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ISSN: 2335-6545 (Print)

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Journal no: 14P

The purpose and scope of the publication of the J. of Atmosphere and Ocean Environment is to fully demonstrate the research results of the international atmosphere and ocean sciences, strengthen international academic exchanges and explorations, and promote the development of international atmospheric and marine sciences, for the global scientific development and economy. The construction of services; the publication guidelines are: based on the international, to promote innovation, the pursuit of quality; task is: to report the latest scientific achievements of the global atmospheric and marine science.

The journal will serve the scientists in the international atmosphere and marine science field wholeheartedly. We also hope to receive the strong support of experts and scholars. We sincerely welcome everyone to contribute!

Main columns: environmental geology, methods and applications, express reports, and academic discussions.

J. of Atmosphere and Ocean Environment Instructions for Authors in English Magazine
1. Reliable data, accurate data, and standardized writing.
2. article structure: title, author, author unit, abstract, keywords, article body, references, authors, authors detailed communication address, telephone, email.
3. the topics involved in the paper such as the author's country special funds or research projects, should be noted in the article below the text.




  Vol 6, No 1( In Publishing)

Table of Contents

Articles

by Hongwen Liu
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under lab conditions , studied the atmosphere CO2 effect of elevated concentrations on the filtration function of the lowest-equal multicellular animal sponge . in mock atmosphere CO2 Elevated concentrations of ecosystems , review CO2 concentration for 387, , 750, 1000 mg/l under the environment , Lush film Sponge Hy-meniacidonperlevis Stop sterilization of total organic carbon in seawater ( TOC) Capabilities . results show : in impersonation CO 2 concentration is 387 , ,

750, 1000 mg/l under the condition of , Lush film sponge in H Clear seawater inside TOC The efficiency of IS 8% ,67.6% , 50.0% and 15.4%, in the 24h to TOC The average drag retention rate for is (1.90±0.20 , ( 2.13±0.06 , ( 1.69±0.08 , ( 0.43± 0.11 mgkh-g Sponge ), The average purge rate is ( 0.025±0.002 , ( 0.033±0.001 , ( 0.019±0.001 , ( 0.004±

0.001 mlkh.g sponge ), See , Atmosphere CO2 concentration from approximately 387 mg/l elevated to mg/l , promotes lush film sponges prevent seawater from being in the sea TOC Ability , When the concentration is elevated to 750 mg/l , suppresses the lush membrane sponge to stay TOC Capabilities , When the concentration is further elevation to 1000 mg/l , The causes the lush membrane sponge to almost lose its resistance to the seawater. TOC Capabilities . This study can be used for atmospheric 匚 ㊀: concentration The elevation of the effect of the sponge filtration function of intertidal zone and its possible ecological problems in nearshore waters .

PDF

Articles

by Jiusong Li
40 Views, 0 PDF Downloads
Multi-mode dynamic visualization of ocean and atmospheric data , This system uses the VC ++ and CG Coloring language development , Renderengine based on OpenGL Three-dimensional graphics standard . presents a series of pattern analysis methods for ocean and atmospheric data , including : probe work can , line mode , face mode , Body Mode , vector mode and dynamic time series analysis, and so on , enables the conversion of large amounts of multidimensional ocean atmosphere data to for three-dimensional or dynamically evolving images , Complete user interaction at the same time . and apply visualization technology to long time series Ocean atmosphere Data , represents the dynamic process of oceanic atmospheric data through real-time, dynamic visualization of images . results show , This system enables multimodal dynamic visualization of common ocean and atmospheric data .
PDF

Articles

by Huan-huan Hu
38 Views, 0 PDF Downloads
objective Based on electrochemical noise technology, corrosion behavior Monitoring system of Q235 carbon steel is con Structed to monitor the corrosion process of Q235 carbon steel in the marine atmosphere. Methods the electrochemical noise data collected was analyzed by Time-domain spectrogram and frequency domain spectrogram. Results in the stage of 0.5 h-2.0 H (Sunny), the current noise amplitude was s Mall; The Time-domain spectra appeared a few transient peaks; White noise didn ' t appear on frequency spectra; The electrode was in passivation; From H to 47.5 h (rainy), the current fluctuated and the noise spectra appeared a large of transient; The slope of the PSD declined fast; The electrode surface was eroded; The electrode was in the steady pitting corrosion period. conclusion the monitoring system could continuously monitor corrosion Behaviors of Q235 carbon steel in the marine atmosphere.
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Articles

by An-jiang GAO
36 Views, 0 PDF Downloads

With many advantages of light weight, high specific st^rength ,corrosion resistance ,easyprocessing , recyc^^ing and so on, the aluminum alloy is widely applied in the field of ocean. Under the atmospheric environment of the South Sea

and affected by its climatic characteristics, the corrosion types of aluminum alloy is in accordance with the EV Olution of pitting corrosion intergranular corrosion and exfoliation corrosion. Based on the study of corrosion mechanic and phenomena of aluminum alloy,thecorrosion ty PES and protective measures of aluminum alloys applied in the marine atmospheric-environment of the South Sea are Ed in this paper.
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Articles

by Shi-feng KANG
54 Views, 0 PDF Downloads
The paper analyzed effects of of Ocean Radio Environment on Radar, communication, navigation and ECM, discussed composition and function of Radioenvironment assurance system For information-based equipment over Sea proposed and technological Approaches and Methods .
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Focus and Scope

