Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems

The degradation of aquatic habitats through decades of human activities has lead to large efforts to restore and rehabilitate freshwater habitats for fisheries and aquatic resources in watersheds throughout the world. This document reviews published evaluations of freshwater habitat rehabilitation projects including studies on roads and sediment reduction, riparian and floodplain rehabilitation, placement of habitat structures in lakes and streams, addition of nutrients to increase aquatic production, as well as other less common techniques. It was difficult to draw firm conclusions about many specific techniques due to the limited information provided physical habitat, biota and costs as well as the short duration and scope of most published evaluations. However, techniques such as reconnection of isolated habitats, rehabilitation of floodplains, and placement of instream structures have clearly proven effective for improving habitat and increasing local fish abundance under many circumstances. Techniques that restore processes such as riparian rehabilitation, sediment reduction methods (road improvements), dam removal and restoration of floods also show promise but may take years or decades to detect a change in biota. Other techniques such as bank protection, beaver removal, and bank debrushing can produce positive effects for some species but more often produce negative impacts on biota or disrupt natural processes. Our review demonstrates that three key areas lacking in rehabilitation activities: 1) adequate assessment of historic conditions, impaired ecosystem processes, and factors limiting biotic production; 2) understanding upstream or watershed-scale factors that may influence effectiveness of reach or localized rehabilitation techniques; and 3) well designed and funded monitoring and evaluation.

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Bibliographic Details
Main Authors: Roni, P. 178619, FAO, Rome (Italy). Fisheries Dept. eng 184263, Hanson, K. 1423211769299, Beechie, T. 178620, Pess, G. 1423211769300, Pollock, M. 1423211769301, Bartley, D.M.
Format: Texto biblioteca
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Published: Rome (Italy) FAO 2005
Subjects:Inland water environment, Habitats, Ecosystems, Freshwater ecology, Resource management, Monitoring, Inland fisheries, Floodplains, Riparian zones, Environmental impact, Grazing, Silviculture, Fencing, Evaluation, Pêche continentale, Plaine d'inondation, Zone ripicole, Impact sur l'environnement, Pâturage, Sylviculture, Clôture, Évaluation, Milieu des eaux continentales, Habitat, Écosystème, Écologie d'eau douce, Gestion des ressources, Surveillance, Pesca continental, Llanura aluvial, Zonas ripícolas, Impacto ambiental, Pastoreo, Silvicultura, Cecado, Evaluación, Ambiente de aguas interiores, Ecosistema, Ecología de agua dulce, Ordenación de recursos, Vigilancia,
Online Access:http://www.fao.org/3/a-a0039e.pdf
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institution FAO IT
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country Italia
countrycode IT
component Bibliográfico
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databasecode cat-fao-it
tag biblioteca
region Europa del Sur
libraryname David Lubin Memorial Library of FAO
language
topic Inland water environment
Habitats
Ecosystems
Freshwater ecology
Resource management
Monitoring
Inland fisheries
Floodplains
Riparian zones
Environmental impact
Grazing
Silviculture
Fencing
Evaluation
Pêche continentale
Plaine d'inondation
Zone ripicole
Impact sur l'environnement
Pâturage
Sylviculture
Clôture
Évaluation
Milieu des eaux continentales
Habitat
Écosystème
Écologie d'eau douce
Gestion des ressources
Surveillance
Pesca continental
Llanura aluvial
Zonas ripícolas
Impacto ambiental
Pastoreo
Silvicultura
Cecado
Evaluación
Ambiente de aguas interiores
Habitat
Ecosistema
Ecología de agua dulce
Ordenación de recursos
Vigilancia
Inland water environment
Habitats
Ecosystems
Freshwater ecology
Resource management
Monitoring
Inland fisheries
Floodplains
Riparian zones
Environmental impact
Grazing
Silviculture
Fencing
Evaluation
Pêche continentale
Plaine d'inondation
Zone ripicole
Impact sur l'environnement
Pâturage
Sylviculture
Clôture
Évaluation
Milieu des eaux continentales
Habitat
Écosystème
Écologie d'eau douce
Gestion des ressources
Surveillance
Pesca continental
Llanura aluvial
Zonas ripícolas
Impacto ambiental
Pastoreo
Silvicultura
