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    • Acclimatation de vitroplants de bananier (Musa sp.) en culture hydroponique : impact de différentes concentrations en cuivre sur la croissance des vitroplantsPeer reviewedOpen access 

      janvier 2013, Mazinga Kwey, Michel; Van Koninckxloo, Michel; Godoy Jara, Mario; Baboy Loganza, Louis; LOUVIEAUX, Julien, HE CondorcetCARAH
      Article scientifique
      Les contraintes dues au cuivre et les conséquences de son accumulation par les vitroplants de bananier pendant la phase d’acclimatation ont été étudiées en culture hydroponique. Des doses de 0-100-500-1000 ppm de cuivre, sous forme de CuSO4, ont été ajoutées au milieu nutritif en culture hydroponique. A 1000 ppm CuSO4, les résultats obtenus ont mis en évidence des concentrations en cuivre élevées ...

    • Exploiting Genetic Variability of Root Morphology as a Lever to Improve Nitrogen Use Efficiency in Oilseed RapePeer reviewedClosed access 

      29 juillet 2018, LOUVIEAUX, Julien; De Gernier, Hughes; Hermans, Christian, HE CondorcetCARAH
      Livre/Ouvrage ou monographie
      Nitrogen (N) is the quantitatively most important nutrient in cropping systems. The use of nitrate as a mineral fertilizer is highly energy-intensive and causes greenhouse gas emission and groundwater pollution. Therefore, the need to reduce N-fertilizer input is pressing. In order to compensate that reduction, new crop genotypes must be sought with improved nitrogen use efficiency (NUE). While ...

    • Root Morphological Traits of Seedlings Are Predictors of Seed Yield and Quality in Winter Oilseed Rape Hybrid CultivarsPeer reviewedOpen access 

      15 octobre 2020, LOUVIEAUX, Julien; SPANOGHE, Martin; Hermans, Christian, HE CondorcetCARAH
      Article scientifique
      The root system is responsible for soil resources acquisition. Hence, optimizing crop root characteristics has considerable implications for agricultural production. This study evaluated a panel of twenty-eight European modern cultivars of oilseed rape (Brassica napus L.) cultivated in laboratory and field environments. Root morphology was screened using a high-throughput hydroponic growth system ...