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Notably, I witness - presumably due to my inoculating of PP which is already climbing out of the petri-dish - what I would describe as the 'rejection of ones own body'. It seems that the plasmodium reaches a point after which certain parts of the body are too old to fully re-incorporate and are rejected as a blob like mass on which fresh Physarum grows. The blob instead can take on a dark/brown/black colouration. This is something I have read nothing about but is developing into the most striking feature in my interaction with PP. | Notably, I witness - presumably due to my inoculating of PP which is already climbing out of the petri-dish - what I would describe as the 'rejection of ones own body'. It seems that the plasmodium reaches a point after which certain parts of the body are too old to fully re-incorporate and are rejected as a blob like mass on which fresh Physarum grows. The blob instead can take on a dark/brown/black colouration. This is something I have read nothing about but is developing into the most striking feature in my interaction with PP. | ||
At the same time I am aware that the conditions created for the plasmodial organism - and with them all observations I can make - are to a significant extent unnatural. Although it has lived with me for some time now, I know nothing of it's natural life cycle, I haven't e.g. seen any spores as it shifts between different hues of yellow, orange and brown/grey/green. And if it weren't for the Internet I wouldn't know that PP can move away from it's centre of origin. Hence, I am giving the organism a larger space (67x36,5x20), which will hopefully allow me to create a spacial environment that more closely resembles it's natural habitat. In it, I plan to track it's movement patterns. | At the same time I am aware that the conditions created for the plasmodial organism - and with them all observations I can make - are to a significant extent unnatural. Although it has lived with me for some time now, I know nothing of it's natural life cycle, I haven't e.g. seen any spores as it shifts between different hues of yellow, orange and brown/grey/green. And if it weren't for the Internet I wouldn't know that PP can move away from it's centre of origin. Hence, I am giving the organism a larger space (67x36,5x20), which will hopefully allow me to create a spacial environment that more closely resembles it's natural habitat. In it, (I plan to track it's movement patterns - or rather - ) to verify that it moves rather than simply grows. | ||
I am also interested in the idea of retreating my human influence, which is most notably characterised in my 'feeding it' every day. The organism is unique in it's characteristic to wander in search of optimal conditions for it's survival. In it's natural habitat the organism roams free and feeds on bacteria, fungal spores, and other decaying organic material all drawn from the surface it covers with it's plasmodial body. I want to implement an Agar that more closely resembles these natural conditions by providing not only moisture but a 'feeding mix' for the organism to sustain itself and move on when the surface is no longer suitable for survival. | I am also interested in the idea of retreating my human influence, which is most notably characterised in my 'feeding it' every day. The organism is unique in it's characteristic to wander in search of optimal conditions for it's survival. In it's natural habitat the organism roams free and feeds on bacteria, fungal spores, and other decaying organic material all drawn from the surface it covers with it's plasmodial body. I want to implement an Agar that more closely resembles these natural conditions by providing not only moisture but a 'feeding mix' for the organism to sustain itself and move on when the surface is no longer suitable for survival. |
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