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Credit seminarCredit seminar
SUBMITTED BY :-SUBMITTED BY :-
SMIT R. LENDESMIT R. LENDE
Dept. ofDept. of
AquacultureAquaculture
Content
 Aquaculture
 Global production of food fish from aquaculture,
reached 60 million tonnes in 2010 with estimated total
value total value of US$ 119 billion (FAO, 2012).
 Contribution of aquaculture to the total production of
capture fisheries and aquaculture continued to grow,
rising from 34.5 percent in 2006 to 36.9 percent in
2008.
 More than 46 percent of the total global aquaculture
production in 2008 was dependent upon the supply of
external feed inputs.
• Protein is the most expensive part of fish feed.
• Proteins are formed by linkages of individual amino
acids.
• The 10 essential amino acids that must be supplied
by the diet are: methionine, arginine, threonine,
tryptophan, histidine, isoleucine, lysine, leucine,
valine and phenylalanine..
first investigated in the Chinook salmon (Oncorhynchus
tshawytscha) by Delong, et al, (1958).
• Protein levels (Craig,2002)
32-38% Tilapia
18-20% Marine shrimp
28-32% Catfish
38-42% Hybrid striped bass
• Major fed fish and crustacean species
Global Fed freshwater fishes
Fed diadromous fishes
Fed marine fishes
Fed freshwater crustaceans
Total global production of fed fish and crustacean species
by major FAO species grouping,1980-2008
• Estimated that the total global production of commercial aquaculture feeds
was 29.2 million tonnes in 2008, including:
 Carp feeds - 9.1 million tonnes, or 31.3 percent total
 Marine shrimp feeds -5.1 million tonnes, or 17.3 percent
 Tilapia feeds -3.9 million tonnes, or 13.5 percent
 Catfish feeds -2.9 million tonnes, or 10.0 percent
 Marine fish feeds -2.4 million tonnes, or 8.3 percent
 Salmon feeds -2.0 million tonnes, or 7.0 percent
 Freshwater crustacean feeds -1.3 million tonnes, or 4.5 percent
 Trout feeds -880 000 tonnes, or 3.0 percent
 Milkfish feeds -568 000 tonnes, or 2.0 percent
 Eel feeds -403 000 tonnes, or 1.4 percent
 Miscellaneous freshwater fish feeds - 480 000 tonnes, or 1.6 percent
• Fish meal
1. Marine shrimp – 27.2%
2. Marine fish – 18.8 %
3. Salmons-13.7%
4. Fed carp – 7.4%
5. Freshwater crustaceans -6.4%
6. Trouts - 5.9%
7. Catfishes – 5.5%
8. Tilapia – 5.3%
9. Eels -5.2%e
10.Freshwater fishes - 3.9%
11.Milkfish – 0.8%
• fish oil
1. Marine shrimp – 12.9%
2. Marine fish – 24.7 %
3. Salmons-36.6%
4. Fed carp – 0.0%
5. Freshwater crustaceans -2.6%
6. Trouts - 16.9%
7. Catfishes – 0.0%
8. Tilapia – 0.0%
9. Eels -2.6%
10.Freshwater fishes - 3.1%
11.Milkfish – 0.7%
(FAO-2012)
• Source – FAO 2012
• Source- FAO 2012
Fish meal is the major protein source in aqua
feeds
The total use of fishmeal by the aquaculture
sector is expected to decrease in the long term.
The price of fish meal increased significantly to
over US$ 1600 per metric ton in 2012 (FAO,
2012).
Urgent need to find alternative protein sources to
make up for the shortage of fish meal
Alternatives for replacing fish meal
Protein
sources
Animal
nutrient
sources
Plant
nutrient
sources
Microbial
nutrient
sources
Aquatic
Fish silage
Crustacean meals
Zooplankton meals and
oils
Aquatic weeds
Terrestrial
Meat by-product
meals and fats
Poultry by-product
meal,
Blood meals
Earthworm mill
Oilcake
and meals
soybean , corn
gluten
rapeseed/canola,
cottonseed
,sunflower seed,
groundnut/peanut ,
mustard oil
cake,lupin kernel
meal broad bean
meal
Cereal
products
Rice,
wheat,corn
,sorghum,
millets
Pulses and protein
concentrate meals
Peas ,
lupine
Total global production of cereals by commodity,1995-
2009
Top cereal producers countries by commodity,2009
Global production of
major plant oilseed crop
Global production of
major plant oilseed crop
Microbial-derived feed ingredient sources for aquafeed
include
Algae,
 Yeasts,
 Fungi,
Bacteria and/or mixed bacterial/microbial single-cell
protein sources.
Economical vibrant feed.
Use of conventional protein sources for
replacing fishmeal.
Research need.
