2013
DOI: 10.1016/j.agsy.2013.02.007
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CASIMOD’N: An agro-hydrological distributed model of catchment-scale nitrogen dynamics integrating farming system decisions

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Cited by 27 publications
(20 citation statements)
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References 42 publications
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“…By providing a specific service, a continuous support is necessary [91,92,140]. Here a fluent information flow, which is also important for innovation adoption, is also ensured [91,96,133,141]. For product innovations offering new ways of services, also gender (male; [95,133,139]), age [92,95,139] farm size [92,139,142] can trigger a further adoption (Table 9).…”
Section: Drivers For Continuous Product Innovations (Goods)mentioning
confidence: 99%
“…By providing a specific service, a continuous support is necessary [91,92,140]. Here a fluent information flow, which is also important for innovation adoption, is also ensured [91,96,133,141]. For product innovations offering new ways of services, also gender (male; [95,133,139]), age [92,95,139] farm size [92,139,142] can trigger a further adoption (Table 9).…”
Section: Drivers For Continuous Product Innovations (Goods)mentioning
confidence: 99%
“…-Development of a new model (CASIMOD'N, Moreau et al 2013) coupling the previous agro-hydrological model TNT2 to a farm management model (including farmer strategy and tactics) to test the applicability of the guideline indicators to all the dairy farms in the watershed. The model predicted a decrease in the average nitrate concentration in stream water when converting a ''business as usual'' management scenario (28 mg/l) to a ''stocking rate ?…”
Section: A Framework For Guidance Toward Very Low Nitrogen Emissionsmentioning
confidence: 99%
“…La démarche agronomique « Territ'eau » proposée dans le cadre de l'Agrotransfert Bretagne constitue à ce titre une approche intéressante en matière d'évaluation des risques de lessivage qui intègre à la fois cultures, pratiques et rotations (Vertès et al 2010). Plus largement, le couplage de modèles à l'échelle de l'exploitation et du bassin versant (Moreau et al 2013) devrait permettre dans un futur proche de décrire l'impact de changement de pratiques (fertilisation, cultures intermédiaires, répartition des effluents) ou de systèmes d'élevage (chargement, part d'herbe et de maïs dans l'assolement) sur les pertes par lessivage à l'échelle d'un bassin versant et éclairer par exemple les décisions publiques dans le cadre de plans d'action ciblés sur certains territoires.…”
Section: Régions Bretagne Etunclassified