Fun Fact About Languages: A Linguist Who Was Studying Aboriginal Languages Of Australia Finally Managed

fun fact about languages: a linguist who was studying aboriginal languages of Australia finally managed to track down a native speaker of the Mbabaram language in the 60s for his research. they talked a bit and he started by asking for the Mbabaram word for basic nouns. They went back and forth before he asked for the word for “dog” The man replied “dog” They had a bit of a “who’s on first” moment before realizing that, by complete coincidence,  Mbabaram and English both have the exact same word for dog.

More Posts from The-antihero-of-the-story and Others

Not Very New Hyperfixation Rediscovered Write A Poem Abt It

not very new hyperfixation rediscovered write a poem abt it

Querer & Vouloir

Querer & vouloir

In most Romance languages, the verb meaning 'to want' comes from Popular Latin *volēre, such as French vouloir, Italian volere, and Catalan voler. However, in Spanish and Portuguese, it's querer - which not only means 'to want' but also 'to love': te quiero and quero-te. Querer stems from quaerere, a Latin verb meaning 'to ask; to seek to obtain', which is related to the English words question and to require. Click my new extra large graphic for more information on the evolutions of these words.

Suddenly struck with a need to explain to you how boat pronouns work (I work in the marine industry).

When you're talking about the design of the boat, you say "it".

When the boat is still being built, your say "it".

When the boat is nearing completion, you can say "it" or "she".

When the boat is floating in the water you probably say "she", unless there is still a lot of work to be done (e.g. no engine yet) then you say "it".

When the boat is officially launched and operating, you say "she". If you continue to say "it" at this point you are not incorrect but suspiciously untraditional. You are not playing the game.

If you are referring to a boat you don't really know anything about you may say "it" ("there's a big boat, it's coming this way"). But if you know its name, it's probably "she" ("there's the Waverley, she's on her way to Greenock").

If you are talking about boats in general, you say "it" ("when a boat is hit by a wave it heels over")

If you speak about a boat in complimentary terms, it's "she" ("she's a grand boat"). If you are being disparaging it may be it, but not necessarily ("it's as ugly as sin", "she's a grotty old tub").

If she has a boy's name, she's still she. "Boy James", "King Edward", "Sir David Attenborough"? The pronoun is she.

If it's a dumb barge (no engine), you say it. But if it's a rowing boat (no engine), you say she.

I hope this has cleared things up so that you may not be in danger of misgendering floating objects.

i lowkey ship tumblr ♠ twitter now

Orange brain

Typology Tuesday #1

Warman, a Torricelli language spoken along the Sepik River has a typologically unique conjunctive structure. 'and' is a verb in the language, where it agrees to the coordinands

Typology Tuesday #1

This unique system is also seen in the related language Yeri

Typology Tuesday #1

What's pretty weird about this is that this is seldom talked about, cause most languages either employ a noninflecting particle as a coordinating structure.

English and Dutch erosion

The word neighbour has two syllables, but it comes from an Old English three-syllable word, which in turn stems from a Proto-Germanic five-syllable word. In the last few weeks, I've shown how French eroded. Now it's time to have a look at and a listen to English and Dutch, which had a way with erosion too...

Hey All,

I've been away for some time, as we've been working really hard on something quite exciting:

let me present to you the world's first ever global ocean drainage basin map that shows all permanent and temporary water flows on the planet.

Ocean drainage basin map of the world, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

This is quite big news, as far as I know this has never been done before. There are hundreds of hours of work in it (with the data + manual work as well) and it's quite a relief that they are all finished now.

But what is an ocean drainage basin map, I hear most of you asking? A couple of years ago I tried to find a map that shows which ocean does each of the world's rivers end up in. I was a bit surprised to see there is no map like that, so I just decided I'll make it myself - as usual :) Well, after realizing all the technical difficulties, I wasn't so surprised any more that it didn't exist. So yeah, it was quite a challenge but I am very happy with the result.

