1. Barents Sea food-web topology from phytoplankton to whales
Annual meeting Bergen 2011
Barents Sea food-web topology from phytoplankton to whales
R. Primicerio, K. Michalsen, M. Aschan,
G. Certain, P. Dalpadado, A. Dolgov,
M. Fossheim, H. Gjøsæter, C. Hansen,
E. Johannesen, L. Lindal-Jørgensen,
B. Planque, M. Skern-Mauritzen, M. Wiedemann

2. Barents Sea food-web

3. Barents Sea food-web Robustness Compartment- alization
the degree to which subsets of species are connected with other species in the food web

4. Barents Sea food-web Robustness Compartment- alization
Network analysis
Food web property quantifiable just using the basic network structure (“topology”) of feeding interactions.

5. Barents Sea food-web Food web topology Compilation Species list
Feeding links
Food web properties quantifiable just using the basic network structure (“topology”) of feeding interactions.

6. Barents Sea food-web Food web topology Compilation Species list
Feeding links
Food web properties quantifiable just using the basic network structure (“topology”) of feeding interactions.

7. Barents Sea food-web Food web topology Compilation Bodini et al. 2009
Ltot = 1001
C =
Cbar =

8. Barents Sea food-web
Food web topology
Compilation
Bodini et al. 2009

9. Barents Sea food-web Food web topology Compilation Fish
Bodini et al. 2009
Fish
35 nodes
77 links

10. Barents Sea food-web Food web topology Compilation BarEcoRe
Trophic-species 227
15 sea mammals
10 sea birds
88 fish
62 benthos
45 plankton

11. Barents Sea food-web Food web topology Compilation BarEcoRe
Trophic-species 227
Trophic links >1150

12. Barents Sea food-web Food web topology Analysis BarEcoRe Fish 88 nodes
305 links

13. Barents Sea food-web Food web topology Analysis Fish
Bodini et al. 2009
BarEcoRe 2011

14. Barents Sea food-web Conclusions BarEcoRe food-web compilation
227 species, >1150 links
Comparative analysis of food-web compartmentalization