| albedo | Deciduous trees se-england Awaiting sign-off alb_min 0.12 · alb_max 0.18 |
|---|---|
| emissivity | Deciduous trees generic Awaiting sign-off emis 0.98 |
| water_storage | Deciduous Tree swindon Awaiting sign-off storage_drain_params.store_min 0.3 · storage_drain_params.store_max 0.8 |
| leaf_area_index | Deciduous Tree (SE England) se-england Curation required lai.lai_type 1 · lai.lai_min 1 · lai.lai_max 5.5 |
| leaf_growth_power | Deciduous Tree (SE England) se-england Awaiting sign-off lai.lai_power.growth_lai 0.04 · lai.lai_power.growth_gdd 0.001 · lai.lai_power.senescence_lai -1.5 |
| drainage | Deciduous Tree swindon Awaiting sign-off storage_drain_params.drain_eq 2 · storage_drain_params.drain_coef_1 0.013 · storage_drain_params.drain_coef_2 1.71 |
| max_vegetation_conductance | Deciduous Tree (SE England) se-england Curation required max_conductance 11.7 |
| porosity | Deciduous Tree generic Awaiting sign-off porosity_min_deciduous 0.2 · porosity_max_deciduous 0.6 |
| biogen_co2 | Plant canopies generic Awaiting sign-off alpha_bio_co2 0.044 · beta_bio_co2 43.35 · resp_a 1.08 |
| snow_lim_patch | Deciduous Tree generic Awaiting sign-off snowpack_limit 190 |
| vegetation_growth | Deciduous Tree helsinki Curation required lai.base_temperature 5 · lai.base_temperature_senescence 10 · lai.gdd_full 300 |
| ohm · summer_wet | Code 201 x Mulitplier for summer [2011] Awaiting sign-off a1 0.23 · a2 0.325 · a3 -16.91 |
| ohm · summer_dry | Code 201 x Mulitplier for summer [2011] Awaiting sign-off a1 0.23 · a2 0.325 · a3 -16.91 |
| ohm · winter_wet | Code 201 x Multiplier for winter [2012] Awaiting sign-off a1 0.27 · a2 0.325 · a3 6.62 |
| ohm · winter_dry | Code 201 x Multiplier for winter [2012] Awaiting sign-off a1 0.27 · a2 0.325 · a3 6.62 |
Fills the OHM positions summer_wet and summer_dry. The record declares target ohm_coefficients, source ward2016, no place and no representativeness, and is named "Code 201 x Mulitplier for summer [2011]". It declares season_label Summer, which is the season it is mapped into.
Fills the OHM positions winter_wet and winter_dry. The record declares target ohm_coefficients, source ward2016, no place and no representativeness, and is named "Code 201 x Multiplier for winter [2012]". It declares season_label Winter, which is the season it is mapped into.
Fills biogen_co2. The record declares target land_cover.common and uses mixed leaf-level provenance. Ruimy supplies the generic light-response pair, Schmid supplies the site-scoped Morgan-Monroe respiration pair, and Järvi supplies the site-scoped Finnish minimum-respiration floor. It is named "Plant canopies"; docs/FORMAT.md defines land_cover.common as the surface-agnostic target, so it is structurally admissible in a deciduous-tree composite, while the cross-site selection remains a composition-level curation question.
Fills vegetation_growth. The record declares target land_cover.dectr, place helsinki and representativeness city. It carries source jarvi2014 and supplies base_temperature, base_temperature_senescence, gdd_full and sdd_full, which schema/parameter_groups.yml classes as one tightly linked set.
Fills snow_lim_patch. The stable path and origin retain Helsinki migration lineage, while the record declares target land_cover.dectr, place generic, representativeness generic, applicable_scale land_cover, source jarvi2014 and method literature. It supplies the published 190 mm land-cover default.
Fills porosity. The record declares target land_cover.dectr, place generic, representativeness generic, applicable_scale land_cover, source unreferenced and method assumed. It supplies porosity_min_deciduous and porosity_max_deciduous to all eight deciduous-tree composites.
Fills albedo. The record declares target land_cover.dectr, place se-england, representativeness site, applicable_scale land_cover, source ward2016 and method fitted. Its alb_max leaf overrides those defaults with source jarvi2011, method literature, place generic and representativeness generic.
Fills drainage. The stable record path retains its SE England/Ward 2016 migration lineage, but the record declares target land_cover.dectr, place swindon and representativeness site. It carries source ward2018, method literature and storage_drain_params.drain_eq 2.
Fills leaf_area_index. The record declares target land_cover.dectr, place se-england and representativeness regional. It is named "Deciduous Tree (SE England)", carries source jarvi2011, declares method literature and has lai.lai_type 1.
Fills leaf_growth_power. The record declares target land_cover.dectr, place se-england, representativeness site, source jarvi2014 and method fitted. Official SUEWS documentation supplies the lai.lai_type 1 selector, matching the leaf_area_index component.
