Börner, Andreas

Pisarska-Jamroży, Małgorzata

van Loon, A.J. (Tom)

Geologos

Name not available

The 2014 field symposium ‘Late Quaternary terrestrial processes, sediments and history: from glacial to postglacial environments’

Adam Mickiewicz University Repository

Geologos 20, 4 (2014): 303–306The 2014 field symposium ‘Late Quaternary terrestrial processes, sediments and history: from glacial to postglacial environments’Andreas Börner1,*, Małgorzata Pisarska-Jamroży2, A.J. (Tom) van Loon31State Authority for Environment, Nature Protection and Geology of Mecklenburg-Vorpommern, State Geological Survey, Goldberger Strasse 12, 18273 Güstow, Germany; 2Geological Institute, Adam Mickiewicz University, Maków Polnych 16, 61-606 Poznań, Poland; 3Emeritus; Adam Mickiewicz University. Present address: Valle del Portet 17, 03726, Benitachell, Spain; *corresponding author: e-mail: andreas.boerner@lung.mv-regierung.deUnder the auspices of the INQUA TERPRO Commission, the Peribaltic Working Group has organised the 2014 annual field symposium in Lat-via; it was held from from August 17 to August 22. The organisers were Māris Nartišs (Chair), Māris Krievāns (Secretary), Aivars Markots, Evija Tērau-da, Vitālijs Zelčs (all from the University of Latvia in Riga) and Juris Soms (Daugavpils University, Latvia).The field symposium was attended by 54 partic-ipants from 8 countries and was aimed at studying the regional Quaternary geology and palaeoecolo-gy of Latvia in this part of the Peribalticum. It was highly interesting to compare the Latvian Quater-nary geology with that of south-eastern Lithuania, about 400 km farther south, where the group met in the fall of 2013. In both years, the participants represented a truly international earth-science com-munity, which stimulated exchange of ideas and discussions. After registration at the Faculty of Geography and Earth Sciences in Riga on August 17, the partic-ipants moved to the Ratnieki Conference and Rec-reational Centre of the University of Latvia (Līgatne municipality). The scientific part of the conference started there the next day with a field trip. The excursion led to the south-east, where the area near Daugavpils was visited. The participants were introduced into the history of the Lower Gau-ja spillway valley at Sigulda and the Late Glacial and postglacial environmental changes of Lake Āraiši (Vidzeme Upland), the Triečupīte River val-ley and the foreland of the Vidzeme Upland. At the 4th stop, the internal structure of the third terrace of the Gauja River was shown (Fig. 1) and its genesis was discussed in quite some detail. Particularly in-teresting were the discussions about soft-sediment deformation structures with a periglacial origin and those, in another layer, of possibly seismic origin. The participants then returned satisfied to Ratnieki.The second day was devoted to presentations; these were held in the Conference Centre. A total of 13 oral and 23 poster presentations were deliv-ered, which took the whole day. The various pres-entations are all documented in a well prepared, full-colour abstract and excursion guide book of over 150 pages. After the intense presentations and discussions of this day, the participants had a more relaxed evening, when the official conference din-ner was held.During the morning field trip of day 3, the Vese-lava end moraine in the north-west of the Vidzeme area (Fig. 2), the inland dunes at Smilškalni (Middle Gauja Lowland), the Madona-Trepe ice-marginal ridge at Smeceres sils (East-Latvian Lowland) and the glaciokarst kettles at Vietalva village were pre-sented; this excursion day ended with a visit to the Upper Daugava spillway valley and the associated gully network at Vasargelišķi. The night was spent in the Dinaburg Hotel at Daugavpils.During day 4 we visited, in the Daugavpils area (East-Latvian Lowland), a kame terrace in the Up-304 Andreas Börner, Małgorzata Pisarska-Jamroży, A.J. (Tom) van