Researchers are studying how birds retweet news, Every social network has its own fake news. And in animal communication networks, even birds see the reliability of their neighbors.
This is the first time people have shown that beans pay attention to sources of information and this affects the signals they produce and send together, researchers say.
Carlson, Templeton, and Green share an interest in preventing the Rosetta Stone from how birds communicate and carry on bird conversations for years. Researchers are studying how birds retweet news.
Each bird has a song that is usually sung by men to “tell the babies here,” the researcher said, and bet on real estate.
Their strong and complex vocation usually rings during the breeding season.
With a warning call, each vote means a certain threat, e.g. B. snakes on the ground, eagles fly and eagles land. The call conveys the current danger level and specific information.
They can also be heard from all species in the forest in a wide communication network, which makes them alert.
Everyone listens to everyone in the forest, Explorer.
In the study, Green and the researchers wanted to find out how chickens with black hats and beans with red throats encode information in their calls.
When communicating with birds, large beans “sow” show eagles fly and trigger strong reactions. Other birds are silent, look up and then dive into the bush. The alarm call can run quickly through the forest. Researchers are studying how birds retweet news.
Researchers say that in previous experiments they have reached a conversation speed of 100 mph, which resembles a bow wave on a ship.
Raw and high “call requests” cause birds of all kinds to flock to predators.
When a predator hears a call through the mafia, he usually has to fly farther to hunt, so the call is very effective.
An owl sits in a tree and says, “Oh, bullshit!” The researcher said.
Green calls this the original Twitter on social media.
In the chicken and bean study, researchers focused on direct information seen or heard by birds directly versus indirect information obtained through bird social networks that might represent false alarms. Researchers are studying how birds retweet news.
“In some ways, this is related to fake news, because when you get information through social media but haven’t reviewed it, retweeted it, or sent it together, fake news starts like that,” Green said.
Walnuts and beans share the same predators: large owls and dwarf owls. For small birds, dwarf owls are more dangerous than large horned owls because of their smaller fingers, which makes it easier to hunt their prey.
If you eat something that is almost the size of you, it’s worth fighting for, researchers say.
Using loudspeakers in the forest, the researchers warn chickens from low-owl owls and dwarf owls that are more endangered against peanuts. Calls vary depending on the level of threat – horned owls versus dwarf owls – and whether they are direct (from the predators themselves) or indirect (from the eagle). Researchers are studying how birds retweet news.
What they found in the beans was shocking.
Information immediately encourages nuts to change their calls according to high and low threats. However, the chicken alarm conversation about the two predators only triggers a temporary conversation between peanuts, regardless of the level of threat.
According to Greene, research has shown that the Netherlands can make complex stimulus decisions in its midst and avoid the spread of “false news” before confirming predators for themselves.
Most adjustments are made in the winter, and the nut must be isolated from the nut to ensure that the warning call is not a response to the witnesses’ madness. There are often chases after everything is made and researchers have to download everything and try a new location.
“It’s very difficult to find peanuts anywhere in the area without beans,” the researchers said. That is the hardest part – finding this condition in nature.
But the results are worth the work.
Researchers say that Dutch research ultimately helps researchers better understand how animal communication networks work and how different types of information decode, encode and transmit.