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Stan wiedzy na temat rozwoju dolin ekstraglacjalnych na Niżu Polskim w okresie przejściowym plejstocen-holocen

100%

Turkowska K., Uniwersytet Łódzki I. G. F. i. K. Ś.

Acta Universitatis Lodziensis. Folia Geographica Physica

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1997

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vol. 1

EN

During the transition period between Pleistocene and Holocene, from 20 000 to 8000 BC, river valleys were subject to the impact of vistulian ice-sheet or to the influence of periglacial climate. Their development was dependent on their width and position in relation to the edge of the ice-sheet. In the southern part of the Polish Plain three areas where advanced river valley research is carried out can be distinguished (Fig. l). The frrst of these is the middle Vistula valley which was formed by water inflow from the upper montainous part of the basin and by the direct influence of the Scandinavian ice-sheet. The second area where research is the most advanced methodologically encloses the Prosna river valley and the middle Warta river valley. The Prosna valley was situated in a periglacial zone and the Proma base level changed according to the vistulian ice-sheet location. The middle Warta river valley was embraced by the Leszno stage zone and thus is of pradolina origin. The Łódź Upland situated on a watershed is the third area of valley studies. Here the research is concerned with the upper parts of small valleys, where climatic and glacial factors did not mingle with each other. Also investigations of denudational valley infI1l are valuable for the valley studies. During the transitional period three stages of river valley development (Fig. 2) can be recognized: 1. 20000-14 500 B.C. - the braided river phase with glacial, periglacial and mixed supplies. Aggradation of valley floors was characteristic of the phase and cut and built terace formation occured rarely. 2. 14 500-10 000 B.C. - the complex phase of valley floor cutting with simultaneous change from braided to widely meandering channel patterns. Present results show that the alternation did not occur at the same time in diITerent valleys or even fragments of valleys and was strongly dependent on local conditions. 3. 10000-8000 B.C. - the meandering river phase with decreasing meander proportions untill mezo-Holocene. In general the state of knowledge od valley development in non-glaciated regions of the Polish Plain in the transition period is regarded as advanced. That is, to a considerable extent, the result of various conditions in the areas where the studies are conducted. It is recommended that the research methods should be perfected and standardized. This would enable the distinction and comparision of local and general determinants of valley evolution to be made more precisely. Expansion of model application from the Warta river study area to others would speed the transition from quality to quantity characteristics of the process.

PL

Zebrano poglądy na temat ewolucji dolin w okresie przejściowym plejstocen - holocen (20000-8000 lat BP) na nizinnych, ekstraglacjalnych obszarach Polski. Podkreślono różnorodność typów i wielkości dolin oraz wynikającą z nich złożoność procesów w omawianym okresie. We wszystkich dolinach należy wyróżnić trzy główne fazy rozwoju: l) 20000-14500 lat BP - faza rzeki roztokowej o zasilaniu glacjalnym iflub peryglacjalnym i przewadze agradacji den dolinnych, 2) 14 500-10000 lat BP - wieloetapowe rozcinanie dolin, a jednocześnie zmiana odpływu roztokowego na meandrujący (meandry wielkopromienne), 3) 10000--8000 lat BP - faza odpływu meandrowego, przejście od meandrów wielkopromiennych do małopromiennych. Znajomość rozwoju dolin ekstraglacjalnych na niżu uznano za zaawansowaną, chociaż stan badań jest bardzo różny, a stosowane metody badawcze często nieporównywalne, co w przyszłości należałoby zmienić.

2

Late Cenozoic Bryozoa from diamictites of Cape Lamb, Vega Island, Antarctic Peninsula

100%

Adamonis S., Hara U., Concheyro A.

Polish Polar Research

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2015

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issue 4

3

Large-scale deformations in Neogene deposits near Dobrzyń on the Vistula (central Poland) – thrusting from N/NE or valley-side glaciotectonics in the Płock Basin?

100%

Roman M., Żuk R., Roman M., Żuk R.

Studia Quaternaria

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2019

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vol. 36

4

Record of the Pleistocene at karst sites of the Świętokrzyskie (Holy Cross) Mountains region – a review

100%

Urban J., Hercman H., Ochman K., Kasza A., Urban J., Hercman H., Ochman K., Kasza A.

Studia Quaternaria

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2019

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vol. 36

5

Late Pleistocene vegetational and soil evolution at the Kiev loess plain as recorded in the Stari Bezradychy section, Ukraine

100%

Gerasimenko N. G., Gerasimenko N. G.

