Do you want to travel to Paris, but are not sure exactly ‘Where is Paris?’
Stunningly beautiful, the City of Light and the City of Love (and my personal favorite travel destination), is located in Northern France. People from all over the world flock to Paris for its culture, art, romance and food!
With Paris coordinates of 48°51′ N 2°21′ E (48.86 degrees North latitude and 2.35 degrees East longitude), the city lies just within the temperate zone – making it ideal for travelers looking to explore without extreme weather conditions getting in their way.
The moderate climate of Paris makes it possible for tourists to take advantage of all four seasons in this amazing city.
Ready to learn all about Paris latitude and longitude, and how this impacts the weather in Paris? Lace up your shoes and let’s go!
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Table of Contents
Where is Paris? Paris latitude and longitude
Where is Paris?
Paris is located in Northern France, in the region known as Ile de France. The Seine River runs through the center of Paris, further enhancing its beauty and charm.
Paris is the capital of France, a country located in Western Europe. The neighboring countries of France are Belgium, Luxembourg, Germany, Switzerland, Italy and Spain.
City of Light, is located in northern France. Paris France coordinates are 48°51′ N 2°21′ E.
What is the latitude of Paris?
The latitude of Paris France is 48.86 degrees North of the equator. This means that Paris lies about halfway between the North Pole and the Equator.
What is the longitude of Paris?
The longitude of Paris France is 2.35 degrees East of the Prime Meridian. This means that it is located eastward from the reference line of 0 degrees longitude, or the Prime Meridian.
What parallel is Paris France?
Paris France is located in the Northern Hemisphere, so it lies on the 48th parallel north. This means that it is at 48 degrees north of the equator and halfway between the North Pole and Equator.
Paris is located around 15km south of the 49th parallel, and its main airport, the Paris Charles de Gaulle airport, lies on the 49th parallel.
Where is Paris located? The longitude and latitude of Paris are 48°51′ N 2°21′ E
Does latitude impact hours of daylight?
Yes, latitude does have an impact on hours of daylight. The higher the latitude, the longer the days in summer and the shorter the days in winter.
This is because as you move away from the equator towards either pole, there are more hours of daylight during the day or night depending on which season it is.
So, for Paris, which lies on the 48th parallel north and is located in the Northern Hemisphere, the days are longer in summer and shorter in winter. This is good to keep in mind when making your travel plans so you know how much sightseeing you can squeeze into a day!
(The days in Paris are not as long as those in London, since the latitude of London is higher than Paris.)
Does longitude impact hours of daylight?
No, longitude does not have an impact on hours of daylight. The duration of daylight at any location depends only on its latitude. Longitude is only used to pinpoint the location – it does not change the amount of daylight hours experienced in any given season.
How many hours of daylight are there in Paris in the summer?
In the summer, there are usually around 16 hours of daylight in Paris. This varies slightly from day to day, but overall, you can expect 15-16 hours of daylight during the summer months in Paris.
The longest day is on the summer solstice, which is usually the 20th or 21st of June.
The magnificent Arc de Triomphe, at the heart of the City of Light. The coordinates of Paris are 48°51′ N 2°21′ E.
How many hours of daylight are there in Paris in the winter?
In the winter, there are usually around 8-9 hours of daylight in Paris. This varies slightly from day to day, but overall, you can expect 8-9 hours of daylight during the winter months.
The shortest day is on the winter solstice, which is usually on December 21 or 22.
So, if you’re visiting Paris in the winter, be sure to plan your sightseeing carefully to make the most of those precious daylight hours! (But it does make it easier to see the illuminated monuments and enjoy a Paris by night tour without staying up until midnight!)
Does latitude affect climate?
Yes, latitude does affect climate. As you move away from the equator and closer to the poles, temperatures tend to be cooler in general.
This is why places located on higher latitudes like Paris tend to experience more temperate climates with four distinct seasons.
Places at lower latitudes (closer to the equator), will tend to experience more tropical climates with very little temperature variation. So, latitude definitely plays a role in determining the climate of an area.
Do keep in mind that latitude is not the only factor impacting climate. Climates will also differ due to factors such as elevation or proximity to large bodies of water.
What is the climate in Paris?
The climate in Paris is classified as a temperate oceanic climate.
The summers are warm and humid, while the winters tend to be rainy with cool temperatures. Spring and autumn are generally mild but can vary greatly in temperature.
