Boris Schröder moved from TUM to TU Braunschweig, the landscape ecology group does not exist anymore.

 

 

Our work generally focuses on the understanding of the relationships between patterns, pro­cesses, and functions in dynamic landscapes as well as the development of models for the con­servation and sustainable manage­ment of species, landscapes, and related ecosystem functions and services. Therefore, our key tool is modelling.

Our model­ling approaches comprise

  1. species distribution models (SDMs, environmental niche models, predictive habitat models), i.e. multi-scale phenomenological, statistical models relating occurrence patterns to environmental predictors
  2. process­-based, mechanistic models of (spatial meta-)popu­la­tion dynamics and dispersal as well as abiotic con­ditions such as soil water dynamics,
  3. integrated landscape models coupling abiotic, bioti­c, and economic models. Understanding the drivers of species distributions and predicting the effects of environmental change on species are pivotal prerequisites for understanding and predicting future changes in biodiversity, ecosystem functioning and the provision of ecological services. We propose a multi-scale, mechanistic and resource-based view of species-environment relationships.

We use models in order to

  • identifying the scale-dependent drivers of species distribution patterns
  • predicting the effects of disturbances and environmental changes on distribution patterns,
  • deriving management recommen­da­tions for endangered species.
  • predict the spatial distribution of soil properties (soil landscape modelling, digital soil mapping),
  • analysing the distribution of pathogenes, their hosts and infection risks depending on abiotic and biotic factors,
  • understanding the interactions between eco­system engineers, the transport of water and the environmental fate of pesticides in agricultural catchments,
  • analysing the relationships of land use, biodiversity and spatiotemporal movement patterns of organisms as well as carbon fluxes in agricultural landscapes,
  • understanding the relationships between dynamics and diversity of mountain rainforest and landslides depending on abioti­c and biotic factors in Ecu­a­dor,
  • assessing trade-offs between different ecosystem services for land use scenarios at the coasts of North sea and Baltic sea in the face of predicted sea level rise.

Our key research areas are