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Annales Geophysicae Sun, Earth, planets, and planetary systems An interactive open-access journal of the European Geosciences Union

Scheduled special issues

The following special issues are scheduled for publication in ANGEO:

Solar magnetism from interior to corona and beyond 01 Sep 2018–01 Mar 2019 | Guest editors: V. Fedun, S. Shelyag, E. Scullion, A. K. Srivastava, G. Verth, and M. Temmer | Information

The special issue arises out of a recent and very successful meeting, “Dynamic Sun II: Solar Magnetism from Interior to Corona”, Siem Reap, Cambodia (http://star-lab.group.shef.ac.uk/Conferences/Cambodia_2018/index.html), organized by the guest editors, and will address the role of the solar magnetism in the variety of dynamical plasma processes which are responsible for the energy transport from the interior of the Sun to the outer layers of the solar atmosphere. It will also include papers devoted to the Sun-driven magnetospheric dynamics. The main focus of the special issue will be to discuss in detail the recent achievements in understanding photospheric, chromospheric and coronal dynamics, energy transport between the lower and upper layers of the solar interior and the solar atmosphere, and dynamical processes in the confined solar transients. Special attention will be paid to the key results and goals of the current and proposed space and ground-based instruments. These topics are also aligned with the long-term goals of current and proposed space/solar missions. This paper collection will be also useful for future scientific data interpretation from forthcoming new-generation ground-based instruments, e.g. the Daniel K. Inouye Solar Telescope (DKIST, USA), the European Solar Telescope (EST, Europe), new Indian facilities (MAST, upcoming 2m-NLST, Aditya-I), and more recently CHROMIS (located alongside CRISP at the Swedish 1-m Solar Telescope), which will be able to significantly advance scientific understanding of our solar-terrestrial environment. The special issue has the following scientific themes:

  • Magnetized solar photosphere: coupling with sub-layers, dynamical phenomena, and waves;
  • Chromospheric dynamics and heating processes;
  • MHD waves: observations and modelling in various magnetic structures and seismology;
  • Plasma flows on diverse spatio-temporal scales;
  • Instruments and their novel science aspects;
  • The Sun-driven magnetospheric dynamics.

 

Dynamics and interaction of processes in the Earth and its space environment: the perspective from low Earth orbiting satellites and beyond (SE/ANGEO inter-journal SI) 01 Sep 2017–30 Jun 2018 | Guest editors: C. Stolle, J. L. Chau, E. Doornbos, M. Korte, A. Kuvshinov, J. Kusche, H. Lühr, R. Nakamura, J. Vogt, and G. Balasis | Information

The Earth system changes continuously. Variations in Earth's interior, the atmosphere, the oceans, and near-Earth space give rise to changes in global fields, particularly in Earth's magnetic and gravity fields. The underlying processes can be identified and studied through the monitoring and analysis of fundamental geomagnetic and gravity parameters. These are especially suitable to quantifying terrestrial transport mechanisms and solar–terrestrial interactions. This special issue solicits papers that build on data from satellites on low Earth orbits, such as CHAMP, GRACE, GOCE, and Swarm, the latter being of particular interest due to its multi-satellite constellation. In order to improve the understanding of interconnections and coupling processes, submissions are also welcome that bring in further sources of information, such as data from other satellite missions, ground-based observations, and empirical and physical models.

Advanced Global Navigation Satellite Systems tropospheric products for monitoring severe weather events and climate (GNSS4SWEC) (AMT/ACP/ANGEO Inter-Journal SI) 01 Nov 2015–31 May 2018 | Guest editors: V. Kotroni, J. Jones, S. de Haan, E. Pottiaux, O. Bock, R. Pacione, and R. Van Malderen | Information

Since 1990, signals from global positioning system (GPS) satellites have been recorded by networks worldwide. From these GPS observations the zenith total delay (ZTD) can be computed. Using surface measurements of pressure and temperature, these ZTD values can be turned into water vapour amount and used for atmospheric research. The main aim of the COST action ES1206 “Advanced Global Navigation Satellite Systems tropospheric products for monitoring severe weather events and climate” (GNSS4SWEC) is to coordinate the research and the development of new, advanced tropospheric products derived from GNSS signal delays, exploiting the full potential of multi-GNSS (GPS, GLONASS and Galileo) water vapour estimates on a wide range of temporal and spatial scales, from real-time monitoring and forecasting of severe weather to climate research. The potential impacts of this work are great: improved severe weather forecasting, leading to a decreased risk to life and national infrastructure; improvement of climate projections also has major global significance. In addition the action will promote the use of meteorological data in GNSS positioning, navigation, and timing services. The main topics envisioned in the special issue include the following:

  • The development of advanced and new GNSS tropospheric products related to
    • multi-GNSS constellation signals for water vapour remote sensing,
    • water vapour anisotropy (horizontal gradients, satellite slant delays, tomography, etc.),
    • real-time/ultra-fast water vapour remote sensing in support of nowcasting ,
    • improvement of the temporal and spatial resolution capability of GNSS water vapour remote sensing.
  • The exploitation of these products in numerical weather prediction (NWP) and nowcasting, such as
    • the development of new initialization/assimilation methods in NWP,
    • the development of forecasting tools (water vapour maps, convective indexes, alarm systems, etc.) for nowcasting and severe weather events.
  • The assessment of these GNSS tropospheric products (see first point) derived from a common benchmark reference data set.
  • The assessment of the standardized methods/tools for NWP/nowcasting (see second point) based on the GNSS products built on the benchmark data set.
  • Exploiting re-analysed/reprocessed GNSS tropospheric products for climate studies:
    • comparison/assimilation in the regional/ global climate models,
    • comparisons with other in-situ, ground-based and satellite water vapour retrievals,
    • development and assessment of homogenization methods for GNSS-based product time series,
    • analysing the variability and trends in GNSS-based water vapour retrievals.
  • Establishment of new GNSS analysis centres for monitoring the atmosphere.

Submissions of papers dealing with broader GNSS4SWEC objectives are also encouraged:

  • synergy between GNSS and GNSS radio occultation (RO),
  • monitoring the other components of the hydrological cycle (soil moisture, snow cover, terrestrial water storage) with GNSS.
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