Floating garden

For years we have developed a flotation in horticulture, which has significant advantages including the fact that it is not attacked by bio-stressors as common ground (especially insects not penetrate the sea, and other stressors do not reach the Distance to crop land). In conjunction with the floating garden, and for having water for irrigation, we have worked in the distillation of sea water using solar energy, and we are moving in rainwater harvesting in the sea. This sweet or fresh water produced can be used for other purposes such as consumption-something very important for coastal and remote islands with poor water sources.

This round of testing new designs are working to produce vegetables in water. Here is a geodesic dome with cherry tomato plants and cucumber. We are implementing other designs that allow more production area, preferably tied to rainwater harvesting.

While cherry tomatoes grew well (although with limited water deficit to be corrected later), cucumber (or at least the strain used) was enough for the water deficit.

May be fruits of tomato and cucumber.

Seedlings were produced in this nursery float. The important thing is not grounded at any time for no gain pests.

Vegetables produced in flotation

These tomatoes were ripe and three months at the plant, no insect ate

Cucumbers and watermelons produced in flotation

A vision (and beyond) of what could be a camera floating gardening distillation to produce irrigation water

Damage to foliage by splashing sea water (which prevents plants from the first past the edges)