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Organic aquaponics & organic aquaculture
1. SAM HIGGINBOTTOM
UNIVERSITY OF AGRICULTURE,
TECHNOLOGY AND SCIENCES
PRESENTATION ON : “ ORGANIC AQUACULTURE &
ORGANIC AQUAPONICS”
PRESENTED TO : -
Prof. (Dr) .Thomas Abraham
Dept. of agronomy
Subject code: AGRN 522
Organic farming
Group no. 17
2. Name PID NO.
GIBI MARIAM THOMAS 15BSCAGH013
SREEYA DAS 15BSCAGH043
PRAKASH CHOPRA 15BSCAGH088
MANISH RAJPOOT 15BSCAGH144
ANIKET KUMAR 15BSCAGH156
TANZEEM AHMAD 15BSCAGH183
RISHABH SRIVASTAVA 15BSCAGH193
LIRON S JAMI 15BSCAGH235
3.
4.
5. Definition
According to IFOAM OI "Organic
aquaculture is a developing sector
involving farmers worldwide producing a
wide range of aquatic species – including
fish, seaweeds and bivalves – in line with
organic principles."
9. GMOs(genetically modified organism)
conventional organic
GMOs are used to get
higher output regardless
of their impact.
No GMOs are used,
instead indigenous and if
required exotic species are
used.
10. Diseases Management
Conventional Organic
Use of chemicals to cleanse
the system and use of anti-
biotics to control diseases.
Use physical, mechanical
and biological means to
control diseases.
Self-cleaning Tank
13. Nutrient & water recycle
Conventional Organic
No nutrient recycle &
water recycle is done.
Sludge generated is
incorporated into other systems
or converted to manure. Water
too is recycled.
23. PARTS OF RAS SYSTEM
1. Grow out tank /rearing tank/culture
tank
2. Solid removal
3. Bio-filters/bio-filtration
4. Aeration/Oxygenator
5. Disinfection
6. Pump/re-circulator
28. Particle size Removed by
Settable solids Settlers, settle out in
water within one hour
Medium sized solids Clarifier, mechanical
separator, swirl
separator
Suspended soilds These solids do not
settle, bead or sand
filter
Three kind of solid particles:-
2.Solid removal
29.
30.
31. 3.Biofiltration
• It is process of removing dissolved metabolic
waste products (ammonia and nitrite) from
the water.
• It requires the water to pass through filters
that have live bacteria living in them.
• The filters are usually filled with small media
with a large surface area where the bacteria
can grow.
• The effectiveness of this process is measured
in terms of surface area.
32.
33.
34. The oxidation that converts the nitrites
to nitrates follows following reaction:
52. Feeds
Classification on the basis of density:-
• Floaters- that float on the surface of water
• Heavier-that drown into the pool
• Semi floats -that drowns slowly
Different formulations:-
Pellets
Capsule
Hard feed
Soft feeds
70. Economic analysis of paddy
SEED BED PREPARATION 4550
FIELD PREPARATION 11120
TRANSPLANTING 7500
WEEDING 2500
ONGOING OPERATION 4240
HARVESTING 10000
PRODUCTION 80850
BY PRODUCT 8000
TOTAL COST Rs39910
TOTAL RETURN 80850+ 8000= 88850
NET RETURN 88850-39910= RS.48940
71. Economic Analysis of Paddy cum fish
culture
No of fish per hectare 7500
Mortality rate 10%
Rate of fish Rs.3/fish
Total cost of fish 7500×3=22500
Pond preparation cost Rs 10000
Feed cost Rs 20000
Management charge Rs 5000/labour/month(2
labour required for 4 months)
Total cost 22500+10000+20000+40000=R
s92500
72. Remaining fish 6750
Avg.weight of fish 250g
Total production of fish (in
kg)
1687kg
Rate of fish Rs100 per kg
Total income 1687×100=168700
Net return Total return-total
cost=168700-92500=76200
Total income in paddy cum
fish culture
48940+76200=Rs 125140
76. • Name of the farmer : Shri. Senthil Kumar
• Place : Tamil Nadu, Thiruvarur
district, Chithraiyur village
• Farm size : 8 acre
• Fish cultivated : Seabass
79. • Price of fish Per Kg : Rs. 350
• Total produce : Rs. 9,04,750
• Survival % : About 90%
• Net profit : Rs. 4,62,900
80. CASE STUDY
Conducted by : European market
observatory for fisheries and aquaculture
products
[ EUMOFA ] - 2017
Comparative performance of
Organic & Conventional Carp
82. Cost items Romania Poland
C O C O
subsidies and other income -1.22 -1.36 -0.15 -0.16
livestock 0.46 0.77 0.06 0.14
feed 0.48 0.96 0.69 1.38
energy 0.06 0.08 0.13 0.14
Repair and maintenance 0.08 0.07 0.10 0.10
Other operational cost 0.14 0.17 0.42 0.45
Wages and salaries 0.69 0.75 0.45 0.50
Depreciation 0.28 0.33 0.14 0.16
Final costs 0.06 0.07 0.10 0.12
Cost of production per kg-excluding
subsidies
2.25 3.20 2.09 2.99
Cost of production per kg 1.03 1.84 1.94 2.83
Sales price per kg 1.87 2.43 2.16 2.81
Cost difference
organic/conventional
0.81 0.89
83. Romania
Total profit = 2.43 – 1.87 *100
1.87
= 29.94%
Poland
Total profit = 2.81 – 2.16 *100
2.16
= 30.09%
86. REFERENCES:
• Organic aquaculture – IFOAM EU group
• RAS production system by Thomas M.
Losordo
• Fish cum rice- prof. O.P. Mishra BHU
• http://www.volcanoveggies.com/benefi
ts-of-aquaponics/
• Agritech.tnau.ac.in