<p>(A, B, & C) Examples of participant trajectories through a maze, using visual-only cues (A), echolocation audio-only cues (B), and humming audio-only cues (C). (D, E, F, & H) Basic efficiency and strategy of navigation through the maze in the visual (purple), echolocation (blue) and humming (green) conditions: time to reach goal in seconds (D), path length in metres (E), mean velocity in metres per second (F), and summed left and right midline deviation in metres (H). Error bars indicate standard error. Statistical significance indicated as follows: not significant (n.s.), <i>p</i> < .05(*), <i>p</i> < .01(**) and <i>p</i> < .001(***). (G) Summed left and right head rotation in degrees. Head rotation from head straight (0°) direction, co...
<p>(A) Behavioral setup of the training sessions for the continuous T-maze. The animals were placed ...
The study investigated spatial navigation by means of electrodermal activity (EDA). Two groups of he...
<p>A. Left: Evolution of escape latency as a function of trials, without lateral connections () and ...
<p>A: The maze consists of a square enclosure, with a circular goal area (green) in the center. A U-...
Abstract. Navigating through a visual maze relies on the strategic use of eye movements to select an...
<p>(A) Schematic of the virtual environment indicating distal auditory and visual cues and a hidden ...
<p>A. A diagram of the maze with the correct path (in blue) and the error zones (dotted line). B. A ...
<p>(A) Diagram of Morris water maze 1. (B) Mean escape latency during training trials in maze 1. (C)...
Navigating through an overhead visual maze is a demanding task. It relies on the strategic use of ey...
<p>(A) Schematic of the auditory task and the visual task. Symbols as in <a href="http://www.plosone...
Hidden pathway maze learning tasks (HPMLTs) have been used in neuropsychological research and practi...
<p><b>(A)</b> Representative participant data showing how a reaching trajectory is gradually updated...
BACKGROUND: Radial maze tasks have been used to assess optimal foraging and spatial abilities in rod...
<p>Panel A depicts the map formation after 1 trial, B after 10 trials and C after 50 trials. The sim...
<p>(A) During a 3.25-s planning phase, participants had to infer the shortest path from the starting...
<p>(A) Behavioral setup of the training sessions for the continuous T-maze. The animals were placed ...
The study investigated spatial navigation by means of electrodermal activity (EDA). Two groups of he...
<p>A. Left: Evolution of escape latency as a function of trials, without lateral connections () and ...
<p>A: The maze consists of a square enclosure, with a circular goal area (green) in the center. A U-...
Abstract. Navigating through a visual maze relies on the strategic use of eye movements to select an...
<p>(A) Schematic of the virtual environment indicating distal auditory and visual cues and a hidden ...
<p>A. A diagram of the maze with the correct path (in blue) and the error zones (dotted line). B. A ...
<p>(A) Diagram of Morris water maze 1. (B) Mean escape latency during training trials in maze 1. (C)...
Navigating through an overhead visual maze is a demanding task. It relies on the strategic use of ey...
<p>(A) Schematic of the auditory task and the visual task. Symbols as in <a href="http://www.plosone...
Hidden pathway maze learning tasks (HPMLTs) have been used in neuropsychological research and practi...
<p><b>(A)</b> Representative participant data showing how a reaching trajectory is gradually updated...
BACKGROUND: Radial maze tasks have been used to assess optimal foraging and spatial abilities in rod...
<p>Panel A depicts the map formation after 1 trial, B after 10 trials and C after 50 trials. The sim...
<p>(A) During a 3.25-s planning phase, participants had to infer the shortest path from the starting...
<p>(A) Behavioral setup of the training sessions for the continuous T-maze. The animals were placed ...
The study investigated spatial navigation by means of electrodermal activity (EDA). Two groups of he...
<p>A. Left: Evolution of escape latency as a function of trials, without lateral connections () and ...