The 'Trouble with Jellyfish' Installation Simulates a Jellyfish's Life
References: lelaboratoirecambridge & mentalfloss
Artist Mark Dion and marine biologist Lisa-Ann Gershwin created this unique installation called 'The Trouble with Jellyfish' as part of a Massachusetts exhibition. This particular installation is a simulation where guests can actively experience the environmental stress and impact of jellyfish blooms.
As jellyfish continue to thrive within oceans and increase their population, the species is creating an oxygen reduction within the water. These negative results will actually destroy the ability for other species to live and survive. The oxygen deficiency process is called hypoxia.
'The Trouble with Jellyfish' aims to create a unique experience where guests will embrace the feelings of reduced oxygen. In order to understand the detrimental process, this immersive environment will deepen each viewer's understanding of hypoxia. The installation will be open at the Le Laboratoire Cambridge until the January of 2016.
As jellyfish continue to thrive within oceans and increase their population, the species is creating an oxygen reduction within the water. These negative results will actually destroy the ability for other species to live and survive. The oxygen deficiency process is called hypoxia.
'The Trouble with Jellyfish' aims to create a unique experience where guests will embrace the feelings of reduced oxygen. In order to understand the detrimental process, this immersive environment will deepen each viewer's understanding of hypoxia. The installation will be open at the Le Laboratoire Cambridge until the January of 2016.
Trend Themes
1. Jellyfish Blooms - Opportunity to develop innovative solutions to mitigate the impact of jellyfish blooms on ocean ecosystems.
2. Hypoxia Simulation - Disruptive innovation potential in creating immersive environments to educate and raise awareness about the effects of oxygen reduction in aquatic environments.
3. Environmental Stress - Growing demand for technologies and strategies to combat the negative effects of environmental stress on aquatic life.
Industry Implications
1. Marine Biology - Can explore innovative approaches to studying and understanding the impact of jellyfish blooms on the ocean ecosystem.
2. Ecotourism - Opportunity to create immersive experiences that educate and engage tourists about the challenges of hypoxia and environmental stress on marine environments.
3. Environmental Conservation - Need for innovative solutions to address the increasing threat of hypoxia and its impact on aquatic species.
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