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Measuring sustainability, setting incentives and involving actors - the GLOBAL 2000 adaptive labeling approach for agricultural products
1. Sustainability
Assessment , Solutions and Applied Research
Measuring sustainability,
setting incentives and
involving actors
the GLOBAL 2000 adaptive labeling approach for
agricultural products
Martin Wildenberg, Tanja Altaparmakova, Kewin Comploi, Dominik Frieling, Lydia Matiasch
11/12/2012 1
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2. Sustainability
Assessment , Solutions and Applied Research
Introduction
The Pro-Planet Label
The GLOBAL 2000 Sustainable Agricultural Practice Framework
Results
Conclusions
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3. Sustainability
Assessment , Solutions and Applied Research
We wanted a label that:
- Focuses on conventional food
- Can make the environmental impact of a product visible
- Induces a process with the participants to increase the sustainability of
their products step by step
- Rests on measurable indicators -> you can only manage what you know
- Creates a Win – Win situation for producers – retailer – customer and
environment
- Focuses on whole production chain
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4. Sustainability
Assessment , Solutions and Applied Research
The Label
In Germany & Austria
- Identify & resolve social and ecological
hot-spots in the production chain
In Austria:
For fruits, vegetables and eggs:
Cooperation between Caritas, REWE &
GLOBAL 2000
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5. Sustainability
Assessment , Solutions and Applied Research
GLOBAL 2000 Sustainable Agricultural Practice Framework
Aim:
• set incentives for farmers, distributors and retailers to adopt
a more sustainable production mode
• inform consumers about environmental impacts of their
choices.
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6. Sustainability
Assessment , Solutions and Applied Research
The building blocks of the program
Ecological Sustainability
Stakeholder process
Rules and regulations
Indicator set Pesticide Monitoring
Consumer Safety
Good Agricultural
GRASP & Caritas
Social Practice
Global Gap
Practice
SA 8000
PRP
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7. Sustainability
Assessment , Solutions and Applied Research
The focus of our indicator system
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8. Sustainability
Assessment , Solutions and Applied Research
Farm based indicators
N-balance
P-balance Calculated by INL
Humus-balance using the model
REPRO (Hülsbergen
Pesticide use et al 2003)
Energy intensity
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9. Sustainability
Assessment , Solutions and Applied Research
Farm based indicators
N-balance Data needed:
-Field records (machine use etc.)
P-balance -Pesticide use
Humus-balance -Yields
Pesticide use In case of fruit rotation the data
Energy intensity should cover at least three years
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10. Sustainability
Assessment , Solutions and Applied Research
Per service unit indicators:
Carbon-footprint
Biotic Material Input
A-biotic Material Input
Water input
Area used
Field to shelf
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11. Sustainability
Assessment , Solutions and Applied Research
Per service unit indicators:
Carbon-footprint Data collection via
standardized
Biotic Material Input formula
A-biotic Material Input
Calculated by using
Water input factors from the
Area used EcoInvent Database
Field to shelf
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12. Sustainability
Assessment , Solutions and Applied Research
Setting benchmarks to the indicators
All indicators are transformed into values between 0 – 1 using a weighing function
To comply with the Label
- all indicator values have to be above the critical-value
- the average over all indicator values has to equal or exceed 0.75
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13. Sustainability
Assessment , Solutions and Applied Research
For a product-group zero-
tolerance thresholds were
defined. If crossed the
product cannot be labeled.
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14. Sustainability
Assessment , Solutions and Applied Research
Results
After starting with the labeling of Austrian open-land
strawberries in June 2010 by now
• Over 400 farms have submitted data
• 25 product groups have been screened from which
• 17 products labeled.
