References of "Bodson, Bernard"
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See detailLes régulateurs de croissance
Vancutsem, Françoise ULg; Seutin, Benoit ULg; Monfort, Bruno et al

in Livre Blanc: Céréales - Gembloux (2010, February 24)

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See detailLa fumure azotée
Destain, Jean-Pierre ULg; Roisin, Christian; Marcoen, Jean Marie ULg et al

in Livre Blanc: Céréales - Gembloux (2010, February 24)

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See detailLutte contre les maladies: les résultats des essais "protection fongicide" réalisés sur escourgeon sur le site de Lonzée en 2009
Monfort, Bruno; Bodson, Bernard ULg

in Livre Blanc: Céréales - Gembloux (2010, February 24)

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See detailOrges brassicoles
Monfort, Bruno; Bodson, Bernard ULg

in Livre Blanc: Céréales - Gembloux (2010, February 24)

Aperçu de l'année en orge de brasserie - Résultats d'expérimentations - Recommandations pratiques pour la culture

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See detailImplantation des cultures
Bodson, Bernard ULg; Roisin, Christian; Vancutsem, Françoise ULg et al

in Livre Blanc: Céréales - Gembloux (2010, February 24)

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See detailLes grandes cultures et le cycle du carbone
Moureaux, Christine ULg; Aubinet, Marc ULg; Dufranne, Delphine ULg et al

in Livre Blanc Céréales (2010, February 24)

Le cycle du carbone et les flux de carbone dans une culture - Perspectives

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See detailRegroupement de traitements: il faut être conscient du risque
Seutin, Benoit ULg; Vancutsem, Françoise ULg; Bodson, Bernard ULg

in Livre Blanc: Céréales - Gembloux (2010, February 24)

Les mélanges de produits phytosanitaires avec la solution azotée au 1er noeud - Les mélanges de fongicides ou d'herbicide avec le régulateur au 2ème noeud - Les mélanges fongicides et Allié à la dernière ... [more ▼]

Les mélanges de produits phytosanitaires avec la solution azotée au 1er noeud - Les mélanges de fongicides ou d'herbicide avec le régulateur au 2ème noeud - Les mélanges fongicides et Allié à la dernière feuille [less ▲]

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See detailManagement effects on net ecosystem carbon and GHG budgets at European crop sites
Ceschia, E.; Beziat, P.; Dejoux, J. F. et al

in Agriculture, Ecosystems & Environment (2010), 139

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See detailVariétés: escourgeon et orge d'hiver fourragers
Herman, Jean-Luc; Monfort, Bruno; Couvreur, Luc et al

in Livre Blanc: Céréales - Gembloux - Informations avant les semis (2009, September 10)

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See detailVariétés: froment d'hiver
Seutin, Benoit ULg; Vancutsem, Françoise ULg; Couvreur, Luc et al

in Livre Blanc: Céréales - Gembloux - Informations avant les semis (2009, September 10)

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See detailImplantation des cultures
Bodson, Bernard ULg; Roisin, Christian; Vancutsem, Françoise ULg et al

in Livre Blanc: Céréales - Gembloux - Informations avant les semis (2009, September 10)

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See detailVariétés: orge de brasserie
Monfort, Bruno; Bodson, Bernard ULg

in Livre Blanc: Céréales - Gembloux - Informations avant les semis (2009, September 10)

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See detailFroment 2009: de bons rendements mais une piètre qualité boulangère
Sinnaeve, Georges; Gofflot, Sébastien; Chandelier, Anne et al

in Livre Blanc: Céréales - Gembloux - Informations avant les semis (2009, September 10)

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See detailLivre Blanc Céréales - Gembloux - Informations avant les semis
De Proft, Michel; Bodson, Bernard ULg

Book published by Gembloux Agro-Bio Tech - Edition Septembre 2009 (2009)

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See detailTreatment influence on herbicide resistance level of Belgian Alopecurus myosuroides populations (black-grass)
Maréchal, Pierre-Yves ULg; Henriet, François; Bodson, Bernard ULg

in Communications in Agricultural and Applied Biological Sciences (2009, May 19), 74(2), 505-514

Black-grass is a common grass weed, widely spread in Northern Europe and also in Belgium. For ages, it has been an increasing problem in industrial crops, especially winter cereals. Therefore, farmers ... [more ▼]

Black-grass is a common grass weed, widely spread in Northern Europe and also in Belgium. For ages, it has been an increasing problem in industrial crops, especially winter cereals. Therefore, farmers started to spray herbicide intensively and soon cases of failure occurred for different molecules and different modes of action. Black-grass populations have been tested in greenhouses to assess the influence of an herbicide treatment as to the resistance level regarding three different herbicides: chlortoluron, fenoxaprop-P and mesosulfuron+iodosulfuron. Black-grass seeds were collected in field trials in six locations in Belgium, on individuals which have survived the herbicide treatment. Each population comes from trial plots, measuring 2 meters wide by 5 meters long and characterized by a single or a combination of products. Herbicides sprayed were isoproturon, flufenacet+diflufenican, ACCase inhibitors and ALS inhibitors. Seeds were also collected in the untreated plots. The population present in these last ones corresponds to the former population, before the herbicide selection pressure was applied. In the glasshouse assay, this population was used as the standard population to compare with other populations issued from the same field. The 'R' rating system was set up with this population to assess the evolution of resistance level, year in, year out. Rothamsted and Peldon populations were also included as cross-reference. Each field population presented different behaviours towards herbicide applied in greenhouses and some cases of resistance can be highlighted. Generally, a reduction of treatment efficiency between field and greenhouse results was clearly visible for the whole of studied active ingredients. Indeed, a distribution shift of the populations towards higher resistance classes could be observed. This is particularly remarkable for active ingredients sharing the same mode of action. For example, it has been found that populations already sprayed with fenoxaprop-P on the field showed a higher resistance level to fenoxaprop-P than to mesosulfuron in the greenhouse test. [less ▲]

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