in absolutely all versions of Yandex Navigator, while the other format discussed earlier began to be used for searching information relatively recently. Note that to search for a place, it is important to know both its coordinates, that is, longitude and latitude.
2. Secondly, the existing coordinate data must be entered into the appropriate field of the application. To do this, just go to the search menu (click the magnifying glass icon) and enter the coordinates, separated by commas, in the order: latitude, longitude (22.323132, 21.543555).
3. And thirdly, all that remains is to click on the search button, after which the place with the given coordinates will be found. You can plot a route to the found position on the map, view the presence of traffic jams, determine the distance, and perform other navigation functions from Yandex relative to it.

It is worth noting that in latest versions The application now has the following features:

• enter coordinates in the format “degrees, minuses, seconds, location”;
• communicate coordinate data to the navigator using your voice;
• listen to given coordinates after they are found (information is provided in the format “degrees, minuses, seconds, location”);
• set a route solely based on coordinate data; to do this, just select the appropriate function and enter the coordinates of the place where you want to lay the path.

Answers to frequently asked questions

Now that with how to enter in Yandex Navigator GPS coordinates for a specific location everything is clear, it would be useful to consider other frequently asked questions about use this application. Having studied the relevant forums, our resource has identified the three most asked questions

and provided the answers to them below:

1. Is it possible to work Yandex Navigator without access to the Internet?- Yes, however, in this case the application will not perform all functions. More precisely, the navigator will not be able to show existing traffic jams or provide information about places of stay. At the same time, to work with the application offline, you need to download maps of the area of ​​your movement, then turn on the GPS module on your device and use navigation.
2. How to download or update Yandex Navigator?- To do this, just go to the application on your device called GooglePlay or AppStore and find navigation from Yandex in the search, after which you can carry out the necessary operations on an intuitive level.
3. What should I do if Yandex Navigator does not work correctly (does not indicate the route, displays maps poorly, etc.)?- In order to configure the application, you must perform the following steps: restart the application, restart the device, check the Internet connection and GPS, reinstall the application. Naturally, it is necessary to stop carrying out these manipulations when the desired result is achieved.

With this, perhaps, today’s article has come to its logical end. We hope that in the material presented above you have found answers to your questions. Good luck on the roads!

Video review of the program:

The Yandex company has prepared a new application for its users that can quickly lead a person to the right place. Maps were developed for all cities in Ukraine and Russia. The navigator is suitable for any car. It allows you to drive comfortably both during the day and at night, thanks to the night mode.

What features has Yandex prepared for its users? Probably the main thing is that the navigator is able to warn a person about road works and CCTV cameras, but this will require the Internet. Other features also add to the ride comfort. "Yandex Navigator" is able to remember routes and save them; if necessary, you can find additional information about any building. Convenient search allows you to find the right place in just a minute; to do this you need to write the address or name of the organization. The navigator is able to build a comfortable route based on traffic jams and road surfaces, and the trip itself is accompanied by voice prompts.

How to enter coordinates in Yandex Navigator

Many motorists use a navigator. Of course, buying a separate device will be quite expensive, but now a new solution has appeared. You can install "Yandex or a phone running Android or IOS OS. It is very convenient. You can install the program on your phone, configure it and calmly go to the desired location. It seems that setting up the application is simple, but many users have problems. Let's look at this and answer the main question: how to enter coordinates in Yandex Navigator?

Why indicate the location of an object? In the contacts of many companies you can find the address or their coordinates. To more accurately indicate to the navigator the place where it is necessary to move, the geographical location is entered into the program. Yandex Navigator is no exception; thanks to this function, you can find the right place in a few clicks.

What do the numbers in coordinates mean?

To find out how to enter coordinates in Yandex Navigator, you need to consider what the numbers indicated on the Internet mean. In this program, the geographical location must be entered in degrees, which will be presented in the form But in the world it is also common to use a different recording format. In this case, the coordinate is written as follows: degrees, minutes and seconds.

In Yandex Navigator, the first digit indicates latitude; this is the direction that goes up from the desired object. It is customary to use the following indicators: N - indicates northern latitude, and S - southern latitude.

The second number indicates longitude, that is, a line that runs horizontally to the desired location. Longitude is also divided, with E indicating east and W indicating west.

Entering coordinates on Yandex Maps

We have learned what the numbers in coordinates mean, now we can move on to the main question: how to enter coordinates in Yandex Navigator?

First you need to open the application on your device. To find the right place, you need to know it. If you are looking for any company, then such data should be on the website.

So, you have found the coordinates, what to do next? In the address bar, enter the data in "Yandex Navigator". The route will be plotted only after you click on the “Find” button. How to enter coordinates correctly? They are written in the address bar without spaces. If the coordinate contains a fractional part, then it must be separated by a dot. Also, latitude and longitude must be separated by a comma, but without spaces.

