The most directly related factor in this ratio is the feeding rate. the most suitable ratio varies from 70 to 100 g/m2/day. i.e. if you feed fish 1000 g per day, the area of 10-14 m² should be devoted to hydroponics production. on another hand, if you have devoted 100 m² of an area for plants, you need to input feed of 7-10 kg ( 22 lbs).. In a correctly designed and balanced aquaponic system, the ratio between fish and plants is based on the feeding rate ratio. the feeding rate ratio is the amount of feed fed to the fish daily per square meter of plant growing area. for a raft hydroponic system the optimum ratio varies from 60 to 100 g/m2/day.. When sizing an aquaponic system, you can use the formula, 20 g of feed per square meter of deep water culture growing area. using this formula, you can calculate the amount of feed needed in your system. only feed the fish what they will consume in 5 minutes – scoop out any uneaten fish food to avoid unwanted water quality issues..
Feeding your fish the best food in the appropriate amounts will make running an aquaponic system much easier in the long run and keep the ecosystem in balance. typically aquaponics is a combination of aquaculture, the raising of fish, and hydroponics, the growing of plants in water, but you can also use aeroponics to grow your plants.. Feed ratio directly affects the waste production of your fish. if you want them to produce more nutrients, you have to make sure that they are consuming food that is 1% to 2% of their body weight every day. a general rule that many growers use is to provide enough food that the fish can consume in 5 minutes.. Approach to aquaponic feeding rate ratios. the rakocy/uvi feeding rate ratio is expressed as the grams of fish feed required to be fed to the system per day as related to the plant growing area (expressed as grams of fish feed/square meters of plant growing area per day; or g/m 2/day). the rakocy approach was determined by taking.
.jpg)
0 komentar:
Posting Komentar