what is info?
DESCRIPTION
Enrique Ortega. Ecological Engineering Lab. FEA, Unicamp. What is INFO?. Information role. in agriculture. A report of a work in progress. INFO. Agro-eco-systems. Fourth Emergy Conference University of Florida Gainesville, January 19-21, 2006. - PowerPoint PPT PresentationTRANSCRIPT
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What is INFO?
FEA, Unicamp
Enrique OrtegaEcological Engineering Lab.
Fourth Emergy ConferenceUniversity of FloridaGainesville, January 19-21, 2006
in agriculture.Information roleINFO
Agro-eco-systems
A report of a work in progress
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As shown in Figure 1, information could be a external force that affects the processes of an economic system.
Figure 1. Emergy diagram of Argentina (Ferreyra, 2001)
Figure 1. Emergy diagram of Argentina (Ferreyra, 2001)
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But even that information is recognized as a force and its symbol is drawn in systems diagrams, until now, as far as we know, its role in agricultural systems has not been explained nor measured.
Valuable discussion on general aspects has been made (Odum, 1976; Odum, 2000; Brown, 2005) but in the case of agricultural systems, as it can be observed in next figure, obtained from Folio 4 (Brandt-Williams, 2001), the main reference for emergy calculation does not include the symbol and does not discuss the issue.
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Figure 2. Emergy diagram of inputs evaluated for products of Florida Agriculture (Brandt-Williams, 2001)
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The concept of information
After reading several authors, I think that human information can be defined as the stocks, flows and processing of signals, data, codes, symbols, ideas, concepts, images, emotions, feelings, smells, memories, knowledge structures and life-style.
Information is emitted by a system and can be interpreted, used and transformed by other one.
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The concept of information
The sequence of processes through raw data become information, knowledge, science, technology, know-how, local public policy, foreign policy and finally norms and laws within a country or in other regions is shown in the next figures.
Please remember that our main focus is information for agriculture or food production.
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Infra-structure
Processing & consumption
$
InvestmentsInnovations,
INFO : ideological frame
Soybean production unit
Local atmosphere
Soil and local
biodiversity
inputs
Local Sustainable
Forces
Output for External Consumption
$ Money stocks and flows
Atmosphere Regional biodiversity
$
International Debt ($)
Integrated diversified productionAgriculture
fields
R
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Infra-structure
Processing & consumption
$
Investments , loans , chemical inputs , machinery
INFO : ideological and
Soybean production unit
Local atmosphere
Soil and local
biodiversity
Chemical inputs
Local Sustainable
Forces
$
Output for External Consumption
$ Money stocks and flows
Atmosphere Regional biodiversity
Local non-renewable
social forces
$
International Monetary
FundMultinational
enterprises
International Sustainable
ForcesInternational
Debt ($)
other pressures
Integrated diversified productionAgriculture
fields
R
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The concept of INFO
Raw information
Data bank and processing
Information
Information processing structures
Knowledge
Structures for study, analysis and
discussion of knowledge
Science and Technology
Enterprise and State structures for
science and technology
Patents, know how
Structures for patent and know how marketing
Knowldege transfer policy Political
structures fot knowledge
transfer
Ideological, scientifical, political,
economical and militar pressures
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At least two kinds of INFO
ConviviumINFO
DominanceINFO
Raw information
Data bank and processing
Information
Information processing structures
Open source knowledge
Human Values for Convivium
Human Values for Convivium
Raw information
Data bank and processing
Information
Information processing structures
Restricted use knowledge
Human Values for Dominance
Human Values for Dominance
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Social and environmental impacts of knowledge in Capitalism
Social and environmental products of dominance INFO
Local and global environmental
degradation
Raw information
Information processing structures
Knowledge for dominance
Human Values for Dominium
of Nature
Wealth concentration , Loss of Ethical frames ,Excessive consumption ,
Waste
Social exclusion , Jobless, Misery,
Violence
Knowledge for dominance structures
Human Values for Economical
Domination
DominanceINFO
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Biosphere and culture recovering
knowledge
Renewable resources
Brazilian production
$International
Monetary Fund (IMF)
$International enterprises investments
Animal products and
wastes
Industrial processing for
oil and feed
Human values and explanations for Domination
Local non-renewable
resources
External non-renewable
resources
Monetary resources
($)Economic production
Europe & China consumption
Subsoil water eutrophication,
air and river pollution
Monetary resources
($)
Local banks and investors
($)
External Public
Debt ($)
PrivateDebt ($)
Internal Public
Debt ($)
Human diet use
Local government
actions
Forest destruction
Public services
reduction
Human industrial activities
Local governs
($)
Rural exodus & Immigration
Non renewable fossil fuel
resources and minerals
Ecological and social Debt ($)
Ecological and social Debt ($)
Ecological and social Debt ($)
How? When?Whom? To whom?
Local enterprises investments
($)
Pandora box and the hope
Hope is the name of a girl … that does not accept the system and makes questions!
