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How to absorb new info like a sponge and stay ahead of the curve: Using spatial learning & a second brain to master anything quickly. #CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Mind mapping, a second brain, and spatial learning: Your secret weapon to absorbing knowledge like a sponge. #CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Disorganization, chaos, too many things...? Learn how leveraging a second brain, and spatial learning, will put you on top again. #CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Spatial learning, a second brain... the most effective way I’ve discovered for capturing new ideas and turning them into actionable knowledge. #CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Mind mapping, a second brain, and spatial learning: Your secret weapon to absorbing knowledge like a sponge. #CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Did you miss...? How to absorb new info like a sponge and stay ahead of the curve: Using spatial learning & a second brain to master anything quickly.
https://bit.ly/4gUhtWj
#CareerDevelopment #SpatialLearning
https://bit.ly/4gUhtWj

Ever feel like things are evolving too fast and you can't stay on top of it? Flip the script! How to absorb new info like a sponge and stay ahead of the curve.
https://bit.ly/4gUhtWj
#CareerDevelopment #SpatialLearning
https://bit.ly/3BE5FHF

Perhaps why it's so easy to remember where useful things are in video games?

"Our findings highlight the benefits of using human-centred technologies that – as opposed to current navigation systems – promote the encoding and memorability of spatial information during navigation, and have the potential to train human spatial navigation abilities in the long term as a countermeasure toward GPS cognitive deskilling of population."

#SpatialLearning

https://www.sciencedirect.com/science/article/pii/S0272494423001998?dgcid=rss_sd_all

#Butterflies can remember where things are over sizeable spaces

August 7, 2023, University of Bristol

"Heliconius butterflies are capable of spatial learning, scientists have discovered.

"The results provide the first experimental evidence of spatial learning in any butterfly or #moth species.

The findings, published today in Current Biology, also suggest Heliconius butterflies may be able to learn spatial information at large scales, consistent with the apparent importance of long-range spatial learning for traplining, which involves foraging within a home range of a few hundred square metres.

"Spatial learning is known in insects, but much of the research has focused on #ant and #bee species which live socially in a communal nest. This study provides the first direct evidence of spatial learning in butterflies or moths, and suggests that complex learning skills, such as the use of spatial information, may be more common in insects than previously thought."

Full article:
https://www.sciencedaily.com/releases/2023/08/230807122003.htm

#SpatialLearning #Insects #Nature