Cecado
Evaluación
Ambiente de aguas interiores
Habitat
Ecosistema
Ecología de agua dulce
Ordenación de recursos
Vigilancia
spellingShingle Inland water environment
Habitats
Ecosystems
Freshwater ecology
Resource management
Monitoring
Inland fisheries
Floodplains
Riparian zones
Environmental impact
Grazing
Silviculture
Fencing
Evaluation
Pêche continentale
Plaine d'inondation
Zone ripicole
Impact sur l'environnement
Pâturage
Sylviculture
Clôture
Évaluation
Milieu des eaux continentales
Habitat
Écosystème
Écologie d'eau douce
Gestion des ressources
Surveillance
Pesca continental
Llanura aluvial
Zonas ripícolas
Impacto ambiental
Pastoreo
Silvicultura
Cecado
Evaluación
Ambiente de aguas interiores
Habitat
Ecosistema
Ecología de agua dulce
Ordenación de recursos
Vigilancia
Inland water environment
Habitats
Ecosystems
Freshwater ecology
Resource management
Monitoring
Inland fisheries
Floodplains
Riparian zones
Environmental impact
Grazing
Silviculture
Fencing
Evaluation
Pêche continentale
Plaine d'inondation
Zone ripicole
Impact sur l'environnement
Pâturage
Sylviculture
Clôture
Évaluation
Milieu des eaux continentales
Habitat
Écosystème
Écologie d'eau douce
Gestion des ressources
Surveillance
Pesca continental
Llanura aluvial
Zonas ripícolas
Impacto ambiental
Pastoreo
Silvicultura
Cecado
Evaluación
Ambiente de aguas interiores
Habitat
Ecosistema
Ecología de agua dulce
Ordenación de recursos
Vigilancia
Roni, P. 178619
FAO, Rome (Italy). Fisheries Dept. eng 184263
Hanson, K. 1423211769299
Beechie, T. 178620
Pess, G. 1423211769300
Pollock, M. 1423211769301
Bartley, D.M.
Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
description The degradation of aquatic habitats through decades of human activities has lead to large efforts to restore and rehabilitate freshwater habitats for fisheries and aquatic resources in watersheds throughout the world. This document reviews published evaluations of freshwater habitat rehabilitation projects including studies on roads and sediment reduction, riparian and floodplain rehabilitation, placement of habitat structures in lakes and streams, addition of nutrients to increase aquatic production, as well as other less common techniques. It was difficult to draw firm conclusions about many specific techniques due to the limited information provided physical habitat, biota and costs as well as the short duration and scope of most published evaluations. However, techniques such as reconnection of isolated habitats, rehabilitation of floodplains, and placement of instream structures have clearly proven effective for improving habitat and increasing local fish abundance under many circumstances. Techniques that restore processes such as riparian rehabilitation, sediment reduction methods (road improvements), dam removal and restoration of floods also show promise but may take years or decades to detect a change in biota. Other techniques such as bank protection, beaver removal, and bank debrushing can produce positive effects for some species but more often produce negative impacts on biota or disrupt natural processes. Our review demonstrates that three key areas lacking in rehabilitation activities: 1) adequate assessment of historic conditions, impaired ecosystem processes, and factors limiting biotic production; 2) understanding upstream or watershed-scale factors that may influence effectiveness of reach or localized rehabilitation techniques; and 3) well designed and funded monitoring and evaluation.
format Texto
topic_facet Inland water environment
Habitats
Ecosystems
Freshwater ecology
Resource management
Monitoring
Inland fisheries
Floodplains
Riparian zones
Environmental impact
Grazing
Silviculture
Fencing
Evaluation
Pêche continentale
Plaine d'inondation
Zone ripicole
Impact sur l'environnement
Pâturage
Sylviculture
Clôture
Évaluation
Milieu des eaux continentales
Habitat
Écosystème
Écologie d'eau douce
Gestion des ressources
Surveillance
Pesca continental
Llanura aluvial
Zonas ripícolas
Impacto ambiental
Pastoreo
Silvicultura
Cecado
Evaluación
Ambiente de aguas interiores
Habitat
Ecosistema
Ecología de agua dulce
Ordenación de recursos
Vigilancia
author Roni, P. 178619
FAO, Rome (Italy). Fisheries Dept. eng 184263
Hanson, K. 1423211769299
Beechie, T. 178620
Pess, G. 1423211769300
Pollock, M. 1423211769301
Bartley, D.M.
author_facet Roni, P. 178619
FAO, Rome (Italy). Fisheries Dept. eng 184263
Hanson, K. 1423211769299
Beechie, T. 178620
Pess, G. 1423211769300
Pollock, M. 1423211769301
Bartley, D.M.
