Additional file 1 of Modeling wood product carbon flows in southern us pine plantations: implications for carbon storage
Creators: name: Puls, Sarah J.
name: Cook, Rachel L.
name: Baker, Justin S.
name: Rakestraw, James L.
name: Trlica, Andrew
Publisher: name: figshare
Year: 2024
Subjects: subject: Environmental Sciences not elsewhere classified
subject: Chemical Sciences not elsewhere classified
subject: Ecology
subject: FOS: Biological sciences
subject: Biological Sciences not elsewhere classified
subject: Marine Biology
subject: Science Policy
subject: Plant Biology

description: Additional file 1: Text 1. Descriptions of secondary product categories used in LobWISE and sources. Table S1. General end use category by primary product. Table S2. Specific end use category by primary product and general end use. Table S3. Lifespans of single family housing parts. Table S4. Lifespans of multi-family housing parts. Table S5. Lifespans of other products. Table S6. Portion of transitioned product that is landfilled. Table S7. Portion of transitioned product that is downcycled as landscaping. Table S8. Portion of transitioned product that is downcycled as bedding. Table S9. Portion of transitioned product that is downcycled as posts and pilings. Table S10. Portion of transitioned product that is downcycled as structural panels. Table S11. Portion of transitioned product that is downcycled as non-structural panels. Table S12. Fossil fuel emission factors. Table S13. Landfill decay parameters. Table S14. Landfill methane parameters. Table S15. Waste deduction parameters. Table S16. Portion of primary product carbon used to produce engineered wood. Table S17. Portion of carbon in logs of each size class that is used as each log type (i.e., cull factors). Table S18. Portion of log carbon used in primary products and mill residue. Table S19. Mill residue use. Table S20. “Fiber product” mill residue use. Table S21. Specific gravity of loblolly pine wood. Table S22. Recycling parameters. Table S23. Primary product carbon usage in housing (structural vs. non-structural). Table S24. Portion of structural housing carbon in each application. Table S25. Portion of non-structural housing carbon in each application. Table S26. Carbon storage and pulse emissions from loblolly and shortleaf pine timber harvested in 2020. Table S27. Division of carbon from loblolly and shortleaf pine timber harvested in 2020 by primary product category. Table S28. Division of carbon from loblolly and shortleaf pine timber harvested in 2020 by secondary product category. Table S29. Total carbon storage from 100 green tonnes of loblolly pine logs (tC). Table S30. Annual biogenic CO2 pulse emissions from 100 green tonnes of loblolly pine logs (tCO2e). Table S31. Annual biogenic CH4 pulse emissions from 100 green tonnes of loblolly pine logs (tCO2e). Table S32. Total biogenic and fossil fuel annual pulse emissions from 100 green tonnes of loblolly pine logs (tCO2e). Table S33. Portion of primary product carbon remaining in use up to 120 years after production. Table S34. Portion of primary product carbon remaining in landfills up to 120 years after production. Table S35. Portion of primary product carbon remaining in use and in landfills up to 120 years after production. Table S36. Sensitivity of emissions from loblolly and shortleaf pine wood products to all tested parameters. Table S37. Carbon storage from four silvicultural management scenarios, 60 years since initial planting (tC ha−1). Table S38. Carbon storage from four silvicultural management scenarios, 120 years since initial planting (tC ha−1). Table S39. Total carbon that enters the market or is burned by primary product for four silvicultural management scenarios (tC ha−1). Table S40. Total carbon that enters the market by secondary product category for four silvicultural management scenarios (tC ha−1). Table S41. Carbon storage in use from three wood usage scenarios and a business as usual (BAU) scenario (MtC). Table S42. Carbon storage in landfills from three wood usage scenarios and a business as usual (BAU) scenario (MtC). Table S43. Total carbon storage from three wood usage scenarios and a business as usual (BAU) scenario (MtC). Table S44. Biogenic CO2 emissions from wood products (excluding landfills) from three wood usage scenarios and a business as usual (BAU) scenario (MtCO2e). Table S45. Biogenic CO2 emission pulses from landfills from three wood usage scenarios and a business as usual (BAU) scenario (MtCO2e). Table S46. Biogenic CH4 emission pulses from landfills from three wood usage scenarios and a business as usual (BAU) scenario (MtCO2e). Table S47. Fossil fuel emission pulses from procurement, transportation, and production from three wood usage scenarios and a business as usual (BAU) scenario (MtCO2e). Table S48. Total (biogenic + fossil fuel) emission pulses from three wood usage scenarios and a business as usual (BAU) scenario (MtCO2e). Figure S1. Flow of carbon from primary products to eventual emission. Shows the transition to secondary products, recycling, downcycling, landfilling, and emission.