alexa Population dynamics and breeding patterns of multimammate mouse, Mastomys natalensis (Smith 1834), in irrigated rice fields in eastern Tanzania.
Agri and Aquaculture

Agri and Aquaculture

Rice Research: Open Access

Author(s): Mulungu LS, Ngowo V, Mdangi M, Katakweba AS, Tesha P, , Mulungu LS, Ngowo V, Mdangi M, Katakweba AS, Tesha P, , Mulungu LS, Ngowo V, Mdangi M, Katakweba AS, Tesha P, , Mulungu LS, Ngowo V, Mdangi M, Katakweba AS, Tesha P,

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Abstract BACKGROUND: Multimammate mice are the most important vertebrate pests in Sub-Saharan Africa and are also reservoirs of many zoonotic diseases, including sylvan plague. This study investigated the population dynamics and breeding patterns of this mouse in irrigated rice cropping systems in eastern Tanzania. RESULTS: The multimammate mouse, Mastomys natalensis, population varied with habitat and months. Fallow land had a more abundant population than rice fields. The highest population peak was observed during the dry season from July to October. Mastomys natalensis is sexually active throughout the year in the study area, although it reaches the highest level in June and December when rice is at the maturity stage. This suggests that breeding is highly influenced by the presence of a rice crop in both seasons. More juvenile individuals were recorded in August and September, indicating that they were produced in the previous breeding months. The sex ratio of M. natalensis was not skewed to either males or females, indicating that it was at parity. CONCLUSION: Rodent population dynamics during the study periods in all habitats indicated that high birth rates accounted for the rapid population growth and turnover. Regular control and sustainable operations are thus essential if rodent pest populations are to be kept within tolerable limits. Copyright © 2012 Society of Chemical Industry. This article was published in Pest Manag Sci and referenced in Rice Research: Open Access

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