Studia Quaternaria

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2000

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vol. 17

6

Reinvestigation of the interglacial pollen flora at Zbójno, Central Poland

100%

Bińka K., Bińka K.

Studia Quaternaria

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2010

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vol. 27

7

PLEISTOCENE DEPOSITS IN THE SOUTHERN EGYPTIAN SAHARA:LITHOSTRATIGRAPHIC RELATIONSHIPS OF SEDIMENTSAND LANDSCAPE DYNAMICS AT BIR TARFAWI

100%

Hill C. L., Schild R.

Studia Quaternaria

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2017

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vol. 34

8

SEDIMENTARY ENVIRONMENT OF THE EARLY PLEISTOCENE GRAVELS OF THE EDFU FORMATION FROM THE SAQQARA ARCHAEOLOGICAL SITE (EGYPT) – PRELIMINARY RESULTS

100%

Czarniecka U., Wysocka A., Welc F.

Studia Quaternaria

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2016

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vol. 33

9

PETROGRAPHY OF GLACIAL TILLS IN THE SZCZERCÓW OUT CROP, CENTRAL POLAND – PROBLEMS OF STRATIGRAPHIC INTERPRETATION

100%

Krzyszkowski D., Wachecka-Kotkowska L., Wieczorek D., Stoiński A.

Studia Quaternaria

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2015

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vol. 32

10

Apiaceae - contribution to the flora history in light of pollen analysis with a special reference to the Holocene site at Błędowo (Central Poland)

100%

Bińka K., Bińka K.

Studia Quaternaria

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2003

11

Intra-individual variability of dental enamel δ13C and δ18O values in Late Pleistocene cave hyena and cave bear from Perspektywiczna Cave (southern Poland)

100%

Czernielewski M., Krajcarz M., Krajcarz M. T., Czernielewski M., Krajcarz M., Krajcarz M. T.

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12

Population Genetics of the Narrow Endemic Hladnikia Pastinacifolia RCHB. (Apiaceae) Indicates Survival in Situ During the Pleistocene

84%

Šajna N., Kavar T., Šuštar-Vozliè J., Kaligariè M.

Acta Biologica Cracoviensia s. Botanica

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2012

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vol. 54

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issue 1

13

Sedimentary evidence for an ice-sheet dammed lake in a mountain valley of the Eastern Sudetes, Czechia

84%

Hanáček M., Nehyba S., Nývlt D., Skácelová Z., Procházková B., Zbynek E.

Acta Geologica Polonica

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2018

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vol. 68

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issue 1

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Stan wiedzy na temat rozwoju dolin ekstraglacjalnych na Niżu Polskim w okresie przejściowym plejstocen-holocen

Late Cenozoic Bryozoa from diamictites of Cape Lamb, Vega Island, Antarctic Peninsula

Large-scale deformations in Neogene deposits near Dobrzyń on the Vistula (central Poland) – thrusting from N/NE or valley-side glaciotectonics in the Płock Basin?

Record of the Pleistocene at karst sites of the Świętokrzyskie (Holy Cross) Mountains region – a review

Late Pleistocene vegetational and soil evolution at the Kiev loess plain as recorded in the Stari Bezradychy section, Ukraine

Reinvestigation of the interglacial pollen flora at Zbójno, Central Poland

PLEISTOCENE DEPOSITS IN THE SOUTHERN EGYPTIAN SAHARA:LITHOSTRATIGRAPHIC RELATIONSHIPS OF SEDIMENTSAND LANDSCAPE DYNAMICS AT BIR TARFAWI

SEDIMENTARY ENVIRONMENT OF THE EARLY PLEISTOCENE GRAVELS OF THE EDFU FORMATION FROM THE SAQQARA ARCHAEOLOGICAL SITE (EGYPT) – PRELIMINARY RESULTS

PETROGRAPHY OF GLACIAL TILLS IN THE SZCZERCÓW OUT CROP, CENTRAL POLAND – PROBLEMS OF STRATIGRAPHIC INTERPRETATION

Apiaceae - contribution to the flora history in light of pollen analysis with a special reference to the Holocene site at Błędowo (Central Poland)

Intra-individual variability of dental enamel δ13C and δ18O values in Late Pleistocene cave hyena and cave bear from Perspektywiczna Cave (southern Poland)

Population Genetics of the Narrow Endemic Hladnikia Pastinacifolia RCHB. (Apiaceae) Indicates Survival in Situ During the Pleistocene

Sedimentary evidence for an ice-sheet dammed lake in a mountain valley of the Eastern Sudetes, Czechia