Loonper Daugava depression and a recessional moraine ridge at the glacial depression of Lake Rāzna. The Late Glacial and Holocene development of Lake Rāzna were explained on the basis of biostrati-graphical data. Finally, an inland dune-field land-scape near Daugavpils was visited. Day 5 started with a presentation of the inter-nal morphology and structure of the Lāči drumlin in the Zemgale drumlin field. In the surroundings of Baldone (central Latvian lowland) we were in-troduced to the morphology and internal structure of a ribbed moraine and drumlin remnant. Unfor-tunately, a sudden heavy rain shower with hail de-stroyed the two well-prepared large profiles that had been prepared at this site. They gradually were destroyed while the participants tried to shelter un-der a group of umbrellas; it was a blessing in dis-guise, as many interesting discussions were started during this weather-forced close being together.AcknowledgementsLooking back to this meeting, it is entirely clear that Māris Nartišs and all other members of the organising team managed to arrange a highly in-teresting field meeting. The participants were pre-sented numerous new results of recent geoscientif-ic investigations of the Weichselian glaciation, the Late Glacial transitional phase and the Holocene history of this part of the Peribalticum. We thank the organisers for their inspiring presentation and Fig. 2. Latvian colleagues explain the internal structure of the Veselava end moraine in the Vidzeme areaFig. 1. Participants of the excursion during a discussion about the origin of soft-sediment deformation structures at the Gauja River terrace close to Valmiera Town The 2014 field symposium ‘Late Quaternary terrestrial processes, sediments and history... 305their enthusiasm that made this symposium an overwhelming. We look forward to visiting Latvia soon again!Annex: Abstract and excursion guide bookThe printed abstract and excursion guide is available at the Faculty of Geography and Earth Sciences, University of Latvia, Rainis Blvd. 19, Riga, LV1586, Latvia. It is also availa-ble in PDF format from internet: http://www.geo.lu.lv/fileadmin/user_upload/lu_portal/projekti/gzzf/Lekciju_saraksti/2014_rudens/ Peribaltic_2014_Latvia_Excursion_Guide_and_Ab-stract_book.pdf.The following abstracts are included:Astakhov, V., Shkatova, V., Zastrozhnov, A. & Chuyko, M.: Map of ice-marginal formations of European Rus-sia.Baltrūnas, V., Karmaza, B., Katinas, V., Šeirienė, V. & Zin-kutė, R.: Palaeoenvironmental changes and stratigra-phy of Quaternary deposits of Lithuania.Bērziņš, D. & Karušs, J.: Mapping shallow groundwater surface in terrigenous sediments using ground pen-etrating radar. Bikše, J., Popovs, K., Dēliņa, A. & Babre, A.: Groundwater flow peculiarities induced by post-glacial and mod-ern karst, Skaistkalne vicinity, Central Latvian plains. Börner, A., Hrynowiecka, A., Kuznetsov, V., Stachow-icz-Rybka, R., Maksimov, F., Grigoriev, V., Niska, M. & Moskal-del Hoyo, M.: Palaeoecological investiga-tions and 230Th/U dating of Eemian interglacial peat sequence of Banzin, Mecklenburg-Western Pomera-nia, NE-Germany.Bregman, E.P.H.: The EU Encore Fresh Water Project: from fundamental research towards practice.Bregman, E.P.H., Lūse, I., Bakker, M., Pierik, H.J., Smit, F.W.H. & Cohen, K.M.: The Late Saalian Hondsrug megaflute, Drenthe, The Netherlands: the base of an unique new European Geopark.Dēliņa, A., Dūdiņa, K. & Popovs, K.: Effect of buried val-leys on groundwater flow: a case study in the vicinity of Ventspils, NW Latvia.Druzhinina, O.: New data on the palaeoenvironment of South-Eastern Baltic region: results of the scientific project RFBR 1205-33013. Gedminienė, L., Rimkutė, G. & Stančikaitė, M.: Post-gla-cial environmental changes and the earliest human inhabitancy of the Lake Dukštelis area, Eastern Lith-uania.Grigienė, A. & Jusienė, A.: Development of the Plateliai area in Late Weichselian and Holocene, NW Lithua-nia.Grube, A.: Current issues of geological mapping in Schle-swig-Holstein, Germany.Hardt, J. & Böse, M.: Late Quaternary ice sheet dynamics in northeastern Germany – new insights in the forma-tion of the Frankfurt ice marginal position based on the analysis of a high resolution LiDAR digital eleva-tion model. Johansson, P., Voytekhovsky, Y., Lauri, L.S., & Pihlaja, J: ABCGheritage project – geological cooperation in northern Fennoscandia.Kalińska-Nartiša, E., Nartišs, M., Thiel, C., Buylaert, J.