Plants in Pandora (2009 sci-fi film 'Avatar', dir. James Cameron) have evolved according to the characteristics of their environment, which has an atmosphere that is thicker than on Earth, with higher concentrations of carbon dioxide, xenon and hydrogen sulfide. Gravity is weaker in Pandora, thereby giving rise to gigantism. There is a strong magnetic field, causing plants to develop 'magnetotropism'. A particularly intriguing quality of flora and fauna in Pandora is their ability to communicate with each other. This is explained in the movie as a phenomenon called 'signal transduction', pertaining to how plants perceive a signal and respond to it.
Mediums: Artbreeder, DeepStyle, Ebsynth, Premiere, Photoshop
Magnetotropism
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Magnetotropism
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Plants in Pandora (2009 sci-fi film 'Avatar', dir. James Cameron) have evolved according to the characteristics of their environment, which has an atmosphere that is thicker than on Earth, with higher concentrations of carbon dioxide, xenon and hydrogen sulfide. Gravity is weaker in Pandora, thereby giving rise to gigantism. There is a strong magnetic field, causing plants to develop 'magnetotropism'. A particularly intriguing quality of flora and fauna in Pandora is their ability to communicate with each other. This is explained in the movie as a phenomenon called 'signal transduction', pertaining to how plants perceive a signal and respond to it.
Mediums: Artbreeder, DeepStyle, Ebsynth, Premiere, Photoshop
- doneSales
- Listings
- Offers
- Collection offers
- doneTransfers
- Sales
- Transfers