نتایج جستجو برای: native shrimps

تعداد نتایج: 103413  

Journal: :Revista de biologia tropical 2013
Liliam Hayd Klaus Anger

The palaemonid shrimp Macrobrachium amazonicum shows an unusually large geographic range (ca. 4000km across) living in coastal, estuarine, and limnic inland habitats of the upper Amazon, Orinoco, and La Plata basins. This raises doubts whether allopatric, ecologically diverse populations belong to the same species. While shrimps from estuarine and Amazonian habitats have been studied in great d...

2015
Remko Helms Rick Barneveld Fabiano Dalpiaz

The use of game elements in non-game contexts (gamification) -has previously been widely explored in contexts such as healthcare and marketing but less extensively in education and training. In this paper we explore the use of gamification in education and training. Traditional training methods often fail to engage or motivate students, especially Digital Natives raised from a young age with ap...

2011
Lissandra Souto Cavalli Luis Alberto Romano Luis Fernando Marins Paulo César Abreu

In this study, we detected White spot syndrome virus (WSSV) in wild Farfantepenaeus paulensis collected in the Lagoa dos Patos estuary and cultivated Litopenaeus vannamei. This is the first report of WSSV in F. paulensis from Lagoa dos Patos and farmed L. vannamei shrimps in Rio Grande do Sul.

2014
Hanh T. Pham Qian Yu Maude Boisvert Hanh T. Van Max Bergoin Peter Tijssen

A virus with a circular Rep-encoding single-stranded DNA (ssDNA) (CRESS-DNA) genome (PmCV-1) was isolated from Penaeus monodon shrimps in Vietnam. The gene structure of the 1,777-nucleotide (nt) genome was similar to that of circoviruses and cycloviruses, but the nucleic acid and protein sequence identities to these viruses were very low.

Journal: :Illinois Natural History Survey Bulletin 1985

Journal: :The Journal of experimental biology 1997
Nemeth

Changes in intraoral pressure during prey capture were recorded for a trophic generalist, Hexagrammos decagrammus, feeding on different prey species. Prey were grouped into elusive (shrimps), grasping (isopods and crabs) and non-elusive (pieces of shrimp) categories. Elusive and grasping prey elicited strikes with a larger and faster reduction in buccal pressure than did non-elusive prey. The s...

Journal: :Proceedings. Biological sciences 2016
Tsang-I Yang Chuan-Chin Chiao

Identifying the amount of prey available is an important part of an animal's foraging behaviour. The risk-sensitive foraging theory predicts that an organism's foraging decisions with regard to food rewards depending upon its satiation level. However, the precise interaction between optimal risk-tolerance and satiation level remains unclear. In this study, we examined, firstly, whether cuttlefi...

2013
Menothuparambil Ravunny Boopendranath Puthra Pravin Therodath Rajan Gibinkumar Sarasan Sabu Vettiyattil Ramakrishnan Madhu

Penaeid shrimp is a major resource in India contributing about 7.4% of the total marine fish landings. They are mostly landed by small mechanized trawlers. Shrimp trawling generates large quantities of bycatch mostly consisting of juvenile fishes, due to use of small mesh size in codends of trawl nets. Juvenile Fish Excluder cum Shrimp Sorting Device (JFE-SSD) is a bycatch reduction device with...

2014
Silvia Gomez-Jimenez Lorena Noriega-Orozco Rogerio R. Sotelo-Mundo Vito A. Cantu-Robles Ana G. Cobian-Guemes Rosario G. Cota-Verdugo Luis A. Gamez-Alejo Luis del Pozo-Yauner Eduardo Guevara-Hernandez Karina D. Garcia-Orozco Alonso A. Lopez-Zavala Adrián Ochoa-Leyva

The high-quality draft genomes of two Vibrio parahaemolyticus strains, one that causes the acute hepatopancreatic necrosis disease (AHPND) in cultured shrimps (FIM-S1708(+)), and another that does not (FIM-S1392(-)) are reported. A chromosome-scale assembly for the FIM-S1392(-) genome is reported here. The analysis of the two genomes gives some clues regarding the genomic differences between th...

Journal: :Current Biology 1999
Dan-E Nilsson Eric J Warrant

Objects can differ in brightness and colour. At least that is what our own visual system tells us. It now seems that stomatopod shrimps, and possibly also cephalopod molluscs, can see the direction of the electric vector of light, in much the same way we see colour.

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