Journal metrics

Journal metrics

  • IF value: 2.289 IF 2.289
  • IF 5-year value: 2.756 IF 5-year 2.756
  • CiteScore value: 2.76 CiteScore 2.76
  • SNIP value: 1.050 SNIP 1.050
  • SJR value: 1.554 SJR 1.554
  • IPP value: 2.65 IPP 2.65
  • h5-index value: 30 h5-index 30
  • Scimago H index value: 41 Scimago H index 41

Scheduled special issues

The following special issues are scheduled for publication in OS:

Effects of anthropogenic pressure on marine ecosystems
01 Sep 2018–30 Jun 2019 | Guest editors: M. Marcelli, P. Del Negro, and P. Chapman | Information

The idea for a special issue arises from the success of the OS3.4/BG1.39 session focused on marine ecology, presented for the first time at the EGU 2018. Several participants of the session expressed a strong interest in a special issue. Given the importance and the current relevance of these topics, the proposed special issue editors, Marco Marcelli and Paola Del Negro, suggest an open paper submission. Below is a brief abstract of the topics of interest. Due to the growing pressures on marine natural resources and the ecosystem services demand, the interest of the scientific and political world is to ensure the conservation of marine ecosystems and the environmentally sustainable development of anthropogenic activities. Recently, the principal European policies have addressed these issues, focusing on maintaining/reaching the Good Environmental Status (GES) of water bodies (EU Water Framework Directive/ EU Marine Strategy Framework Directive) and solving the conflicts between anthropogenic pressure and marine ecosystems (MSPs). Some anthropogenic activities could have a potential impact on the marine environment, altering the marine ecosystem equilibrium. Since dynamical processes influence the dispersion of pollutants, it is compelling to analyse the ecosystem status through the study of abiotic variable distribution at the proper spatial and temporal resolution. To do this, a large amount of data obtained by global observation systems (e.g. GOOS, EMODNET) is needed to properly analyse the environmental quality both in the coastal and open-ocean areas. This special issue focuses on marine ecosystems and on abiotic and biotic factors affecting their dynamics, highlighting anthropogenic impacts. The following topics will be covered: quantitative analysis of the effects of pollution on biota considering their natural and anthropogenic sources; benthic and pelagic community dynamics; economic evaluation of natural capital. Multidisciplinary approaches using data from multiple sources (mathematical models, in situ and remote observations) are encouraged. Studies consider marine strategy descriptors, with the aim of developing methods, technologies, and best practices to maintain/restore biodiversity and to guarantee the sustainable use of marine resources, are also welcome.

Coastal modelling and uncertainties based on CMEMS products
30 Jun 2018–30 Sep 2018 | Guest editors: J. M. Huthnance, A. Sánchez-Arcilla, J. Staneva, and M. Espino Infantes | Information

This special issue deals with physical coastal oceanography, involving modelling, in situ observations, and satellite data. This is the aim of the H2020 CEASELESS project from which the papers stem. The aim of the special issue is to achieve, based on CMEMS products, a high-grade set of coastal oceanography predictions suitable for dealing with the increases in pressures and conflicting uses typical of the narrow land–water border.

The issue will tackle the enhanced resolution and prediction capabilities for meteorological and oceanographic variables at coastal scales that allow coupling and assimilation at an unprecedented level of resolution, including a new wealth of satellite data (with an emphasis on the Sentinel family). This is in line with new coastal zone products and requirements (e.g. wind profiles for renewable energy) and applications (e.g. coastal water quality for aquaculture or tourism) that prompt new advances in coastal oceanography such as the ones presented here.

The papers included in this issue deal with the assimilation required by wave fields using new observational capabilities together with a synergy between satellite observations and wave model simulations during extreme events, the ones associated with higher levels of damage and therefore risks in coastal areas. There are also detailed analyses of the boundary layer between air and sea and how that affects wave simulations or the inter-comparison of different altimeter data sets and how they present distinctive features depending on their distance to the coast. This is followed by some applications of aforementioned results to coastal sediment transport and water quality properties plus the associated prediction limits in regional high-resolution modelling systems. The collection ends with a process-based definition of the coastal zone transitional area, with implications for nesting and downscaling as well as of the design of further observational campaigns. The issue is also open to other relevant submissions within the stated general scope.

