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The occurrence of Atriplex littoralis L. in Poland

100%

Ratynska H., Waldon-Rudzionek B., Wachowiak E.

Steciana

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2016

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tom 20

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nr 3

The Atriplex littoralis L. is a rare and endangered species in Poland and many other countries in Europe. In Poland it is mainly found on the west coast and also rarely in central parts. It has been seen in Puck Bay and the Gulf of Gdańsk as well as in Hel Peninsula. The grassleaf orache is a halophyte, terophyte and a sunlight-loving plant. Data shows that apart from on the coast, this species may also appear in inland areas, for example on ruderal habitats such as roadsides. The results of our observations confirm the presence of the species on beaches and rocky bank reinforcement, with accumulation of annual vegetation in the Hel Peninsula and Puck Bay. Five sites, where Atriplex littoralis specimens occur have been found. In each site 1 to 15 specimens where found, in total 31. Five phytosociological relevés were made within the floristically poor patches of Matricario maritimae-Atriplicetum littoralis (Christiansen 1933) R.Tx. 1950. This association represents the protected type of habitat: Annual vegetation of drift lines (1210).

2

Contribution on the Lemnaceae of Ecuador

100%

Landolt E.

Fragmenta Floristica et Geobotanica

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2000

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tom 45

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nr 1-2

3

Colonization of zinc mine spoils in Southern Poland - preliminary studies on vegetation, seed rain and seed bank

100%

Grodzinska K., Korzeniak U., Szarek-Lukaszewska G., Godzik B.

Fragmenta Floristica et Geobotanica

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2000

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tom 45

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nr 1-2

4

The impact of plateau zokor Myospalax fontanierii burrows on alpine meadow vegetation on the Qinghai-Xizang (Tibetan) plateau

100%

Zhang Y., Liu J., Du Y.

Acta Theriologica

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2004

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tom 49

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nr 1

The impact of burrows constructed by plateau zokors Myospalax fontanierii (Milne- -Edwards, 1867) on alpine meadow vegetation on the Qinghai-Xizang (Tibetan) plateau was investigated. Plant samples taken from quadrats directly over active zokor burrows, back-filled burrows, adjacent burrow controls, and random sites from a field, in which no burrows or mounds occurred were compared. The biomass of plants (below- and above-ground) directly over shallow active burrows was significantly lower than on control plots. This reduction in biomass was not significantly different than that between deep active burrows and control plots. There were no significant differences between above- and below-ground plant biomass on areas perpendicular to active burrows when compared to random sites. Back-filling soil in burrows could promote the growth of above-ground monocotyledonous plants. However, the burrowing activities of zokors had a negative effect on biomass of dicotyledonous plants.

5

Spectral characteristics of the Arctic ornithogenic tundra vegetation in Hornsund area, SW Spitsbergen

86%

Zmudczynska K., Zwolicki A., Barcikowski M., Barcikowski A., Stempniewicz L.

Polish Polar Research

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2009

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tom 30

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nr 3

249-262

6

Causes and directions of changes of meadow-pasture vegetations of the Wielki Leg Obrzanski (WLO)

86%

Klarzynska A., Kryszak A.

Steciana

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2014

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tom 18

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nr 2

The paper presents results of the studies conducted to determine causes and directions of transformations in vegetation of meadow-pasture communities in the area of the Wielki Łęg Obrzański [Great Obra Floodmeadows]. Multifaceted natural and habitat analyses were conducted on over 1800 relevés prepared in the vegetation seasons of 2005–2009 according to Braun-Blanquet. On their basis the phytosociological and floristic structure was analysed and habitat conditions were determined by phytoindication. Moreover, laboratory methods were applied in soil analyses to determine contents of basic macro- and microelements and groundwater table levels were recorded. Results referred to the documentation and archive literature made it possible to determine causes of transformations in plant communities in that area and outline probable directions in which succession was progressing. A lack of regular land use patterns is seen as the primary cause for the transformation in the flora of the Wielki Łęg Obrzański, particularly in the last 20 years. A considerable limitation of land use in certain sections of this area has led to the initiation of dominance of nitrophilic species such as Urtica dioica, Cirsium arvense, Potentilla anserina or Galium mollugo, while in the thinned sward it led to the development of grass species with very limited economic importance. Another equally important factor affecting the structure of vegetation cover is connected with air and water relations in soils, determined by the drainage system operating there for the last 200 years and by precipitation.

