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Daniela Ionela Ciolea

3 linked publication records

Author: Daniela Ionela CioleaSubject: Geologyclear all
Showing 1-3 of 3 records
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10th International Multidisciplinary Scientific GeoConference SGEM2010
Publication

SEDIMENTARY MEDIA GIS BASED SOFTWARE PLATFORM TO IMPROVE GROUNDWATER MODELING

(SGEM Scientific GeoConference, 2010, R. C. Gogu, V. Velasco, A. Ionita, E. VAZQUEZ – Sune)

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The detailed modeling of sedimentary media (alluvial sediments, deltas, etc.) that form important aquifers is very complex for two reasons. The first is the intrinsic natural heterogeneity of the geological medium and the second is that the data management tools (manipulating geological and hydrogeological data) needed to implement them in the hydrogeological models are not developed enough. The paper presents a software platform containing methodologies and tools that facilitate the integration of the 3D geologic...

Geology2010
10th International Multidisciplinary Scientific GeoConference SGEM2010
Publication

“GLOBAL WARMING” – THE LAST WARM PHASE OF THE CLIMATIC CYCLE OF “MINI-GLACIATIONS” (WITH ABOUT 1,000 YEARS PERIOD)

(SGEM Scientific GeoConference, 2010, M. Ticleanu, R. Nicolescu, R. Damian, T. Gridan, ST. Grigoriu, A. Ion, I. Gheuca)

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For a better definition of the Actual Climatic Optimum (the so called “global warming”) a detailed analysis of the Holocene climate is imperative. This paper broaches this analysis from the perspective of the “mini-glaciations” climatic cycle with a 1,000 yrs period which a series of authors took into consideration. The causes of these cycles are represented by periodical variations of the solar activity. But our analysis has covered a larger stratigraphical interval (23,000 yrs) including the W\"urm III s...

Geology2010
9th International Multidisciplinary Scientific GeoConference SGEM2009
Publication

THE CAPTURE OF THE MOON BY THE EARTH AROUND 40,000 YEARS BEFORE PRESENT FROM THE GEOLOGICAL PERSPECTIVE

(SGEM Scientific GeoConference, 2009, M. Ticleanu, N. Ticleanu, R. Nicolescu, A. Ion, GH. Borcan)

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A revaluation of the important of the climatic variations on the Earth in the last 120,000 years (Quaternary palaeoclimatological data) led us to render evident a special geodynamic moment around 40,000-39,000 years (ka) before present (BP). We have correlated this moment with a severe change of the precessional year duration caused by a modification of the rotational axis position under the influence of a cosmic body. We consider this cosmic event to be the capture of the Moon (by the Earth), former first planet ...

Geology2009
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