Publications

To Do countline

• Complex response of a food-web module to symmetric and asymmetric migration between several patches

  K. Ristl, S.J. Plitzko, and B. Drossel

  Journal of Theoretical Biology 354, 54-59, 2014.

  (abstract) (fulltext link)

• On the interplay of speciation and dispersal: An evolutionary food web model in space

  K.T. Allhoff, E.M. Weiel, T. Rogge, and B. Drossel

  Journal of Theoretical Biology 366, 46-56, 2015.

  (abstract) (eprint link) (fulltext link)

• When do evolutionary food web models generate complex networks?

  K.T. Allhoff and B. Drossel

  Journal of Theoretical Biology 334, 122-129, 2013.

  (abstract) (fulltext link)

• Impact of dispersal on the stability of metapopulations

  E. Tromeur, L. Rudolf, and T. Gross

  Journal of Theoretical Biology 392, 1-11, 2015.

  (abstract) (eprint link) (fulltext link)

• Evolutionary food web model based on body masses gives realistic networks with permanent species turnover

  K. Allhoff, D. Ritterskamp, B.C. Rall, B. Drossel, and C. Guill

  Scientific Reports 5, 10955, 2015.

  (abstract) (eprint link) (fulltext link)

• Motif analysis in directed ordered networks and applications to food webs

  P.V. Paulau, C. Feenders, and B. Blasius

  Scientific Reports 5, 11926, 2015.

  (abstract) (fulltext link)

• The influence of dispersal on a predator–prey system with two habitats

  P. Gramlich, S. Plitzko, L. Rudolf, B. Drossel, and T. Gross

  Journal of Theoretical Biology 398, 150-161, 2016.

  (abstract) (fulltext link)

• Biodiversity and ecosystem functioning in evolving food webs

  K.T. Allhoff and B. Drossel

  Philosophical Transactions of the Royal Society B 371, 20150281, 2016.

  (abstract) (fulltext link)

• How patch size and habitat complexity changes interaction strength and population dynamics: a combined individual-based and population-based modeling experiment

  Y. Li, U. Brose, K. Meyer, and B. Rall

  PeerJ Preprints 5:e2993, , 2017.

  (abstract) (fulltext link)

• Spatial topologies affect local food web structure and diversity in evolutionary metacommunities

  L. Bolchoun, B. Drossel, and K.T. Allhoff

  Scientific Reports 7, 1818, 2017.

  (abstract) (fulltext link)

• Habitat Heterogeneity Hypothesis and Edge Effects in Model Metacommunities

  M. Hamm and B. Drossel

  Journal of theoretical biology 426, S0022519317302308, 2017.

  (abstract) (fulltext link)

• Spatial effects in meta-foodwebs

  E. Barter and T. Gross

  Scientific Reports 7, 9980, 2017.

  (abstract) (eprint link) (fulltext link)

• Meta-food-chains as a many-layer epidemic process on networks

  E. Barter and T. Gross

  Physical Review E 93, 022303, 2016.

  (abstract) (eprint link) (fulltext link)

• Master stability functions reveal diffusion-driven pattern formation in networks

  A. Brechtel, P. Gramlich, D. Ritterskamp, B. Drossel, and T. Gross

  Physical Review E 97, 032307, 2018.

  (abstract) (fulltext link)

• Impact of stochastic migration on species diversity in meta-food webs consisting of several patches

  T. Thiel and B. Drossel

  Journal of Theoretical Biology 443, 147-156, 2018.

  (abstract) (fulltext link)

• A new dimension: Evolutionary food web dynamics in two dimensional trait space

  D. Ritterskamp, D. Bearup, and B. Blasius

  Journal of Theoretical Biology 405, 66-81, 2016.

  (abstract) (fulltext link)

• Evolutionary food web models: effects of an additional resource

  D. Ritterskamp, C. Feenders, D. Bearup, and B. Blasius

  Theoretical Ecology 9, 501-512, 2016.

  (abstract) (fulltext link)

• The effect of dispersal between patches on the stability of large trophic food webs

  S.J. Plitzko and B. Drossel

  (abstract) (fulltext link)

• Persistence of complex food webs in metacommunities

  G.A. Boehme and T. Gross

  arXiv:1212.5025

  (abstract) (eprint link)

• The influence of the migration network topology on the stability of a small food web

  J. Richhardt, S. Plitzko, F. Schwarzmüller, and B. Drossel

  arXiv:1504.06727

  (abstract) (eprint link)

• Patch isolation and enrichment effects on the persistence of a three-species food chain

  F. Schwarzmüller and U. Brose

  (abstract)

• Experimental duration and predator satiation levels systematically affect functional response parameters

  Y. Li, B.C. Rall, and G. Kalinkat

  (abstract)

• Interplay of spatial dynamics and local adaptation shapes species lifetime distributions and species-area relationships

  T. Rogge, D. Jones, B. Drossel, and K. Allhoff

  https://arxiv.org/abs/1804.07110

  (abstract) (eprint link) (fulltext link)

• The biggest losers: Habitat isolation deconstructs complex food webs from top to bottom

  . Johanna Häußler, . Remo Ryser, . Markus Stark, . Ulrich Brose, . Björn C. Rall, and . Christian Guill

  (abstract) (eprint link)

To Do countline