INQUA 2015.  Instructions to authors

Book of abstracts will be electronic issue only (e-book) in size A4 (29,7 x 21,0 cm).
Abstract should not exceed three A4 pages including figures and references.

Fonts: 
Title: Arial ili Calibri 14 pt. bold
Author/authors: Arial ili Calibri 12 pt. bold
Institution: Arial ili Calibri 10 pt. normal
Reference: Arial ili Calibri 10 pt. normal
Body text: Arial ili Calibri 11 pt normal, single spacing

Abstract can be prepared in any version of Word Perfect program (*.wpd) or MS Word (*.doc). If you are a Macintosh user export your document to one of listed formats.
Figures, drawings or photographs must be in resolution 600 DPI, and line art at least 0.5 pt and imbedded in your document.

Example:

Conservation issues on Terra Arabia Sands, Mars
J.C. Saturnus*, K. Phoebe** & J.P.L. Mars**

* Inst. Planet. Sci., Earth Rd. 4, 2001 Clavius City, New Country
** Dept. of Planet. Orbits, Univ. of New Frontier, Av. Agassiz 164, 1234 New Rock, Old Country

The Arabia Sands in the County of Olympia are subjected to extensive erosion and the urgent need for their protection inspired us to test several procedures which might eventually contribute to sustainable development of the County. First, we had to identify the erosional agent, which was recognized in running liquids (we hesitate to call them 'water' for historical reasons) contrary to the common belief that the erosion was solely caused by the wind action. Once we have identified the source of the problem, we tried several procedures which would eventually decrease the amount of erosion. The running liquids were diverted from the endangered area and evaporated in large artificial ponds, although we are fully aware of the risk of emanating greenhouse gases, which already contribute to melting of permafrost. The second procedure was to limit the anthropogenic influence in the study area
by quarrying only during the night when the released temperatures do not affect the condition of the permafrost ice. The third procedure ...

References:
Saturnus J.C. (2024): On the Terra Arabia Sands mineral composition and early cryogenic diagenesis. Journ. Planet. Geol. 23/2, 345-350.
Itokawa M. (2018): Permafrost on planetary bodies, 2nd ed. McMars Publishers, 600 p.
Ganimed A., O'Calisto D. & Chu X. (2019): Mission impossible - saving planetary ices in global warming world. In: Natural Hazards, Mitigation and Sustainable Development on Planetary Bodies (eds.: Saturnus J.C. & Tarsis G.), 235-300, New Land Publishers.
www.mars-today.gov/environment/action-plan.pdf (acessed on 1.12.2025).