Biological efficacy of drift-reducing spray applications in various field crops

David Nuyttens; Martijn D'Hoop; Veerle De Blauwer; Olivier Herman; Wim Hubrechts; Inge  Mestdagh; Donald Dekeyser

Biological efficacy of drift-reducing spray applications in various field crops

David Nuyttens, Martijn D'Hoop, Veerle De Blauwer, Olivier Herman, Wim Hubrechts, Inge Mestdagh, Donald Dekeyser

Onderzoeksoutput: Hoofdstuk in Boek/Rapport/Congresprocedure › C1: Artikels in proceedings van wetenschappelijke congressen, die niet inbegrepen zijn in A1, A2, A3 of P1 › peer review

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In 2007, 2008 and 2009, field trials were carried out with different standard and drift-reducing nozzles in sugar beet, maize, chicory, Belgian endive (all herbicide applications), wheat (fungicide application) and potatoes (haulm killing herbicide application). The effect of nozzle type (standard flat fan, low-drift flat fan, air injection), nozzle size (ISO 02, 03 and 04) and application volume on the biological efficacy was investigated. All applications were done using a plot sprayer with volume rates ranging from 160 to 320 l.ha^-1 at recommended dose rates with range of commonly used plant protection products. For each crop, the experiments included four replicates in a randomized block design. Depending on the type of application, the efficacy was measured in terms of weed control, disease and yield level, percentage dead leaf and stem, etc. In a previous research, drift and droplet characteristics of the different techniques were measured.
In general no important effect of application technique on biological efficacy was observed for the tested herbicide and fungicide applications within the interval of volume rates and droplet sizes tested. Drift-reducing nozzles performed similar as conventional nozzles under good spraying conditions and using a correct spray application technique.

Oorspronkelijke taal	Engels
Titel	International Advances in Pesticide Application
Editors	P Balsari, P I Carpenter, S E Cooper, C R Glass, B Magri, C Mountford-Smith, T H Robinson, D Stock, W A Taylor, E W Thornhill, J van de Zande
Aantal pagina’s	8
Volume	99
Plaats productie	Warwick, UK
Uitgeverij	Association of Applied Biologists
Publicatiedatum	2010
Pagina's	97-104
Publicatiestatus	Gepubliceerd - 2010
Evenement	International Advances in Pesticide Application (2010) - Cambridge, Verenigd Koninkrijk Duur: 5-jan.-2010 → 7-jan.-2010

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Biological efficacy of drift-reducing spray applications in various field crops!!Submitted manuscript, 394 KB

SPRAYDRIFT: Driftreductie bij volleveldspuiten dankzij een integrale aanpak
Nuyttens, D. (Projectverantwoordelijke) & Dekeyser, D. (Onderzoeker)
1/09/05 → 28/02/09
Project: Onderzoek

Dit citeren

Nuyttens, D., D'Hoop, M., De Blauwer, V., Herman, O., Hubrechts, W., Mestdagh, I., & Dekeyser, D. (2010). Biological efficacy of drift-reducing spray applications in various field crops. In P. Balsari, P. I. Carpenter, S. E. Cooper, C. R. Glass, B. Magri, C. Mountford-Smith, T. H. Robinson, D. Stock, W. A. Taylor, E. W. Thornhill, & J. van de Zande (editors), International Advances in Pesticide Application (Vol. 99, blz. 97-104). (Aspects of Applied Biology; Vol. 99). Association of Applied Biologists.

Nuyttens, David ; D'Hoop, Martijn ; De Blauwer, Veerle et al. / Biological efficacy of drift-reducing spray applications in various field crops. International Advances in Pesticide Application. bewerker / P Balsari ; P I Carpenter ; S E Cooper ; C R Glass ; B Magri ; C Mountford-Smith ; T H Robinson ; D Stock ; W A Taylor ; E W Thornhill ; J van de Zande. Vol. 99 Warwick, UK : Association of Applied Biologists, 2010. blz. 97-104 (Aspects of Applied Biology).

@inbook{2c3c3295e48a4d15a22a1be068737aaf,

title = "Biological efficacy of drift-reducing spray applications in various field crops",

abstract = "In 2007, 2008 and 2009, field trials were carried out with different standard and drift-reducing nozzles in sugar beet, maize, chicory, Belgian endive (all herbicide applications), wheat (fungicide application) and potatoes (haulm killing herbicide application). The effect of nozzle type (standard flat fan, low-drift flat fan, air injection), nozzle size (ISO 02, 03 and 04) and application volume on the biological efficacy was investigated. All applications were done using a plot sprayer with volume rates ranging from 160 to 320 l.ha-1 at recommended dose rates with range of commonly used plant protection products. For each crop, the experiments included four replicates in a randomized block design. Depending on the type of application, the efficacy was measured in terms of weed control, disease and yield level, percentage dead leaf and stem, etc. In a previous research, drift and droplet characteristics of the different techniques were measured. In general no important effect of application technique on biological efficacy was observed for the tested herbicide and fungicide applications within the interval of volume rates and droplet sizes tested. Drift-reducing nozzles performed similar as conventional nozzles under good spraying conditions and using a correct spray application technique.",

author = "David Nuyttens and Martijn D'Hoop and {De Blauwer}, Veerle and Olivier Herman and Wim Hubrechts and Inge Mestdagh and Donald Dekeyser",

year = "2010",

language = "English",

volume = "99",

series = "Aspects of Applied Biology",

publisher = "Association of Applied Biologists",

pages = "97--104",

editor = "P Balsari and Carpenter, {P I } and Cooper, {S E} and Glass, {C R} and B Magri and C Mountford-Smith and Robinson, {T H} and D Stock and Taylor, {W A} and Thornhill, {E W} and {van de Zande}, J",

booktitle = "International Advances in Pesticide Application",

address = "United Kingdom",

note = "International Advances in Pesticide Application (2010) ; Conference date: 05-01-2010 Through 07-01-2010",

