Identification of humidity conditions in meadow sites using plant species indexes (phytoindication method)

Oswit, J., 1994: Identification of humidity conditions in meadow sites using plant species indexes (phytoindication method). Biblioteczka Wiadomosci IMUZ ( 84): 101-130

Request PDF Full Text

Submit PDF Full Text

No spam - Every submission is manually reviewed

Due to poor quality, we do not accept files from Researchgate

Submitted PDF Full Texts will always be free for everyone
(We only charge for PDFs that we need to acquire)

Select a PDF file:

Close

Oswit, J., 1992: Identification of humidity conditions in meadow sites using vegetation indices (phytoindication method). A method of determining the moisture status of meadow sites using vegetation indices is described. The water requirements of individual species were assessed on a 1-10 scale on the basis of phytosociological data relating floristic composition to...

Kirt R.R.; Durnberger R.A., 1990: Survivorship of introduced prairie plant species in a degraded weedy meadow under plant removal and non plant removal conditions. This two-year study addressed the survival of four prairie species, big bluestem (Andropogon gerardi Vitman, Poaceae), prairie cord grass (Spartina pectinata Link, Poaceae), wild bergamot (Monarda fistulosa L., Lamiaceae), and prairie dock (Silphi...

Filippov L.A., 1968: Method for evaluating the effect of temperature and humidity of air on water conditions of the tea d plant. Fiziologiya Rastenii (Moscow) 15(6): 1032-1037

He-Ya-Ting; Liu-Wen-Zhi; Dang-Gao-Di; Zhang-Quan-Fa, 2008: Identification of the photosynthetic pathways of 30 plant species in the subalpine meadow of the Qinling Mountains, China. The photosynthetic pathways of 30 plant species in the subalpine meadow of the Qinling Mountains using discriminant analysis model and anatomy methodology. Of the total 30 species,7 species belonging to 7 genera and 6 families were C, species, th...

Roguski, W.; Kasperska Woowicz, W.; abedzki, L.; Smarzynska, K., 2005: Air temperature and air humidity in the above-ground layer in the growing season in differently moistured meadow sites. Studies were carried out in three different grassland sites near Bydgoszcz (Poland): wet site in fluvial soil in the Vistula River valley (Grabowo), wet periodically dry site in peat-moor [muck] soil (Frydrychowo) and dry site in mineral-moorsh so...

Zieminska Smyk, M., 2006: Estimation of environmental conditions of arable fields in the lagging of Roztocze National Park with Ellenbergs phytoindication method. The environmental condition of the arable fields in the lagging of the Roztocze National Park (Poland) was determined using the Ellenberg's phytoindication method. In 1995-1999, 240 phytosociological photos were taken in cereal plants using t...

Didukh Y.P.; Plyuta P.H., 1990: Phytoindication of the hydrothermal and edaphic regimes of meadow steppes. Heat conditions, humidity and frostiness of climate, water, general salty, acid and nitrogen regimes of soils, illumination of communities have been determined for five topographic elements of the stow Lysaya gora. (Ivano-Frankovsk Region) using 1...

Pavlova, G.G.; Mal' tseva, T.V., 1983: A method of evaluating species abundance in a meadow plant community during transect studies. An attempt was made to interpret data of transect studies on dry meadows of Siberia to describe apparent spp. abundance on the Drude scale in relation to their wt. contribution to aboveground biomass of a sward. There was a significant correlation...

Yin LiJuan; Hou ShuHuai; Shi DeCheng; Zhu Ling, 1989: Comparison of photosynthetic enzyme activity and identification of C3 or C4 plant for 40 forage species growing on meadow steppe in the northeast of China. Key photosynthetic enzyme activities were compared for 40 forage species growing in the grass steppe of NE China and their photosynthetic pathways were identified by means of the PEPCase:RuBPCase activity ratio. There were 16 C4 plants from 7 fami...

Binet, P.T.ammavong, B.B.got, J., 1974: Application of the de Ment, