Animals with very complex languages

#1
Magical Realist Offline
We start with the humble crow, of which there are around 40 species. Long known to be highly intelligent and even devious tricksters, we are only just beginning to understand their complex tonal language and how they speak it to each other:

https://www.adirondackalmanack.com/2016/...crows.html

“Caw! Caw!” Every spring we hear it. And my wife says, “that’s My Crow.” It’s apparently the bird’s name. She capitalizes it in her tone. I think she hasn’t bestowed a more formal name because she doesn’t know whether it’s a male or female.

My Crow is likely part of an extended family of crows that lives in our area. We think they nest in the tall pines on our south neighbor’s woodlot, but they forage over our woods and fields as well.

“How do you know it’s your crow?” I ask. “I can tell by the sound of its voice,” she says. “It’s different. Raspier. It makes a sort of throaty chuckle the other crows don’t make.”

This may sound improbable, but research has shown that crow voices vary by individual. “There’s enough information in [the sound] that, in theory, the crows could tell each other apart,” said Kevin McGowan of the Cornell Laboratory of Ornithology, who has studied crows and their calls for years. “It’s like human voices. Even though some may be similar, you can usually distinguish among them. I know that I recognized my dad clearing his throat from two aisles over in the grocery store.”

Crows – there are perhaps as many as 40 species worldwide, including the American crow, Corvus brachyrhynchos – are highly intelligent. Some not only use tools, but create them out of straw, wood, or wire to access food. They also play. Recent research has shown that they employ analogical reasoning and recognize faces of individual people. They have a complex social structure and their nuanced communications reflect that.

A “caw” can mean different things, depending on how it’s used, the energy put into it, the timbre, the number and speed of repetitions. “Crows may be more complex communicators than other birds,” said McGowan.

McGowan has also studied the Florida scrub jay, a crow relative. He likens scrub jay to a romance language like Spanish, where pronunciation is pretty consistent. Crow is more like Mandarin or Vietnamese, very complex tonal languages where the same “word” can mean different things depending on tone and how it’s used.

McGowan considers himself fluent in scrub jay, but only conversant in crow. “I know when they’re talking about predators or their neighbors or they’re talking within the family. I know when they’re saying, ‘here comes somebody with a dog, we might have to watch out for it’ or ‘there’s a fox over here, let’s go yell at it,’ those kinds of things.”

After 27 years of studying crows, they still manage to surprise him, giving a call that he thinks he knows and then doing something unexpected.

There’s a lot in crow-speak that has to do with the timing of the notes, the space between them, and how quickly they are uttered, he said. In that way it may be as useful to compare it to human-created music as language. Think pianissimo versus fortissimo. Same notes, different delivery.

“There’s a call they give that says ‘heads up everybody, there’s a hawk.’ But they can also indicate ‘it’s getting closer, now we better hide.’ It’s the same word, but they speed up, ‘cawcawcaw.’ Finally they change into a very different vocalization, which means ‘hide,’” McGowan said.

The crow’s complex intra-species communication system reflects its complex social life. Crows generally live in family groups, with young adult birds sticking around to help their parents care for this year’s fledglings. In their home territory they’re always on the alert for threats, and quick to share information with the rest of the group. They’re quick to invite crows from neighboring territories to help harass an owl or a hawk. “They have a great neighborhood watch system,” said McGowan.

Crows from many families and neighborhoods gather in huge flocks, sometimes numbering in the thousands, on foraging grounds or at communal roosts during winter. It’s the crow equivalent of humans going to the mall or the beach at Cancun and hanging out with strangers.

McGowan said there’s a lot yet to learn about crow communication. New technology, ranging from GPS to directional microphones and acoustic computer algorithms, has the potential to vastly expand our understanding of what their lives are like, he said.

Despite their intelligence – recognized since ancient times – many people view these birds as a nuisance. Consider the word for a group of crows – a “murder.” McGowan really dislikes that. “It plays into people’s negative attitudes toward crows,” he said. “I’ve suggested changing it to a ‘bouquet’ of crows, but I’m not getting a whole lot of traction on that.”
Reply
#2
Magical Realist Offline
Prairie dogs. Yes.. I said prairie dogs! Turns out they have one of the most complex languages in the animal kingdom:

(PhysOrg.com) -- "Prairie dogs may have a vocal communication system more complex than that of dolphins, whales and non-human primates, according to a new study.

Gunnison's prairie dog (Cynomys gunnisoni), also known as the Zuni prairie dog, is actually a rodent belonging to the ground squirrel family, but like the other four prairie dog species (Utah, white-tailed, black-tailed, and Mexican) it gained its name because of its bark-like call. It lives in semi-desert grasslands and prairies in northern New Mexico and Arizona and southern Utah and Colorado, where it lives in colonies of hundreds of animals.

Professor Con Slobodchikoff, from the Northern Arizona University, has been studying and recording the calls of the Gunnison’s prairie dog for three decades. The calls contain varying numbers of frequency modulations, barks, squeals and squeaks, and each animal has unique tonal qualities. The same “words” can be understood by all the members of the colony. Slobodchikoff believes they may have evolved a complex language because they have a complex social structure and live in large colonies in vast and complicated burrow systems.

Slobodchikoff says with a single call prairie dogs can warn others of the type of predator, its direction, and even its color, and believes they are able to include this much information in a single call by varying the modulation and harmonics in the call.

Slobodchikoff and colleagues recorded the sounds made by the animals in response to coyotes, badgers and hawks. They also made observations of their behavior in the presence of each predator, and found that for example they react to coyotes by retreating to their burrows and standing up to avoid surprise attack, while they respond to badgers by lying low to avoid observation.


The scientists later played back the recordings to other groups of prairie dogs to test their response. In each case the rodents responded to the playbacks in the same way they respond to the predator, showing that each call was understood to mean a different predator.

Professor Slobodchikoff describes his vocal experiments in a BBC natural history TV program called Prairie dogs, talk of the town. Prairie dog numbers have plummeted in recent decades as ranchers view them as pests competing with livestock for resources. They are increasingly endangered even though they are a keystone species providing food for a wide range of predators, aerating the soil, adding organic matter and increasing water penetration, and creating habitat for other animals when they abandon their burrows."--- https://phys.org/news/2010-02-prairie-do...guage.html
Reply
#3
geordief Offline
That is brilliant.Did language co evolve with music?
Reply
#4
Magical Realist Offline
I'm not sure. But I did find these tidbits:

"The earliest known purpose-built musical instrument is some forty thousand years old. Found at Geissenklösterle in what is now southeastern Germany, it is a flute made from the radial bone of a vulture. Remarkably, the five holes bored into the bone create a five-note, or pentatonic, scale. Which is to say, before agriculture, religion, settlement – all the things we might think of as early signs of civilisation – paleolithic men and women were already familiar with the concept of pitch."---
https://www.openculture.com/2022/08/the-...nutes.html

"Because all human groups have language, language itself, or at least the capacity for it, is probably at least 150,000 to 200,000 years old. This conclusion is backed up by evidence of abstract and symbolic behaviour in these early modern humans, taking the form of engravings on red-ochre. The archaeological record reveals that about 40,000 years ago there was a flowering of art and other cultural artefacts at modern human sites, leading some archaeologists to suggest that a late genetic change in our lineage gave rise to language at this later time [9]. But this evidence derives mainly from European sites and so struggles to explain how the newly evolved language capacity found its way into the rest of humanity who had dispersed from Africa to other parts of the globe by around 70,000 years ago."---
https://bmcbiol.biomedcentral.com/articl...%2C%208%5D.
Reply
#5
C C Offline
Joe Hutto lived with and raised a brood of wild turkeys, and discovered they have a somewhat complex information relaying system. (Already known to some extent, but he may have discovered some cadences in turkey sounds that tweak and deviate the meanings.)

My life as a turkey
https://en.wikipedia.org/wiki/My_Life_as_a_Turkey

"Their language and their understanding of the ecology shows a remarkable intelligence. But their ability to understand the world goes much further than just communication. I came to realize that these young turkeys in many ways were more conscious than I was. I actually felt a sort of embarrassment when I was in their presence - they were so in the moment - and ultimately their experience of that manifested in a kind of joy that I don’t experience and I was very envious of that. I was learning new things about turkeys everyday."

Turkey Talk (video)
https://oeta.pbslearningmedia.org/resour...rkey-talk/

Hutto lived with 16 wild turkeys for more than a year and gained valuable insight into their methods of communication. In this segment, he explains how wild turkeys are able to use their vocalizations to clearly describe different species and to distinguish one species from another. He mentions that he was able to identify over 30 specific calls, as well as inflections wild turkeys use to convey additional meaning.

Wild turkey vocalzations, calls
https://en.wikipedia.org/wiki/Wild_turkey#Vocalizations
https://en.wikipedia.org/wiki/Turkey_call

Vocalizations of wild turkeys include "gubles", "clucks", "putts", "purrs", "yelps", "cutts", "cackles", "kee-kees", "clulululud" and the coveted French call "glouglou".
Reply
#6
geordief Offline
(Jun 3, 2024 05:06 PM)C C Wrote: Joe Hutto lived with and raised a brood of wild turkeys, and discovered they have a somewhat complex information relaying system. (Already known to some extent, but he may have discovered some cadences in turkey sounds that tweak and deviate the meanings.)

