A Workshop with Michael Marder
Plants derive energy from the sun through photosynthesis, a process which is nondestructive and world-preserving. In a culture which denigrates all things vegetal, our desire to burn everything and everyone runs counter to the means by which plants obtain bountiful solar energy. Are plants more radically open to flows of energy than animals? Might the vegetal offer a model of energy that does not destroy our planet through extraction? What might we learn from the energetic – and less energetic – lives of seeds?
Seed Energies was a sensory workshop with artists, ecologists and philosophers, exploring how environments shape seed morphology and plant reproductive behaviour. The group studied the processes of photosynthesis, cellular respiration and DNA transcription, and created collective and individual scores of vegetal energetic relations.
Michael Marder is Ikerbasque Research Professor of Philosophy at the University of the Basque Country, Spain. An author of eleven books and over a hundred academic articles, he is a specialist in phenomenology, political philosophy, and environmental
thought. His monographs include The Philosopher’s Plant: An Intellectual Herbarium (2014); Pyropolitics: When the World Is Ablaze (2015); Dust (2016); Grafts (2016); with Luce Irigaray, Through Vegetal Being (2016); and Energy Dreams: Of Actuality (2017).
suspended finitude
the should and is not
low thresholds
squash skins
Leibniz
stress cues
seed dormancy
amphibians drifting
inside-out
takes a very long time
geometrical patterns
tenuous connections
Ubuntu
Recoil
too much compost
time spots
Venus Flytrap
dispersive likeness
swamps
shaking cognition
iteratively
pine needles
nocturnal insects
hospitality
bouncy seed
cloudy breath
bodily periphery
magnesium
iridescence
calling things by their name
at dusk
vegetal suicide
shrinking
non-consciously intentional
quattrocento
while lying under
frequent fires
pooling
capturing
hardening
radial symmetry
biochemical networks
bodily configurations
vertical tension
dissipative
meristems
plant architectures
charged partitions
geological archives
begonias
germination
saltification
in tiny knots
inclining