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REPLIES WILL BE SENT TO THE FISH-SCI LIST
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Dear all,
does anyone have this manual in pdf and is willing to share?
Anderson M.J, Gorley R.N & Clarke K.R (2008) PERMANOVA+ for PRIMER. Guide
to software and statistical methods. Plymouth, U.K. PRIMER-E Ltd.
Best,
Gianluca
--
Gianluca Polgar PhD
Evolutionary ecologist
www.themudskipper.org
http://www.researcherid.com/rid/D-1450-2010
https://www.scopus.com/authid/detail.uri?authorId=24381433400
https://www.researchgate.net/profile/Gianluca_Polgar
On 10 April 2018 at 21:38, Douglas Noltie <[log in to unmask]> wrote:
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> REPLIES WILL BE SENT TO THE FISH-SCI LIST
> <>< <>< <>< <>< <>< <>< <>< <>< <>< <>< <>< <>< <><
>
> Dear Colleagues:
>
> I am seeking a report generated for EPA by Battelle, Columbus, Ohio, in
> the 1980s. The citation is:
>
> Sabourin, T. D., R. S. Hayward, B. Cornaby, and R. L. Faulk. 1986.
> Biological consequences of lake recovery. Technical Report to U.S.E.P.A.
> from Battelle Columbus Division, Columbus, Ohio.
>
> None of the authors has a copy; Battelle and EPA searches have come up
> dry.
>
> Dr. Sabourin (co-author) reports (pers. comm.) that this work resulted in
> the following 1986 SETAC presentation:
>
> 174
> WATER QUALITY IMPROVEMENT AND NUISANCE AQUATIC
> LIFE. T. D. Sabourin, B. W. Cornaby, R.
> T. Faulk and R. S. Hayward, Battelle Columbus
> Division, Columbus, OR, U.S.A.
>
> Improved water quality over the last decade
> has resulted in mostly positive but some
> unexpected negative changes. We have found
> many cases where improved water quality is
> accompanied by changes in plant and animal
> species assemblages that give rise to nuisance
> biota or other undesirable biological conse-
> quences. Five examples follow:
> o expansion of rooted macrophytes - due
> to reduced turbidity
> o development of toxic algal blooms - follow-
> ing cleanup of a river’s Zn load
> o revitalization of sea lamprey populations
> attributed to tributary cleanup
> o invasion by exotic species - shifts in
> lake trophic status opens niches
> o return of mayfly swarms - due to reduced
> inputs of limiting nutrients.
> We will report on additional scenarios of
> biological nuisances. We advanced causal
> and correlative associations by 1) recovery
> technique (e.g., aeration, dredging) and
> 2) nature of environmental change induced
> (e.g., turbidity, temperature) to develop
> a preliminary conceptual model. The model
> can aid future management plans where recovery
> manipulations are contemplated. This paper
> will prepare you to more readily accept nui-
> sances associated with cleanup activities.
>
>
> Dr. Hayward passed away awhile ago, and I’m seeking a copy of this
> Battelle/EPA report for a retrospective on his life that I’m writing.
>
> Thank you in advance for your consideration of this request.
>
> Douglas Noltie.
>
>
> ,,,
> <o){{{{{<
> \ ‘
>
> Dr. Douglas B. Noltie,
> Associate Professor - Fish Ecology and Behavior,
> Natural Resource Science and Management (formerly Department of
> Fisheries and Wildlife Sciences),
> The School of Natural Resources,
> 302 Anheuser-Busch Natural Resources Building
> University of Missouri-Columbia,
> Columbia, MO 65211-7240.
> ph. 573-882-9421
> fax 573-882=1977
> e-mail [log in to unmask]
>
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