Fills max_vegetation_conductance. The record declares target land_cover.dectr, place se-england and representativeness regional. It is named "Deciduous Tree (SE England)", carries source breuer2003 and declares method literature.
Fills water_storage. The stable record path retains its SE England/Ward 2016 migration lineage, but the record declares target land_cover.dectr, place swindon and representativeness site. It carries source ward2018 and is the store_min and store_max entry of every deciduous-tree composite.
Fills emissivity. The record declares target land_cover.dectr, place generic and representativeness generic. It is named "Deciduous trees", carries source oke1987 and declares method literature; its stable path retains the Swindon migration lineage.
| Composite identity | supported The composite is named "Deciduous Tree Ward et al. (2016)" and three of its thirteen components declare source ward2016, registered in db/sources.yml as Ward, H. C.; Kotthaus, S.; Järvi, L.; Grimmond, C. S. B., 2016, "Surface Urban Energy and Water Balance Scheme (SUEWS): Development and evaluation at two UK sites", Urban Climate. The label names the study rather than the city, and the origin field, "Swindon, UK", is what distinguishes this entry; the identically named London composite is taken up under identity. |
|---|---|
| Composite target | supported The composite's own target is land_cover.dectr. Ten of its thirteen components declare target land_cover.dectr; the biogenic CO2 component declares land_cover.common, which docs/FORMAT.md defines as the target for surface-agnostic sets; and the two OHM records declare ohm_coefficients, the type that slot carries. The leaf_area_index and leaf_growth_power components both declare lai.lai_type 1, so the pair belongs to one LAI equation, which is the coupling schema/parameter_groups.yml makes a rule for that slot pair. |
| Own parameter values | not applicable The composite declares no parameter overrides of its own. |
| Composition rationale | not applicable The composite claims no composition source, and the repository records no published rationale for this typology. The components' own sources belong to their evidence assessments, not to this review. |
| Place applicability | curation required The composite claims place swindon, registered in db/places.yml with Köppen class Cfb. Six components belong to its local or containing geography; four carry place se-england, which db/places.yml marks subnational and which contains Swindon, and drainage and water storage carry place swindon. The emissivity and porosity records are generic and likewise do not overreach. One component does not follow. The vegetation_growth slot takes records/surfaces/dectr/helsinki--jarvi2014--phenology (base_temperature 5, base_temperature_senescence 10) although records/surfaces/dectr/se-england--ward2016--phenology exists with the composite's own source and region (base_temperature 6, base_temperature_senescence 11) and is referenced by no archetype in the database; schema/parameter_groups.yml classes those thresholds as a tightly linked set whose base temperature was localised for SE England. The snow_lim_patch slot takes the generic Järvi land-cover default and creates no Helsinki-to-Swindon transfer. A maintainer should settle the phenology. The biogen_co2 slot also contains site-scoped respiration coefficients from Morgan-Monroe State Forest and a site-scoped minimum-respiration floor from Finland, although its Ruimy light-response pair is generic. A maintainer should settle these cross-site selections. |
| Representativeness | curation required The composite claims representativeness city. Two components are classed regional (LAI and maximum conductance), while albedo, drainage, LAI-power and water storage are site-scoped; emissivity, porosity and snow limit are generic; the phenology record is city; and the two OHM records declare no class. The biogen_co2 component has mixed scope. Ruimy's alpha_bio_co2 and beta_bio_co2 are generic, but Schmid's resp_a and resp_b and Järvi's min_res_bioco2 are site-scoped. The site-scoped and mixed-scope inputs are narrower than the city composite, and no published composition rationale documents the transplant, so city representativeness needs maintainer adjudication. |
| Slot and season mapping | supported The composite assembles existing records into slots and produces no value of its own, and its season mapping is the one the entries support. summer_wet and summer_dry take records/ohm/generic--ward2016--all-vegetation, which declares season_label Summer; winter_wet and winter_dry take records/ohm/generic--ward2016--all-vegetation--code-201-x-multiplier-for-winter-2012, which declares season_label Winter. This is the only deciduous-tree composite pair that separates the seasons rather than repeating one set four times. Wet and dry take the same record within each season, which is all the entries allow, since no OHM record in the database declares a wet or dry label. |
| Completeness and uniqueness | curation required Thirteen distinct records fill the fifteen slot positions, and every slot the deciduous-tree composites use is filled. Uniqueness is not satisfied: archetypes/surfaces/dectr/london-uk--deciduous-tree-ward-et-al-2016 carries the identical name "Deciduous Tree Ward et al. (2016)" and an identical uses block, component for component and slot for slot, so the two differ only in place, origin and legacy_id and export the same fragment. The emissivity component retains a Swindon stable path but now correctly declares the generic Oke literature value, so it does not distinguish the two compositions. A maintainer should either differentiate them or record that one entry serves both sites. scripts/export_record.py also recognises a water_state slot and db/records/surfaces/dectr holds records/surfaces/dectr/se-england--ward2016--water-state, which no deciduous-tree composite references. |
Four components are SE England application records for the region that contains Swindon, where LAI and maximum conductance are regional and albedo and LAI-power are site-scoped; drainage and water storage are site-scoped Swindon records. The emissivity component is the generic Oke literature value retained at its stable Swindon path. The two LAI records agree on lai.lai_type 1, and the OHM mapping is correct, the summer record filling both summer positions and the winter record both winter positions, each confirmed by its own season_label. One whole-record slot and one mixed-scope tuple still do not follow the composite's place. The phenology is the Helsinki Järvi 2014 record even though an SE England Ward 2016 phenology record exists with the localised base temperatures and is referenced by no archetype in the database. Snowpack limit is the generic Järvi land-cover default. The biogen_co2 tuple combines Ruimy's generic fit with site-scoped Schmid respiration coefficients and a site-scoped Järvi minimum-respiration floor without a published composition rationale. The larger problem is not in this file alone: the London composite is identical to it in every component and in its name, so the database offers two entries for two different UK sites that cannot be told apart by their content. A maintainer should settle the phenology and mixed-scope biogenic tuple, and decide whether the two site typologies should differ at all. The components' values remain subject to their own evidence assessments; this review does not revisit them.