“It’s Paris. You don’t come here for the weather.”
Adrian Leeds (This is one of the best Paris quotes — funny but so true!)
What is the daily temperature range in Paris?
The daily temperature range in Paris varies greatly depending on the season.
In the summer, Paris temperatures typically range from 19-26°C (66-79°F). Sometimes Paris may get a heat wave, so if you’re visiting in the summer, you’ll want to ensure that your hotel has air conditioning (not all Paris hotels do).
Take a midday break in the shade in one of the lovely gardens of Paris, such as the Luxembourg Gardens. And be sure to drink plenty of water to stay hydrated! Take advantage of the fountains and refill with free drinking water in Paris.
In the winter, Paris temperatures range from 3-12°C (37-54°F) on average. The temperature can also drop down to below 0°C (32°F) in the coldest months of January and February.
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It’s important to plan accordingly and bring appropriate clothing for each season when visiting Paris! Temperatures can vary quite a bit beyond yearly averages, so be prepared with layering options.
Our first trip to France was in the month of September. We expected it to be cooler and didn’t pack any shorts. The weather turned out to be unseasonably warm, and we really wished that we had brought more options! It can be hard to predict what to pack for fall in Europe.
Yes, it does snow in Paris. On average, Paris gets around 20-30 days of snow each winter, with December being the month when snowfall is most likely. Snow usually falls in small amounts and melts quickly.
What city is on the same latitude as Paris?
Some popular cities in southern Canada are close to the same latitude as Paris. The latitude of Victoria BC is 48.43°N, which is very similar to Paris’ 48.86°N. And the latitude of Vancouver BC is 49.28°N, which is just slightly higher (a smidge further north) than Paris’ 48.86°N.
In Europe, the latitude of Stuttgart Germany is 48.77°N, and Brno Czech Republic is 49.2°N, both of which are fairly close to Paris’ latitude.
This Paris latitude map shows that Paris is further north than the major cities in the continental United States
What US city is on the same latitude as Paris?
Most of the continental United States is further south than Paris. The state of Alaska is of course much further north than Paris!
The closest US ‘big city’ to the latitude of Paris is Seattle, Washington, which has a latitude of 47.62 degrees north. Rolla, North Dakota has a latitude of 48.09 degrees north, which is very close to the latitude of Paris.
Is Paris the same latitude as NY?
No, Paris is not located at the same latitude as New York City. The latitude of New York City is 40.71° N, which is around 8 degrees south of the 48th parallel north where Paris is located.
People are always surprised to learn the New York is much further south than Paris is!
Paris Longitude and Latitude Fun Facts
What is the Eiffel Tower latitude and longitude?
The latitude of the Eiffel Tower is 48.86° N, and its longitude is 2.29° E. The Eiffel Tower is the most iconic symbol of Paris and a must-see for any visitor to the City of Light!
What is the latitude of Versailles?
The latitude of Versailles is 48.8024° N. The Palace of Versailles is one of my favorite day trips from Paris and can easily be reached by train. The gardens of Versailles are spectacular!
What is the latitude of Disneyland Paris?
The latitude of Disneyland Paris is 48.87 degrees north. Disneyland Paris is a fun day trip from Paris by train.
Latitude and Longitude FAQ
What is latitude?
Latitude is one of the two coordinates of a point on the Earth’s surface, together with longitude. Latitude is measured in degrees north or south of the equator and ranges from 0° at the Equator to 90°N/S at the poles.
What is the equator?
The equator is an imaginary line that circles the Earth and divides it into two hemispheres: the Northern Hemisphere and the Southern Hemisphere. It is located at 0 degrees latitude, halfway between the North Pole and South Pole.
What is longitude?
Longitude is also one of two coordinates used to pinpoint a location on the Earth’s surface, along with latitude. It is measured in degrees east or west of the Prime Meridian and ranges from 0° at the Prime Meridian to 180° east/west. The longitude of Paris is 2.35 degrees East, meaning that it lies 2.35° east of the Prime Meridian.
Knowing both latitude and longitude coordinates lets you accurately pinpoint the location of any place on Earth, including Paris!
What is the Prime Meridian?
The Prime Meridian is an imaginary line that runs through Greenwich, England and marks the reference line for longitude. It was created by the British Royal Observatory in 1851.
