Inside Science
/
Article

BRIEF: Wolves Have No Dog in the Fight

JUL 03, 2018
Dogs avoid each other after aggressive encounters, whereas wolves rapidly reconcile.
BRIEF: Wolves Have No Dog in the Fight lead image

BRIEF: Wolves Have No Dog in the Fight lead image

Cynthia Kidwell via Shutterstock

(Inside Science) -- Wolves aren’t the type to hold a grudge. When two pack members squabble, they often reconcile immediately afterward through friendly interactions. But somewhere along the road to domestication, dogs seem to have lost this peacemaking drive, according to a new study.

The researchers observed hundreds of aggressive interactions between members of four captive wolf packs and four captive dog packs at the Wolf Science Center in Vienna. Dogs expressed aggression far less often than wolves, but their disputes tended to be more intense, often involving physical violence.

In the 10 minutes following a conflict, wolf adversaries engaged in friendly interactions more than twice as often as they did at other times, with most reconciliation gestures offered in the first minute. Even when wolves didn’t exchange licks or nuzzles, they tended to stay closer to each other than usual, perhaps as a subtle form of peacemaking.

In contrast, dogs tended to avoid each other after disputes, showing no particular inclination to re-establish friendship. The findings were published today in the journal Royal Society Open Science.

The wolves’ eagerness to reconcile makes sense given their highly cooperative lifestyles, according to the authors. Pack members work together to hunt and raise pups, so it’s important for them to maintain harmonious relationships.

On the other hand, dogs may have less need to maintain friendships because their social lives are more flexible, varying with factors such as food availability, according to the authors. Free-ranging dogs are mostly scavengers, and while they may form cooperative relationships, they may also live relatively independent lives.

More Science News
AIP
/
Article
FYI
/
Article
/
Article
Applying a high magnetic field simulates microgravity conditions that suppress melt convection in germanium single crystal growth, thus reducing defect formations.
/
Article
In-situ observation combined with polarized light imaging describes how the biodegradable plastic deforms when scratched.
/
Article
A review on two-dimensional and layered vanadium and their emerging applications in energy storage and conversion, catalysis, electronic devices, smart materials, and more.
/
Article
A simulation that captures the 3D morphology of the vagus nerve results in more accurate predictions of electrical stimulation response.
/
Article
/
Article
Spreadsheets littered with calculations motivate the science-fiction writer’s stories, including Project Hail Mary.
/
Article
Capitalizing on a mechanoelectrical mechanism that arises from the spines’ structure could yield useful sensors for marine environmental monitoring and other applications.