If you entered the data correctly, the navigator will quickly plot the route. The main thing is to check that the location is entered correctly and use the attached rules for entering coordinates.

"Yandex Navigator" for Windows, Windows Phone, IOS or Android have the same operating algorithm, so data entry will be carried out in the same way. This program is capable of converting coordinates to another system, which will show the data in this form: degrees, minutes and seconds.

If you enter the coordinates incorrectly, the navigator will indicate the wrong place that you need to find. This program has a "Swap" button. This way you can quickly swap the longitude and latitude if you enter the coordinates incorrectly.

How to use the navigator offline

As a rule, many people try to install a navigator without the Internet, since it consumes extra traffic and, in general, mobile Internet It takes quite a long time to load pages. Yandex Navigator provides such an opportunity. To use the program without the Internet, you need to download maps. How to do this?

• We go to the menu where we select the “Download maps” item. You can download information for a specific city or the entire country.
• In the search, you need to enter the name of the city or country and click “Download”. As a rule, the size of the card is indicated at the bottom.

That's all. Once the map is downloaded, you will be able to use it. The main thing is to turn on GPS and wait until the program connects to the satellites.

Conclusion

Navigator is great program for motorists. It does not require any expenses, all you need is a modern phone. Yandex Navigator is very popular. This is not surprising, since it has a nice interface and, most importantly, a lot of built-in useful functions. You can use Yandex Navigator for Windows, Windows Phone, IOS and Android.

Google maps: search by coordinates. So let's get started. The first thing you need to do is go to the Google maps website. To do this, go to link, or go to google.com and go to maps there by clicking on the menu icon in the upper right corner and selecting "Maps":

After going to Google maps, you can start searching for a place by coordinates. Just copy the coordinates you need and paste them into the search bar on the site. All you have to do is click on the search button:

It is also worth noting that using Google service maps, you can not only search by coordinates, but also do the opposite, that is, use maps to find out the coordinates of a particular place. All you need to do is open Google page, go to the "Maps" application and then click anywhere on the map, you can also use the search. After which, a marker will appear on the maps, and at the bottom of the window the name of the place where the marker is located and its coordinates will be displayed:

Drawings in the Peruvian Nazca Desert

Looks like an unidentified object flying down the river in Buenos Airos— click on the picture to view.

Well of course it's not UFO, but what is it, look for yourself.

And what is this a figure that looks like a flower, or maybe this is a landing site for a spaceship?

Indian head in the mountains of the USA— click on the picture to view.

Atacama, Giant Inca drawing— click on the picture to view.

China.
Coordinates 40.458779,93.313129 Airplane site

Chinese pattern
40.458181,93.388681

Another chinese pattern
40.451323,93.743248

40.480381,93.493652

And when was this one applied?

Is there anything to hide behind these? black rectangles?
62.174478,-141.119385

In addition to black squares, there are also
66.2557995,179.188385

The famous Area 51, where UFOs and aliens are allegedly hidden
37°14"13.39"n, 115°48"52.43"w

There are also such closed colorful zones in cities.
52°14"55.40"n, 4°26"22.74"e

Who needs a compass at an altitude of 2 kilometers?
34°57"14.90"N 117°52"21.02"w

Arrows on the underwater bottom that are only visible from above.
32°40"36.82"n,117° 9"27.33"e

The rocket flew and did not reach
38°13"34.93"n, 112°17"55.61"w

Ground drawing of some animal
31°39"36.40"n, 106°35"5.06"w

UFO landed in a grove
45°42"12.68"n, 21°18"7.59"e

A sight measuring hundreds of meters
37°33"46.95"n, 116°51"1.62"w

Colorful lakes on the outskirts of Baghdad
33°23"41.63"n, 44°29"33.08"e

33°51"3.06"s, 151°14"17.77"e

Rock paintings in Oregon, visible from a height of 1.5 km
+42° 33" 48.24", -119° 33" 18.00"

Another triangle
-30.510783, 115.382303

Apparently the remains of an ancient civilization under water. Pay attention to the size of the building and the height of the shooting...
31°20"23.90"n, 24°16"43.28"w

