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The surface beneath the surface.
"Thanks to the nearly stable temperature of the water throughout the day, and the thermal excursion occurring inside the biosphere between night and day, the seawater inside the biosphere can evaporate and condense on the internal surfaces of biosphere (cooler than the air). In this way fresh water is formed and it can be gathered and used for the growth of the plants (minerals are added to the fresh water collected which, after the evaporation-condensation process, does not contain any minerals)".
Click here to enter into a Biosphere
EARLY HARVEST

There's no better way to start off the season. Here the first strawberries successfully grown underwater.
Take a look here

6

BIOSPHERES

The structure

Our underwater farm is composed of 6 air-filled clear plastic pods, anchored to the bottom of the sea by ropes, chains and weights screws, just off the coast of Noli, Italy.
These acrylic structures, resembling large balloons, float at different depths, between 15 and 36 feet below the surface of the water.

2000
liters

AIR VOLUME EACH BIOSPHERE

The structure

Our underwater farm is composed of 6 air-filled clear plastic pods, anchored to the bottom of the sea by ropes, chains and weights screws, just off the coast of Noli, Italy.
These acrylic structures, resembling large balloons, float at different depths, between 15 and 36 feet below the surface of the water.

24/7

MONITORING SYSTEM

The structure

Our underwater farm is composed of 6 air-filled clear plastic pods, anchored to the bottom of the sea by ropes, chains and weights screws, just off the coast of Noli, Italy.
These acrylic structures, resembling large balloons, float at different depths, between 15 and 36 feet below the surface of the water.

Over
90

SEEDBEDS EACH BIOSPHERE

The structure

Our underwater farm is composed of 6 air-filled clear plastic pods, anchored to the bottom of the sea by ropes, chains and weights screws, just off the coast of Noli, Italy.
These acrylic structures, resembling large balloons, float at different depths, between 15 and 36 feet below the surface of the water.

The science
behind

Agriculture represents 70% of freshwater use worldwide: water management is needed in most regions of the world where rainfall is insufficient or variable. Increasing pressure is being placed on water resources by industry and urban areas, meaning that water scarcity is increasing and agriculture is facing the challenge of producing food with reduced water resources.
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