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Ocean Science (OS) and its discussion forum Ocean Science Discussions (OSD) offer an efficient new way of publishing special issues for measurement campaigns, conferences, etc. The individual papers are peer-reviewed and published as soon as they are available in regular issues; they are then labelled as part of the special issue and linked electronically.
The specific advantages are the following:
A special issue can comprise any number of journals, and the special issue editors can be the same or different and from different journals. The manuscript processing follows the standard special issue procedure of the journal in which the manuscript is submitted. Afterwards, all published papers are co-listed on a joint special issue web page (in addition to the regular chronological volume of each journal).
To make arrangements for a special issue, please contact one of the OS topic editors covering the relevant subject areas and one of the OS executive editors (see editorial board and journal subject areas). Please provide the following information:
The following special issues are scheduled for publication in OS and its discussion forum OSD:
The effects of climate change on the ocean will have an impact on all economic activities at sea, including shipping, fishery, energy, coastal protection, sustainable environmental and ecosystem management, tourism and security. Therefore, there is a demand for timely delivery of high-quality operational oceanographic services and products to support planning over short and long timescales, as they are fundamental for safe performance of marine and maritime activities. Moreover, there is a critical need to inform society, ocean governance and decision making to support a future sustainable knowledge-based maritime economy. User needs for regular, near-real-time and quality-assured services require an operational approach across a wide range of societal benefit areas. This has triggered a new wave of marine knowledge innovation in order to fill the gaps and improve the quality and resolution of the services, e.g. seamless forecasting, an operational ecosystem approach and operational marine climate services.
Oceanographic processes in shelf and coastal regions are among the most relevant ones impacting human life, and at the same time they are difficult to analyze because of their intrinsic multi-disciplinary nature and the effects of boundary conditions.
In order to improve the knowledge of processes typical of these regions, there is a stronger need to proceed towards an integrated approach, i.e., combine numerical coupled systems (of ocean, wind, waves, biology and sediments) at limited scales, with data resulting from distributed coastal observatories (point-wise data from multi-variable buoys, high-frequency radar images, satellite images, drifters, AUVs, gliders, etc.), considering a wide range of aspects (tides, stratification, mixing, land boundaries, distributed run-off, river discharges, pollutants from densely populated areas, etc.).
These issues are even more relevant in a framework of changing climate: shallow coastal and transitional areas, wetlands and lagoons, coastal cities and valuable infrastructure are being threatened by potential impacts of climate-change-induced hazards (more frequent inundation of low-lying areas, exposure to accelerated sea-level rise, increased rates of coastal erosion), while they also very often represent sites where it is economically feasible to harvest renewable energy, or where state-of-the-art prototypes can be more readily deployed for specific studies.
The R/V Meteor cruise M91 (Callao-Callao) took place off Peru from 01 December to 26 December 2012. The overall goal of M91 was to conduct an integrated biogeochemical study on the upwelling region off Peru and its adjacent oxygen minimum zone in order to assess its importance for the emissions of various climate-relevant atmospheric trace gases and tropospheric chemistry. The various work packages of M91 included measurements of (1) atmospheric and dissolved trace gases, (2) aerosols, (3) nitrogen processes and isotopes in the water column, (4) dissolved organic matter in the surface microlayer, (5) upwelling velocity, and (6) exchange fluxes across the ocean−atmosphere interface. M91 was funded by the German BMBF project SOPRAN (Surface Ocean Processes in the Anthropocene; http://www.sopran.pangaea.de), which is a contribution to the International SOLAS (Surface Ocean – Lower Atmosphere Study; http://www.solas-int.org).
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 workpackages:
The results of this research voyage will be detailed in this Special Issue, which will contain invited papers only.