merging the best of the green and blue revolutions : integrating aquaculture with agriculture kevin...
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![Page 1: Merging the best of the Green and Blue Revolutions : Integrating aquaculture with agriculture Kevin Fitzsimmons University of Arizona, Professor World](https://reader035.vdocuments.mx/reader035/viewer/2022062800/56649e025503460f94aec407/html5/thumbnails/1.jpg)
Merging the best of the Green and Blue Revolutions : Integrating
aquaculture with agriculture
Kevin Fitzsimmons University of Arizona, Professor
World Aquaculture Society, Past-PresidentAmerican Tilapia Association, Sec./Tres.
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Global food crisis
Rapidly increasing population Diversion of foods to fuels Increased costs for water, fertilizer, fuel Multiple demands for farmland (urban
sprawl, industrial and mining, solar and wind generation, wildlife conservation, watershed protection, etc.)
Need for second generation biofuels
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Need new model for food production
Green Revolution – huge increase in food production, but heavy reliance on irrigation, fuel and fertilizer
Blue Revolution – almost 50% of seafood is farm raised, but many environmental impacts (effluents causing eutrophication, algae blooms, cage conflicts with other users in oceans, bays and lakes)
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Green RevolutionBenefits
Large increases in yield Improved varieties
Needs Increased demand for
trained specialists Sophisticated farmers
Costs
Large demand for fertilizer
Increases in irrigation (area, amount, frequency)
Less “organic” More pollution
Needs More education & training
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Blue RevolutionBenefits
Large increases in seafood yield
Domesticated stocks
Needs Increased demand for
trained specialists Sophisticated farmers
Costs
Demand for feeds with fishmeal
Demands for clean water (volume and surface area)
Diseases and parasites Effluent pollution, algae
Needs
On-land farms More education & training
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Historical perspective
Traditional farming around the world integrated livestock and crops
East and South Asian farmers have long tradition of integrating agriculture and aquaculture
Asian sustainable farming systems support huge populations
Fish – vegetable – rice (complex carb) diet is suggested by most nutrition experts
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Historical perspective
Modern agriculture cannot follow Asian model of small-farm integrated systems (gardening)
We need an industrial version merging aqua- and agri- cultures
Taking the best of the Green and Blue Revolutions
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Green Revolutions weaknesses are Blue Revolutions needs and vice-versa
1. Fertilizer demand
2. Increase in irrigation
3. Chemical fertilizers pollute groundwater
4. Industrial crops with by-products
1. Aquaculture effluent rich in N and P
2. Fish grow well in irrigation water
3. Fish wastes are slow release, organic
4. Fish feeds need alternatives for fish meal and oil
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Models
Arid lands Tropical lands Tropical coastal Temperate lands Marine
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Arid Integrated Systems
Tilapia Grapes, wheat, olives, barley, sorghum, cotton, melons, peppers
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Data report – Tilapia effluents irrigating cotton
Water pH reduced from 8.3 to 8.0Added 19.7 kg/ha total N during one crop.
0
5
10
15
20
25
Tot
al N
app
lied
wit
h w
ater
(kg
/ha)
WellPond
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Olives with aquaculture effluentOlives with well water
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Olive Tree Height Over Time
1
1.11.2
1.3
1.4
1.51.6
1.7
1.8
Mar-0
2Ap
r-02
May-0
2Jun
-02Jul
-02Au
g-02
Sep-0
2Oc
t-02
Nov-0
2De
c-02
Jan-03
Feb-0
3Ma
r-03
Apr-0
3Ma
y-03
Jun-03
Jul-03
Aug-0
3Se
p-03
Oct-0
3No
v-03
Dec-0
3Jan
-04Fe
b-04
Heigh
t (m)
Effluent Fertilizer Well Water
Data report -Olives irrigated with effluent
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Tropical Inland Integrated Systems Tilapia oil palm, rice, sugar cane
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Coastal Integrated Systems
Shrimp / fish Halophytes and seaweeds
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Fish-shrimp-halophytes Eritrea
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Shrimp and Salicornia (halophyte)
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Temperate Integrated Systems Carp vegetables Catfish soybeans, corn Trout alfalfa, vegetables Aquaponics
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Marine Integrated Systems
Salmon kelps, nori, mussels Shrimp seaweeds and oysters Fish seaweeds, bivalves
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Shrimp/fish and edible seaweeds
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Data report - Daily growth rates of Gracilaria with shrimp effluent over 4 weeks
0123456789
10
In effluentchannel
Transferredto ocean
Chemicalfertilizer
Not fertilzed
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Why Tilapia ?Second most important farmed fish after the
carpsMost widely grown of any farmed fish In 2007 moved up to fifth most popular
seafood in the US
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What’s needed next?
Large scale investment Best technologies of ag and aqua Economies of scale Governmental consideration Trained production staff and semi-skilled
farming staff
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Multiple use of Water Gila Farms, AZ