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Renewable resources
Brazilian production
$International
Monetary Fund
(IMF)
$International
industrial enterprises investments
Human values, scientific reasons
and economic explanations for
Domination
Local non-renewable
resources
External non-renewable
resources
Local scientific and entrepreneurs
lobby
Economic production
Local banks and investors
($)
Executive government
actions
Forest destruction
Central governments
($)
Who?How? When?Whom? To whom?What cost?
Ideological, political, economic
and military pressures
Legislative government
actions
Juridical government
actions
Monetary resources
($)
laws
regulations
Law obeying actions
infra -structure
omissions
corruption
The information system in detail for measuring (next step)
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The force of information or knowledge is not neutral; it is linked to the ethical values of the scientific and economic frames where it is created.
Within the Capitalism INFO usually means new technology but behind that image there is an ideological and military force used for its expansion all over the world.
The force of knowledge is not always positive to the system that receives it; usually at present circumstances, it has a negative impact because it will transform the system for the benefit of that one that generates the information.
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But INFO can be, also, a positive force if the knowledge belongs to a correct scientific framework.
I can constitute a clear perception of how the world and how its ecosystems work. It can be also an unbiased and beneficial knowledge.
So, there are at least two kinds of information; let’s take care with this great force.
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The concept applied to soybean farming
In capitalist agriculture, INFO is the external technological, political, ideological and economical coercion force used to control an agricultural system for the benefit of chemical and biotechnological industries.
But, as Capitalism is not completely monolithic, in Brazil besides that INFO another information forces act in the agriculture and they provide support for ecological, organic and old-agricultural tradition farms.
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The concept applied to soybean farming
Table 1 was built to show the links between type of farming with main Scientific Approach and Consumption System for the Brazilian Soybean Production Systems.
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Type of farm, number of farmers, size and supporting INFO.
Chemical systems
Biotechnological systems
Ecological family-managed small farm (25 000)
10-30 ha Agroecology and forestry and cattle husbandry; Local markets; Payment of environmental services.
Organic producer (500) 300 ha Organic Agriculture, Permaculture and Slow Food Movement; Organic foreign markets.
Chemical inputs small farm (500000)
5-30 ha Agrochemistry; Local markets.
Chemical inputs medium farm (20000)
300 ha Agrochemistry and Biotechnology; Commodities foreign markets.
Chemical inputs big farm (5000)
3000 ha or more
Agrochemistry and Biotechnology; Commodities foreign markets.
Biological systems
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Recently in Brazil, when important political and economical decisions concerning the use of transgenic soybean seeds were taken by federal government, at Congress audiences the discussion did not consider the biological farming only the chemical and biotechnological farming.
That kind of production was not considered even the small farmers are responsible for almost 20 % of production.
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But, as we are going to show in the next paragraphs the biological systems give the bigger benefits for the producing country.
The information of biological farming was completely omitted! And the information of the biotechnological option was overwhelming.
Maybe because the main concern was to obtain money (to pay debt) from sales to foreign markets and from this perspective it is more effective to deal with big size farmers that could have rapid answers.
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Water and mineral
resourcesfrom soil
(M&S)R
Renewable energy
Nitrogen from
atmospherePeople
(M&S)N
Soil
Local processing
Environmental Services
Losses
Wastes
Products Plantation
Forest reserve
Regional biodiversity
Local population
Materials and Services
ProductsSun, Moonand Earth´s internal heat
Albedo
Residues
InfoN
Local resources
CO2 in excess
captured
Acid deposition due to NOx and SOx
liberation
Local and global climate
change
Not filtered UV radiation
InfoR
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Inputs classification Equation
Ecological Organic Chemical Bio-tech.
1,0E+13 1,0E+13 1,0E+13 1,0E+13
sej/ha/yr sej/ha/yr sej/ha/yr sej/ha/yr
Renewable resources from Nature R=Max(Renewables) 253,1 252,9 251,5 251,5
Non renewable resources from Nature N=Sum(Non renewables) 2,3 27,4 380,8 62,9
I = R + N 255,4 280,3 632,3 314,4
Materials from Economy M=Sum(Materials) 26,3 52,6 169,3 200,7
Local Labor L=Sum(Labor) 22,9 18,0 8,7 4,7
Services from Economy S=Sum(Services) 13,2 14,6 15,7 15,8
Externalities X=Sum(Externalities) 4,1 27,8 96,2 133,2
F = M + L + S + X 66,5 113,0 289,8 354,5
Emergy used Y= I + F 321,8 393,3 922,1 668,9
Mass of products kg dry matter/ha/yr 2968,0 2968,0 3500,0 3430,0
Mass of env. products kg dry matter/ha/yr 685800,0 685800,0 51435,0 51435,0
Total mass of output kg dry matter/ha/yr 688768,0 688768,0 54935,0 54865,0
1,0E+10 1,0E+10 1,0E+10 1,0E+10
J/ha/yr J/ha/yr J/ha/yr J/ha/yr
Energy of products 7,2 7,2 8,5 8,4
Energy of services 0,3 0,3 0,0 0,0
Output energy 7,6 7,6 8,5 8,4
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Sales of products Dollars 592,0 592,0 620,0 620,0
Value of Env. Services Em-dollars 100,7 100,7 7,6 7,6
Value of output if env. services were paid 692,7 692,7 627,6 627,6
Costs 168,6 230,5 523,3 598,1
Private Profit 423,4 361,5 96,7 21,9
Externalities 11,0 75,0 260,0 360,0
Social Profit 412,4 286,5 -163,3 -338,1
Area of farm 15 300 300 3000
Monthly profit / Farm 529,3 9037,8 2418,1 5476,2
Real monthly profit / Farm 641,4 9680,8 -3893,0 -82635,3
Real monthly profit / ha Productivity 42,8 32,3 -13,0 -27,5
Emergy Indices Equation Ecological Organic Chemical Bio-tech.
