| 1. |
Can low-input agriculture in semi-arid Burkina Faso feed its soil, livestock and people?
Assogba Gildas Geraud Comlan, Berre David, Adam Myriam, Descheemaeker Katrien.
2023.
European Journal of Agronomy, 151:126983, 15 p.
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| 2. |
Socio-demographic factors and ethnobotanical knowledge associated with sesame management practices across agroecological zones in Benin.
Azon Christel F., Fassinou Hotegni Vodjo Nicodème, Adje Charlotte O.A., Agossou Chaldia O., Sogbohossou Dêêdi Eurydice Olga, Nouletope Hermine, Akotchayé Odilon-Parfait K., Kékpè Pancrace, Aïsso Clavaire, Guirguissou Maboudou A., Dossa Komivi, Agbangla Clément, Quenum Florent J.B., Achigan-Dako Enoch G..
2023.
Experimental Agriculture, 59:e10, 21 p.
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| 3. |
Intensified rice production negatively impacts plant biodiversity, diet, lifestyle and quality of life. Transdisciplinary and gendered research in the Middle Senegal River Valley.
Clavel Danièle, Guetat-Bernard Hélène, Verger Eric O..
2023.
Agriculture and Human Values, 40 : 745-760.
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| 4. |
Scientific agenda for climate risk and impact assessment of West African cropping systems.
Diancoumba Madina, MacCarthy Dilys Sefakor, Webber Heidi, Akinseye Folorunso M., Faye B., Noulèkoun F., Corbeels Marc, Worou N..
2023.
Global Food Security, 38:100710, 4 p.
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| 5. |
Effets longue-durée de différentes densités de Piliostigma reticulatum (DC) Hochst sur le stockage et la dynamique du carbone et de l'eau dans un Plinthosol épipétrique en zone nord-soudanienne du Burkina Faso.
Gnissien Moussa, Coulibaly Kalifa, Barro Moussa, Douzet Jean-Marie, Cournac Laurent, Cicek Harun, Nacro Hassan Bismarck.
2023.
International Journal of Biological and Chemical Sciences, 17 (3) : 1220-1236.
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| 6. |
From prototype to inference: A pipeline to apply deep learning in sorghum panicle detection.
James Chrisbin, Gu Yanyang, Potgieter Andries, David Etienne, Madec Simon, Guo Wei, Baret Frédéric, Eriksson Anders, Chapman Scott.
2023.
Plant Phenomics, 5:0017, 16 p.
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| 7. |
Energy cover crops for biogas production increase soil organic carbon stocks: A modeling approach.
Levavasseur Florent, Kouakou Patrice Koffi, Constantin Julie, Cresson Romain, Ferchaud Fabien, Girault Romain, Jean-Baptiste Vincent, Lagrange Hélène, Marsac Sylvain, Pellerin Sylvain, Houot Sabine.
2023.
Global Change Biology. Bioenergy, 15 (2) : 224-238.
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| 8. |
Crop biocultural traits shape seed networks: Implications for social-ecological resilience in south eastern Senegal.
Porcuna-Ferrer Anna, Labeyrie Vanesse, Alvarez-Fernandez Santiago, Calvet-Mir Laura, Faye Ndeye Fatou, Ouadah Sarah, Reyes-Garcia Victoria.
2023.
Agricultural Systems, 211:103750, 14 p.
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| 9. |
Le haricot mungo, Vigna radiata (L.), une alternative à l'association sorgho-niébé pour la diversification des cultures en conditions soudano-sahéliennes ?
Raboin Louis-Marie, Batieno Benoit Joseph, Gozé Eric, Douzet Jean-Marie, Poda Léandre, Koala Wendegoudi Astrid, Agbevohia Koffi Aquilas, Hassami Djibre, Kabore Mariam, Adam Myriam, Dusserre Julie, Kabore Pierre.
2023.
Cahiers Agricultures, 32:26, 11 p.
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| 10. |
Immunological, molecular, and pathogenic characterization of sugarcane streak mosaic virus isolates from six asian countries.
Rott Philippe, Chatenet Michèle, Mazarin Candy, Fernandez Emmanuel, Gargani Daniel, Royer Monique, Rao Govind P., Lockhart Benham E.L., Girard Jean-Claude.
2023.
Sugar Tech, 25 : 1134-1143.
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| 11. |
Genetic diversity, evolution, and diagnosis of sugarcane yellow leaf virus from 19 sugarcane-producing locations worldwide.
