LARCH

Communication is a complex and multifaceted process integral to human interaction and understanding.  But communication isn’t limited to humans.  It is also a fundamental aspect of the world around us.  In nature, plants and animals communicate by exchanging signals, sounds, movement and even electrical impulses.  Often, these interactions are imperceptible to the human eye, but they are crucial for the survival of a species.   

 

Recent research has uncovered intricate communication networks among plants, both above and below ground, demonstrating their essential role in ecosystems. Mycelium, in particular, serves as a vital underground system enabling plants to communicate.  For instance, trees can alert each other about impending insect threats via chemical messages transmitted through mycelial networks.  In response, neighbouring plants produce protective substances, distributed through these same networks, fostering a community-wide defence system. This natural interconnectedness inspires an exploration of hidden communication through art. 

 

In LARCH, we simulate this intriguing plant communication using colours and patterns to represent their challenges and learning experiences. The underlying algorithm ensures each simulation is unique, mirroring the diverse interactions found in nature. Each moment reveals fresh insights, developments, and surprises, echoing the dynamic nature of real plant communication.  We unveil the hidden world of plant communication, bringing its fascinating complexities to light for our viewers.