Hydroponics Collection

Cross section of hydroponic water garden

Picture No. 10891827
Hydroponics growing vegetables Date:

Picture No. 10891825
Hydroponics growing vegetables Date:

Picture No. 10891828
Hydroponics growing vegetables Date:

Picture No. 10891826
Hydroponics growing vegetables Date:

Picture No. 10891823
Hydroponics growing vegetables Date:

Picture No. 10891824
Hydroponics growing vegetables Date:

Rocket and Pak choi growing in aquaponics unit, water from tanks containing tilapia fish is pumped into trough with expanded clay, with nutrients used to grow salad vegetables, Todmorden

Rocket growing in aquaponics unit, water from tanks containing tilapia fish is pumped into trough with expanded clay, with nutrients used to grow salad vegetables, Todmorden, West Yorkshire, England

Aquaponics unit, water from tanks containing tilapia fish is pumped into trough with expanded clay, with nutrients used to grow vegetables, Todmorden, West Yorkshire, England, April

Pak choi growing in aquaponics unit, water from tanks containing tilapia fish is pumped into trough with expanded clay, with nutrients used to grow salad vegetables, Todmorden, West Yorkshire

Tomato (Solanum sp. ) crop, growing in hydroponics unit, Todmorden, West Yorkshire, England, April
Tomato (Solanum sp.) crop, growing in hydroponics unit, Todmorden, West Yorkshire, England, April

Cucumber (Cucumis sativus) crop, with sticky flypaper, growing in hydroponics unit, Todmorden, West Yorkshire, England, April

Tomato (Solanum sp. ) and Cucumber (Cucumis sativus) crop, growing in hydroponics unit, Todmorden, West Yorkshire
Tomato (Solanum sp.) and Cucumber (Cucumis sativus) crop, growing in hydroponics unit, Todmorden, West Yorkshire, England, April

Domestic Sheep, ewes, flock feeding on Barley (Hordeum vulgare) hydroponic growing system crop of sprouted seedlings at seven days, Herefordshire, England, june

Domestic Sheep, lambs, feeding on Barley (Hordeum vulgare) hydroponic growing system crop of sprouted seedlings at five days, Herefordshire, England, june

Barley (Hordeum vulgare) hydroponic growing system crop, length of sprouted barley at seven days, used as livestock feed, Herefordshire, England, june

Hydroponic cultivation of sage plants
MODEL RELEASED. Hydroponic sage cultivation. Medical researcher checking the electrical conductivity, temperature and nutrient levels of the water supplies for sage plants being grown hydroponically

All Professionally Made to Order for Quick Shipping

Hydroponics, the innovative method of growing plants without soil, is revolutionizing the way we cultivate crops. Picture No. 10891827 showcases a cross section of a hydroponic water garden, revealing the intricate system that sustains plant growth. With Picture No. 10891825 and Picture No. 10891828, we witness how this technique allows for efficient cultivation of pak choi in an aquaponics unit. The water from tanks containing tilapia fish is pumped into a trough filled with expanded clay, providing essential nutrients to these leafy greens. But hydroponics doesn't stop there. Rocket also thrives in this sustainable environment as seen in Picture No. 10891826 and Picture No. 10891824 where it grows alongside pak choi in another aquaponics unit utilizing the same fish tank system and expanded clay medium. The benefits are numerous - it conserves water by recycling nutrient-rich solutions, eliminates the need for pesticides or herbicides due to controlled environments (as depicted in Picture No. 10891823), maximizes space utilization by vertical farming techniques (as shown in Picture No. 10891824), and enables year-round crop production regardless of weather conditions. Aquaponics units like those featured here demonstrate how symbiotic relationships between plants and aquatic animals can create self-sustaining ecosystems while yielding fresh produce all year long (Picture No. 10891826). By pumping water from tilapia fish tanks into troughs filled with expanded clay pellets (Picture No. 10891827), both plants and fish benefit mutually – plants receive vital nutrients while purifying the water for their aquatic counterparts. It offers an exciting glimpse into our agricultural future – one that embraces sustainability, efficiency, and innovation to meet our ever-growing demand for food production while minimizing environmental impact (Picture No's: 10891825-28).