Rott Philippe, Grinstead Samuel, Dallot Sylvie, Foster Zachary S. L., Daugrois Jean-Heinrich, Fernandez Emmanuel, Kaye Claudia, Hendrickson Leticia, Hu Xiaojun, Adhikari Bishwo, Malapi Martha, Grunwald Niklaus J., Roumagnac Philippe, Mollov Dimitre S..
2023.
Plant Disease, 10711 : 3437-3447.
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| 12. |
Sustainable intensification of sorghum-based cropping systems in semi-arid sub-Saharan Africa: The role of improved varieties, mineral fertilizer, and legume integration.
Traoré Amadou, Falconnier Gatien, Couedel Antoine, Sultan Benjamin, Chimonyo Vimbayi G.P., Adam Myriam, Affholder François.
2023.
Field Crops Research, 304:109180, 10 p.
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| 13. |
Farmer - plant breeder collaboration: The case of sorghum breeding in West Africa.
Weltzien Eva, Rattunde Fred, Sidibe Mamourou, Vom Brocke Kirsten, Diallo Abdoulaye, Haussmann Bettina I.G., Diallo Bocar, Nebie Baloua, Touré Aboubacar, Christinck Anja.
2023.
In : Seeds that give revisited: Participatory plant breeding and rural revitalization. Song Yiching (ed.), Vernooy Ronnie (ed.), et al.. Pékin : China Agriculture Press, 54-74.
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| 14. |
Des céréales locales pour la transition climatique et alimentaire. Pratiques paysannes et pratiques féminines sur les sorghos et les mils du Sahel sénégalais au Deccan indien.
Clavel Danièle, Guetat-Bernard Hélène, Verger Eric O..
2022.
VertigO, 22 (1), 23 p.
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| 15. |
Quantitative and population genomics suggest a broad role of stay-green loci in the drought adaptation of sorghum.
Faye Jacques, Akata Eyanawa, Sine Bassirou, Diatta Cyril, Cissé Ndiaga, Fonceka Daniel, Morris Geoffrey P..
2022.
Plant Genome, 15 (1):e20176, 17 p.
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| 16. |
Performances agronomiques et modélisation des associations sorgho-niébé en zone Soudano-sahélienne du Burkina Faso.
Ganeme Aminata.
2022.
Ouagadougou : Université Joseph Ki-Zerbo, 220 p. Thèse de doctorat : Biologie et écologie végétales agroécologie et agrobiodiversité. Sciences biologiques appliquées : Université Joseph Ki-Zerbo
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| 17. |
Characterizing sorghum (Sorghum bicolor [L.] Moench) varieties diversity to identify those with contrasting traits of interest for intercropping systems in the Sudano-Sahelian zone of West Africa.
Ganeme Aminata, Pulcherie Kondombo clarisse, Raboin Louis-Marie, Dusserre Julie, Kaboré Roger, Adam Myriam, Traoré Salifou.
2022.
Plant Genetic Resources, 20 (2) : 87-97.
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| 18. |
Agro-physiological responses of 10 west Africa sorghum varieties to early water deficit assessed by UAV and ground phenotyping.
Gano Boubacar, Dembele Joseph Sekou B, Sine Bassirou, Diouf Diaga, Audebert Alain.
2022.
In : Crop adaptation and improvement for drought-prone environments. Ndjido A. Kane (ed.), Foncéka Daniel (ed.), Dalton Timothy J. (ed.). Manhattan : New Prairie Press, 188-237.
ISBN 978-1-944548-46-9
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| 19. |
Sorghum root epigenetic landscape during limiting phosphorus conditions.
Gladman Nicholas, Hufnagel Maciel Bárbara, Regulski Michael, Liu Zhigang, Wang Xiaofei, Chougule Kapeel, Kochian Leon V., Magalhaes Jurandir V., Ware Doreen.
2022.
Plant Direct, 6 (5):e393, 17 p.
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| 20. |
UAV method based on multispectral imaging for field phenotyping.
Mbaye Modou, Ndour Adama, Gano Boubacar, Dembele Joseph Sekou B, Luquet Delphine, Beurier Grégory, Audebert Alain.
2022.
In : Crop adaptation and improvement for drought-prone environments. Ndjido A. Kane (ed.), Foncéka Daniel (ed.), Dalton Timothy J. (ed.). Manhattan : New Prairie Press, 173-187.
ISBN 978-1-944548-46-9
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