• Reduce country dependence upon imported
feed ingredient sources
• Select feed ingredients that can be sustainably
produced and grow with the sector
• Minimize environmental and ecosystem
impact of feeds and feeding regimes
• Give special attention to small-scale farmers
using farm -made/semi-commercial aquafeeds
Conventional protein sources for aqua feed

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Conventional protein sources for aqua feed

  • 1. Credit seminarCredit seminar SUBMITTED BY :-SUBMITTED BY :- SMIT R. LENDESMIT R. LENDE Dept. ofDept. of AquacultureAquaculture
  • 3.  Aquaculture  Global production of food fish from aquaculture, reached 60 million tonnes in 2010 with estimated total value total value of US$ 119 billion (FAO, 2012).  Contribution of aquaculture to the total production of capture fisheries and aquaculture continued to grow, rising from 34.5 percent in 2006 to 36.9 percent in 2008.  More than 46 percent of the total global aquaculture production in 2008 was dependent upon the supply of external feed inputs.
  • 4. • Protein is the most expensive part of fish feed. • Proteins are formed by linkages of individual amino acids. • The 10 essential amino acids that must be supplied by the diet are: methionine, arginine, threonine, tryptophan, histidine, isoleucine, lysine, leucine, valine and phenylalanine..
  • 5. first investigated in the Chinook salmon (Oncorhynchus tshawytscha) by Delong, et al, (1958).
  • 6. • Protein levels (Craig,2002) 32-38% Tilapia 18-20% Marine shrimp 28-32% Catfish 38-42% Hybrid striped bass
  • 7. • Major fed fish and crustacean species Global Fed freshwater fishes Fed diadromous fishes Fed marine fishes Fed freshwater crustaceans
  • 8. Total global production of fed fish and crustacean species by major FAO species grouping,1980-2008
  • 9. • Estimated that the total global production of commercial aquaculture feeds was 29.2 million tonnes in 2008, including:  Carp feeds - 9.1 million tonnes, or 31.3 percent total  Marine shrimp feeds -5.1 million tonnes, or 17.3 percent  Tilapia feeds -3.9 million tonnes, or 13.5 percent  Catfish feeds -2.9 million tonnes, or 10.0 percent  Marine fish feeds -2.4 million tonnes, or 8.3 percent  Salmon feeds -2.0 million tonnes, or 7.0 percent  Freshwater crustacean feeds -1.3 million tonnes, or 4.5 percent  Trout feeds -880 000 tonnes, or 3.0 percent  Milkfish feeds -568 000 tonnes, or 2.0 percent  Eel feeds -403 000 tonnes, or 1.4 percent  Miscellaneous freshwater fish feeds - 480 000 tonnes, or 1.6 percent
  • 10.
  • 11. • Fish meal 1. Marine shrimp – 27.2% 2. Marine fish – 18.8 % 3. Salmons-13.7% 4. Fed carp – 7.4% 5. Freshwater crustaceans -6.4% 6. Trouts - 5.9% 7. Catfishes – 5.5% 8. Tilapia – 5.3% 9. Eels -5.2%e 10.Freshwater fishes - 3.9% 11.Milkfish – 0.8% • fish oil 1. Marine shrimp – 12.9% 2. Marine fish – 24.7 % 3. Salmons-36.6% 4. Fed carp – 0.0% 5. Freshwater crustaceans -2.6% 6. Trouts - 16.9% 7. Catfishes – 0.0% 8. Tilapia – 0.0% 9. Eels -2.6% 10.Freshwater fishes - 3.1% 11.Milkfish – 0.7% (FAO-2012)
  • 12. • Source – FAO 2012
  • 14.
  • 15.
  • 16. Fish meal is the major protein source in aqua feeds The total use of fishmeal by the aquaculture sector is expected to decrease in the long term. The price of fish meal increased significantly to over US$ 1600 per metric ton in 2012 (FAO, 2012). Urgent need to find alternative protein sources to make up for the shortage of fish meal Alternatives for replacing fish meal
  • 18. Aquatic Fish silage Crustacean meals Zooplankton meals and oils Aquatic weeds Terrestrial Meat by-product meals and fats Poultry by-product meal, Blood meals Earthworm mill
  • 19. Oilcake and meals soybean , corn gluten rapeseed/canola, cottonseed ,sunflower seed, groundnut/peanut , mustard oil cake,lupin kernel meal broad bean meal Cereal products Rice, wheat,corn ,sorghum, millets Pulses and protein concentrate meals Peas , lupine
  • 20. Total global production of cereals by commodity,1995- 2009
  • 21. Top cereal producers countries by commodity,2009
  • 22. Global production of major plant oilseed crop Global production of major plant oilseed crop
  • 23. Microbial-derived feed ingredient sources for aquafeed include Algae,  Yeasts,  Fungi, Bacteria and/or mixed bacterial/microbial single-cell protein sources.
  • 24.
  • 25. Economical vibrant feed. Use of conventional protein sources for replacing fishmeal. Research need.
  • 26. • Reduce country dependence upon imported feed ingredient sources • Select feed ingredients that can be sustainably produced and grow with the sector • Minimize environmental and ecosystem impact of feeds and feeding regimes • Give special attention to small-scale farmers using farm -made/semi-commercial aquafeeds