Transformity (sej/J) Tr=Y/E=Emergy/Energy 4,3E+04 5,2E+04 1,1E+05 8,0E+04
Transformity (sej/kg)Tr=Y/M=Emergy/Dry Mass 4,7E+09 5,7E+09 1,7E+11 1,2E+11
Renewability Ren=(100)*(R/Y) 78,6% 64,3% 27,3% 37,6%
Emergy Yield Ratio EYR=Y/F 4,84 3,48 3,18 1,89
Emergy Investment Ratio EIR=F/I 0,26 0,40 0,46 1,13
Emergy Exchange Ratio EER=Y/EmS 1,81 2,21 4,96 3,60
Emergy Sustainability Index ESI=EYR/EIR 18,6 8,6 6,9 1,7
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Transformity
0,0E+002,0E+044,0E+046,0E+048,0E+041,0E+05
sej/J
Transformity
0,0E+002,0E+044,0E+046,0E+048,0E+041,0E+051,2E+05
sej/
J
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Renewability
0%
20%
40%
60%
80%
100%
Ecological Organic Chemical Bio-tech.
%
Renewability
0%
20%
40%
60%
80%
100%
Ecological Organic Chemical Bio-tech.
%
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Emergy Sustainability Ratio
0,0
5,0
10,0
15,0
20,0
Ecological Organic Chemical Bio-tech.
ES
I
Emergy Sustainability Ratio
0,0
5,0
10,0
15,0
20,0
Ecological Organic Chemical Bio-tech.
ES
I
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Emergy Yield Ratio
0,001,002,003,004,005,00
EY
R
Emergy Yield Ratio
0,00
1,00
2,00
3,00
4,00
5,00
6,00
Ecological Organic Chemical Bio-tech.
EY
R
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Emergy Exchange Ratio
0,00
1,00
2,00
3,00
4,00
5,00
Ecological Organic Chemical Bio-tech.
EE
R
Emergy Exchange Ratio
0,00
1,00
2,00
3,00
4,00
5,00
6,00
Ecological Organic Chemical Bio-tech.
EE
R
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Emergy Investment Ratio
0,000,200,400,600,801,001,20
Ecological Organic Chemical Bio-tech.
EIR
Emergy Investment Ratio
0,00
0,20
0,40
0,60
0,80
1,00
Ecological Organic Chemical Bio-tech.
EIR
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Area of farm 15 300 300 3000
Monthly profit / Farm 529,3 9037,8 2418,1 5476,2
Real monthly profit / Farm 641,4 9680,8 -3893,0 -82635,3
Real monthly profit / ha 42,8 32,3 -13,0 -27,5
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Monsanto research and marketing costs;
Political Lobby and Military costs;
Specific subsidies for certain farmers;
Biosphere’s opportunity costs!
It is still necessary to include as INFO:
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Final considerations There is a biosphere need of a new culture
and, as part of it, a economy based in expanded emergy analysis;
It is important to understand the information process to promote Auto-Organization;
(a) Develop efforts between Open Science, Open Religion, Open Social Movements;
(b) Maintain Conscious Courage and Creativity and keep Patience and Hope.
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Sub-systems
The future!
NR
R
The present!
Agenda 21 World Social ForumCollective Intelligence
Oil producing countries
Industrialized countries
Raw-materials producing countries
Global System
World System
R
Open religion movementSocial movementsEthical Renascence
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Just a pair of the cited references:
Maria Cecilia Ferreyra, 2001.“Emergy perspectives on the Argentine economy and Food production systems of the rolling pampas during the twentieth century”. Master of Science Thesis. University of Florida, Gainesville, USA.
Sherry L. Brandt-Williams (2001) Folio #4 (2nd printing): Emergy of Florida Agriculture, August 2001, Revised September 2002. Center for Environmental Policy. Environmental Engineering Sciences, Box 116450 University of Florida, Gainesville, 32611-6450.
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Thanks for your attention!
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