7

The effect of human impact on the vegetation of small water bodies in an agricultural landscape

86%

Nagengast B., Kuczynska-Kippen N.

Teka Komisji Ochrony i Kształtowania Środowiska Przyrodniczego

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2013

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tom 10

8

The peculiarities of vegetation formation processes in the Ukrainian part of Roztocze

86%

Soroka M., Wozniak A.

Zarządzanie Ochroną Przyrody w Lasach

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2016

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tom 10

9

Aspects of vegetation and soil relationships around athalassohaline lakes of Wadi El-Natrun, Western Desert, Egypt

86%

Abd El Ghani M., Hamdy R., Hamed A.

Journal of Biology and Earth Sciences

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2014

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tom 04

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nr 1

10

Directions of succession of Baltic vegetation

86%

Plinski M.

Seria Biologiczna. Uniwersytet im. Adama Mickiewicza w Poznaniu

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1990

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tom 43

11

Ecosystem services of abandoned land in a city. An example from Poznan

86%

Zatonski J.

Ekonomia i Środowisko

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2014

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nr 4[51]

12

The effect of the fire in the Czarnobyl nuclear reactor on the 137Cs contamination vegetation in the Lublin region

86%

Blamowski Z. K., Szymanska M., Rukasz I.

Applied Biology Communications. Lublin Scientific Center

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1991

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tom 01

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nr 3

13

Overview on vegetation characteristics of selected populations in the Eastern Desert of Egypt

86%

Kamel M., Badr A., Zaki H.

European Journal of Biological Research

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2015

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tom 05

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nr 3

14

The efficiency of photosynthetic energy transformation in maple plants differing in age and growth light conditions

86%

Vasylchenko S. M., Syvash O. O., Dovbysh K. P., Topchiy N. M.

Acta Physiologiae Plantarum

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2007

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tom 29

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nr 1 Suppl.

15

The sensitivity of vegetation in the lower Tigris basin landscapes to regional and global climate variability

86%

Alhumaima A. S., Abdullaev S. M.

Przegląd Naukowy. Inżynieria i Kształtowanie Środowiska

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2021

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tom 30

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nr 1[91]

16

Spatial structure of vegetation in a small charophyte dominated lake

86%

Pukacz A., Pelechaty M.

Biodiversity: Research and Conservation

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2013

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tom 29

17

Floristic and phytosociological characteristics of motorway roadside vegetation in Poland

86%

Rabsztyn B., Wysocki C.

Annals of Warsaw Agricultural University. Horticulture (Landscape Architecture)

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2004

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tom 25

18

Roslinnosc projektowanego nadmorskiego ogrodu botanicznego w Trojmiescie

86%

Faltynowicz W., Picinska-Faltynowicz J., Szmeja J.

Zeszyty Naukowe Wydziału Biologii, Geografii i Oceanologii. Uniwersytet Gdański. Biologia

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1985

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nr 06

19

Vegetation characteristics of the Morynskie Hills (NW Poland)

86%

Kagan M., Szwed W.

Steciana

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2014

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tom 18

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nr 2

The aim of this study was to characterise the flora and plant communities in the Moryńskie Hills, Poland. A total of 45 transects and 23 phytosociological relevés were established. Plant communities were identified based on the description of the test patch of the vegetation cover. The paper presents floristic analyses of vascular plants, which includes the taxonomic affiliation of species, their life forms according to Raunkiaer, and the species share in the geographical and historical groups. The results have been compiled and presented in tables and graphs, with a brief discussion. The non-forest communities occupy the largest area: xerothermic swards, meadows and pastures and to a lesser extent, scrub communities. Forests are represented by a riparian slope elm-ash wood Violo odoratae-Ulmetum minoris.

20

Military training areas and vegetation – the effect of explosion craters on species diversity along a moisture gradient

86%

Krawczyk R., Zubel R., Komsta L.

Polish Journal of Ecology

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2019

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tom 67

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nr 3

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