Virtual reference river

A model for scientific discovery and reconciliation

Piotr Parasiewicz, John Nestler, N. Le Roy Poff, R. Andrew Goodwin

Research output: A Conference proceeding or a Chapter in BookChapter

Abstract

Advances in aquatic ecology can be broadly separated into two contrasting approaches, synthetic vs. incremental. Synthesists study rivers at a holistic level and typically describe important processes in relative terms from headwater to river mouth or across regions. Incrementalists typically quantify relationships of stream flow quantity and quality to fisheries response and are often constrained by institutional requirements. The two approaches can be reconciled using the concept of the habitat template and creation of the Virtual River Reference model. This model should build upon the fundamental principles of natural processes and habitat simulation, determining the physical habitat characteristics of reference river systems as a function of landscape attributes. This approach would use the habitat requirements of the native fish community to reconstruct a corresponding hydro-morphological template of a reference river. The template of habitat attributes can be employed to compare impacted systems to natural or relatively healthy systems (the reference condition) across broad temporal and spatial scales. The summary attribute set can be adjusted to establish a template describing target conditions which are achievable for managers under current or future circumstances. The Virtual River Reference habitat template will create a simulation platform to investigate natural biophysical processes in riverine ecosystem.

Original languageEnglish
Title of host publicationEcological Management
Subtitle of host publicationNew Research
EditorsMarta S. Alonso
PublisherNova Science Publishers Inc
Chapter5
Pages81-98
Number of pages18
Volume16
ISBN (Electronic)9781536117417
ISBN (Print)9781604567861
Publication statusPublished - 2008
Externally publishedYes

Publication series

NameAdvances in Environmental Research
PublisherNova Science Publishers
Volume16

Fingerprint

habitat
river
headwater
river system
simulation
streamflow
fishery
ecosystem
fish
attribute

Cite this

Parasiewicz, P., Nestler, J., Poff, N. L. R., & Goodwin, R. A. (2008). Virtual reference river: A model for scientific discovery and reconciliation. In M. S. Alonso (Ed.), Ecological Management: New Research (Vol. 16, pp. 81-98). (Advances in Environmental Research; Vol. 16). Nova Science Publishers Inc.
Parasiewicz, Piotr ; Nestler, John ; Poff, N. Le Roy ; Goodwin, R. Andrew. / Virtual reference river : A model for scientific discovery and reconciliation. Ecological Management: New Research . editor / Marta S. Alonso. Vol. 16 Nova Science Publishers Inc, 2008. pp. 81-98 (Advances in Environmental Research).
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Parasiewicz, P, Nestler, J, Poff, NLR & Goodwin, RA 2008, Virtual reference river: A model for scientific discovery and reconciliation. in MS Alonso (ed.), Ecological Management: New Research . vol. 16, Advances in Environmental Research, vol. 16, Nova Science Publishers Inc, pp. 81-98.

Virtual reference river : A model for scientific discovery and reconciliation. / Parasiewicz, Piotr; Nestler, John; Poff, N. Le Roy; Goodwin, R. Andrew.

Ecological Management: New Research . ed. / Marta S. Alonso. Vol. 16 Nova Science Publishers Inc, 2008. p. 81-98 (Advances in Environmental Research; Vol. 16).

Research output: A Conference proceeding or a Chapter in BookChapter

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Parasiewicz P, Nestler J, Poff NLR, Goodwin RA. Virtual reference river: A model for scientific discovery and reconciliation. In Alonso MS, editor, Ecological Management: New Research . Vol. 16. Nova Science Publishers Inc. 2008. p. 81-98. (Advances in Environmental Research).