The Prime Meridian is located at 0 degrees longitude and divides the Earth into two halves: the Eastern Hemisphere and Western Hemisphere. All other locations on Earth have a specific angle of longitude depending on how far east or west they lie from the Prime Meridian.
What is the difference between latitude and longitude?
Latitude and longitude are two coordinates used to pinpoint a location on the Earth’s surface. Latitude is measured in degrees north or south of the equator, and ranges from 0° at the Equator to 90°N/S at the poles. Longitude measures how far east or west something is of the Prime Meridian, and ranges from 0° at the Prime Meridian to 180° east/west.
What is a parallel?
A parallel is an imaginary line on the Earth’s surface that circles around the globe. It is measured in degrees north or south of the equator and ranges from 0° at the Equator to 90°N/S at the poles. The 48th parallel north, where Paris is located, circles around halfway between the North Pole and Equator.
Is a parallel the same as latitude?
No, a parallel is not the same as latitude. A parallel is an imaginary line on the Earth’s surface that circles around the globe, whereas latitude is one of two coordinates of a point on the Earth’s surface together with longitude.
Latitude ranges from 0° at the Equator to 90°N/S at the poles, and longitude ranges from 0° at the Prime Meridian to 180° east/west. Knowing both latitude and longitude coordinates lets you accurately pinpoint the location of any place on Earth, including Paris!
Final Thoughts:
There you have it! Now you know everything about the latitude and longitude of Paris.
And you’ll be well informed for what to expect when visiting Paris in different seasons, from seasonal temperatures to hours of daylight (all of which are impacted by the latitude of Paris!)
So, who’s ready to start planning their next trip to Paris? We know we are!
With this helpful information, you’ll be able to make the most of your time in Paris. Bon voyage!
Do you love Paris? Me too! You might enjoy these posts about the City of Light:
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Midnight in Paris is a 2011 fantasy comedy film written and directed by Woody Allen. Set in Paris, the film follows Gil Pender (Owen Wilson), a screenwriter and aspiring novelist, who is forced to confront the shortcomings of his relationship with his materialistic fiancée (Rachel McAdams) and their divergent goals, which become increasingly exaggerated as he travels back in time to the 1920s each night at midnight.[3]
In 2010, disillusioned screenwriter Gil Pender and his fiancée, Inez, vacation in Paris with Inez's wealthy parents. Gil, struggling to finish his debut novel about a man who works in a nostalgia shop, finds himself drawn to the artistic history of Paris, especially the Lost Generation of the 1920s, and has ambitions to move there, which Inez dismisses. By chance, they meet Inez's friend, Paul, and his wife, Carol. Paul speaks with great authority but questionable accuracy on French history, annoying Gil but impressing Inez.
Intoxicated after a night of wine tasting, Gil decides to walk back to their hotel, while Inez goes with Paul and Carol by taxi. At midnight, a 1920s car pulls up beside Gil and delivers him to a party for Jean Cocteau, attended by other people of the 1920s Paris art scene. Zelda Fitzgerald, bored, encourages her husband Scott and Gil to leave with her. They head to a cafe where they run into Ernest Hemingway and Juan Belmonte. After Zelda and Scott leave, Gil and Hemingway discuss writing, and Hemingway offers to show Gil's novel to Gertrude Stein. As Gil leaves to fetch his manuscript, he returns to 2010; the cafe is now a laundromat.
The next night, Gil tries to repeat the experience with Inez, but she leaves before midnight. Returning to the 1920s, Gil accompanies Hemingway to visit Gertrude Stein, who critiques Pablo Picasso's new painting of his lover Adriana. Gil becomes drawn to Adriana, a costume designer who also had affairs with Amedeo Modigliani and Georges Braque. Having heard the first line of Gil's novel, Adriana praises it and admits she has always longed for the past.
Gil continues to time travel the following nights. Inez grows jaded with Paris and Gil's constant disappearing, while her father grows suspicious and hires a private detective to follow him. Adriana leaves Picasso and continues to bond with Gil, who is conflicted by his attraction to her. Gil explains his situation to Salvador Dalí, Man Ray, and Luis Buñuel; as surrealists, they do not question his claim of coming from the future. Gil later suggests the plot of "The Exterminating Angel" to Buñuel.
