Tag: 2017 source edit |
Tag: 2017 source edit |
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==Measurement of electrical potentials in plants== | ==Measurement of electrical potentials in plants== | ||
Prepared by Mindaugas Gapševičius | Prepared by Mindaugas Gapševičius | ||
This experiment offers insight into the electrochemical activity of living organisms such as plants, fungi, or even humans. By tracking a specimen over time—especially across the day—you may observe fluctuations in its bioelectric activity, reflecting internal and environmental changes. The experiment builds on Martin Howse's ''Interspecies Communication Platform'' (See for details: Kuni, V., Landwehr, D. ''Home Made Bio-Electronic Art''). | |||
* [[File:Electric-potencials-excercise-revised.pdf]] | * [[File:Electric-potencials-excercise-revised.pdf]] | ||
Revision as of 21:10, 15 April 2025
Listening Exercise
Prepared by Prof. Kerstin Ergenzinger
This listening–sensing exercise is designed to connect you with your non-visual senses as you explore different sites. Its purpose is to deepen your relationship with each location and enable you to compare and understand them in relation to one another.
Measurement of electrical potentials in plants
Prepared by Mindaugas Gapševičius
This experiment offers insight into the electrochemical activity of living organisms such as plants, fungi, or even humans. By tracking a specimen over time—especially across the day—you may observe fluctuations in its bioelectric activity, reflecting internal and environmental changes. The experiment builds on Martin Howse's Interspecies Communication Platform (See for details: Kuni, V., Landwehr, D. Home Made Bio-Electronic Art).
Soil Chemistry
Prepared by Felix Bonowski