Performance Evaluation of Different Accession of Anacardium occidentale L. Seed under Various Substrates

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Aminatou Hamida
Massai Tchima Jacob
Oumarou Palou Madi
Yaboki Elisabeth
Boursi Jérémie
Aoutaksa Bouba Christian
Ranava Dieudonné


This study aims to determine which accession of cashew has the best growth rate and germination in the nursery. Trial was conducted in the year 2019 using split-plot design. The first factor is the provenance of seeds, namely the Sudano-Sahelian zone and High Guinean savannah zone, and the second factor is type of organic matter entering the substratum composition cow dung (BV), goat droppings (BC) and poultry droppings (FP). The data were taken on the percentage of seed germination and growth parameters (height, number of leaves, collar diameter and leaf area). The analysis of variance (ANOVA) was used to compare means between treatments and the means were separated by LSD test (Least Significant Difference). The results obtained indicate that the seed from sudano-sahelian zone has a good percentage of germination and best plant growth than those obtained from Guinean savannah highland Zone. The maximal percentage of germination after 28 days of sowing is 86.11%, 80% and 62.33% respectively in the BV, BC and FP substratum for the seed of sudano-sahelian zone against 84.44% (substratum FP), 82.22% (substratum BC) and 71.11% (substratum BV) for the seed of Guinean highland Savannah Zone. Regarding the growth of plant, for the two seed used, substrate with cow dung has high influence on the number of leaves, plant height and diameter of plant than the substrate that content the two other organic manures. In contrary, the surface area of leaf and the height to diameter ratio has been stimulated by the substratum containing goat droppings for the seed of sudano-sahelian zone. However, for the seed of Guinean highland Savannah, the high surface area was obtained in the substratum containing cow dung. The result showed that utilization of organic manures in the substrate composition may constitute a great potential for improving seed germination and plant growth of Anacardium occidentale. Seed from sudano-sahelian zone and substratum that consists cow dung and goat droppings may be suggested to farmers for better production of Anacardium occidentale saplings in a nursery.

Anacardium occidentale L, substrate, organic matter, growth, germination, Wakwa

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How to Cite
Hamida, A., Jacob, M. T., Madi, O. P., Elisabeth, Y., Jérémie, B., Christian, A. B., & Dieudonné, R. (2020). Performance Evaluation of Different Accession of Anacardium occidentale L. Seed under Various Substrates. Journal of Applied Life Sciences International, 23(6), 38-47.
Original Research Article


Aogou AS. The tree of the month, the cashew, Western Anacardium occidentale, (Anacardiaceae). Le Flamboyant, France. 1996;38.

Goujon P, Lefèbvre A, Leturcq PH, Marcellesi AP,. Praloran JC. Studies on the cashew nut. Ecological regions conducive to cashew cultivation in French-speaking West Africa. Fruits. 1973;28(3): 217-225.

Djaha J-BA, N’da A, Adopo, Koffi EK, Ballo CK, Coulibaly M. Growth and grafting capacity of two elite cashew genotypes (Anacardium occidentale L,) used as rootstocks in Côte d’Ivoire. International Journal of Biological and Chemical Sciences. 2012;6(4):1453-1466.

Martin KP. Plant regeneration through direct somatic embryogenesis on seed coat explants of cashew (Anacardium occidentale L.). Scientia Horticulturae. 2003;98:299-304.

Marlos AB, Claudivan de LF, Gomes FE, Carlos de AB, José PT. Physiology of cashew plants grown under adverse conditions. Braz. J. Plant Physiol. 2007; 19:4.

Dedehoue SCA, Dossou J, Soumanou MM. Diagnostic study of technologies for processing cashew apple into benin juice. International Journal of Biological And Chemical Sciences. 2015;9(1):371-387.

Lautié E, Dornier M, De Souza F, Reynes M. Cashew products: Characteristics, value chains and markets. Fruits. 2001;56: 235-248.

Trevian MTS, Pfundstein B, Haubner R, Würtele G, Spiegelhalder B, Bartsch H, Owen RW. Characterization of alkyl phenols in cashew (Anacardium occidentale L.) products and assay of their antioxidant capacity. Food and Chemical Toxicology. 2005;44:188-197.

Martin PJ, Topper CP, Bashiru RA, Boma F, De Waal DHC, Harries, Kasuga LJ, Katanila N, Kikoka LP, Lamboll R, Maddison AC, Majule AE, Masawe PA, Millanzi KJ, Nathaniels NQ, Shomari SH, Sijaona ME, Stathers T. Cashew nut production in Tanzania: Constraints and progress through integrated crop management. Crop Protection. 1997;16 (1):5-14.

Adjaratou B, Moussa G, Jérôme TY, Vianney T, Albert R. Trial of multiplication by grafting of an accession of big apple cashew at Banfora Research Station in Burkina Faso. Afrique Science. 2019;15 (4):156-168.

[ISSN 1813-548X]

Yameogo K, Guira MM, Ouoba P, Tarpaga V, Kiema S, Rouamba A. Assessment of cashew productivity in the Cascades Region in Burkina Faso. Burkinabé Review Of The Research. 2018;28(1),(2):63–72.

Djaha JBA, Guessan AKN, Ballo CK, Ake S. Germination of seeds of two elite varieties of cashew (Anacardium occidentale L.) intended to serve as rootstocks in Côte d'Ivoire. Journal of Applied Biosciences. 2010;32:1995-2001.

[ISSN: 1997–5902]

Paynes WA, Went CW, Hossner LR, Gates CE. Estimating Pearl Millet leaf area and specific leaf area. Agron. J. 1997;83:937-941..

Ahoton LE, Adjakpa JB, M’po I, Akpo EL. Effect of seed pretreatments on the germination of Prosopis africana (Guill., Perrot. And Rich.) Taub., (Césalpiniaceae). Tropicultura. 2009;27(4):233-238.

Lefebvre A. Technology and culture of the cashew tree in Madagascar. Revue Bois et Forêt des Tropiques. 1966;41.

Avakoudjo J. Study of some agro-forestry potentials from several provenances of Leucaena leucocephala (Lam De Wit) and Acacia auriculiformis (A. Cunn. And Benth.) In South Benin. Memoir of Agricultural Engineer. FSA/UNB. 1990; 155.

Abdou habou1 MK, Rabiou HI, Laouali LA, Salamatou AI, Abdoul AE, Issoufou1 IA, Ali M. Germination and growth of seedlings of a native fruit species in Niger: Balanites aegyptiaca (L.) Del. International Journal of Biological and Chemical. Science. 2019;13 (2):693-703.

Anonymous, Planting trees; 2009.


(Accessed on 05/05/2010)

Diallo MD, Chotte J, Guissé A, Sall SN. Influence of leaf litter from five tropical plant species on the growth of millet (Pennisetum glaucum (L.) R. Br.) And corn (Zea mays L.). Drought. 2008;19(3):207-210.

Tundou O. Evaluation of the chemical and agronomic characteristics of five waste composts and study of their effects on the chemical properties of the soil, the physiology and the yield of maize (Zea mays L. Var. Ikenne) and tomato (Lycopersicum esculentum L. Var. Tropimech) under two water regimes in Togo. Doctoral thesis in Earth Sciences. University of Limoges. 2016;214.

Muyayabantu GM, Kadiata BD, Nkongolo KK. Response of maize to different organic and inorganic fertilization regimes in monocrop and intercrop systems in a sub-Saharan Africa region. Journal of Soil Science and Environmental Management. 2012;3(2): 42–48.