While Inez and her parents travel to Mont Saint Michel, Gil meets Gabrielle, an antique dealer and fellow admirer of the Lost Generation. He later finds Adriana's diary at a book stall, which reveals that she was in love with Gil and dreamed of being gifted earrings before making love to him. To seduce Adriana, Gil tries to steal a pair of Inez's earrings but is thwarted by her early return to the hotel room.
Gil buys new earrings and returns to the past. After he gives Adriana the earrings, a horse-drawn carriage arrives, transporting them to the Belle Époque, an era Adriana considers Paris's Golden Age, they go to the Moulin Rouge where they meet Henri de Toulouse-Lautrec, Paul Gauguin, and Edgar Degas, who all agree that Paris's best era was the Renaissance. Adriana is offered a job designing ballet costumes; thrilled, she proposes to Gil that they stay, but he, observing the unhappiness of Adriana and the other artists, realizes that chasing nostalgia is fruitless because the present is always "a little unsatisfying." Adriana decides to stay, and they part ways.
Gil rewrites the first two chapters of his novel. He retrieves his draft from Stein, who praises his rewrite. Still, he says that on reading the new chapters, Hemingway does not believe that the protagonist does not realize that his fiancée, based on Inez, is having an affair with the character based on Paul. Gil returns to 2010 and confronts Inez, who admits to sleeping with Paul but disregards it as a meaningless fling. Gil breaks up with her and decides to move to Paris. The detective following him takes a "wrong turn" and ends up being chased by the palace guards of Louis XVI just before a revolution breaks out. While walking by the Seine at midnight, Gil encounters Gabrielle. As it begins to rain, he offers to walk her home and learns that they share a love for Paris in the rain.
Estructura detallada de los precolisionadores, colisionadores y aceleradores del LHC
El Gran Colisionador de Hadrones (LHC; en inglés: Large Hadron Collider) es el acelerador de partículas más grande y de mayor energía que existe y la máquina más grande construida por el ser humano en el mundo.12 Fue construido por la Organización Europea para la Investigación Nuclear (CERN) entre 1989 y 2001 en colaboración con más de 10 000 científicos y cientos de universidades y laboratorios, así como más de 100 países de todo el Mundo.3 Se encuentra en un túnel de 27 kilómetros de circunferencia y a una profundidad máxima de 175 metros bajo tierra, debajo de la frontera entre Francia y Suiza, cerca de Ginebra.
Las primeras colisiones se lograron en 2010 a una energía de 3,5 teraelectronvoltios (TeV) por haz, aproximadamente cuatro veces el récord mundial anterior, alcanzados en el Tevatron.45 Después de las correspondientes actualizaciones, alcanzó 6,5 TeV por haz (13 TeV de energía de colisión total, el récord mundial actual).6789 A finales de 2018, entró en un período de parada de dos años, que finalmente se ha prolongado hasta 2022, con el fin de realizar nuevas actualizaciones, con lo cual se espera posteriormente alcanzar energías de colisión aún mayores.
El colisionador tiene cuatro puntos de cruce, alrededor de los cuales se colocan siete detectores, cada uno diseñado para ciertos tipos de experimentos en investigación. El LHC hace colisionar protones, pero también puede utilizar haces de iones pesados (por ejemplo de plomo) realizándose colisiones de átomos de plomo normalmente durante un mes al año. El objetivo de los detectores del LHC es permitir a los físicos probar las predicciones de las diferentes teorías de la física de partículas, incluida la medición de las propiedades del bosón de Higgs10 y la búsqueda de una larga serie de nuevas partículas predicha por las teorías de la supersimetría,11 así como también otros problemas no resueltos en la larga lista de elementos en la física de partículas.
Túnel del Gran Colisionador de Hadrones (LHC) de la Organización Europea para la Investigación Nuclear (CERN) con todos los imanes e instrumentos. La parte del túnel que se muestra se encuentra debajo del LHC P8, cerca del LHCb.
Un "colisionador" es un tipo de acelerador de partículas con dos haces enfrentados de partículas que chocan entre sí. En la física de partículas, los colisionadores se utilizan como herramientas de investigación: aceleran las partículas a energías cinéticas muy altas que les permiten impactar con otras partículas.1 El análisis de los subproductos de estas colisiones, captados por los sensores, brinda a los científicos una buena evidencia de la estructura del mundo subatómico y de las leyes de la naturaleza que los gobiernan. Muchos de estos subproductos se producen sólo mediante colisiones de alta energía y se descomponen después de períodos de tiempo muy breves. Por lo tanto, muchos de ellos son difíciles o casi imposibles de detectar de otra manera.14
Nacido Napoleone di Buonaparte (Nabolione o Nabulione en corso), solo un año después de que Francia comprara la isla de Córcega a la República de Génova. Napoleone, años después, cambió su nombre por el afrancesado Napoléon Bonaparte. El registro más antiguo de este nombre aparece en un informe oficial fechado el 28 de marzo de 1796.
