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Kartika DEWI Hideo HASEGAWA Yuli Sulistya FITRIANA Mitsuhiko ASAKAWA 《The Journal of veterinary medical science / the Japanese Society of Veterinary Science》2015,77(10):1217-1222
The present report describes Syphacia
(Syphacia) maxomyos sp. n. (Nematoda:
Oxyuridae) from two species of spiny rats, Maxomys musschenbroekii from
Sulawesi and M. whiteheadi from Sumatra. It is characterized by a
cephalic plate extending laterally with dorsoventral constriction and stumpy eggs with an
operculum rim reaching pole. It is readily distinguishable by the former feature from all
of hitherto known representatives of this genus in Indonesia, but it resembles parasites
in Murini and Hydromyni rodents in continental Asia and Sahul. This is the first
Syphacia species distributed in both the Sunda Shelf and Sulawesi with
the exception of Syphacia muris, a cosmopolitan pinworm found in rodents
of the of genus Rattus. It is surmised that S. maxomyos
is specific to Maxomys and that it was introduced to Sulawesi by
dispersal of some Maxomys from the Sunda Shelf. 相似文献
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Kartika Kartika Sakagami Jun-Ichi Lakitan Benyamin Yabuta Shin Wijaya Andi Kadir Sabaruddin Ilman Widuri Laily Siaga Erna Nakao Yoshihiro 《水稻科学》2020,27(1):67-74
Soil drought occurrence during dry season has been the main constraint, besides prolonged flooding during rainy season, in increasing cropping intensity and rice productivity in tropical riparian wetland. Use of drought tolerant rice genotype might be a suitable option for overcoming such problem. This study focused on the effects of gradual soil drying during early vegetative growth stage on morphological and physiological traits of five Oryza glaberrima genotypes, namely RAM12, RAM14, RAM59, RAM97 and RAM101, and two Oryza sativa subsp japonica genotypes, i.e. Koshihikari and Minamihatamochi. The plants were subjected to 6 d of gradual soil drying condition from 15 days after transplanting (DAT) to 20 DAT, and were allowed to recover until 22 DAT. Gradual soil drying reduced plant growth as indicated by dry mass accumulation. Drought reduced stomatal conductance and increased leaf rolling score of all the genotypes. All the genotypes showed comparable response on stomatal conductance, but O. glaberrima genotypes performed higher in leaf rolling recovery. Meanwhile, O. sativa genotypes decreased total leaf area and specific leaf area, but increased specific leaf weight in order to avoid further damages due to drought stress. Drought tolerance mechanisms in RAM101, RAM12, RAM59 and RAM14 were associated with leaf morpho-physiological responses, root traits and dry biomass accumulation. 相似文献
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