Türkiye, Noah's Ark

The anomaly near Mount Ararat is a geological formation of an unusual shape. It is located at an altitude of 4725 meters above sea level and has a length of almost 183 meters. To date, there are three main versions that explain its occurrence - it could be a geological formation, a glacier, or... the remains of Noah's Ark.
There are legends among local residents about a huge old ship on the top of a mountain near Mount Ararat. Writer Charles Berlitz in his book “The Lost Ship of Noah” cites the testimony of the Armenian George Hagopian.
Georgiy Khagopyana said that in 1905, as an 8-year-old boy, he was on Mount Ararat with his grandfather. And that they found the ark and visited inside. On the upper deck, Georgy saw a superstructure with many windows. The body of the ark was huge and hard as stone.
The American magazine New Eden in 1939 published an interview with a former pilot of the Russian tsarist army, Lieutenant Roskovitsky, who allegedly discovered an object resembling an ark back in 1916 during a reconnaissance flight. Roskovitsky reported to the tsar, and Nicholas II equipped an expedition of 150 people. It took them two weeks to reach the site. According to Roskovitsky, the ship resembled both a giant barge and a freight car, and inside there were many rooms - small and large. Moreover, the small rooms were covered with metal mesh.
But the first significant evidence of the existence of an unknown object on the top of the mountain is considered to be photographs taken by American pilots in 1949. A few years later, something resembling a ship covered with snow was seen by Turkish soldiers. The object was then photographed two more times: in 1973 by the American spy satellite Keyhole-9 and in 1976 by the reconnaissance satellite Keyhole-11. CIA workers processing satellite images in the 70s found it difficult to interpret the data obtained. Porcher Taylor, who worked for the CIA at the time, says the picture was quite unexpected. But he was unable to clarify what exactly was there, because the materials collected by Keyhole-9 and Keyhole-11 are still classified.
Coordinates: 39.440628,44.234517

World Seed Bank on Spitsbergen
78°14"23.12"N, 15°27"30.19"E

Neftegorsk is a ghost town, completely destroyed in 1995 after an earthquake of 9-10 magnitude
52°59′45″ n 142°56′41″ e

Another strange structure in the desert
30.029281,30.858294

An anomalous place near the city of Osoyoos in Canada - Lake Khiluk
49° 4"42.70"N 119°33"58.79"W

Ushtogai square
50 49"58.38N, 65 19"34.54E
— is a geometric figure consisting of 101 mounds in the form of mounds. The side length of the square is 287 meters! Approximately 112 m from the north-west corner, three rings with a diameter of 19 meters each are located diagonally.
On the opposite side, at a distance of 112 meters from the south-eastern corner, there is an embankment with a diameter of 18 meters. If the square, rings and mound are a single figure, then the length of the figure is 643 meters!

The structure in Antarctica is clearly not of natural origin. Dungeon entrance
-66.603547, 99.719878

Four strange balls in Peru
13°33"39.26"s, 75°16"05.80"w

UFO in the Area 51 area?

Larger

Chanquillo, Spanish Chankillo is an ancient monumental complex on the desert coast of Peru in the Casma oasis in the department of Ancash, Peru. Among the ruins are the hilltop Fort Chanquillo, the Thirteen Towers solar observatory, living quarters and public meeting areas. It is assumed that the Thirteen Towers Observatory was built in the 4th century. BC e. The area of ​​the monument is 4 square meters. km. It is assumed that it was a fortified temple.

“Mandala” is the most mysterious geoglyph of the Palpa plateau, located 30 km from the more famous Nazca plateau. In addition to it, there are many geoglyphs on the plateau; it’s a pity that they cannot be clearly seen in Google Maps (and Earth). The geoglyph “Mandala” or Estrella (i.e. “star”), as the locals call it, is definitely the most amazing of them. According to scientists, it was created in the 2nd century AD. Nazca civilization. The composition of two drawings has a size of about two hundred meters and the mystery, as you may have guessed, is how in ancient times people were able to create such a geometrically correct drawing, which is entirely visible only from a bird's eye view. There is an opinion that the geoliths of the Nazca and Palpa plateaus carry information encoded in mathematical form from their creators, be they people or someone else.

Several videos on this topic

Earthquake, plane crash, fire, Russian geoglyph, crop drawings and others interesting places planets. The coordinates of all places are given. In some places, you need to change the date to see what's in the video (where Google frequently updates photos).