Paste under land_cover.dectr in a SUEWS YAML configuration; every value carries its citation.
alb_min:
value: 0.12
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: se-england, site, land_cover
alb_max:
value: 0.18
ref:
ID: jarvi2011
DOI: 10.1016/j.jhydrol.2011.10.001
desc: generic, generic, land_cover
emis:
value: 0.98
ref:
ID: oke1987
DOI: null
desc: generic, generic
storage_drain_params:
store_min:
value: 0.3
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
store_max:
value: 0.8
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
drain_eq:
value: 2
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
drain_coef_1:
value: 0.013
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
drain_coef_2:
value: 1.71
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
lai:
lai_type:
value: 1
ref:
ID: umep-dev2020a-docs
DOI: null
desc: se-england, site, land_cover
lai_min:
value: 1
ref:
ID: umep-dev2020a-docs
DOI: null
desc: se-england, site, land_cover
lai_max:
value: 5.5
ref:
ID: umep-dev2020a-docs
DOI: null
desc: se-england, site, land_cover
lai_power:
growth_lai:
value: 0.04
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: se-england, site, land_cover
growth_gdd:
value: 0.001
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: se-england, site, land_cover
senescence_lai:
value: -1.5
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: se-england, site, land_cover
senescence_sdd:
value: 0.0015
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: se-england, site, land_cover
base_temperature:
value: 5
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: helsinki, city
base_temperature_senescence:
value: 10
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: helsinki, city
gdd_full:
value: 300
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: helsinki, city
sdd_full:
value: -450
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: helsinki, city
wet_threshold:
value: 1
ref:
ID: ward2018
DOI: 10.1002/joc.5200
desc: swindon, site
max_conductance:
value: 11.7
ref:
ID: breuer2003
DOI: 10.1016/S0304-3800(03)00274-6
desc: se-england, regional
porosity_min_deciduous:
value: 0.2
ref:
ID: unreferenced
DOI: null
desc: generic, generic, land_cover
porosity_max_deciduous:
value: 0.6
ref:
ID: unreferenced
DOI: null
desc: generic, generic, land_cover
alpha_bio_co2:
value: 0.044
ref:
ID: ruimy1995
DOI: 10.1016/S0065-2504(08)60063-X
desc: generic, generic
beta_bio_co2:
value: 43.35
ref:
ID: ruimy1995
DOI: 10.1016/S0065-2504(08)60063-X
desc: generic, generic
resp_a:
value: 1.08
ref:
ID: schmid2000
DOI: 10.1016/S0168-1923(00)00140-4
desc: morgan-monroe-state-forest, site
resp_b:
value: 0.064
ref:
ID: schmid2000
DOI: 10.1016/S0168-1923(00)00140-4
desc: morgan-monroe-state-forest, site
min_res_bioco2:
value: 0.6
ref:
ID: jarvi2019
DOI: 10.1029/2018JD029576
desc: finland, site
snowpack_limit:
value: 190
ref:
ID: jarvi2014
DOI: 10.5194/gmd-7-1691-2014
desc: generic, generic, land_cover
ohm_coef:
summer_wet:
a1:
value: 0.23
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a2:
value: 0.325
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a3:
value: -16.91
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
summer_dry:
a1:
value: 0.23
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a2:
value: 0.325
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a3:
value: -16.91
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
winter_wet:
a1:
value: 0.27
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a2:
value: 0.325
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a3:
value: 6.62
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
winter_dry:
a1:
value: 0.27
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a2:
value: 0.325
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover
a3:
value: 6.62
ref:
ID: ward2016
DOI: 10.1016/j.uclim.2016.05.001
desc: land_cover