Wednesday, 4 August 2021
| Poster 3.1. Christopher Hawthorne, Michelle Myers, Sofia Quintero and Heather Burte. Directional sense in familiar environments misaligned with the cardinal directions |
| Poster 3.2. You Lily Cheng and Elizabeth Chrastil. Head direction signals during navigation: comparing movement and stationary periods |
| Poster 3.3. Sungjoon Park, Brandon Watanabe and Heather Burte. Reference frames for spatial and social thinking: Individual differences in strategy use |
| Poster 3.4. Tina Vajsbaher, Holger Schultheis, Paphon Sa-Ngasoongsongm, Ratthapoom Watcharopas, Myat Su Yin and Peter Haddawy. The role of spatial cognition in surgical navigation in arthroscopic surgery |
| Poster 3.5. Renate Delucchi Danhier. Mini-maps aid spatial cognition within virtual worlds |
| Poster 3.6. Sabine U König, Ahima Keshava, Viviane Clay, Kirsten Rittershofer, Nicolas Kuske and Peter König. Embodied Spatial Knowledge Acquisition in Immersive Virtual Reality: Comparison of Direct Experience and Map Exploration |
| Poster 3.7. Margarita Zaleshina and Alexander Zaleshin. Changes in the flight paths of pigeons based on extended spatial landmarks |
| Poster 3.8. Bingjie Cheng, Ian T. Ruginski, and Sara I. Fabrikant. Enhancing spatial learning during navigation by optimizing landmark density on digital maps |
| Poster 3.9. Vladislava Segen, Giorgio Colombo, Marios Avraamides, Timothy Slattery and Jan Wiener. Difficulties in extracting spatial information induce a bias towards the use of non-spatial heuristics in a spatial memory task |
3.1. Directional sense in familiar environments misaligned with the cardinal directions
Christopher Hawthorne, Michelle Myers, Sofia Quintero and Heather Burte
[ video ]
3.2. Head direction signals during navigation: comparing movement and stationary periods
You Lily Cheng and Elizabeth Chrastil
[ video ]
3.3. Reference frames for spatial and social thinking: Individual differences in strategy use
Sungjoon Park, Brandon Watanabe and Heather Burte
[ video ]
3.4. The role of spatial cognition in surgical navigation in arthroscopic surgery
Tina Vajsbaher, Holger Schultheis, Paphon Sa-Ngasoongsongm, Ratthapoom Watcharopas, Myat Su Yin and Peter Haddawy
3.5. Mini-maps aid spatial cognition within virtual worlds
Renate Delucchi Danhier
[ video ]
3.6. Embodied Spatial Knowledge Acquisition in Immersive Virtual Reality: Comparison of Direct Experience and Map Exploration
Sabine U König, Ahima Keshava, Viviane Clay, Kirsten Rittershofer, Nicolas Kuske and Peter König
3.7. Changes in the flight paths of pigeons based on extended spatial landmarks
Margarita Zaleshina and Alexander Zaleshin
[ video ]
3.8. Enhancing spatial learning during navigation by optimizing landmark density on digital maps
Bingjie Cheng, Ian T. Ruginski, and Sara I. Fabrikant
[ video ]
3.9. Difficulties in extracting spatial information induce a bias towards the use of non-spatial heuristics in a spatial memory task
Vladislava Segen, Giorgio Colombo, Marios Avraamides, Timothy Slattery and Jan Wiener
[ video ]