• 21 stakeholder workshops were conducted
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15. Sustainability
Assessment , Solutions and Applied Research
Nitrogen balance
120
99
100 90
80 62
60 47 49 50
kg N / ( ha * year)
35
40 25 28
19
20
1
0
-20
-20
-40
-60
-80
-80
-100
Pro-Planet-Products
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18. Sustainability
Assessment , Solutions and Applied Research
Comparing production systems
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19. Sustainability
Assessment , Solutions and Applied Research
3.5
3
2.5 Tomato Greenhouse AUT
2 (Gas-heating)
1.5 Tomato Greenhouse AUT
(comunity heating)
1
Cocktail Tomato ESP
0.5
(tunnel)
0 Tomato ESP (tunnel)
Tomato AUT (tunnel)
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20. Sustainability
Assessment , Solutions and Applied Research
CO2 eq. kg per kg product 7.0
5.79
1.6
1.4
6.0
1.4
5.0
kg CO₂ eq / kg product
1.2
1.0
1.0 4.0
0.8
0.6 3.0
0.6 0.5
0.4
0.2 0.3 0.3
2.0 1.2
0.2 0.2
0.2 0.2 0.2 0.2
0.2 0.1
1.0 0.3
0.0
0.0
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21. Sustainability
Assessment , Solutions and Applied Research
Contribution to CO2 in egg production
emissions with 100% soya from Brasil
Soya feed
17%
Farming
24% 59%
Rest of production
chain
Conclusion: switch to European soya
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22. Sustainability
Assessment , Solutions and Applied Research
CO2 eq. Kg / 100 eggs
40
35
30
25
20
15
10
5
0
100% Soya from Brasil 50% Soya Brasil 50% 100% Soya EU 100% Soya Aut 100% organic soya Aut
Soya EU
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23. Sustainability
Assessment , Solutions and Applied Research
CO2 eq. Emissions for sweet corn
0.45
0.4 Humus, Lachgas, Diesel
kg CO2 / kg Produkt
0.35 verbrauch
0.3
Transport
0.25
Lager & Verpackung
0.2
0.15 Produktion
0.1
0.05
0
Produzent 1 Produzent 2 Produzent 3 Produzent 4 Produzent 5 Produzent 6 Produzent 7 Mittelwert
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24. Sustainability
Assessment , Solutions and Applied Research
Reduced CO2 emissions through Pro Planet
Through change in packaging (strawberries & grapes):
Saves 10000 kg CO2 / year
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25. Sustainability
Assessment , Solutions and Applied Research
Reduced CO2 emissions through Pro Planet
Change to reusable transport packaging
Saves: 340 000 kg / year
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26. Sustainability
Assessment , Solutions and Applied Research
Reduced CO2 emissions through Pro Planet
Change to European soya (100%)
Saves: 750 000 kg CO2
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27. Sustainability
Assessment , Solutions and Applied Research
Reduced CO2 emissions through Pro Planet
Community heating compared to gas combustion:
1500 000 kg CO2
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28. Sustainability
Assessment , Solutions and Applied Research
Reduced CO2 emissions through Pro Planet
That is 2600 tons less CO2eq.!
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29. Sustainability
Assessment , Solutions and Applied Research
Possibility to achieve improvements over whole production
chain e.g.:
• Changed packaging e.g. Strawberries
• Increased share of reusable transport-packaging
• Commitments to change fruit rotation
• Commitment to change water use (Spain)
• Replacing synthetic with organic-fungicide
• Replacing South American soya with European
• Biodiversity projects
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30. Sustainability
Assessment , Solutions and Applied Research
Success factors
• Largely relying on data that is available and recorded anyway
• Indicators point at hotspots
• Indicators cover resource use, emissions & health
• Improvements can be quantified & communicated
• Indicators are relevant for producers
• Life cycle approach
• Third party assessments
• Stakeholder involvement
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31. Sustainability
Assessment , Solutions and Applied Research
Thank You!
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32. Sustainability
Assessment , Solutions and Applied Research
A-Biotic resource input Biotic resource input
0.9 0.85 2.500
0.80
0.8 2.05
0.7 2.000
kg / kg product
0.6
kg / kg product
1.500
0.5
0.4
1.000
0.3 0.27
0.2
0.500
0.1
0.046 0.05
0.0
0.000
Vegetable Eggs Greenhouse Vegetable Greenhouse Eggs
average vegetable average Vegetables
(community (community
heating) heating)
11/12/2012 33
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33. Sustainability
Assessment , Solutions and Applied Research
Area input of vegetables, eggs and
Water input (l/kg) heated greenhouse vegetables
(community heating)
18
1.40
16 15.46
1.20 1.17
14
1.00
12
l / kg product
m² / kg products
10 9.4473 0.80
9
0.62
8
0.60
6
0.40
4
0.20 0.14
2
0 0.00
Greenhouse Vegetable Eggs Greenhouse Vegetable Eggs
vegetable average vegetable average
(community (community
heating) heating)
11/12/2012 34
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