Hydrological cycle in the Mediterranean (ACP/AMT/GMD/HESS/NHESS/OS inter-journal SI)
01 Apr 2018–31 Dec 2021 | Guest editors: M. Meier, G. T. Aronica, C. Barthlott, D. Cimini, V. Kotroni, E. Martin, R. Moussa, K. Schroeder, H. Wernli, and V. Ducrocq | Information

The Hydrological cycle in the Mediterranean Experiment (HyMeX, programme is a 10-year concerted effort at the international level started in 2010 with aims to advance the understanding of the water cycle, and with emphases on the predictability and evolution of high-impact weather events, as well as on evaluating social vulnerability to these extreme events. The special issue is jointly organized between the Atmospheric Chemistry and Physics, Hydrology and Earth System Sciences, Ocean Science, Natural Hazards and Earth System Sciences, Atmospheric Measurement Techniques, and Geoscientific Model Development journals. It aims at gathering contributions to the areas of understanding, modelling, and predicting at various timescales and spatial scales of the Mediterranean water cycle and its related extreme events, including cyclones, heavy precipitation, flash floods and impacts, drought and water resources, strong winds, and dense water formation. The special issue is not limited to studies conducted within HyMeX: any multiscale or multidisciplinary approaches related to the Mediterranean water cycle are encouraged.

Surface Ocean Aerosol Production (SOAP) (ACP/OS inter-journal SI)
01 Jul 2013–01 Jan 2019 | Guest editors: C. Law, M. Harvey, M. Smith, P. Quinn, N. Harris, and M. Hoppema | Information

Biologically active regions of the surface ocean support production of a range of compounds that influence aerosol particle production, composition and properties in the overlying marine boundary layer. In February–March 2012 the SOAP (Surface Ocean Aerosol Production) voyage examined biotic influences on aerosol production to the east of New Zealand, by targeting phytoplankton blooms along the Sub-Tropical Front, with the aim of constraining the relationships between DMS and aerosol flux and characteristics, and phytoplankton biomass and community composition, by multi-disciplinary research within three work packages:

  • WP1: surface ocean biogeochemical links with aerosol precursors;
  • WP2: exchange rate and physical drivers of the transfer of DMS & CO2;
  • WP3: organic emissions, nucleation and interactions with the aerosol distribution in the overlying marine boundary layer.

The results of this research voyage will be detailed in this special issue, which will contain invited papers only.

The Copernicus Marine Environment Monitoring Service (CMEMS): scientific advances 01 Mar 2018–31 Oct 2018 | Guest editors: J. M. Huthnance, P.-Y. Le Traon, A. Melet, M. Tonani, E. Stanev, M. Grégoire, and A. Pascual | Information

This special issue will cover scientific advances and R&D achievements from the Copernicus Marine Environment Monitoring Service (CMEMS) during its first phase of implementation (2015-2018). The CMEMS is the operational marine service of the EU Copernicus Programme, which establishes a unique European capacity for Earth observation and monitoring. CMEMS provides regular and systematic reference information on the physical state, variability and dynamics of the ocean and marine ecosystems for the global ocean and the European regional seas. This capacity encompasses the description of the current situation (analysis), the variability on different spatial and temporal scales, the prediction of the situation a few days ahead (forecast), and the provision of consistent retrospective data records for recent years (reanalyses and reprocessed datasets). CMEMS provides a sustainable response to European user needs in four areas of benefits: (i) maritime safety; (ii) marine resources; (iii) coastal and marine environment; (iv) weather, seasonal forecast and climate.

This special issue is open to all submissions within its scope. Contributions will include papers from the (1) CMEMS production centres for both satellite and in situ observations and modelling/assimilation, (2) CMEMS-funded R&D service evolution projects (e.g., and (3) CMEMS cross-cutting scientific coordination activities on multi-year products and ocean state assessment and product quality evaluation.

Developments in the science and history of tides (OS/ACP/HGSS/NPG/SE inter-journal SI) 01 Jan 2018–31 Dec 2019 | Guest editors: P. L. Woodworth, R. D. Ray, M. Green, and J. M. Huthnance | Information

The issue is open to any aspect of the subject including the present accuracy of coastal, regional and global tide models; tidal dissipation and its role in geophysics; internal tides and their role in mixing the ocean and in the global ocean circulation; secular changes in tides; and new techniques for measuring tides and analysing the data. The issue also welcomes new findings on earth and atmospheric tides, the role of tides in the origin of life on earth, palaeotides, lake and planetary tides and many other aspects of tides.

The launch of the special issue coincides with the upcoming 100th anniversary of the founding of the Liverpool Tidal Institute (LTI). The LTI was established in 1919 and for many years was the world centre for knowledge of the tides, with Joseph Proudman taking the lead in dynamical theories and Arthur Doodson in the analysis of tidal information from around the world, and tidal prediction. The year 2019 is also the 100th anniversary of the International Union of Geodesy and Geophysics (IUGG), which will meet in Montreal during 9–18 July 2019. The Montreal IUGG will include a Joint Symposium on Tides (with IAPSO as the lead Association) that will be open to all of the aspects of tidal science mentioned above. The symposium will provide a fitting recognition of the anniversaries of both the LTI and IUGG. Contributors to the symposium would be encouraged to write up their work for publication in the special issue.

