Ontologia

Fleuve· 2 segments

Käseburger Sieltief

Crosses 3 administrative regions : Cuxhaven, Osterholz, Wesermarsch

fleuve

Total length

17km

Max discharge

448,1m³/s

Max Strahler

7

Segments matched

2

River geography3 admin regions · 0 communes

Parent watershed

hybas-20803456902653 km²

3 administrative regions crossed (GADM L2)

  • Wesermarsch
    Niedersachsen · Germany
    13.1 km
    in this dpt
  • Osterholz
    Niedersachsen · Germany
    3.6 km
    in this dpt
  • Cuxhaven
    Niedersachsen · Germany
    0.0 km
    in this dpt

10 intersecting protected areas

1 more protected areas

1 page = 1 named river (aggregation of 2 HydroRIVERS v10 segments). Spatial join cached after first hit.

Species present

818 distinct species · 1 899 observations

Source: GBIF Occurrence snapshot 2026-05-01.

Ecological tissue

Sample of 44 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 Käseburger Sieltief : 32 espèces reliées par 133 interactions GloBI sur 6 types (connectance 14.1%, filtre Serrano α=0.2). 12 bulles taxonomiques (cascade genre/famille GloBI, ≥3 espèces).

Espèces affichées
44
Interactions affichées
133
Connectance
0.141
Patrimoniales
0
Plus dense que (national)0 %(top 100%)

Comparaison sur la connectance du réseau local complet vs distribution nationale (toutes les communes françaises).

Hydrology (HydroRIVERS v10)

Total length

17km

Max discharge

448,1m³/s

Max Strahler

7

Segments matched

2

HydroRIVERS v1.0 (Lehner et al. 2019) aggregated by name + main_riv → 1 entity = 1 named river.