The purpose and scope of the publication of the J. of Atmosphere and Ocean Environment is to fully demonstrate the research results of the international atmosphere and ocean sciences, strengthen international academic exchanges and explorations, and promote the development of international atmospheric and marine sciences, for the global scientific development and economy. The construction of services; the publication guidelines are: based on the international, to promote innovation, the pursuit of quality; task is: to report the latest scientific achievements of the global atmospheric and marine science.

The journal will serve the scientists in the international atmosphere and marine science field wholeheartedly. We also hope to receive the strong support of experts and scholars. We sincerely welcome everyone to contribute!

Main columns: environmental geology, methods and applications, express reports, and academic discussions.

J. of Atmosphere and Ocean Environment Instructions for Authors in English Magazine
1. Reliable data, accurate data, and standardized writing.
2. article structure: title, author, author unit, abstract, keywords, article body, references, authors, authors detailed communication address, telephone, email.
3. the topics involved in the paper such as the author's country special funds or research projects, should be noted in the article below the text.

 

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All manuscripts submitted to USP journals undergo a rigorous peer review process, in which most of our peer reviews are single blind (unless stated otherwise).

All submitted manuscript are firstly handled by our managing editor, who will check the manuscript for plagiarism, in which rejection of the manuscript can take place at this stage by the managing editor if plagiarism occurs in the manuscript.

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Typically there are 3 main decisions in the peer review process – AcceptMajor Revisions or Reject. If the Editor-in-Chief accepts the paper, it could be split into Minor revisions (author to make minor amendments to the paper) or No revisions (no amendments required by author), after which the paper can be sent to the Editing stage.

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This journal provides immediate open access to its content on the principle that making research freely available to the public supports a greater global exchange of knowledge.

 

 Announcements

Analyzing roadside dust to identify potential health concerns

Everyone knows that cars contribute to air pollution. And when most people consider the source, exhaust is usually what comes to mind.

However, new research led by the University of Pennsylvania's Reto Gieré, working with collaborators across the world, is helping to illuminate another significant culprit when it comes to traffic-related air pollution: Tiny bits of tires, brake pads, and road materials that become suspended in the air when vehicles pass over.

"More and more I've noticed that we don't know enough about what is on our roads," says Gieré, professor and chair of Penn's Department of Earth and Environmental Science in the School of Arts and Sciences. "If you have lots of traffic, cars, and trucks driving by, they re-suspend the dust on the roads into the atmosphere, and then it becomes breathable. To understand the potential health implications of these dust particles, it's really important to understand what's on the road."

Posted: 2018-09-12

Nearly two million acres on fire in the United States

The West Coast of the United States is shrouded in smoke from the 110 large fires (this does not include smaller fires within each complex of fires) that have erupted across the region during this fire season.

Over 1.9 million acres are or have been ablaze. Six new large fires were reported in Idaho, Nevada and Oregon over the weekend and eight large fires have been contained including the Ferguson Fire near Yosemite National Park in California.

The weather concerns in the area include warmer than average temperatures that will continue in the west with diurnal winds and marginal overnight humidity recoveries. Isolated storms will be ……

Posted: 2018-09-12

Ocean's heat cycle shows that atmospheric carbon may be headed elsewhere

As humans continue to pump the atmosphere with carbon, it's crucial for scientists to understand how and where the planet absorbs and naturally emits carbon.

A recent study in the journal Nature Geosciences examined the  and suggests that existing studies may have misgauged how carbon is distributed around the world, particularly between the northern and southern hemispheres. The results could change projections of how, when and where the currently massive levels of atmospheric carbon will result in environmental changes such as ocean acidification.

By reexamining ocean circulations and considering the carbon-moving power of rivers, the study's authors suggest that as much as 40 percent of the world's atmospheric carbon absorbed by land needs to be reallocated from existing estimates. In particular, the Southern Ocean encircling Antarctica and forests in the northern —while still substantial absorbers or "sinks" of carbon —may not take up as much as scientists have figured.

"The carbon story we got is more consistent with what people have observed on the ground," said first author Laure Resplandy, an assistant professor of geosciences and the Princeton Environmental Institute.



Read more at: https://phys.org/news/2018-06-ocean-atmospheric-carbon.html#jCp
Posted: 2018-09-12