Human observers can quickly and accurately interpret the meaning of complex visual scenes. The neural mechanisms underlying this ability are largely unexplored. We used functional magnetic resonance imaging to measure cortical activity while subjects identified briefly presented scenes as specific familiar locations (‘‘Houston Hall’’), general place categories (‘‘kitchen’’), or general situational categories (‘‘party’’). Scene-responsive voxels in the parahippocampal place area (PPA) and retrosplenial cortex (RSC) were highly sensitive to recognition level when identifying scenes, responding more strongly during location identification than durin
The “parahippocampal place area” (PPA) responds more strongly in functional magnetic resonance imagi...
Keeping oriented in the environment is a multifaceted ability that requires knowledge of at least th...
Neuroimaging studies have identified brain regions that respond preferentially to specific stimulus ...
Human observers can quickly and accurately interpret the meaning of complex visual scenes. The neura...
Context sometimes helps make objects more recognizable. Previous studies using functional magnetic r...
Akey component of spatial navigation is the ability to use visual information to ascertain where one...
Functional MRI studies suggest that at least three brain regions in human visual cortex-the parahipp...
How do we understand the complex patterns of neural responses that underlie scene understanding? Stu...
Real-world scenes are incredibly complex and heterogeneous, yet we are able to identify and categori...
Functional magnetic resonance imaging has revealed a set of regions selectively engaged in visual sc...
International audienceMany high-level visual regions exhibit complex patterns of stimulus selectivit...
Behavioral and computational studies suggest that visual scene analysis rapidly produces a rich desc...
AbstractThe “parahippocampal place area” (PPA) responds more strongly in functional magnetic resonan...
AbstractThree cortical areas (Retro-Splenial Cortex (RSC), Transverse Occipital Sulcus (TOS) and Par...
Behavioral and computational studies suggest that visual scene analysis rapidly produces a rich desc...
The “parahippocampal place area” (PPA) responds more strongly in functional magnetic resonance imagi...
Keeping oriented in the environment is a multifaceted ability that requires knowledge of at least th...
Neuroimaging studies have identified brain regions that respond preferentially to specific stimulus ...
Human observers can quickly and accurately interpret the meaning of complex visual scenes. The neura...
Context sometimes helps make objects more recognizable. Previous studies using functional magnetic r...
Akey component of spatial navigation is the ability to use visual information to ascertain where one...
Functional MRI studies suggest that at least three brain regions in human visual cortex-the parahipp...
How do we understand the complex patterns of neural responses that underlie scene understanding? Stu...
Real-world scenes are incredibly complex and heterogeneous, yet we are able to identify and categori...
Functional magnetic resonance imaging has revealed a set of regions selectively engaged in visual sc...
International audienceMany high-level visual regions exhibit complex patterns of stimulus selectivit...
Behavioral and computational studies suggest that visual scene analysis rapidly produces a rich desc...
AbstractThe “parahippocampal place area” (PPA) responds more strongly in functional magnetic resonan...
AbstractThree cortical areas (Retro-Splenial Cortex (RSC), Transverse Occipital Sulcus (TOS) and Par...
Behavioral and computational studies suggest that visual scene analysis rapidly produces a rich desc...
The “parahippocampal place area” (PPA) responds more strongly in functional magnetic resonance imagi...
Keeping oriented in the environment is a multifaceted ability that requires knowledge of at least th...
Neuroimaging studies have identified brain regions that respond preferentially to specific stimulus ...