Juniper Publishers-Oceanography Open Access Journal

  Juniper Publishers -  Journal of Oceanography Abstract Recent advances in global weather modeling and supercomputing technologies have led to promising simulations of tropical cyclones (TCs) that improve our understanding of the impact of scale interactions on model’s predictability. In this mini review, we document the model’s performance in simulating the genesis of six TCs in association with a large -scale tropical convective system that can be identified as an eastward moving Madden-Julian Oscillation (MJO) in May 2002. It is shown that the genesis of the six TCs can be predicted two or three days in advance, supporting the hypothesis that a large-scale system (i.e., the MJO in this case) may provide determinism in the simulation of TC precursors. The current study and earlier studies motivate us to revisit the fundamental role of the butterfly effect in the system’s stability within high-dimensional Lorenz models and global weather/climate models, which is subj

Juniper Publishers: Eggplant Calyx the Newest Alternative Cure for Lei... :  Journal of Public Health - Juniper Publishers  Abstract For centuries, extracts from plants have been used as folk remedies against var...

Juniper Publishers: Melatonin Inhibitory Effects on Forming Brain Tumo... :  Endocrinology and Thyroid Research - Juniper Publishers Abstract Melatonin is a neurohormone secreted by the pineal and extra pineal org...

Juniper Publishers: Effects of the Origin on the Composition of Biohyd... :  Juniper Online Journal Material Science - Juniper Publishers   Abstract The objective of this work is to investigate the influence of th...

  Juniper Publishers -  Journal of Oceanography Abstract The abundance and community composition of zooplankton is spatially and temporally variable so it requires sampling over space and time. Quantitative assessment of biomass, community composition, and abundance is sensitive for sampling methodology, including the location and seasonal timing of sampling, as well as mesh size and gear type. Therefore, repeated and consistent sampling is essential to determine the changes in zooplankton distribution, abundance, community composition and seasonal timing at time scales that have impacts on higher trophic levels. In the present study, El-Mex Bay is highly diversified (204 forms) but low standing crop (annual average 8935 organisms/m 3 ). Using GIS and the other mapping applications give an easy and clear image about the distribution of aquatic fauna especially microscopic forms which help in understanding the dynamic of biological ecosystem.