Showing 1 to 4 of 4 results
Whale-Dolphin Encounters: A Study Reveals Positive Interactions
Researchers analyzed 199 whale-dolphin encounters across 17 countries, finding that 25% showed positive, mutual interaction, with dolphins often approaching whales' heads and even following them to the ocean floor, potentially for social and cognitive stimulation.
Whale-Dolphin Encounters: A Study Reveals Positive Interactions
Researchers analyzed 199 whale-dolphin encounters across 17 countries, finding that 25% showed positive, mutual interaction, with dolphins often approaching whales' heads and even following them to the ocean floor, potentially for social and cognitive stimulation.
Progress
32% Bias Score
Berlin Zoo Elephants Exhibit Advanced Cognitive Abilities
Neurobiologists at Berlin's Humboldt University published two studies in Current Biology detailing the intelligence of Berlin Zoo elephants: one on an elephant's ability to peel bananas, showcasing fine motor skills, and another on an elephant using a hose to shower itself, demonstrating tool use.
Berlin Zoo Elephants Exhibit Advanced Cognitive Abilities
Neurobiologists at Berlin's Humboldt University published two studies in Current Biology detailing the intelligence of Berlin Zoo elephants: one on an elephant's ability to peel bananas, showcasing fine motor skills, and another on an elephant using a hose to shower itself, demonstrating tool use.
Progress
36% Bias Score
Ravens Demonstrate Innate Geometric Pattern Recognition
Researchers trained two ravens to identify geometrically dissimilar shapes among similar ones; the ravens' success rate significantly exceeded random chance, suggesting an innate understanding of geometry.
Ravens Demonstrate Innate Geometric Pattern Recognition
Researchers trained two ravens to identify geometrically dissimilar shapes among similar ones; the ravens' success rate significantly exceeded random chance, suggesting an innate understanding of geometry.
Progress
32% Bias Score
Wild Fish Can Discriminate Between Humans Based on Visual Cues
Researchers found that wild saddled seabream and black seabream fish in the Mediterranean Sea could differentiate between two divers based on the color of their diving gear, demonstrating a capacity for visual discrimination and individual recognition after being trained by one diver.
Wild Fish Can Discriminate Between Humans Based on Visual Cues
Researchers found that wild saddled seabream and black seabream fish in the Mediterranean Sea could differentiate between two divers based on the color of their diving gear, demonstrating a capacity for visual discrimination and individual recognition after being trained by one diver.
Progress
16% Bias Score
Showing 1 to 4 of 4 results