The special issue is open for contributions now and will stay open until the end of 2019, thereby taking advantage of new findings presented at the IUGG. It is open to any contributor, not only those with links to the LTI or attending the IUGG in Montreal.

Shipping and the Environment – From Regional to Global Perspectives (ACP/OS inter-journal SI) 01 Feb 2018–31 Dec 2018 | Guest editors: J. M. Huthnance and D. Turner | Information

Exhaust emissions from shipping originating from combustion of marine fuels contribute significantly to the anthropogenic burden of air pollutants which have negative effects on human health and ecosystems, including increased human mortality and morbidity, and acidification and eutrophication of freshwaters and marine waters. There is also a rising awareness of the negative impact from shipping on the marine environment. To summarize, the impact of shipping on induced seawater pollution is challenging as the stressors (nutrients, hazardous substances, particulate contaminants, acidifying substances, and invasive species) come from many different activities related to shipping, and act differently, and it is difficult to find a common denominator to assess the total impact. It is recognized that anthropogenic noise might also have adverse effects on the marine environment. The ambition to reduce the negative environmental impacts of international shipping is an overarching objective of international and macro-regional conventions, directives, and national legislation.

Recognition of the topic's importance has resulted in growing research momentum on the environmental consequences of shipping. An international conference, "Shipping and the Environment – From Regional to Global Perspectives", which took place in Gothenburg, Sweden, 23–24 October, was a joint activity of the BONUS SHEBA (Shipping and the environment of the Baltic Sea Region) and SOLAS international projects. The large interest in the conference (118 participants from 15 countries) showed that an initiative covering a wide range of natural and social sciences involved in assessment of impacts of shipping has been very timely. As a follow-up of the conference, this proposed special issue aims to address a wide range of impacts of shipping on air pollution, seawater pollution, underwater noise and climate, environmental impacts of these pressures, as well as the socio-economic consequences of these. It would be open not only to papers presented at the conference, but also to others addressing the topic.

To illustrate the range of topics to be covered by the special issue and the need for a joint issue between ACP and OS, the topics covered at the conference included experimental characterization of emissions to air and water and of underwater noise from shipping, emission inventories including the scenario emissions and impact of legislation, economic instruments and technological development on these, air quality and oceanic modelling of fates and effects of pollutants from shipping, assessment of impacts of emissions on human health, land, and marine ecosystems, and assessment of socioeconomic consequences of the environmental impacts and abatement measures.

Coastal marine infrastructure in support of monitoring, science, and policy strategies 15 Oct 2017–01 Aug 2019 | Guest editors: I. Puillat, S. Sparnocchia, L. Delauney, G. Petihakis, W. Petersen, A. Grémare, J. Seppälä, V. Créach, G. Charria, and O. Zielinski | Information

The purpose of this special issue is to illustrate the role of a sustainable coastal research infrastructure in supporting monitoring, sciences, and management of the coastal marine areas. As such the JERICO-RI research infrastructure is most suitable, gathering 34 partners in Europe with the same overarching objective: to strengthen and enlarge a solid and transparent European network of coastal observatories and to provide an operational service for the timely, continuous, and sustainable delivery of high-quality environmental (physical, biogeochemical, and biological) data and services related to the marine environment in European coastal seas. Six scientific areas are targeted, from the sensor development to the data analysis and the scientific results. These are the following:

  • the pelagic biodiversity with phytoplankton and harmful algal blooms;
  • the benthic biodiversity and habitats;
  • the contaminant transports;
  • the coastal transport and hydrology;
  • the carbonate systems and C cycle;
  • the coastal operational oceanography and modelling.

REP14-MED: A Glider Fleet Experiment in a Limited Marine Area 16 May 2016–31 Dec 2018 | Guest editors: G. Nurser, J. Chiggiato, K. J. Heywood, G. Quattrocchi, R. Onken, and A. Russo | Information

The REP14-MED experiment was conducted by the Centre of Maritime Research and Experimentation (CMRE, La Spezia, Italy), and supported by 20 partners from six different nations, offshore from Sardinia. In a limited area of about 110x110 km2, dense oceanographic observations were collected in the period 7–24 June 2014 by two research vessels, eleven underwater gliders from three different manufacturers, various oceanographic and meteorological moorings, surface drifters, and a profiling float. The main objective of the experiment was the collection of adequate data sets in order to pursue several objectives, including (i) finding the best sampling strategy for ocean forecasting, (ii) model validation, (iii) evaluation of forecast skill, (iv) exploring ocean variability, (v) performing a cost–benefit analysis of glider data collection, and (vi) analysis of mesoscale and submesoscale structures. This special issue includes invited papers, but it is also open for additional contributions if coherent (to be evaluated by the editors) with the objectives as specified.

Publications Copernicus