Piotr Parasiewicz
Piotr Parasiewicz
Department Head of River Fisheries, S. Sakowicz Inland Fisheries Institute
Verified email at - Homepage
Cited by
Cited by
MesoHABSIM: A concept for application of instream flow models in river restoration planning
P Parasiewicz
Fisheries 26 (9), 6-13, 2001
More than one million barriers fragment Europe’s rivers
B Belletti, C Garcia de Leaniz, J Jones, S Bizzi, L Börger, G Segura, ...
Nature 588 (7838), 436-441, 2020
The MesoHABSIM model revisited
P Parasiewicz
River Research and Applications 23 (8), 893-903, 2007
Physical habitat modelling for fish–
P Parasiewicz, M Dunbar
Arch. Hydrobiol. Suppl 1352 (4), 239-268, 2001
The effect of managed hydropower peaking on the physical habitat, benthos and fish fauna in the River Bregenzerach in Austria
P Parasiewicz, S Schmutz, O Moog
Fisheries Management and Ecology 5 (5), 403-417, 1998
Habitat modeling in high‐gradient streams: the mesoscale approach and application
P Vezza, P Parasiewicz, M Spairani, C Comoglio
Ecological Applications 24 (4), 844-861, 2014
Conceptual guidelines for nature-like bypass channels
P Parasiewicz, J Eberstaller, S Weiss, S Schmutz
Fish migration and fish bypasses, 348, 1998
Temporal and spatial patterns of fish response to hydromorphological processes
C Wolter, AD Buijse, P Parasiewicz
River Research and Applications 32 (2), 190-201, 2016
The effectiveness of two nature-like bypass channels in an upland Austrian river
J Eberstaller, M Hinterhofer, P Parasiewicz
Fish migration and fish bypasses, 363, 1998
Modelling habitat requirements of bullhead (Cottus gobio) in Alpine streams
P Vezza, P Parasiewicz, O Calles, M Spairani, C Comoglio
Aquatic sciences 76 (1), 1-15, 2014
Defining minimum environmental flows at regional scale: application of mesoscale habitat models and catchments classification
P Vezza, P Parasiewicz, M Rosso, C Comoglio
River research and applications 28 (6), 717-730, 2012
Applications of the MesoHABSIM simulation model
P Parasiewicz, JN Rogers, P Vezza, J Gortázar, T Seager, M Pegg, ...
Ecohydraulics: an integrated approach, 109-124, 2013
Comparison of MesoHABSIM with two microhabitat models (PHABSIM and HARPHA)
P Parasiewicz, JD Walker
River Research and Applications 23 (8), 904-923, 2007
Using MesoHABSIM to develop reference habitat template and ecological management scenarios
P Parasiewicz
River Research and Applications 23 (8), 924-932, 2007
Multiplex modeling of physical habitat for endangered freshwater mussels
P Parasiewicz, E Castelli, JN Rogers, E Plunkett
Ecological Modelling 228, 66-75, 2012
Application of MesoHABSIM and target fish community approaches to restoration of the Quinebaug River, Connecticut and Massachusetts, USA
P Parasiewicz
River Research and Applications 24 (4), 459-471, 2008
Upscaling: Integrating habitat model into river management
P Parasiewicz
Canadian Water Resources Journal 28 (2), 283-299, 2003
Habitat time series analysis to define flow augmentation strategy for the Quinebaug River, Connecticut and Massachusetts, USA
P Parasiewicz
River research and applications 24 (4), 439-452, 2008
Use of quantitative habitat models for establishing performance metrics in river restoration planning
P Parasiewicz, K Ryan, P Vezza, C Comoglio, T Ballestero, JN Rogers
Ecohydrology 6 (4), 668-678, 2013
A case study on spatial and temporal hydraulic variability in an alpine gravel‐bed stream based on the hydromorphological index of diversity
W Gostner, P Parasiewicz, AJ Schleiss
Ecohydrology 6 (4), 652-667, 2013
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