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Environmental Impact of Wood Preservative Leachates on Soil - Silvija Stefanovic
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Silvija Stefanovic:

Environmental Impact of Wood Preservative Leachates on Soil - nouveau livre

2013, ISBN: 9783639063578

ID: 431006685

Depending on the physical and chemicalcharacteristics of soil, adsorption of inorganiccomponents of leachates from preservative treatedwood can limit movement of contaminants to othercompartments (soil as a sink) and reduce their toxiceffect by limiting bioavailability. Estimatedadsorption maxima of Cu CCA in organic and clay soilswere the same or higher than for Cu ACQ and Cu CA.The presence of preservative components in the soildecreased the yield and increased their accumulationin ryegrass. Uptake of As, Cu, and Cr in rye grasswas just as well predicted by total soil content aswith any of the bioavailable estimates. ACQ leachateshowed higher toxicity to germination of ryegrassseeds and Daphnia magna toxicity; it had a lowereffect on ryegrass growth than CCA leachate. Reactionof ACQ leachate with sandy soil components resultedin reduced toxicity to Daphnia magna. None of thecontaminated soils had a measurable effect onearthworms, although there was some preservativeuptake in the worms. CCA and ACQ had similar effectson soil microflora/fauna respiration. CA leachate hadlower toxicity to Daphnia magna and similar toxicityto other organisms as ACQ. Depending on the physical and chemical characteristics of soil, adsorption of inorganic components of leachates from preservative treated wood can limit movement of contaminants to other compartments (soil as a sink) and reduce their toxic effect by limiting bioavailability. Estimated adsorption maxima of Cu CCA in organic and clay soils were the same or higher than for Cu ACQ and Cu CA. The presence of preservative components in the soil decreased the yield and increased their accumulation in ryegrass. Uptake of As, Cu, and Cr in rye grass was just as well predicted by total soil content as with any of the bioavailable estimates. ACQ leachate showed higher toxicity to germination of ryegrass seeds and Daphnia magna toxicity; it had a lower effect on ryegrass growth than CCA leachate. Reaction of ACQ leachate with sandy soil components resulted in reduced toxicity to Daphnia magna. None of the contaminated soils had a measurable effect on earthworms, although there was some preservative uptake in the worms. CCA and ACQ had similar effects on soil microflora/fauna respiration. CA leachate had lower toxicity to Daphnia magna and similar toxicity to other organisms as ACQ. The Effect of Soil Properties on Mechanism and Rate of Adsorption of As, Cu and Cr from Wood Preservative Leachates Bücher > Fremdsprachige Bücher > Englische Bücher Taschenbuch 05.11.2013 Buch (fremdspr.), VDM, .201

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Environmental Impact of Wood Preservative Leachates on Soil - Silvija Stefanovic
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Silvija Stefanovic:

Environmental Impact of Wood Preservative Leachates on Soil - nouveau livre

ISBN: 9783639063578

ID: 610585299

Depending on the physical and chemicalcharacteristics of soil, adsorption of inorganiccomponents of leachates from preservative treatedwood can limit movement of contaminants to othercompartments (soil as a sink) and reduce their toxiceffect by limiting bioavailability. Estimatedadsorption maxima of Cu CCA in organic and clay soilswere the same or higher than for Cu ACQ and Cu CA.The presence of preservative components in the soildecreased the yield and increased their accumulationin ryegrass. Uptake of As, Cu, and Cr in rye grasswas just as well predicted by total soil content aswith any of the bioavailable estimates. ACQ leachateshowed higher toxicity to germination of ryegrassseeds and Daphnia magna toxicity; it had a lowereffect on ryegrass growth than CCA leachate. Reactionof ACQ leachate with sandy soil components resultedin reduced toxicity to Daphnia magna. None of thecontaminated soils had a measurable effect onearthworms, although there was some preservativeuptake in the worms. CCA and ACQ had similar effectson soil microflora/fauna respiration. CA leachate hadlower toxicity to Daphnia magna and similar toxicityto other organisms as ACQ. Depending on the physical and chemical characteristics of soil, adsorption of inorganic components of leachates from preservative treated wood can limit movement of contaminants to other compartments (soil as a sink) and reduce their toxic effect by limiting bioavailability. Estimated adsorption maxima of Cu CCA in organic and clay soils were the same or higher than for Cu ACQ and Cu CA. The presence of preservative components in the soil decreased the yield and increased their accumulation in ryegrass. Uptake of As, Cu, and Cr in rye grass was just as well predicted by total soil content as with any of the bioavailable estimates. ACQ leachate showed higher toxicity to germination of ryegrass seeds and Daphnia magna toxicity; it had a lower effect on ryegrass growth than CCA leachate. Reaction of ACQ leachate with sandy soil components resulted in reduced toxicity to Daphnia magna. None of the contaminated soils had a measurable effect on earthworms, although there was some preservative uptake in the worms. CCA and ACQ had similar effects on soil microflora/fauna respiration. CA leachate had lower toxicity to Daphnia magna and similar toxicity to other organisms as ACQ. The Effect of Soil Properties on Mechanism and Rate of Adsorption of As, Cu and Cr from Wood Preservative Leachates Buch (fremdspr.) Bücher>Fremdsprachige Bücher>Englische Bücher, VDM

