More then twenty projects
RESIST comprises 19 projects plus three central projects, a public relation project, a graduate school and a data storage project (INF).
Project A01
Microbial key processes and key species during drought and re-wetting of river sediments
Project A02
Effects of stressor hierarchies on river microbial communities during degradation and recovery from drought
Project A03
Microphytobenthos community recovery: time scales of asymmetric recovery and the modulation of priority effects by stressor severity
Project A04
The roles of bacteria and fungi for CPOM degradation during stressor increase and release: A metatranscriptomic approach (Ended after Phase I)
Project A05
Impairment and recovery of stream ecosystems experiencing multiple stressors: Responses of leaf- associated fungi, microbial activities and litter decomposition (Ended after Phase I)
Project A06
Responses of protist communities during degradation and recovery
Project A07
Degradation and recovery of protistan parasite communities under multiple stressors (Ended after Phase I)
Project A08
Degradation by and recovery from drought-related stressors of freshwater invertebrate communities
Project A09
Ecological effects of parasites: their contribution to stress responses of their hosts and their importance for dispersal processes
Project A10
The scent of danger - local adaptation of predator-mediated defences and information transfer disruption in multiply-stressed riverine ecosystems
Project A11
Multiple stressor effects on sculpins (Cottus sp.) and related top-down effects on riverine food-webs (Ended after Phase I)
Project A12
Effects of multiple stressors on food web architecture and processes (Ended after Phase I)
Project A13
Diet-consumer interactions under variable stressor conditions as revealed by stable isotope studies of individual amino acids (Ended after Phase I)
Project A14
A14 Modelling degradation and recovery dynamics of environmental stressors during low flow, desiccation and rewetting periods for microand mesoscale catchments
Project A15
The role of biotic interactions in explaining distribution patterns of riverine organsims
Project A16
Biotic and abiotic drivers of macroinvertebrate dispersal
Project A17
Recovery processes of riverine organism groups (benthic invertebrates, diatoms and fish) from different modes and severities of degradation
Project A18
Integrating physiological tolerance, biotic interactions, and dispersal ability into (meta)population models
Project A19
Recovery from moderate and severe degradation: ARC theory for the patterns and processes that define full or failed reassembly, and shifts to alternative states
Project A20
Mechanistic modelling of metacommunity dynamics under multiple stressors in stream networks of real and generic catchments
Project A21
Responses of aquatic fungal communities to multiple stressors and consequences for leaf decomposition
Project A22
Viral (and host) microdiversity response to multiple stressors in freshwater ecosystems
Project A23
Responses of parasitic protist communities and their effects on their macroinvertebrate hosts under different degradation and recovery conditions
Project A24
Long-term multi-stressor trajectories in Central European rivers
Project A25
Effects of stressor increase and release on the functional composition and trophic interactions within food webs
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 INF
Data management and integration
Project MGK
Integrated Research Training Group of RESIST
(IRTG RESIST)