author_sort Roni, P. 178619
title Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
title_short Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
title_full Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
title_fullStr Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
title_full_unstemmed Habitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
title_sort habitat rehabilitation for inland fisheries. global review of effectiveness and guidance for rehabilitation of freshwater ecosystems
publisher Rome (Italy) FAO
publishDate 2005
url http://www.fao.org/3/a-a0039e.pdf
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spelling unfao:6619622021-05-05T06:52:20ZHabitat rehabilitation for inland fisheries. Global review of effectiveness and guidance for rehabilitation of freshwater ecosystems Roni, P. 178619 FAO, Rome (Italy). Fisheries Dept. eng 184263 Hanson, K. 1423211769299 Beechie, T. 178620 Pess, G. 1423211769300 Pollock, M. 1423211769301 Bartley, D.M. textRome (Italy) FAO2005 The degradation of aquatic habitats through decades of human activities has lead to large efforts to restore and rehabilitate freshwater habitats for fisheries and aquatic resources in watersheds throughout the world. This document reviews published evaluations of freshwater habitat rehabilitation projects including studies on roads and sediment reduction, riparian and floodplain rehabilitation, placement of habitat structures in lakes and streams, addition of nutrients to increase aquatic production, as well as other less common techniques. It was difficult to draw firm conclusions about many specific techniques due to the limited information provided physical habitat, biota and costs as well as the short duration and scope of most published evaluations. However, techniques such as reconnection of isolated habitats, rehabilitation of floodplains, and placement of instream structures have clearly proven effective for improving habitat and increasing local fish abundance under many circumstances. Techniques that restore processes such as riparian rehabilitation, sediment reduction methods (road improvements), dam removal and restoration of floods also show promise but may take years or decades to detect a change in biota. Other techniques such as bank protection, beaver removal, and bank debrushing can produce positive effects for some species but more often produce negative impacts on biota or disrupt natural processes. Our review demonstrates that three key areas lacking in rehabilitation activities: 1) adequate assessment of historic conditions, impaired ecosystem processes, and factors limiting biotic production; 2) understanding upstream or watershed-scale factors that may influence effectiveness of reach or localized rehabilitation techniques; and 3) well designed and funded monitoring and evaluation.The degradation of aquatic habitats through decades of human activities has lead to large efforts to restore and rehabilitate freshwater habitats for fisheries and aquatic resources in watersheds throughout the world. This document reviews published evaluations of freshwater habitat rehabilitation projects including studies on roads and sediment reduction, riparian and floodplain rehabilitation, placement of habitat structures in lakes and streams, addition of nutrients to increase aquatic production, as well as other less common techniques. It was difficult to draw firm conclusions about many specific techniques due to the limited information provided physical habitat, biota and costs as well as the short duration and scope of most published evaluations. However, techniques such as reconnection of isolated habitats, rehabilitation of floodplains, and placement of instream structures have clearly proven effective for improving habitat and increasing local fish abundance under many circumstances. Techniques that restore processes such as riparian rehabilitation, sediment reduction methods (road improvements), dam removal and restoration of floods also show promise but may take years or decades to detect a change in biota. Other techniques such as bank protection, beaver removal, and bank debrushing can produce positive effects for some species but more often produce negative impacts on biota or disrupt natural processes. Our review demonstrates that three key areas lacking in rehabilitation activities: 1) adequate assessment of historic conditions, impaired ecosystem processes, and factors limiting biotic production; 2) understanding upstream or watershed-scale factors that may influence effectiveness of reach or localized rehabilitation techniques; and 3) well designed and funded monitoring and evaluation.Inland water environmentHabitatsEcosystemsFreshwater ecologyResource managementMonitoringInland fisheriesFloodplainsRiparian zonesEnvironmental impactGrazingSilvicultureFencingEvaluationPêche continentalePlaine d'inondationZone ripicoleImpact sur l'environnementPâturageSylvicultureClôtureÉvaluationMilieu des eaux continentalesHabitatÉcosystèmeÉcologie d'eau douceGestion des ressourcesSurveillancePesca continentalLlanura aluvialZonas ripícolasImpacto ambientalPastoreoSilviculturaCecadoEvaluaciónAmbiente de aguas interioresHabitatEcosistemaEcología de agua dulceOrdenación de recursosVigilanciahttp://www.fao.org/3/a-a0039e.pdfURN:ISBN:92-5-105354-5