The phrase 'fish waste' can be used in written English.
One example sentence could be: "The fisherman disposed of the fish waste properly, following all safety regulations."
Fish waste provides nutrients for the plants, which in turn filter the water in which the fish live.
Fish waste is naturally converted into fertilizer for leafy greens, that then filter the water for the fish, in a recirculating, sustaining ecosystem.
Fish waste and left over food spill out from nets into the ocean, causing nutrient pollution.
The fish waste used was from only one fish species, ribbon fish (Lepturacanthus savel).
The variables most influential for biomethane production included bagasse input, fish waste input, and cassava input.
When the bubbles collapse, they oxygenate and disinfect the water, breaking down any fish waste that is present.
The water from the tilapia tanks circulates through the columns, where the fish waste provides nourishment to about 400 plants.
This fertilizer, not yet available commercially, is cold-processed fish waste, alive with the enzymes from shark innards.
The fish waste makes fertilizer for the plants, whose roots help filter the water for the fish.
As for solid fertilizer output, the most influential variables included manure input, fish waste, other input, and FeCl2.
To limit overtaxing of lakes, the new guidelines establish water quality rules for oxygen and phosphorus, a product of fish waste.
