| Results | | Year |
| Dysfunctional areas in schizophrenic pts show activation in health controls during decision making about whether stimuli are externally/internally generated | |
| Spreading activation model of semantic memory | |
| Familiarity and Recognition Model of Recollection | |
| Reported Semantic Dementia | |
| Semantic hub model | |
| Frontal lobe pts show impaired source memory | |
| Frontal lobe damage correlates with impairment of source memory better than does hippocampal damage | |
| HM is unimpaired at mirror drawing | |
| Demonstration of 'episodic-like' memory in scrub jays | |
| Pyramid and palm trees task: double dissoc. between semantic/episodic in AD and semantic dementia pts. | |
| Argues that episodic and semantic systems are not disocciable | |
| Distinct, but overlapping traces for episodic and semantic memory retrieval | |
| Impairments on living vs non-living things and vice-versa | |
| Encoding Specificity Principle | |
| Dissociations found within non-living/living categories | |
| Remember/Know Procedure | |
| First author to argue that memory was reconstructive | |
| Source memory can be dissociated from recognition by forcing a rapid choice | |
| Generalised increasing semantic deficit as semantic dementia progresses | |
| HM was impaired on acquisition of semantic, as well as episodic memories | |
| Fusiform cortex activation during priming | |
| Semantic knowledge represented as a 'tree' with info on various semantic levels | |
| MTL activated during LTM encoding/retrieval | |
| Aetiology of Semantic Dementia | |
| Selective hippocampal damage => reduced remember responses, normal know responses | |
| Double dissociation between semantic impairments in picture and word defining | |
| Conceptualisation of DVS as a 'where' pathway | |
| DVS = 'vision for action' | |