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9780821385395

Carbon Footprints and Food Systems Do Current Accounting Methodologies Disadvantage Developing Countries?

by ; ;
  • ISBN13:

    9780821385395

  • ISBN10:

    0821385399

  • Format: Paperback
  • Copyright: 2010-09-21
  • Publisher: World Bank Publications

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Summary

This report addresses carbon labeling schemes, a high-profile issue and one that has important economic implications for developing countries. Carbon accounting and labeling instruments are designed to present information on greenhouse gas emissions (GHG) from supply chains. These instruments have become an important awareness-raising channel for governments, producers, retailers and consumers to bring about the reduction of GHGs. At the same time, they have emerged as a crucial element of supply chain management, trade logistics and, potentially, trade regulations between countries. But the underlying science of GHG emissions is only partially developed. Many of these schemes are based on rudimentary knowledge of GHG emissions and have mainly been designed by industrialized countries. There is a concern that these systems do not accurately reflect production processes in developing countries, and that they may even shift consumer preferences away from developing country exports. The report includes an analysis of current and emerging carbon labeling schemes and an assessment of available data, emissions factors and knowledge gaps of carbon footprinting methodologies. The report also analyzes carbon accounting methodologies for sugar and pineapple products from Zambia and Mauritius according to PAS 2050 guidelines, to illustrate whether these schemes accurately represent the production systems in developing countries. The report concludes with a series of recommendations on how carbon footprint labeling can be made more development-friendly

Table of Contents

Acknowledgmentsp. v
About the Authorsp. vi
Abbreviationsp. vii
Executive Summaryp. viii
Introductionp. 1
Background to the Studyp. 1
Objectivesp. 1
Approachp. 2
Structure of Reportp. 2
Description of Ongoing Carbon Footprinting Initiatives Around the Globep. 3
Summaryp. 3
Current Carbon Labeling Methods and Schemesp. 3
Conclusionsp. 14
Availability of Data Relevant to Developing Countriesp. 20
Summaryp. 20
Introductionp. 20
IPCC Emission Factorsp. 20
Other Emissions Datap. 22
Conclusionsp. 28
Case Study: Carbon Footprints of Tropical Food Products Calculated According to PAS 2050p. 30
Summaryp. 30
Introductionp. 30
Methodsp. 30
Resultsp. 34
Discussionp. 37
Conclusionp. 42
Subjectivity, Uncertainty, and Impact of Methodology on Final Resultsp. 43
Summaryp. 43
Introductionp. 43
The Impact of Data Choicep. 44
The Impact of Land Use Changep. 45
The Impact of Including or Excluding Key Variables in the Carbon Footprintp. 49
The reality of Data Collectionp. 58
Conclusionsp. 59
Conclusions and Recommendations for Development-Friendly Carbon Footprinting Schemesp. 61
Summaryp. 61
Introductionp. 61
The Situation in Developing Countriesp. 62
Recommendations for Development-Friendly Carbon Footprintingp. 64
Referencesp. 69
List of Tables
Summary of information available on different carbon footprinting methodologiesp. 14
Comparison of methodological approach, data requirements, and data sources for some carbon footprint schemes highlighting problems in indentifying methodological detailsp. 15
Default emission factors (EFs) relevant to tropical food carbon footprintingp. 21
Availability and sources of published, country-or region-specific key carbon footprinting data for a random selection of countriesp. 23
Number of agro-ecological zones (AEZs) within a sample of countriesp. 26
Carbon quantities for soil in various tropical conditionsp. 29
GHG emissions per ton of sugar canep. 35
GHG emissions per ton of raw sugarp. 35
The carbon footprint of sugar in transitp. 36
GHG emissions for fresh pineapplesp. 36
GHG emissions for pineapple jamp. 37
Truck transport emissionsp. 45
Calculating emissions resulting from land use changes in tropical forestsp. 47
Changes in carbon stocks resulting from land use changes in tropical forestsp. 48
List of Figures
Global soil organic carbon to 1m depthp. 28
GHG emissions from the truck transport of one ton of sugarp. 44
Sugar farm in Zambiap. 47
Degradation of woodland surrounding a sugar farmp. 49
The carbon footprint of one ton of sugar delivered to a refineryp. 51
The carbon footprint of one ton of sugar delivered to portp. 54
The carbon footprint per kilogram of pineapple at the farm gatep. 55
The carbon footprint per kilogram of pineapple jam for European exportp. 57
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