P. Parasiewicz

发表

Piotr Parasiewicz, P. Parasiewicz, 2007 .

Applications of the MesoHABSIM Simulation Model

Paolo Vezza, Claudio Comoglio, Thomas Seager, 2013 .

“E = mc2” of Environmental Flows: A Conceptual Framework for Establishing a Fish-Biological Foundation for a Regionally Applicable Environmental Low-Flow Formula

P. Parasiewicz, P. Prus, Katarzyna Suska, 2018, Water.

Multiplex modeling of physical habitat for endangered freshwater mussels

P. Parasiewicz, J. Rogers, E. Castelli, 2012 .

Modelling habitat requirements of bullhead (Cottus gobio) in Alpine streams

C. Comoglio, P. Vezza, P. Parasiewicz, 2013, Aquatic Sciences.

A case study on spatial and temporal hydraulic variability in an alpine gravel‐bed stream based on the hydromorphological index of diversity

A. Schleiss, P. Parasiewicz, W. Gostner, 2013 .

More than one million barriers fragment Europe’s rivers

A. Castelletti, M. Zalewski, E. Garcia-Vazquez, 2020, Nature.

The role of floods and droughts on riverine ecosystems under a changing climate

C. Comoglio, P. Vezza, C. Wolter, 2019, Fisheries Management and Ecology.

Physical habitat modelling for fish - a developing approach

Piotr Parasiewicz, Michael J. Dunbar, P. Parasiewicz, 2001 .

MesoHABSIM: A concept for application of instream flow models in river restoration planning

Piotr Parasiewicz, P. Parasiewicz, 2001 .

VIRTUAL REFERENCE RIVER : A MODEL FOR SCIENTIFIC DISCOVERY AND RECONCILIATION

R. A. Goodwin, N. Poff, P. Parasiewicz, 2008 .

Implementation of the Natural Flow Paradigm to Protect Dwarf Wedgemussel (Alasmidonta heterodon) in the Upper Delaware River

P. Vezza, P. Parasiewicz, J. Rogers, 2017 .

Habitat time series analysis to define flow augmentation strategy for the Quinebaug River, Connecticut and Massachusetts, USA

P. Parasiewicz, 2008 .

The effect of managed hydropower peaking on the physical habitat, benthos and fish fauna in the River Bregenzerach in Austria

Piotr Parasiewicz, Stefan Schmutz, Otto Moog, 1998 .

Empirical Validation of MesoHABSIM Models Developed with Different Habitat Suitability Criteria for Bullhead Cottus Gobio L. as an Indicator Species

P. Vezza, P. Parasiewicz, P. Prus, 2019, Water.

Physical habitat assessment in the Tajuna river (Spain) by means of the MesoHABSIM approach

P. Parasiewicz, D. Garc, J. Gort, 2011, Limnetica.

Application of MesoHABSIM and target fish community approaches to restoration of the Quinebaug River, Connecticut and Massachusetts, USA

P. Parasiewicz, 2008 .

Application of the Mesohabitat Simulation System (MesoHABSIM) for Assessing Impact of River Maintenance and Restoration Measures

P. Parasiewicz, Katarzyna Suska, 2020, Water.

Use of quantitative habitat models for establishing performance metrics in river restoration planning

C. Comoglio, P. Vezza, T. Ballestero, 2013 .

Management of Adverse Effects of a Public Water Supply Well Field on the Aquatic Habitat of a Stratified Drift Stream in Eastern Connecticut

G. Warner, A. Bagtzoglou, F. Ogden, 2007, Water environment research : a research publication of the Water Environment Federation.

Temporal and Spatial Patterns of Fish Response to Hydromorphological Processes

C. Wolter, P. Parasiewicz, A. D. Buijse, 2016 .

ESTIMATION OF PHYSICAL HABITAT CHARACTERISTICS USING AUTOMATION AND GEODESIC‐BASED SAMPLING

Piotr Parasiewicz, P. Parasiewicz, 1996 .

Ecological Dissimilarity Analysis: A Simple Method of Demonstrating Community-Habitat Correlations for Frequency Data

P. Parasiewicz, E. Dumont, Sean F. Werle, 2007 .

River-Wide Habitat Availability for Fish Habitat Guilds: Implications for In-Stream Flow Protection

M. Pegg, P. Parasiewicz, J. Rogers, 2019, Water.

Use of Frequency and Duration Analysis for the Determination of Thermal Habitat Thresholds: Application for the Conservation of Alasmidonta heterodon in the Delaware River

P. Parasiewicz, J. Rogers, E. Castelli, 2012 .

Habitat modeling in high-gradient streams: the mesoscale approach and application.

Paolo Vezza, Claudio Comoglio, Piotr Parasiewicz, 2014, Ecological applications : a publication of the Ecological Society of America.

Upscaling: Integrating Habitat Model into River Management

Piotr Parasiewicz, P. Parasiewicz, 2003 .

Comparison of MesoHABSIM with two microhabitat models (PHABSIM and HARPHA)

Piotr Parasiewicz, P. Parasiewicz, Jeffrey D. Walker, 2007 .

Environmental Flows Determination and Monitoring with Hydraulic Habitat Models—Pushing the Boundaries of Habitat Models Application

K. Alfredsen, C. Comoglio, C. Theodoropoulos, 2019, Water.

Habitat Indices for Rivers: Quantifying the Impact of Hydro-Morphological Alterations on the Fish Community

G. Zolezzi, C. Comoglio, P. Vezza, 2015 .

DEFINING MINIMUM ENVIRONMENTAL FLOWS AT REGIONAL SCALE: APPLICATION OF MESOSCALE HABITAT MODELS AND CATCHMENTS CLASSIFICATION

C. Comoglio, P. Vezza, P. Parasiewicz, 2012 .

Conceptual Guidelines for Nature-like Bypass Channels

Steven Weiss, Piotr Parasiewicz, Stefan Schmutz, 1998 .

Index‐based analysis of climate change impact on streamflow conditions important for Northern Pike, Chub and Atlantic salmon

T. Okruszko, P. Parasiewicz, M. Piniewski, 2018, Fisheries Management and Ecology.

Long-Term Impact Analysis of the University of Connecticut’s Fenton River Water Supply Wells on the Habitat of the Fenton River

G. Warner, A. Bagtzoglou, F. Ogden, 2006 .

Development and analysis of a Target Fish Community model to assess the biological integrity of the Lamprey Designated River, New Hampshire, and to identify indicator fish species for a MesoHABSIM model

P. Parasiewicz, Jeffrey D. Legros, Northeast Instream Habitat Program, 2007 .

Diversity of river fishes influenced by habitat heterogeneity across hydrogeomorphic divisions

M. Pegg, P. Parasiewicz, J. Rogers, 2018, River Research and Applications.

Using MesoHABSIM to develop reference habitat template and ecological management scenarios

Piotr Parasiewicz, P. Parasiewicz, 2007 .

A low-voltage electric fish guidance system—NEPTUN

P. Parasiewicz, W. Wiśniewolski, P. Prus, 2016 .

Over 200,000 kilometers of free-flowing river habitat in Europe is altered due to impoundments

K. Krauze, K. Birnie‐Gauvin, K. Aarestrup, 2023, Nature communications.