En mayo de 1625, el ejército franco-saboyano que invadió la República fue derrotado por los ejércitos español y genovés combinados. La plaga de 1656-57 mató a casi la mitad de los habitantes de Génova. En mayo de 1684, como castigo por el apoyo genovés a España, la ciudad fue sometida a un bombardeo naval francés, en el que se emplearon unas trece mil balas de cañón.
Génova continuó su lento declive en el siglo xviii. En 1742 la última posesión de los genoveses en el Mediterráneo, la fortaleza de la isla de Tabarka, fue tomada por el bey de Túnez.
Génova entró a regañadientes en la Guerra de Sucesión Austríaca en 1745. Los genoveses apoyaban a la facción francesa de los Borbón y a España con el fin de evitar que su enemigo mortal, el Reino de Cerdeña, se anexionara la Marca de Finale Ligure; lo que partiría en medio a la república. Esta decisión dio lugar a una serie de desastres, la derrota frente a los austríacos el 6 de septiembre de 1746 y a la ocupación de la ciudad. Hubo una gran insurrección popular en diciembre de 1746, precipitada por un chico llamado Giovan Battista Perasso y apodado Balilla, que arrojó una piedra a un funcionario austríaco y se convirtió en un héroe nacional para las generaciones posteriores. Los austriacos fueron expulsados, pero regresaron para un infructuoso asedio de Génova en 1747. Al menos Génova retuvo Finale por el Tratado de Aquisgrán (1748). Fue incapaz de mantener su regla en Córcega, donde la rebelde República Corsa fue proclamada en 1755. En 1768 Génova fue obligada por la rebelión endémica a vender su reclamo sobre Córcega a los franceses y así Córcega fue cedida en el Tratado de Versalles de 1768.
Una reactivación económica en la década de 1780 se llevó a cabo.
En 1797 la República de Génova fue ocupada por el ejército revolucionario francés de Napoleón Bonaparte, quien derrocó a las viejas élites que habían gobernado la ciudad durante toda su historia, y la sustituyó por una república popular conocida como la República de Liguria, bajo el cuidado estricto de la Francia napoleónica. Una constitución más conservadora fue promulgada, pero la vida de la República de Liguria fue corta, en 1805 fue anexionada por Francia, convirtiéndose en los departamentos de Apeninos, Génova y Montenotte. Tras la toma de la ciudad por las tropas británicas, entre el 17 y 22 de abril de 1814, las elites locales alentadas por el agente británico lord William Bentinck proclamaron la restauración de la antigua República, pero se decidió en el Congreso de Viena que Génova se debía ceder al Reino de Cerdeña. Las tropas británicas suprimieron la república en diciembre de 1814 y luego evacuaron la ciudad, que se anexionó a Cerdeña el 3 de enero de 1815.
It gets even more intriguing when Pan Am 103 is added to the correlation. First, it needs to be mentioned that the same Quatrain VI-97 had been very closely associated to another notorious plane crash - TWA 800 (as shown in 'Babylon Matrix'). And again, somehow, another major and equally notorious place crash, Pan Am 103, comes to relate to the same quatrain. Besides the timing (i.e. coinciding with the bombing of Novi Sad), an interesting correlation can be made with VI-97's fourth line, "When they want to have proof of the Normans", as one of the Scottish prosecutors for the trial is named 'Norman' (McFadyen) as mentioned in the news article. Obviously, the "proof of (the) Norman(s)" is to be a key part of the trial, thus nicely fitting the line.