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Environmental Impact of Wood Preservative Leachates on Soil - Silvija Stefanovic
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Silvija Stefanovic:
Environmental Impact of Wood Preservative Leachates on Soil - Livres de poche

ISBN: 9783639063578

[ED: Taschenbuch], [PU: VDM Verlag Dr. Müller e.K.], Neuware - Depending on the physical and chemicalcharacteristics of soil, adsorption of inorganiccomponents of leachates from preservative treatedwood can limit movement of contaminants to othercompartments (soil as a sink) and reduce their toxiceffect by limiting bioavailability. Estimatedadsorption maxima of Cu CCA in organic and clay soilswere the same or higher than for Cu ACQ and Cu CA.The presence of preservative components in the soildecreased the yield and increased their accumulationin ryegrass. Uptake of As, Cu, and Cr in rye grasswas just as well predicted by total soil content aswith any of the bioavailable estimates. ACQ leachateshowed higher toxicity to germination of ryegrassseeds and Daphnia magna toxicity it had a lowereffect on ryegrass growth than CCA leachate. Reactionof ACQ leachate with sandy soil components resultedin reduced toxicity to Daphnia magna. None of thecontaminated soils had a measurable effect onearthworms, although there was some preservativeuptake in the worms. CCA and ACQ had similar effectson soil microflora/fauna respiration. CA leachate hadlower toxicity to Daphnia magna and similar toxicityto other organisms as ACQ. Depending on the physical and chemical characteristics of soil, adsorption of inorganic components of leachates from preservative treated wood can limit movement of contaminants to other compartments (soil as a sink) and reduce their toxic effect by limiting bioavailability. Estimated adsorption maxima of Cu CCA in organic and clay soils were the same or higher than for Cu ACQ and Cu CA. The presence of preservative components in the soil decreased the yield and increased their accumulation in ryegrass. Uptake of As, Cu, and Cr in rye grass was just as well predicted by total soil content as with any of the bioavailable estimates. ACQ leachate showed higher toxicity to germination of ryegrass seeds and Daphnia magna toxicity it had a lower effect on ryegrass growth than CCA leachate. Reaction of ACQ leachate with sandy soil components resulted in reduced toxicity to Daphnia magna. None of the contaminated soils had a measurable effect on earthworms, although there was some preservative uptake in the worms. CCA and ACQ had similar effects on soil microflora/fauna respiration. CA leachate had lower toxicity to Daphnia magna and similar toxicity to other organisms as ACQ., [SC: 0.00], Neuware, gewerbliches Angebot, 220x150x12 mm, [GW: 308g]

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Environmental Impact of Wood Preservative Leachates on Soil - Silvija Stefanovic
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Silvija Stefanovic:
Environmental Impact of Wood Preservative Leachates on Soil - Livres de poche

