Patani Inemotimineri¹, Owoidihe Monday Etukudo²*, Patani Edmund Dudutari³, Japhet Bolouinbele Yeigba¹ and Deborah Doubara Kingsley¹

¹Department of Animal Science, Niger Delta University (NDU), Amassoma Bayelsa State
²Department of Biological Sciences, Topfaith University, Mkpatak, Akwa Ibom State, Nigeria
³Bayelsa Medical University (BMU), Onopa Bayelsa State

*Corresponding Author: Owoidihe Monday Etukudo, Department of Animal Science, Niger Delta University (NDU), Amassoma Bayelsa State

Received: July 21, 2025; Published: July 28, 2025

Abstract

This study investigated the variability in reproductive traits of black-skinned and white-skinned Archachatina marginata snails and their hybrids. The experiment was conducted at the Niger Delta University Teaching and Research Farm, Wilberforce Island, Bayelsa State, Nigeria. A total of 24 sexually mature snails, 12 black-skinned and 12 white-skinned, were used. The snails were organised into three mating groups: Black Skin purebred (BS×BS), White Skin purebred (WS×WS), and crossbred (BS×WS), with each replicate consisting of two snails. All snails were maintained under a mixed feeding regime and provided with feed and water ad libitum. Results from the reproductive phase revealed that egg weight (1.86 g), egg length (2.53 cm), and egg width (2.20 cm) were highest in the white-skinned purebred group (WS×WS), followed by the crossbred group (BS×WS). However, clutch size was superior in the crossbred group, indicating the presence of heterosis, as the hybrids outperformed at least one of the parental lines. Phenotypic correlation analysis of hatchling traits showed varying degrees of positive correlations among traits across the different groups, with some traits exhibiting strong associations while others displayed weaker correlations. Based on these findings, crossbreeding between black-skinned and white-skinned A. marginata (BS×WS) is recommended, as it not only demonstrated improved reproductive performance over one of the parent lines but also retained the black foot coloration, an important trait for mitigating religious taboos associated with white-footed snails.