In addition to the global map I've created a set of 43 maps for different countries, states and continents, four versions for each: maps with white and black background, and a version for both with coloured oceans (aka polygons). Here's the global map with polygons:

Ocean drainage basin map of the world, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

I know from experience that maps can be great conversation starters, and I aim to make maps that are visually striking and can effectively deliver a message. With these ocean drainage basin maps the most important part was to make them easily understandable, so after you have seen one, the others all become effortless to interpret as well. Let me know how I did, I really appreciate any and all kinds of feedback.

Here are a few more from the set, I hope you too learn something new from them. I certainly did, and I am a geographer.

Ocean drainage basin map of Europe, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

The greatest surprise with Europe is that its biggest river is all grey, as the Volga flows into the Caspian sea, therefore its basin counts as endorheic.

An endorheic basin is one which never reaches the ocean, mostly because it dries out in desert areas or ends up in lakes with no outflow. The biggest endorheic basin is the Caspian’s, but the area of the Great Basin in the US is also a good example of endorheic basins.

Ocean drainage basin map of Africa, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured green if they flow into the Atlantic, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

I love how the green of the Atlantic Ocean tangles together in the middle.

Ocean drainage basin map of South Africa, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured green if they flow into the Atlantic, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

No, the dividing line is not at Cape Town, unfortunately.

Ocean drainage basin map of the contiguous United States, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

I know these two colours weren’t the best choice for colourblind people and I sincerely apologize for that. I’ve been planning to make colourblind-friendly versions of my maps for ages now – still not sure when I get there, but I want you to know that it’s just moved up on my todo-list. A lot further up.

Ocean drainage basin map of the state of Minnesota, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

Minnesota is quite crazy with all that blue, right? Some other US states that are equally mind-blowing: North Dakota, New Mexico, Colorado, Wyoming. You can check them all out here.

Ocean drainage basin map of South America, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

Yes, most of the Peruvian waters drain into the Atlantic Ocean. Here are the maps of Peru, if you want to take a closer look.

Ocean drainage basin map of Asia, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a black background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

Asia is amazingly colourful with lots of endorheic basins in the middle areas: deserts, the Himalayas and the Caspian sea are to blame. Also note how the Indonesian islands of Java and Sumatra are divided.

Ocean drainage basin map of Australia, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a white background, the rivers are coloured orange/mustard for the Pacific Ocean, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Map created by Grasshopper Geography.

I mentioned earlier that I also made white versions of all maps. Here’s Australia with its vast deserts. If you're wondering about the weird lines in the middle: that’s the Simpson desert with its famous parallel sand dunes.

Ocean drainage basin map of North America, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is on a white background, the rivers are coloured blue if they flow into the Arctic, green if they flow into the Atlantic, orange/mustard for the Pacific, pink for the Indian Ocean, and grey if they are endorheic (don't end up in oceans). Oceans are also coloured. Map created by Grasshopper Geography.

North America with white background and colourful oceans looks pretty neat, I think.

Drainage basin map of the Arctic Ocean, showing all temporary and permanent water flows colour-coded according to the ocean they end up in. The map is cenetred at the North Pole, the rivers are shown on a black background. They are coloured blue if they flow into the Arctic, otherwise they are just grey lines. Map created by Grasshopper Geography.

Finally, I made the drainage basin maps of the individual oceans: The Atlantic, the Arctic, the Indian and the Pacific. The Arctic is my favourite one.

I really hope you like my new maps, and that they will become as popular as my river basin maps. Those have already helped dozens of environmental NGOs to illustrate their important messages all around the world. It would be nice if these maps too could find their purpose.

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the-antihero-of-the-story - 「ᴀɴᴛɪʜᴇʀø」
「ᴀɴᴛɪʜᴇʀø」

Somewhere along the way we all go a bit mad. So burn, let go and dive into the horror, because maybe it's the chaos which helps us find where we belong.R.M. Drake

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