My life as a turkey
https://en.wikipedia.org/wiki/My_Life_as_a_Turkey

"Their language and their understanding of the ecology shows a remarkable intelligence. But their ability to understand the world goes much further than just communication. I came to realize that these young turkeys in many ways were more conscious than I was. I actually felt a sort of embarrassment when I was in their presence - they were so in the moment - and ultimately their experience of that manifested in a kind of joy that I don’t experience and I was very envious of that. I was learning new things about turkeys everyday."

Turkey Talk (video)
https://oeta.pbslearningmedia.org/resour...rkey-talk/

Hutto lived with 16 wild turkeys for more than a year and gained valuable insight into their methods of communication. In this segment, he explains how wild turkeys are able to use their vocalizations to clearly describe different species and to distinguish one species from another. He mentions that he was able to identify over 30 specific calls, as well as inflections wild turkeys use to convey additional meaning.

Wild turkey vocalzations, calls
https://en.wikipedia.org/wiki/Wild_turkey#Vocalizations
https://en.wikipedia.org/wiki/Turkey_call

Vocalizations of wild turkeys include "gubles", "clucks", "putts", "purrs", "yelps", "cutts", "cackles", "kee-kees", "clulululud" and the coveted French call "glouglou".
Thanks again.Really fascinating. Love the "embarrassing"  observation.
Reply
#7
Zinjanthropos Offline
Watched duck hunters on Niagara River. They have quite an elaborate set up which includes one guy who uses a duck call device. He’s obviously getting through to the ducks that fly overhead and is able to attract them by using a couple of different sounds as the birds fly toward their doom.

Appears duck hunters are tapping in to the bird’s vocabulary. Wonder if the ducks that escape death pass on a warning to other ducks thus making duck hunting a little harder to do. I don’t know one call over the other but found this..

https://www.ducks.org/hunting/duck-calli...in%201952.
Reply
#8
Magical Realist Offline
Cetaceans such as whales and dolphins and porpoises have a very complex language consisting of clicks, whistles, and burst pulses as well as body language. We have much to learn about it though.

https://www.gviusa.com/blog/smb-decoding...unication/

"Cetaceans are renowned for their complex forms of vocal communication, which are demonstrated in a variety of contexts. This includes whistles, clicks, and burst pulses that can be used to communicate with other members of the species or indicate the presence of a predator. To the surprise of researchers, these vocalisations are highly specific and tailored towards certain individuals or particular situations. For instance, cetaceans have been observed using unique calls to other individuals, such as their family members, as well as engaging in communal singing where all members of a group sing in unison. These examples highlight just a few of the intricacies associated with the cetacean language.

In addition to vocalisations, cetaceans also use body language to communicate. This includes behaviours such as breaching, tail slapping, and spy hopping. These behaviours are often used to signal the presence of a predator or to indicate the location of food. Cetaceans also use body language to express emotions such as joy, fear, and aggression. By combining vocalisations and body language, cetaceans can communicate complex messages to one another..."
Reply
Reply


Possibly Related Threads…
Thread Author Replies Views Last Post
  Article Tiny tubes reveal clues to the evolution of complex life C C 0 333 Sep 9, 2025 08:21 PM
Last Post: C C
  Article Strange bacteria that can't live alone hint at early steps to complex life C C 0 447 Apr 21, 2025 06:39 PM
Last Post: C C
  Research Scientists re-create the microbial dance that sparked complex life C C 0 730 Jan 3, 2025 06:50 PM
Last Post: C C
  Research Complex life on Earth may be much older than thought C C 0 342 Jul 28, 2024 10:35 PM
Last Post: C C
  Research “Time cells” in the brain are critical for complex learning, study shows C C 0 399 Jun 30, 2024 07:48 PM
Last Post: C C
  Article Radical new theory gives a very different perspective on what life is C C 0 348 Jun 25, 2023 02:43 PM
Last Post: C C
  Article Algae in Swedish lakes provide insights to how complex life on Earth developed C C 0 319 Apr 24, 2023 07:32 PM
Last Post: C C
  Unknown giants of deep oceans + Discovery reveals complex ecosystems existed earlier C C 0 300 Feb 10, 2023 06:52 PM
Last Post: C C
  First animals developed complex ecosystems before the Cambrian explosion C C 0 293 May 18, 2022 05:59 PM
Last Post: C C
  Open up: That secretive committee on virus research + Most complex thing in universe C C 1 518 Apr 28, 2022 01:17 AM
Last Post: confused2



Users browsing this thread: 1 Guest(s)