More then twenty projects
RESIST comprises 20 projects plus three central projects, a graduate school and a data storage project.
Project A01
Direct and indirect effects of multiple stressors in freshwater ecosystems on microbial parasites and scavengers
Project A02
Effect of multiple stressors on the microbial ecosystem functions DOC degradation and biomass recycling in water and sediment
Project A03
Functional and compositional responses of stream microphytobenthic communities to multiple stressor increase and decrease
Project A04
The roles of bacteria and fungi for CPOM degradation during stressor increase and release: A metatranscriptomic approach
Project A05
Impairment and recovery of stream ecosystems experiencing multiple stressors: Responses of leaf- associated fungi, microbial activities and litter decomposition
Project A06
Stressor modulated community responses and functional redundancy of microbial predator-prey interactions
Project A07
Degradation and recovery of protistan parasite communities under multiple stressors
Project A08
Individual and combined stressor effects on freshwater invertebrate communities and an associated ecosystem function: an ExStream mesocosm study
Project A09
Responses of metazoan parasite communities to stressor increase and release
Project A10
The scent of danger - predator-mediated shifts in benthic invertebrate community composition and genotypic diversity in multiply-stressed riverine ecosystems
Project A11
Multiple stressor effects on sculpins (Cottus sp.) and related top-down effects on riverine food-webs
Project A12
Effects of multiple stressors on food web architecture and processes
Project A13
Diet-consumer interactions under variable stressor conditions as revealed by stable isotope studies of individual amino acids
Project A14
Spatio-temporal dynamics of environmental variables, stressors and their interactions on the instream- and catchment scale
Project A15
Enhancing the predictive ability of species distribution models: stressor interactions, life cycle, and depicting degradation and recovery
Project A16
Biotic and abiotic drivers of macroinvertebrate dispersal
Project A17
Temporal and spatial effects of stressors, biotic interaction and dispersal on riverine benthic invertebrate community variability
Project A18
Delineating multiple stressor-response relationships at the individual level: A mechanistic modelling approach
Project A19
Testing the Asymmetric Response Concept in disturbed and recovering stream ecosystems: integrating the contributions of multi-stressor tolerance, dispersal and biotic interactions to (a)symmetry of response
Project A20
The role of individual tolerance for community assembly during degradation and recovery
Project Z01
Central administration of the CRC 1439
Project Z02
Maintenance of experimental systems, central field work and central sample analysis
Project Z03
RESIST synthesis
Project Z-INF
Data management and integration
Project MGK
Integrated Research Training Group of RESIST
(IRTG RESIST)