Keywords:Phenotypic; Variations; Reproductive; Traits; Snails

References

1. Etukudo OM., et al. “Snail farming in Nigeria: Tapping into the economic potential of heliculture. A review”. Journal of Agricultural Extension and Rural Economics3 (2025c): 42-54.
2. Etukudo OM., et al. “Amino Acid Profile and Mineral Content Variations in Gastropod Species (Archachatina marginata, Achatina achatina, Tympanotanusfuscatus, and Pachymelania aurita): Implications for Dietary Enrichment”. European Journal of Nutrition and Food Safety 8 (2024d): 130-141.
3. Okon B and Ibom L. “Snail Breeding and Snailery Management”. Calabar, Freshdew Publication (2012): 1-90.
4. Mogbo TC., et al. “Animal Cruelty: A Review”. Journal of Natural Sciences Research 3 (2013): 94-98.
5. Etukudo OM. “Morphological Characterization of Archachatina marginata and Achatina fulica: Implications for Snail Farming in Nigeria”. Researchers Journal of Science and Technology (REJOST) 4.7 (2024j): 42-49.
6. Eze JN., et al. “Feeding pattern, carcass and shell qualities of snails (Archachatinamarginata) fed different material”. International Journal of Innovative Research Science and Engineering Technology1 (2010):111-121.
7. Etukudo OM., et al. “Comparative Study of Phenotypic Traits and Growth Patterns in Two Ectotypes of Giant African Land Snails (Archachatina marginata) in Akwa Ibom State, Nigeria”. Journal of Animal Science and Veterinary Medicine, 9.5 (2024h): 248-262.
8. Etukudo OM., et al. “Genetic differentiation between Black-skinned and White-skinned ectotypes of giant African land snails (Archachatina marginata) in Calabar, Nigeria”. Global Journal of Pure and Applied Sciences, 22 (2016b): 135-139.
9. Etukudo OM., et al. “Growth and Phenotypic Traits of Juvenile Achatina fulica Snails in Mkpatak, Nigeria”. Journal of Animal Science and Veterinary Medicine 4 (2024f): 153-158.
10. Etukudo OM., et al. “Evaluation of genetic diversity in giant African Land Snails, from different geographical populations in Nigeria by Inter Simple Sequence Repeats (ISSR) Markers”. Asian Journal Advances in Agricultural Research 2 (2018): 1-13.
11. Okon B., et al. “Genetic differentiation between the black-skinned and white-skinned snails (Archachatina marginata) using random amplified polymorphic DNAs”. African Journal of Biotechnology12 (2013): 5035-5039.
12. Etukudo OM., et al. “Comparative study of egg quality traits of Black-skinned and White-skinned ectotypes of snails (Archachatina marginata) based on four Whorls in Calabar, Nigeria”. Journal of Biological Sciences 15(2) (2015): 98-101.
13. Ibom LA., et al. “Egg traits, hatchability and snailet survivability of black skinned, white-skinned and crossbred Archachatina marginata snails”. International Journal of Agricultural Science, Bioresource Engineering and Research 1 (2012): 10-18.  
14. Okon B., et al. “Parity effects on breeding and morphometric traits of eggs and hatchlings of purebred Albino snails [Archachatina marginata (Swainson)]”. Journal of Agriculture, Biotechnology and Ecology 3 (2010): 44-54.
15. Etukudo OM., et al. “Comparative effects of two soil-types on breeding and morphometric traits of eggs and hatchlings of Black-skinned snails (Archachatina marginata) in Calabar, Nigeria”. International Journal of Recent Scientific Research 4 (2014): 863-865.
16. Etukudo O and Akpante E. “Comparative analysis of growth performance and body measurements of Achatina achatina crosses”. Computing and Applied Sciences Impact1 (2024i): 14-22.
17. Ibom L and Okon B. “Evaluation of growth and correlations between body weight and shell measurements of the juveniles of two ectotypes of Archachatina marginata var. Saturalis (P) Snail”. International Journal of Agriculture 2 (2012): 145-149.
18. Okonta BO. “Performance of giant African land snail Archachatina marginata (Swainson) fed with selected diets”. Global journal of Bioscience and Biotechnology 1.2 (2012):182-185.   
19. Etukudo OM. “Evaluation and characterization of two ectotypes of giant African land snails (Archachatina marginata var. saturalis) in Cross River State”. Sc. Thesis (2014): 1-120.
20. Etukudo O and Okon B. “Phenotypic Landscape of giant African land snails”. Computing and Applied Sciences Impact 1 (2025a): 1-12.
21. Etukudo OM., et al. “Phenotypic correlations and body weight Prediction of two ectotypes of giant African land snails (Archachatina marginata,) based on number of Whorls in Calabar, Nigeria”. Asian Research Journal of Agriculture, 5.2 (2017a): 1-8.
22. Etukudo OM., et al. “Quantitative Differentiation of Phenotypic Traits and Correlations between Achatina achatina and Achatina fulica snails based on five whorls”. Sumerianz   Journal of Biotechnology 7.3 (2024b): 34-39.
23. Okon B and Ibom L. “Phenotypic Correlations and Body Weights Prediction using Morphometric Traits of Snails in Calabar, Nigeria”. Ethiopian Journal of Environmental Studies and Management3 (2011): 7-11.
24. Okon B., et al. “Comparative differentiation of morphometric traits and body weight prediction of giant African land snails with four whorls in Niger Delta region of Nigeria”. Journal of Agricultural Sciences 4 (2012): 205-211.
25. Etukudo OM. “Genetic diversity of giant African land snails using inter simple sequence repeat (ISSR) markers”. PhD Dissertation (2017): 1-90.
26. Ibom LA., et al. “Correlation, regression estimates and heterosis of Archachatina marginatasnails in Calabar, Nigeria” Nigerian Journal of Animal Production3 (2019): 64-72.

Citation

Citation: Owoidihe Monday Etukudo., et al. “Reproductive Traits Variability in Black-Skinned and White-Skinned Archachatina marginata Snails and Their Hybrids". Acta Scientific Veterinary Sciences 7.8 (2025): 68-75.

Copyright

Copyright: © 2025 Owoidihe Monday Etukudo., et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.