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Nuyttens, D, D'Hoop, M, De Blauwer, V, Herman, O, Hubrechts, W, Mestdagh, I & Dekeyser, D 2010, Biological efficacy of drift-reducing spray applications in various field crops. in P Balsari, PI Carpenter, SE Cooper, CR Glass, B Magri, C Mountford-Smith, TH Robinson, D Stock, WA Taylor, EW Thornhill & J van de Zande (eds), International Advances in Pesticide Application. vol. 99, Aspects of Applied Biology, vol. 99, Association of Applied Biologists, Warwick, UK, blz. 97-104, International Advances in Pesticide Application (2010), Cambridge, Verenigd Koninkrijk, 5/01/10.

Biological efficacy of drift-reducing spray applications in various field crops. / Nuyttens, David; D'Hoop, Martijn; De Blauwer, Veerle et al.
International Advances in Pesticide Application. ed. / P Balsari; P I Carpenter; S E Cooper; C R Glass; B Magri; C Mountford-Smith; T H Robinson; D Stock; W A Taylor; E W Thornhill; J van de Zande. Vol. 99 Warwick, UK: Association of Applied Biologists, 2010. blz. 97-104 (Aspects of Applied Biology; Vol. 99).

Onderzoeksoutput: Hoofdstuk in Boek/Rapport/Congresprocedure › C1: Artikels in proceedings van wetenschappelijke congressen, die niet inbegrepen zijn in A1, A2, A3 of P1 › peer review

TY - CHAP

T1 - Biological efficacy of drift-reducing spray applications in various field crops

AU - Nuyttens, David

AU - D'Hoop, Martijn

AU - De Blauwer, Veerle

AU - Herman, Olivier

AU - Hubrechts, Wim

AU - Mestdagh, Inge

AU - Dekeyser, Donald

PY - 2010

Y1 - 2010

N2 - In 2007, 2008 and 2009, field trials were carried out with different standard and drift-reducing nozzles in sugar beet, maize, chicory, Belgian endive (all herbicide applications), wheat (fungicide application) and potatoes (haulm killing herbicide application). The effect of nozzle type (standard flat fan, low-drift flat fan, air injection), nozzle size (ISO 02, 03 and 04) and application volume on the biological efficacy was investigated. All applications were done using a plot sprayer with volume rates ranging from 160 to 320 l.ha-1 at recommended dose rates with range of commonly used plant protection products. For each crop, the experiments included four replicates in a randomized block design. Depending on the type of application, the efficacy was measured in terms of weed control, disease and yield level, percentage dead leaf and stem, etc. In a previous research, drift and droplet characteristics of the different techniques were measured. In general no important effect of application technique on biological efficacy was observed for the tested herbicide and fungicide applications within the interval of volume rates and droplet sizes tested. Drift-reducing nozzles performed similar as conventional nozzles under good spraying conditions and using a correct spray application technique.

AB - In 2007, 2008 and 2009, field trials were carried out with different standard and drift-reducing nozzles in sugar beet, maize, chicory, Belgian endive (all herbicide applications), wheat (fungicide application) and potatoes (haulm killing herbicide application). The effect of nozzle type (standard flat fan, low-drift flat fan, air injection), nozzle size (ISO 02, 03 and 04) and application volume on the biological efficacy was investigated. All applications were done using a plot sprayer with volume rates ranging from 160 to 320 l.ha-1 at recommended dose rates with range of commonly used plant protection products. For each crop, the experiments included four replicates in a randomized block design. Depending on the type of application, the efficacy was measured in terms of weed control, disease and yield level, percentage dead leaf and stem, etc. In a previous research, drift and droplet characteristics of the different techniques were measured. In general no important effect of application technique on biological efficacy was observed for the tested herbicide and fungicide applications within the interval of volume rates and droplet sizes tested. Drift-reducing nozzles performed similar as conventional nozzles under good spraying conditions and using a correct spray application technique.

M3 - C1: Articles in proceedings

VL - 99

T3 - Aspects of Applied Biology

SP - 97

EP - 104

BT - International Advances in Pesticide Application

A2 - Balsari, P

A2 - Carpenter, P I

A2 - Cooper, S E

A2 - Glass, C R

A2 - Magri, B

A2 - Mountford-Smith, C

A2 - Robinson, T H

A2 - Stock, D

A2 - Taylor, W A

A2 - Thornhill, E W

A2 - van de Zande, J

PB - Association of Applied Biologists

CY - Warwick, UK

T2 - International Advances in Pesticide Application (2010)

Y2 - 5 January 2010 through 7 January 2010

ER -

Nuyttens D, D'Hoop M, De Blauwer V, Herman O, Hubrechts W, Mestdagh I et al. Biological efficacy of drift-reducing spray applications in various field crops. In Balsari P, Carpenter PI, Cooper SE, Glass CR, Magri B, Mountford-Smith C, Robinson TH, Stock D, Taylor WA, Thornhill EW, van de Zande J, bewerkers, International Advances in Pesticide Application. Vol. 99. Warwick, UK: Association of Applied Biologists. 2010. blz. 97-104. (Aspects of Applied Biology).

Biological efficacy of drift-reducing spray applications in various field crops

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SPRAYDRIFT: Driftreductie bij volleveldspuiten dankzij een integrale aanpak

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