ISBN: 9783639063578

Paperback, [PU: VDM Verlag Dr. Müller e.K.], Depending on the physical and chemical characteristics of soil, adsorption of inorganic components of leachates from preservative treated wood can limit movement of contaminants to other compartments (soil as a sink) and reduce their toxic effect by limiting bioavailability. Estimated adsorption maxima of Cu CCA in organic and clay soils were the same or higher than for Cu ACQ and Cu CA. The presence of preservative components in the soil decreased the yield and increased their accumulation in ryegrass. Uptake of As, Cu, and Cr in rye grass was just as well predicted by total soil content as with any of the bioavailable estimates. ACQ leachate showed higher toxicity to germination of ryegrass seeds and Daphnia magna toxicity; it had a lower effect on ryegrass growth than CCA leachate. Reaction of ACQ leachate with sandy soil components resulted in reduced toxicity to Daphnia magna. None of the contaminated soils had a measurable effect on earthworms, although there was some preservative uptake in the worms. CCA and ACQ had similar effects on soil microflora/fauna respiration. CA leachate had lower toxicity to Daphnia magna and similar toxicity to other organisms as ACQ.

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Environmental Impact of Wood Preservative Leachates on Soil: The Effect of Soil Properties on Mechanism and Rate of Adsorption of As, Cu and Cr from Wood Preservative Leachates - Silvija Stefanovic
Livre non disponible
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Silvija Stefanovic:
Environmental Impact of Wood Preservative Leachates on Soil: The Effect of Soil Properties on Mechanism and Rate of Adsorption of As, Cu and Cr from Wood Preservative Leachates - Livres de poche

2013, ISBN: 3639063570

Taschenbuch, [EAN: 9783639063578], VDM Verlag Dr. Müller, VDM Verlag Dr. Müller, Book, [PU: VDM Verlag Dr. Müller], 2013-10-28, VDM Verlag Dr. Müller, 56047011, Wissenschaft, 56517011, Agrarwissenschaften, 56779011, Archäologie, 56507011, Astronomie & Raumforschung, 56172011, Bildung & Erziehung, 56458011, Biowissenschaften, 56048011, Chemie, 56534011, Essays & Kommentare, 56177011, Evolution, 56192011, Experimente, Instrumente & Messungen, 56092011, Geowissenschaften, 56204011, Geschichte & Philosophie, 56214011, Mathematik, 56432011, Nachschlagewerke, 56375011, Physik, 56441011, Technologie, 56453011, Verhaltensforschung, 54071011, Genres, 52044011, Fremdsprachige Bücher

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Détails sur le livre
Environmental Impact of Wood Preservative Leachateson Soil
Auteur:

Stefanovic Silvija

Titre:

Environmental Impact of Wood Preservative Leachateson Soil

ISBN:

3639063570

Depending on the physical and chemical characteristics of soil, adsorption of inorganic components of leachates from preservative treated wood can limit movement of contaminants to other compartments (soil as a sink) and reduce their toxic effect by limiting bioavailability. Estimated adsorption maxima of Cu CCA in organic and clay soils were the same or higher than for Cu ACQ and Cu CA. The presence of preservative components in the soil decreased the yield and increased their accumulation in ryegrass. Uptake of As, Cu, and Cr in rye grass was just as well predicted by total soil content as with any of the bioavailable estimates. ACQ leachate showed higher toxicity to germination of ryegrass seeds and Daphnia magna toxicity; it had a lower effect on ryegrass growth than CCA leachate. Reaction of ACQ leachate with sandy soil components resulted in reduced toxicity to Daphnia magna. None of the contaminated soils had a measurable effect on earthworms, although there was some preservative uptake in the worms. CCA and ACQ had similar effects on soil microflora/fauna respiration. CA leachate had lower toxicity to Daphnia magna and similar toxicity to other organisms as ACQ.

Informations détaillées sur le livre - Environmental Impact of Wood Preservative Leachateson Soil


EAN (ISBN-13): 9783639063578
ISBN (ISBN-10): 3639063570
Livre de poche
Date de parution: 2008
Editeur: VDM Verlag
192 Pages
Poids: 0,302 kg
Langue: eng/Englisch

Livre dans la base de données depuis 12.09.2008 12:45:11
Livre trouvé récemment le 11.03.2017 13:32:58
ISBN/EAN: 3639063570

ISBN - Autres types d'écriture:
3-639-06357-0, 978-3-639-06357-8

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