Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management

Adrian L Collins, Ian D L Foster, Yusheng Zhang, Richard Gooday, David Lee, David A Sear, Pamela S Naden, Iwan Jones, Adrian L Collins (Editor), V Golosov (Editor), A J Horrowitz (Editor), X Lu (Editor), M Stone (Editor), D E Walling (Editor), X Zhang (Editor)

Research output: Contribution to Book/ReportChapter

Abstract

Catchment sediment management across England and Wales continues to require alternative criteria to the existing guideline standard (an annual mean suspended sediment concentration of 25 mg L-1) provided by the European Union Freshwater Fish Directive. In response, a recent collaborative science project has investigated the scope for developing alternative catchment-specific sediment targets using an integrated modelling toolkit coupling sediment pressures from agriculture and impacts on aquatic biota, including fish and macroinvertebrates. Part of this work involved using palaeolimnological reconstruction to quantify “modern background sediment delivery to rivers” (MBSDR) across England and Wales, prior to recent agricultural intensification. It is proposed that the estimates of MBSDR can be used to assess the maximum ceiling of mitigation because no management strategy should aim to control background sediment loss arising from natural physiographic and hydrological drivers, and to correct the gap between past, present or future projected sediment pressures on watercourses and “good ecological status” for sediment
Original languageEnglish
Title of host publicationErosion and Sediment Yields in the Changing Environment
Place of PublicationWallingford
PublisherIAHS Press
Pages125-131
Number of pages462
ISBN (Print)9781907161339
Publication statusPublished - 1 Sep 2012

Fingerprint

catchment
river
sediment
agricultural intensification
fish
macroinvertebrate
suspended sediment
biota
European Union
mitigation
agriculture
modeling

Keywords

  • Sediment delivery
  • palaeolimnology
  • modelling
  • management
  • policy

Cite this

Collins, A. L., Foster, I. D. L., Zhang, Y., Gooday, R., Lee, D., Sear, D. A., ... Zhang, X. (Ed.) (2012). Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management. In Erosion and Sediment Yields in the Changing Environment (pp. 125-131). Wallingford: IAHS Press.
Collins, Adrian L ; Foster, Ian D L ; Zhang, Yusheng ; Gooday, Richard ; Lee, David ; Sear, David A ; Naden, Pamela S ; Jones, Iwan ; Collins, Adrian L (Editor) ; Golosov, V (Editor) ; Horrowitz, A J (Editor) ; Lu, X (Editor) ; Stone, M (Editor) ; Walling, D E (Editor) ; Zhang, X (Editor). / Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management. Erosion and Sediment Yields in the Changing Environment. Wallingford : IAHS Press, 2012. pp. 125-131
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abstract = "Catchment sediment management across England and Wales continues to require alternative criteria to the existing guideline standard (an annual mean suspended sediment concentration of 25 mg L-1) provided by the European Union Freshwater Fish Directive. In response, a recent collaborative science project has investigated the scope for developing alternative catchment-specific sediment targets using an integrated modelling toolkit coupling sediment pressures from agriculture and impacts on aquatic biota, including fish and macroinvertebrates. Part of this work involved using palaeolimnological reconstruction to quantify “modern background sediment delivery to rivers” (MBSDR) across England and Wales, prior to recent agricultural intensification. It is proposed that the estimates of MBSDR can be used to assess the maximum ceiling of mitigation because no management strategy should aim to control background sediment loss arising from natural physiographic and hydrological drivers, and to correct the gap between past, present or future projected sediment pressures on watercourses and “good ecological status” for sediment",
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Collins, AL, Foster, IDL, Zhang, Y, Gooday, R, Lee, D, Sear, DA, Naden, PS, Jones, I, Collins, AL (ed.), Golosov, V (ed.), Horrowitz, AJ (ed.), Lu, X (ed.), Stone, M (ed.), Walling, DE (ed.) & Zhang, X (ed.) 2012, Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management. in Erosion and Sediment Yields in the Changing Environment. IAHS Press, Wallingford, pp. 125-131.

Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management. / Collins, Adrian L; Foster, Ian D L; Zhang, Yusheng; Gooday, Richard; Lee, David; Sear, David A; Naden, Pamela S; Jones, Iwan; Collins, Adrian L (Editor); Golosov, V (Editor); Horrowitz, A J (Editor); Lu, X (Editor); Stone, M (Editor); Walling, D E (Editor); Zhang, X (Editor).

Erosion and Sediment Yields in the Changing Environment. Wallingford : IAHS Press, 2012. p. 125-131.

Research output: Contribution to Book/ReportChapter

TY - CHAP

T1 - Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management

AU - Collins, Adrian L

AU - Foster, Ian D L

AU - Zhang, Yusheng

AU - Gooday, Richard

AU - Lee, David

AU - Sear, David A

AU - Naden, Pamela S

AU - Jones, Iwan

A2 - Collins, Adrian L

A2 - Golosov, V

A2 - Horrowitz, A J

A2 - Lu, X

A2 - Stone, M

A2 - Walling, D E

A2 - Zhang, X

PY - 2012/9/1

Y1 - 2012/9/1

N2 - Catchment sediment management across England and Wales continues to require alternative criteria to the existing guideline standard (an annual mean suspended sediment concentration of 25 mg L-1) provided by the European Union Freshwater Fish Directive. In response, a recent collaborative science project has investigated the scope for developing alternative catchment-specific sediment targets using an integrated modelling toolkit coupling sediment pressures from agriculture and impacts on aquatic biota, including fish and macroinvertebrates. Part of this work involved using palaeolimnological reconstruction to quantify “modern background sediment delivery to rivers” (MBSDR) across England and Wales, prior to recent agricultural intensification. It is proposed that the estimates of MBSDR can be used to assess the maximum ceiling of mitigation because no management strategy should aim to control background sediment loss arising from natural physiographic and hydrological drivers, and to correct the gap between past, present or future projected sediment pressures on watercourses and “good ecological status” for sediment

AB - Catchment sediment management across England and Wales continues to require alternative criteria to the existing guideline standard (an annual mean suspended sediment concentration of 25 mg L-1) provided by the European Union Freshwater Fish Directive. In response, a recent collaborative science project has investigated the scope for developing alternative catchment-specific sediment targets using an integrated modelling toolkit coupling sediment pressures from agriculture and impacts on aquatic biota, including fish and macroinvertebrates. Part of this work involved using palaeolimnological reconstruction to quantify “modern background sediment delivery to rivers” (MBSDR) across England and Wales, prior to recent agricultural intensification. It is proposed that the estimates of MBSDR can be used to assess the maximum ceiling of mitigation because no management strategy should aim to control background sediment loss arising from natural physiographic and hydrological drivers, and to correct the gap between past, present or future projected sediment pressures on watercourses and “good ecological status” for sediment

KW - Sediment delivery

KW - palaeolimnology

KW - modelling

KW - management

KW - policy

M3 - Chapter

SN - 9781907161339

SP - 125

EP - 131

BT - Erosion and Sediment Yields in the Changing Environment

PB - IAHS Press

CY - Wallingford

ER -

Collins AL, Foster IDL, Zhang Y, Gooday R, Lee D, Sear DA et al. Assessing ‘modern background sediment delivery to rivers’ across England and Wales and its use for catchment management. In Erosion and Sediment Yields in the Changing Environment. Wallingford: IAHS Press. 2012. p. 125-131