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, Une fraction de cette thèse a fait l'objet d'une publication sous le thème

?. Tcha-thom, M. Baba, G. Feuillade-cathalifaud, G. Pallier, V. Gnanvossou et al., Comprehensive study of organic and inorganic compounds released by animal and pineapple fruits wastes, Journal of Scientific and Engineering Research, vol.5, issue.11, pp.32-42, 2018.

, Quatre propositions d'articles ont fait l'objet de redaction et seront publiés

?. Tcha-thom, M. Baba, G. Pallier, V. Koledzi, E. Gnanvossou et al., Characterization of animal digestates and assessment of their ecotoxicity on Zea mays early growth

?. Tcha-thom, M. Feuillade-cathalifaud, G. Koledzi, E. K. Pallier, V. Baba et al., An integrated approach for pineapple wastes valorizations into biogas

?. Tcha-thom, M. Feuillade-cathalifaud, G. Koledzi, E. Pallier, V. Baba et al., Assessing potentials toxicity and efficiency of digestates on maize early growth under agricultural soils

?. Tcha-thom, M. Baba, G. Pallier, V. Koledzi, E. K. Feuillade-cathalifaud et al., Devenir des éléments azotés et des fractions de carbone organique de digestats d'élevage sur les sols agricoles de la Région de la Kara du TOGO, Communications scientifiques

, Quatre communications orales ont été faites au niveau national et international. Il s'agit de

?. Tcha-thom, M. Feuillade-cathalifaud, G. Koledzi, E. K. Pallier, V. Baba et al., An integrated approach for pineapple wastes valorizations into biogas, pp.15-18, 2018.

?. Tcha-thom, M. Koledzi, E. K. Pallier, V. Feuillade-cathalifaud, G. Baba et al., Optimizations of volatile fatty acids generation and methane production from pineapple wastes, 2018.

, Afrique face aux ODD: Quelles recherche et innovation pour un développement durable, pp.8-13, 2018.

T. Lomé,

?. Tcha-thom, M. Koledzi, E. K. Pallier, V. Feuillade-cathalifaud, G. Baba et al., Etude de l'inhibtion de la croissance de Zea mays par les digestats et évaluation de leur valeur fertilisante sur sols agricoles. 18emes Journées Scientifiques internationales de Lomé ; L'Afrique face aux ODD: Quelles recherche et innovation pour un développement durable, pp.8-13, 2018.

?. Tcha-thom, M. Baba, G. Feuillade-cathalifaud, G. Pallier, V. Gnanvossou et al., Devenir des éléments azotés et des fractions de carbone organique de digestats d'élevage sur les sols agricoles de la Région de la Kara du TOGO. Séminaire sur le Partage des résultats de recherche scientifique, pp.3-07, 2018.

, L'idée c'est de porter tous les sols à 6% de MO (non inhibitrice pour la croissance des

S. Nawarè-témoin, , vol.86, p.14

, Pertes (2)= négligé Gains (3)= négligé Redressement (4)= Besoin Voir ci-dessous suivant le type de sol

, 2 t/ha/an Sol Kara Témoin : 2175*5,14%=111,8 t/ha/an 6-Estimation du potentiel humigène du digestat 7-Dose du produit organique à apporter 8-Dose (g) du produit organique transposée aux caractéristiques de la colonne 9-Volume total d'injection rapporté à la colonne Indice de stabilité biologique : ISMO des digestats varie de 85 à 95% soit en moyenne 90%. Par définition, un ISMO de 90 % signifie que 100, Pertes et Gains négligés implique que Redressement=Besoin en MO Sol Nawarè Temoin : 2175*4, vol.56

, Dose d'apport= Besoin en MO /Potentiel humigène Diamètre= 0, p.36

, Hauteur de sol= 0, p.15

, Surface= ?r²=0, p.1017

, Dose rapportée à la colonne= Dose du produit * Surface colonne Pluviométrie moy

S. Kara-témoin, , p.221

S. Nawarè-témoin, , p.22