Next, the involvement of Scotland in the Pan Am 103 incident turns out to be significant through Scotland's strong historical connection to the Masonic/Templar tradition from which the stories of the Ark/Grail cannot be separated. What fills the gaps between the issues (Pam Am 103/Scotland, Ark/Grail, VI-97, etc.) is yet another plane crash, the crash of Swissair 111 (Sept. 2, '98) off Nova Scotia, Canada, which was en route from NYC to Geneva, Switzerland. It is one of the most recent major airplane crashes. It is rather congruent that a recent major plane crash, Swissair 111, is to be linked, as we will see, with both TWA 800 and Pan Am 103, as both of those two airplane incidents made the headlines recently (the story of TWA 800's crash itself, and the story about the handover of the suspects of Pan Am 103) and both are hypothesized to be connected to Quatrain VI-97.
The link between TWA 800 and Swissair 111 is insinuated by the fact that both crashed mysteriously soon after taking off from NYC. Those incidents were only about 1 year apart (July '97 and Sept. '98). The connection between Swissair 111 and Pan Am 103 is first suggested in the name 'Nova Scotia' (where the Swissair 111 crash occurred) which means 'New Scotland' (Pan Am 103 exploded over Scotland). Notice that the "New" part can relate to VI-97's "new city" and it also happens that Nova Scotia is nicely bisected by the "45 degrees" N latitude, and Nova Scotia is historically closely connected with France (=> "Normans"). Furthermore, Swissair 111's destination Switzerland is roughly at "45 degrees" N., and the name Switzerland is derived from a word that means 'to burn' - as in "45 degrees the sky will burn" (!) (it's, therefore, interesting that the capital of Switzerland is called 'Bern'), strengthening the connection between Swissair 111 and VI-97.
And here are some Scotland-Nova Scotia connections that will shift the focus to the new 'associative matrix' of Ark/Grail. It happens that Nova Scotia, like Scotland, is also involved in the Templar tradition and the 'Holy Grail'. Nova Scotia, it turns out, is exactly where the 'Holy Grail' (whatever it may represent) is theorized by some scholars to have been taken by the Knights Templar. In support of this theory, the region of Nova Scotia and the land around it was called 'Acadia' by the French which closely resembles 'Arcadia' which is a term that is very closely associated with the Grail tradition.
The involvement of Switzerland is also very significant as it is a country theorized by some to be founded by the Templars - the country's flag (white cross on red background - the reverse of the Templar symbol of 'red/rose cross') and its famous banking business (the Templars essentially founded the banking system we use today) strongly suggests this, for example. It is also interesting to note that Switzerland is located largely on the Alps which forms a big 'arc' (that separates Italy, France and Switzerland) potentially relatable to the 'Ark' theme. Additionally, the word 'arktos', in Greek, resembling 'ark', refers to the constellation Ursa Major known to Egyptians as 'the thigh' - which can be correlated with the Alps/Switzerland because as you probably know Italy is shaped like a leg with a high-heel shoe and if you consider the size of the foot/shoe, anatomically the land of Italy would correspond to the calf and the Alps/Switzerland region would correspond to the thigh!
For subtler links, we can add that Paris, the destination of TWA 800, has as its landmark the 'Arc de Triomphe' (which was discussed extensively in my long piece, 'The Elysian Fields', so this connection is not as arbitrary as some of you might think), and the mythological character 'Paris' happens to be closely associated with 'torch', thus relating to the fire/flame/burn theme derived from VI-97. It should also be noted that the Statue of Liberty standing beside Long Island/'Fire' Island of NYC (with which TWA 800 and Swissair 111 are connected) which holds the 'torch' of freedom was given to U.S. by France, and there is a smaller replica of the statue in Paris. (For more detailed exposition on the link between the Statue of Liberty and Quatrain VI-97, see 'Babylon Matrix') Additionally, the flight number of the Swissair plane, '111', also seems to bear a subtle esoteric symbolism, as the Sumerian version of (Noah's) 'Ark' (which can be linked with the Ark of the Covenant in some ways) "was a cube - a modest one, measuring 60x60x60 fathoms, which represents the unit in the sexagesimal system where 60 is written as 1" (Hamlet's Mill, p219). So, the ark could also be seen as 1x1x1 or '111', the number of the plane.
Tema anterior
City of Light, is located in northern France. Paris France coordinates are 48°51′ N 2°21′ E.
Where is Paris located? The longitude and latitude of Paris are 48°51′ N 2°21′ E
The magnificent Arc de Triomphe, at the heart of the City of Light. The coordinates of Paris are 48°51′ N 2°21′ E.
This Paris latitude map shows that Paris is further north than the major cities in the continental United States
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