Geschützter Landschaftsteil Umg. St. Maria in Hart i. Z.
IUCN IVProtected Landscape Section · 1979
0 km²
Commune · AUT
Hart im Zillertal
Austria
DfcCold, no dry season, cold summer(57 %)
Species observed
686
Observations
1 966
Area
35,6km²
Ecological tissue
Sample of 39 species (selected proportionally per kingdom among those with at least one documented interaction here) to keep the graph readable. Hover for details, click to explore the full ecosystem of a species.
ℹ️ The territory contains many more species than displayed and all their documented interactions: the graph is intentionally the structural skeleton (top-N species by composite local score, edges filtered by Serrano 2009 disparity filter α=0.2).
RègnesAnimalPlanteChampignonBacterie
RelationsPredationParasitismeSymbiosePollinisation
StatutEn dangerVulnérableProtégéeEndémique
Indicateurs du tissu écologique
Tissu écologique de Hart im Zillertal : 24 espèces reliées par 143 interactions GloBI sur 5 types (connectance 15.8%, filtre Serrano α=0.2). 19 bulles taxonomiques (cascade genre/famille GloBI, ≥3 espèces).
Espèces affichées
43
Interactions affichées
143
Connectance
0.158
Patrimoniales
0
Plus dense que (national)0 %(top 100%)
Comparaison sur la connectance du réseau local complet vs distribution nationale (toutes les communes françaises).
Species present
686 distinct species · 1 966 observations
Source: GBIF Occurrence snapshot 2026-05-01.
Climate
Mean T°
3,7°C
Annual rain
1 414mm
Warmest m°
17,7°C
Coldest m°
-10,9°C
Elevation: 1 432 m on average (min 531 m, max 2 102 m)
Bioclimatic details19 BIO + Köppen full + altitude statsExpert
Annual mean temp.
3,7°C
Annual rain
1 414mm
Warmest month
17,7°C
Coldest month
-10,9°C
Mean alt.
1 432m
Min
531m
Max
2 102m
Std. dev.
457m
Köppen-Geiger (dominant)
DfcCold, no dry season, cold summer(57 %)Cold
CHELSA BIO 1-19 v2.1 · ETOPO DEM 60s · Köppen-Geiger 1991-2020 (Beck et al. 2018)
Soil & lithology
pH H₂O
5,7
Org. C
68,7g/kg
Clay
21,6%
Sand
38,3%
Silt
40,1%
Average over 0-30 cm. Per-depth details in expert panel.
Dominant lithology: mtGLiMaggregated to Schwaz
3 soil depths detailed0-5cm / 5-15cm / 15-30cm × 5 propsExpert
0–5 cm
pH H₂O
5,6
Org. C
94,6g/kg
Clay
21,5%
Sand
38,2%
Silt
40,3%
5–15 cm
pH H₂O
5,7
Org. C
70,3g/kg
Clay
21,7%
Sand
38,2%
Silt
40,1%
15–30 cm
pH H₂O
5,7
Org. C
41,2g/kg
Clay
21,7%
Sand
38,5%
Silt
39,8%
SoilGrids 250m (ISRIC, 2017) · GLiM v1.0 (Hartmann & Moosdorf 2012)
Land cover
Forest38.3%
Crops2.8%
Built-up0.4%
Bare soil2.6%
Other (grassland, water…)55.9%
Copernicus Global Land Cover 100m (Buchhorn et al. 2020)
Hydrology3 basins · 0 lakes · 7 rivers
Hydrology metrics for this exact territory
Stream length here
6,0km
Basins crossed
3
Max stream order
3
Max drainage
8 894km²
Discharge in basins
1,2m³/s
Mean precip.
1 145mm/an
Mean T°
1,8°C
Moisture idx
0,47
Max snow
49%
Mean runoff
721mm/an
Mean elev. (basins)
1 860m
Watersheds crossing here
Rivers / streams (7, ord ≥ 4)
Live spatial overlap (cached after first hit) · HydroBASINS lev08 × HydroLAKES × HydroRIVERS v10
Human pressure
Pop. density
0hab/km²
Night light
0,3nW
Built-up
44,0%
Pesticides
0,1kg/km²
GHSL POP/Built 2020 · VIIRS lumière nocturne · PEST-CHEMGRIDS 2020 (Maggi et al.)
Protected areas1
IUCN IV · 1
WDPA (World Database on Protected Areas) — UNEP-WCMC & IUCN