1 Scope
2 References
3 Definitions
3.1 Terms defined elsewhere
3.2 Terms defined in this Recommendation
4 Abbreviations and acronyms
5 Conventions
6 Principles
7 Guidance on how to use this Recommendation
8 Part I: The methodology for calculating the ICT sector footprint with
respect to life cycle GHG emissions
8.1 General principles
8.2 Assessment procedure
8.3 Goal and scope
8.4 Data collection
8.5 Data collection and modelling
8.6 Calculation of footprint per category of goods
8.7 Aggregation of results: ICT sector footprint calculation
8.8 Interpretation
8.9 Reporting
8.10 Critical review
9 Part II: The methodology for defining a GHG emissions budget for the ICT
sector considering a 2ºC or lower trajectory
9.1 General
9.2 A procedure for defining the 2 C trajectory for the ICT
sector
Annex A – ICT sector boundaries
A.1 Introduction
A.2 ICT end-user goods
A.4 Data centre
A.5 ICT service
A.6 Allocation between the four main categories
Annex B – Global warming potential values for a 100 year time frame
Appendix I – Deriving the sector substructure from the OECD sector
definition
Appendix II – GHG global trajectories to 2100
II.1 Introduction
II.2 RCP2.6 (also sometimes referred to as "RCP3-PD"): A
"peak and decline" scenario
II.3 RCP4.5: A "stabilization scenario"
II.4 RCP6.0: A "climate-policy intervention scenario"
II.5 RCP8.5: A scenario of "comparatively high greenhouse gas
emissions" or "business as usual"
Appendix III – Deriving the ICT sector footprint from the organizational
perspective
Appendix IV – Example of application of the ICT sector footprint methodology
IV.1 Define the goal and scope of the ICT sector footprint study
Appendix V – Example of electrical energy for one server
Bibliography