Consolidation of SLR factors mentioned in Samarasekara et al. (2024)
| Factors | No. of sources |
|---|---|
| Maintenance cost | 59 |
| Disposal/end-of-life cost | 57 |
| Operation cost/renewal cost | 57 |
| Construction cost | 55 |
| Residual value | 46 |
| Time value of money | 38 |
| Upfront acquisition cost | 35 |
| Discount rate | 32 |
| Period of analysis | 29 |
| Building life | 27 |
| Government regulations/ fees | 20 |
| Income generated from the asset | 18 |
| Materials availability/ service life | 17 |
| Taxation | 17 |
| Inflation | 16 |
| Building type/ functionality | 15 |
| Environmental impact evaluation | 14 |
| Building element/ orientation | 13 |
| Maintenance frequency | 13 |
| Gross floor area | 12 |
| Replacement frequency | 12 |
| Risk allowances | 12 |
| Waste management cost | 11 |
| Design inputs | 10 |
| Environmental cost | 10 |
| Location | 9 |
| Number of floors/ Height/ level above and below ground | 9 |
| Nominal cost | 9 |
| Rate of interest | 9 |
| Carbon sequestration | 8 |
| Construction technology | 8 |
| Context or purpose determined by stakeholders | 8 |
| Energy saving measures and cost | 7 |
| Real cost | 7 |
| Legislative, statutory or economic changes | 6 |
| Estimated annual occupancy hours | 5 |
| Externalities | 4 |
| Green building certification cost | 4 |
| Shape of facility | 4 |
| Technology and tools | 3 |
| Consideration of design alternatives | 2 |
| Continuity of supply chain | 2 |
| Level of uncertainty | 2 |
| Renewable resources used | 2 |
| Variations in various costs | 2 |
| Demand and supply of materials | 1 |
| Fire resistance | 1 |
| Foreign exchange | 1 |
| Insurances | 1 |
| Method of financing | 1 |
| Seismic resistance | 1 |
| Factors | No. of sources |
|---|---|
| Maintenance cost | 59 |
| Disposal/end-of-life cost | 57 |
| Operation cost/renewal cost | 57 |
| Construction cost | 55 |
| Residual value | 46 |
| Time value of money | 38 |
| Upfront acquisition cost | 35 |
| Discount rate | 32 |
| Period of analysis | 29 |
| Building life | 27 |
| Government regulations/ fees | 20 |
| Income generated from the asset | 18 |
| Materials availability/ service life | 17 |
| Taxation | 17 |
| Inflation | 16 |
| Building type/ functionality | 15 |
| Environmental impact evaluation | 14 |
| Building element/ orientation | 13 |
| Maintenance frequency | 13 |
| Gross floor area | 12 |
| Replacement frequency | 12 |
| Risk allowances | 12 |
| Waste management cost | 11 |
| Design inputs | 10 |
| Environmental cost | 10 |
| Location | 9 |
| Number of floors/ Height/ level above and below ground | 9 |
| Nominal cost | 9 |
| Rate of interest | 9 |
| Carbon sequestration | 8 |
| Construction technology | 8 |
| Context or purpose determined by stakeholders | 8 |
| Energy saving measures and cost | 7 |
| Real cost | 7 |
| Legislative, statutory or economic changes | 6 |
| Estimated annual occupancy hours | 5 |
| Externalities | 4 |
| Green building certification cost | 4 |
| Shape of facility | 4 |
| Technology and tools | 3 |
| Consideration of design alternatives | 2 |
| Continuity of supply chain | 2 |
| Level of uncertainty | 2 |
| Renewable resources used | 2 |
| Variations in various costs | 2 |
| Demand and supply of materials | 1 |
| Fire resistance | 1 |
| Foreign exchange | 1 |
| Insurances | 1 |
| Method of financing | 1 |
| Seismic resistance | 1 |
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