-P. & Murray, A.S.: Application of the pulsed OSL in feld-spar contaminated aeolian sediments: a case study of Eastern Latvia and Southern Estonia. Kalla, K. & Hang, T.: Deglacial ice dynamics in Estonia as derived from glacial bedforms.Karmazienė, D.: Morphogenetic classification of kame terraces in the Late Nemunas glaciation area of Lith-uania.Kuznetsov, D., Ludikova, A. & Sapelko, T.: The isolation stratigraphy of small lakes in northern Lake Ladoga basin in reconstructions of the Baltic Ice Lake final stage and early Holocene glacioisostatic uplift. Lamsters, K. & Karušs, J.: Glacial landforms in the fore-field of Múlajökull surge-type glacier, central Iceland.Lomp, P. & Rattas, M.: Carbonate cements in glacial sed-iments: a palaeohydrologic indicator of glacial envi-ronment. Ludikova, A.: The diatoms of the Baltic Ice Lake: new data from the Lake Ladoga region, the easternmost part of the Baltic Ice Lake. Panin, A.: Upper Dnieper River since LGM: ice damming, glacio-isostatic effects and climatic forcing.Pisarska-Jamroży, M., Van Loon, A.J., Woronko, B. & Sternal, B.: Heavy minerals as indicators of the source areas of the sediments in the Toruń-Eberswalde ice-marginal valley, NW Poland.Pujāte, A., Stankeviča, K., Dručka, A., Staškova, A., Ceriņa, A., Kalniņa, L. & Kušķe, E: Records of natural and human-induced environmental changes in Latvi-an lake sediments. Pukelytė, V.: The links between Quaternary palaeosurfac-es and present surface of South Lithuania.Retiķe, I., Bikše, J., Kalvāns, A., Babre, A., Kalvāne, G. & Popovs, K.: Chemical characterization of Quaternary groundwaters in Latvia: a case study of trace element content.Rudnickaitė, E. & Guobytė, R.: Lithological variability in tills of the Samogitian Upland and surrounding area, Lithuania.Saarse, L.: Cyclic sedimentation pattern in the Lake Veet-ka, SE Estonia.Sarala, P.: Low-impact exploration methods promoting the Green Mining concept in Finland.Sarala, P. & Peuraniemi, V.: Extra short glacial transport – mechanisms and application. Semenova, L.P., Stepunin, A.V., Maksimov, A.V. & Marchenko-Vagapova, T.I.: Stratigraphy of Quater-nary deposits, Sheet Р-39 (Syktyvkar). Staškova, S., Ceriņa, A., Pujāte, A. & Kalniņa, L.: Palaeo-vegetation changes recorded by macroscopic fossil in-vestigation data from Lake Ummis and Lake Mazais Ungurs sediments, Latvia. 306 Andreas Börner, Małgorzata Pisarska-Jamroży, A.J. (Tom) van LoonTabuns, E., Kuksa, K., Nikitin, M., Levchenko, S., Baker, J. & Grigoriev, V.: Freshwater travertines from NW Russia – terrestrial archives of paleoenvironmental information. Vaikutienė, G., Skipitytė, R., Mažeika, J., Martma, T., Gar-baras, A. & Barisevičiūtė, R.: Investigation of stable isotopes and diatom assemblages – a key for paleoen-vironmental reconstruction, Curonian Lagoon, Lithu-ania. Van Loon, A.J. & Pisarska-Jamroży, M.: Pleistocene gla-cio-isostatic seismites in NW Poland. Van Loon, A.J. & Gruszka, B.: A giant loadcast resulting from ice re-advance over an esker near Ryssjön, South Sweden.Zaretskaya, N., Panin, A. & Shebotinov, V.: MIS 2 alluvial terrace and the problem of the LGM proglacial lake in the River Vychegda valley, North-East Europe.

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The 2014 field symposium ‘Late Quaternary terrestrial processes, sediments and history: from glacial to postglacial environments’

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