23° 6"54.45"N 113°19"3.79"E Game center, China
35°38"6.01"N 139°44"40.63"E Tokyo, Reclamation Center
33°26"19.18"N 111°58"51.41"W drawing at the airport, USA
35°41"18.90"N 139°45"19.90"E Tokyo, flower
45°38"27.65"N 122°47"43.01"W drawings in the USA fields
52° 2"33.57"N 4°12"47.26"E Sundial, Netherlands
51° 3"16.04"N 1°58"42.45"W Medals, UK
52°31"15.93"N 13°24"34.08"E TV Tower Berlin
37°47"30.27"N 122°23"23.57"W Bow and arrow, San Francisco
35°46"52.68"N 139°35"59.27"E Note, Japan
54°56"30.29"N 59°11"35.85"E Geoglyph "Elk", Chelyabinsk
32°51"31.47"S 70° 8"31.76"W Highway, Chile
46°45"56.81"N 100°47"34.26"W Accident, USA
36°10"58.55"N 68°46"37.34"E Afghanistan (Afghanistan)
55°57"4.82"N 3°13"35.22"W Spiral, Edinburgh
23°38"44.11"N 57°59"13.14"E House in the shape of a heart with an arrow, Oman
34°55"29.03"N 139°56"32.84"E Rybka, Japan
52° 9"14.17"N 2°14"53.03"W Frog, UK
43°42"53.23"N 112° 1"4.04"E Geoglyph giraffes of Mongolia
43°27"25.38"N 3°32"39.48"E Dinosaur, France
29°10"32.51"N 34°42"6.29"E sand drawing, Egypt
50°41"53.40"N 3°10"8.99"E Car on the roof of a house, France
39°44"57.08"N 105° 0"23.02"W Pepsi Center, USA
42°54"6.25"N 22°59"31.76"E Medal, Bulgaria
35°42"13.37"N 140°50"21.12"E Consequences of the 2011 Japan earthquake
37.790699,-122.322937 Plane crash (only google maps!) plane crash - only google maps
42°19"59.78"N 83° 3"19.94"W drawings, America
43°17"25.51"N 80° 1"42.35"W Field in Canada
51°56"57.39"N 7°35"25.43"E Dinosaurs near the History Museum, Germany
56°40"45.06"N 12°48"42.85"E 3 hearts, Sweden
52°30"36.12"N 13°22"19.99"E Sony center, Germany
26° 6"57.47"N 80°23"48.39"W City on the water, USA
39°51"37.23"N 4°17"5.20"E secret place in Spain
69°10"36.03"N 33°28"27.51"E Overturned ships, Murmansk region
43°34"35.10"N 28° 9"4.00"E Fire, Bulgaria
52°32"15.37"N 13°34"28.10"E Labyrinth Germany
21°35"4.41"N 39°10"33.58"E "Cosmos", Saudi Arabia
25°14"3.58"N 55°18"3.48"E balls, Dubai, UAE
33°36"6.59"N 111°42"38.98"W Fountain, USA
51°34"38.38"N 0°41"49.54"W Airplane takes off, UK
53°27"5.16"N 113°44"4.84"W fig. in Canada, Formula 1
12°21"55.53"N 76°35"41.31"E INFOSYS-inscription from residential buildings, India
53°48"49.58"N 3° 3"16.87"W Skull, UK (change date)
15°49"32.22"S 47°56"7.71"W Star, Brazil
51°58"14.47"N 4°12"1.03"E MiG 23, Netherlands
52°30"28.86"N 13°23"9.32"E Globe, Berlin
35°41"30.80"N 139°41"49.08"E Cocoon Tower Tokyo
55°24"0.17"N 10°23"7.93"E drawings, Denmark
40°35"44.02"N 141°24"27.53"E Fish, Japan
6°37"43.75"S 31° 8"10.10"E Hippopotamus Lake, Tanzania
47°16"52.49"N 0°50"51.44"W drawings in the fields of France
70°14"24.91"S 69° 6"25.56"E Strange object in the snow of Antarctica
33°49"46.31"N 130°28"4.68"E Sunken plane, Japan
59°57"16.63"N 30°20"15.96"E Cruiser "Aurora" St. Petersburg
25°11"46.30"N 55°16"36.87"E Burj Khalifa, Dubai, UAE, 828 meters. Burj Khalifa, Burj Dubai

3° 0"8.59"S 33° 5"24.30"E Tanzania market
66°17"50.90"S 100°47"7.55"E Ice began to melt in Antarctica
67°25"48.55"S 60°52"35.18"E "Hand" in Antarctica)
40°41"21.15"N 74° 2"40.34"W Statue of Liberty, USA
41°40"2.82"N 86°29"32.18"W Studebaker
41°45"39.13"N 86°16"9.39"W St. Patrick's Park, USA
44°58"1.39"N 124° 1"7.43"W bear
47°35"43.11"N 122°19"51.84"W Football match
48° 1"39.15"N 122° 9"50.93"W Labyrinth, Washington
21°50"21.11"S 46°34"3.04"W in Brazil
28° 0"21.90"N 86°51"33.79"E Tent camp near Mount Everest
29°50"36.13"N 47°50"49.45"E Fire
35°17"2.60"N 33°22"21.11"E Cyprus, flag
44°45"39.41"N 20°28"19.73"E name of the former president of Yugoslavia
44°34"54.07"N 38° 6"13.78"E Gelendzhik
48°48"18.82"N 2° 7"8.93"E Skeleton, Versailles
50° 3"8.21"N 8°36"51.04"E aircraft
50°56"17.25"N 5°58"40.80"E NATO headquarters Netherlands
52°19"36.22"N 4°55"11.33"E Newspaper parking lot, Netherlands
52°25"50.72"N 4°23"24.12"E Boat and plane
51°17"6.09"N 30°12"44.47"E Chernobyl-ship graveyard
69° 3"38.05"N 33°12"18.76"E Nuclear submarine "Kursk"