Remapping the Present Flashcards

1
Q

Telegraph

A

A system to send messages across a wire, especially one that creates signals by making and breaking an electrical connection

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2
Q

Map

A

An system, whether physical or electronic, that captures an area of land, ocean, or sky

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3
Q

Wadi

A

Ancient Egyptian Word for a dry river bed

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4
Q

Earth Projection

A

The act of turning a 3D object (The Earth), onto a 2D plane (A map)

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5
Q

Tissot’s Indicatrix

A

A system of showing how much distortion is applied to certain areas

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6
Q

Tadataka’s Map

A

A map made by Ino Tadataka in 1821 AD, who set his life’s decision to map the entirety of Japan with modern technologies. Even though he died before his map was made, his contributions led to the modern mapping project of the Meiji Era

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7
Q

Strabo’s Map (Geographica)

A

A map written in the Antiquity Period (before 20 BCE) by Strabo (a geographer, historian and philosopher), in Anatolia. In this time period, the Roman Republic was turning into the Roman Empire (Turkey). It was written with ink and parchment, and it depicted the world at the time according to the Greeks and Romans. Instead of focusing on the exact placement of geographical objects, Strabo decided to focus on the cultural aspect, and had detailed notes on the history of the local people and places

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8
Q

Eratosthenes’ Map (Geographika)

A

A map written around 276 BCE to 194 BCE, by Eratosthenes, a philosopher. This was written in Ancient Greece, using Ink and Parchment, and was a direct improvement to Geographica, and other maps written by the Ancient Greeks. He was able to do this with his immense astronomical and mathematical knowledge, which is why he is credited as the father of geography. In addition, he was the first person to ever use parallels and meridians in his maps. His map was also the first map to cover over 400 cities and their locations.

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9
Q

Hecataeus’ Map (Periodos Ges)

A

A map written around 550 BCE to 476 BCE, by Hecataeus, a historian and geographer. This was written in the Ancient Greek City of Miletus, (which is now in Turkey). There’s not much known about how this map was made, but it is known that this map aimed to detail the known world at the time to the Ancient Greeks. This also included information about the different cultures, from the Strait of Gibraltar, to the Black Sea. In addition, this map aimed to be an improvement of Anaximander’s maps

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10
Q

Anaximander’s Map

A

A map written around 610 BCE to 546 BCE, by Anaximander, a Pre-Socratic Greek Philosopher. This was made in Miletus, which is the same city that Hecatareus was from. This map was one of the first world maps ever made, and aimed to study the ancient world that the Greeks knew at the time. No copy of this map exists

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11
Q

Babylonian Map of the World

A

A map written in 6th Century BCE, by the Ancient Babylonians. It was found in Babylon, Iraq, and was made out of clay. It aimed to depict the ancient world, as seen by the Babylonians. This map gave very little details about what surrounded the world, especially in comparison to its Greek and Roman descendants

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12
Q

Turin Papyrus Map

A

A map made around 1160 BCE, in Egypt. It was written by Amennakhte, who was an Egyptian Scribe. It was made out of drawing on Papyrus, and was a topographical (top down), map of Wadi Hammamat (A dry river bed in Egypt, used as a quarry). This map also showed where this wadi intersected with Wadis Atalla and El-Sid, as well as the surrounding hills, the bekhen-stone (Greywacke, Sandstone, siltstone, mudstone and claystone. These are all sedimentary rocks) quarry, a gold mine, and Bir Umm Fawakhir Settlement. In addition, this is considered to be the oldest topographical and geological map because of it’s view, and it’s distribution of rock features

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13
Q

Abauntz Lamizulo Rock Map

A

A map made in 14000 BCE, in Navarre Spain. It is believed that it was made by Magdalenian Hunter-Gatherers. This map was engraved in rock, and depicted the area around the Abauntz Lamizulo Cave, and where certain types of animals were located (for hunting)

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14
Q

Mammoth Tusk Map

A

A map written in 25,000 BCE, in Pavlov, Czech Republic. No one knows who created it. It was made out of a mammoth tusk, and depicted the geographical features around ancient Pavlov, such as the mountains, rivers, valleys, routes, clay slopes that were used to make a brick kiln, and the Dyje (Thaya) River. It also is suspected of being a hunting map

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14
Q

Area Preserving Projection (Equal Area or Equivalent Projection)

A

This projection maintains the relative size of different regions of the map. This enables people to see which continent is truly bigger, etc

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15
Q

Lascaux Cave Star Map

A

A map written in 17,000 BCE, around Montignac, France. No one knows who created it, but it seems to show some basic constellations around the area, as well as depictions of animals.

