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| Format: | Dataset Open Access |
| Sprog: | en |
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PANGAEA
2025
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| Fag: | |
| Online adgang: | https://doi.org/10.1594/PANGAEA.972706 |
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| _version_ | 1867169477403082752 |
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| author | Borelle, Rémi Asjes, Arnout Bennett, Lauren T Byrne, Patrick Dettman, Paul England, Jacqueline R Galama, Ysbrand Haas, Josephine Heida, Hielke Keenan, Rodney Krishnan, Vithya Lindorff, Helena Nooijen, Veronica Paul, Keryn I Pykoulas, Anna van der Heijden, Marco van Veen, Jeroen Versmissen, Quinten Kramer, Koen |
| author_facet | Borelle, Rémi Asjes, Arnout Bennett, Lauren T Byrne, Patrick Dettman, Paul England, Jacqueline R Galama, Ysbrand Haas, Josephine Heida, Hielke Keenan, Rodney Krishnan, Vithya Lindorff, Helena Nooijen, Veronica Paul, Keryn I Pykoulas, Anna van der Heijden, Marco van Veen, Jeroen Versmissen, Quinten Kramer, Koen |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | This dataset stores measurements from two field campaigns in 20 environmental plantings aged 4–35 years old in Australia where stem diameters, crown radii, and heights of individual trees and shrubs were collected, and above- and below-ground woody biomass (AGB, BGB) were calculated. The first measurement was undertaken by The University of Melbourne in collaboration with Land Life Company between March and June 2022 covering 14 sites aged 21-35 years in Victoria, Australia. The purpose of this field campaign was to re-evaluate the biomass carbon stock of sites previously assessed in 2000 by CSIRO within the stem diameter database (SDD; Paul et al. 2020). For each site, to ensure representative coverage, the sampling area was divided into equal-sized sectors and within each sector a random transect of 0.05 ha (100 m length by 5 m width) was laid out based on a restricted random sampling design. Two to five transects were measured per site, depending on either sampling 10% of the area or meeting Australian recommendations for minimum stem numbers for the planting configuration. In total, the dataset contains 48 transects and 4703 unique tree or shrub measurements. The second field campaign was undertaken by Land Life Company between June and July 2023 covering six environmental planting sites aged 4-23 years in Victoria, Australia. The purpose of this campaign was to collect crown data in two directions (perpendicular and parallel to the seeding line). For each site, 14-20 transects of 20 m length were measured (following the seeding line and avoiding gaps or areas of dead plants). In total, the data contains 108 transects and 1341 unique tree and shrub measurements. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_972706 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Above-ground woody biomass and crown data for environmental plantings in Victoria Australia, sampled in 2022-2023 - Site info Borelle, Rémi Asjes, Arnout Bennett, Lauren T Byrne, Patrick Dettman, Paul England, Jacqueline R Galama, Ysbrand Haas, Josephine Heida, Hielke Keenan, Rodney Krishnan, Vithya Lindorff, Helena Nooijen, Veronica Paul, Keryn I Pykoulas, Anna van der Heijden, Marco van Veen, Jeroen Versmissen, Quinten Kramer, Koen According to Copernicus data; Aspect; AW3D30 (NASA); Based on global digital surface model AW3D30 (NASA); Carbon capture projection; carbon sequestration; Counting, visual; Crown radius; Date/Time of event; Ecological vegetation class; ELEVATION; Environmental plantings; Field experiment; Forest, age; Forest type; Investigator; Latitude of event; Location of event; Longitude of event; Measured; Model accuracy; MULT; Multiple investigations; Number of transects; Plantation, year; Planting geometry; Planting method; Precipitation, annual mean; productivity; Revegetation; S01_DS_4; S02_DS_8; S03_DS-TS_9; S04_DS_12; S05_DS-TS_17; S06_DS-TS_21; S07_TS_23; S08_DS-TS_23; S09_DS-TS_23; S10_DS_24; S11_DS_25; S12_TS_25; S13_TS_25; S14_TS_25; S15_TS_26; S16_DS_27; S17_DS_27; S18_DS_31; S19_TS_31; S20_TS_35; Site; Slope description; Temperature, air, annual mean; Time coverage; Transect area; Tree density; Trees; Vegetation category; Vegetation classification according to Victoria State Government - Department of Energy, Environment and Climate Action; Victoria, Australia; Woodland restoration; Woody biomass This dataset stores measurements from two field campaigns in 20 environmental plantings aged 4–35 years old in Australia where stem diameters, crown radii, and heights of individual trees and shrubs were collected, and above- and below-ground woody biomass (AGB, BGB) were calculated. The first measurement was undertaken by The University of Melbourne in collaboration with Land Life Company between March and June 2022 covering 14 sites aged 21-35 years in Victoria, Australia. The purpose of this field campaign was to re-evaluate the biomass carbon stock of sites previously assessed in 2000 by CSIRO within the stem diameter database (SDD; Paul et al. 2020). For each site, to ensure representative coverage, the sampling area was divided into equal-sized sectors and within each sector a random transect of 0.05 ha (100 m length by 5 m width) was laid out based on a restricted random sampling design. Two to five transects were measured per site, depending on either sampling 10% of the area or meeting Australian recommendations for minimum stem numbers for the planting configuration. In total, the dataset contains 48 transects and 4703 unique tree or shrub measurements. The second field campaign was undertaken by Land Life Company between June and July 2023 covering six environmental planting sites aged 4-23 years in Victoria, Australia. The purpose of this campaign was to collect crown data in two directions (perpendicular and parallel to the seeding line). For each site, 14-20 transects of 20 m length were measured (following the seeding line and avoiding gaps or areas of dead plants). In total, the data contains 108 transects and 1341 unique tree and shrub measurements. |
| title | Above-ground woody biomass and crown data for environmental plantings in Victoria Australia, sampled in 2022-2023 - Site info |
| topic | According to Copernicus data; Aspect; AW3D30 (NASA); Based on global digital surface model AW3D30 (NASA); Carbon capture projection; carbon sequestration; Counting, visual; Crown radius; Date/Time of event; Ecological vegetation class; ELEVATION; Environmental plantings; Field experiment; Forest, age; Forest type; Investigator; Latitude of event; Location of event; Longitude of event; Measured; Model accuracy; MULT; Multiple investigations; Number of transects; Plantation, year; Planting geometry; Planting method; Precipitation, annual mean; productivity; Revegetation; S01_DS_4; S02_DS_8; S03_DS-TS_9; S04_DS_12; S05_DS-TS_17; S06_DS-TS_21; S07_TS_23; S08_DS-TS_23; S09_DS-TS_23; S10_DS_24; S11_DS_25; S12_TS_25; S13_TS_25; S14_TS_25; S15_TS_26; S16_DS_27; S17_DS_27; S18_DS_31; S19_TS_31; S20_TS_35; Site; Slope description; Temperature, air, annual mean; Time coverage; Transect area; Tree density; Trees; Vegetation category; Vegetation classification according to Victoria State Government - Department of Energy, Environment and Climate Action; Victoria, Australia; Woodland restoration; Woody biomass |
| url | https://doi.org/10.1594/PANGAEA.972706 |