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16
Q

Shape Preserving Projection (Conformal or Orthomorphic)

A

These projections aim to maintain accurate shapes of different regions of the map. This enables people to see the shapes of continents, and the special features they contain

17
Q

Direction-Preserving Projection

A

These projections aim to preserve the direction of where things should be, and often include conformal, orthomorphic and azimuthal projections. These only preserve the correct distance from a certain point

18
Q

Distance Preserving Projection (Equidistant)

A

These projections aimed to display the true distance between one or two points, and every other point. These maps were great for displaying how far something is from another point

19
Q

Compromise Projections

A

These projections aim to compromise various distortions seen in map projections such as the Robinson and Winkel Tripel Projections

20
Q

Cylindrical Projections

A

These projections are made by wrapping a cylinder around the Earth, and projecting its features onto the cylindrical surface. Examples are the Mercator, Transverse Mercator and Miller Cylindrical Projections

21
Q

Conic Projections

A

A cone is placed over the Earth, and its features are projected onto the conical surface. Examples are the Lambert Conformal Conic, Albers Equal-Area Conic Projections

22
Q

Azimuthal Projections

A

These projections aim to touch the Earth at a single point, and then project these points. Azimuthal Equidistant, Azimuthal Stereographic, and Azimuthal Orthographic Projections

22
Q

Pseudocylindrical Projections

A

These projections are similar to cylindrical projections, but use curved lines for meridians and parallels. Sinusoidal, Mollweide and Goode Homolosine Projections

23
Q

Mercator

A

A conformal cylindrical map made by Geradus Mercator in 1569. Is the most commonly used map ever

23
Q

Lambert

A

A conformal conic projection used for aeronautical charts

23
Q

Stereographic

A

A planar perspective projection, viewed from the globe opposite the point of tangency

24
Q

Robinson

A

A map projection aiming to find a compromise of distortions

25
Q

Goode Homolosine

A

A pseudocylindrical, equal area, composite map made in 1923 by John Paul Goode, as an alternative to the Mercator Projection, as it showed accurate land areas

26
Q

Winkel Tripel

A

A modified azimuthal projection, proposed by German Cartographer Oswald Winkel

27
Q

AuthaGraph

A

An approximately equal-area map projection invented by Japanese architect Hajime Narukwa in 1999

28
Q

Miller Cylindrical Projection

A

A modified Mercator Projection, proposed by Osborn Maitland Miller in 1942. The latitude is scaled by 80%, then projected according to the Mercator projection, which is then multiplied by 120%

29
Q

Transverse Mercator

A

The transverse Mercator projection is similar to the normal one except the cylinder is rotated 90 degrees. It is useful for mapping long places such as North America. The projection reduces distortion for areas with little east-west extent, although distortion increases as you get further from the meridian.

30
Q

Miller cylindrical projection

A

The Miller cylindrical projection is a modified version of the Mercator projection developed by Osborn Maitland Miller in 1942. It aims to minimize distortion by squishing the pole areas, although the map is still distorted, just less than the Mercator projection. It is used by most map services today.

31
Q

Mollweide Projection

A

The Mollweide projection is a pseudocylindrical equal area projection that attempts to balance area and shape distortion, making it good for world maps that require a compromise between them such as global temperature patterns and population maps.

31
Q

Orthographic

A

The orthographic projection is an azimuthal projection that portrays one hemisphere of the earth from an infinite distance, and the distortion that arises from that makes it look 3D. It is often used for art because it is aesthetically pleasing but not for much else

31
Q

Lambert Conformal Conic

A

The Lambert projection is a conic conformal projection best for mapping wide regions such as the US. It is used for aeronautical charts and navigation due to it being orthomorphic.

32
Q

Albers equal area conic

A

The Albers projection is an equal area conic projection good for mapping wide places such as the US. It is often used for thematic maps such as population maps or land use.

33
Q

Sinusoidal projection/Sanson-Fleed projection

A

The Sinusoidal projection, also known as the Sanson Fleed projection is an equal area pseudocylindrical projection that minimizes East-West distortion. It is often used for maps that need accurate area representation such as climate and vegetation maps.

33
Q

Equal Earth map projection

A

The Equal Earth map is a relatively new pseudocylindrical equal area projection made in 2018 by Tom Patterson, Bernhard Jenny, and Bojan Savric. It was developed as a response to the need for an aesthetically appealing equal area map for issues such as climate change and deforestation. It was inspired by the Robinson projection but has better accuracy. It is good for uses such as education, general purpose maps, and thematic maps since it is very accurate. It avoids misconceptions developed by the Mercator projection since it is a lot less distorted

33
Q

Blue Marble

A

The Blue marble is the first complete photo of Earth and is believed to be the most reproduced Image of all time. The picture was taken during the Apollo 17 mission, the last manned mission to the moon, while they were about 30,000 kilometers away from Earth. Since it was taken, it has become a symbol for world peace and harmony, since it is our first photo showing the whole Earth in view as a single entity. The photo clearly shows most of Africa, parts of the middle east, and Antarctica. Astronaut Scott Kelly says that this kind of picture is very difficult to capture. The sun needs to be directly behind you and it is very difficult to get the exact right angle while flying at high speeds. According to geographer Denis Cosgrove, the Blue marble disrupted western mapping conventions by removing the Graticule, the grid that people put on almost every map. The image also shows Africa in the center of the globe, in contrast to Eurocentric mapping that tended to shrink Africa. Therefore, it became a symbol for unity instead of showing America’s supremacy, which is perhaps what America would have wanted during the space race. The photo also became a symbol for the environmental movement, appearing on the cover of James Lovelock’s book Gaia and in the opening sequence of Al Gore’s An inconvenient truth. In the 1990s, NASA started creating digitally manipulated full earth photos by stitching together thousands of satellite pictures called Blue Marble: Next Generation. Space imagery has been compared by art historians such as Elizabeth A. Kessler to the philosophical concept of the Sublime, meaning something that is so great it requires special skills to fully perceive. The Blue marble is the last space photograph taken using analogue film, and was developed in a darkroom after the mission returned to Earth.

34
Q
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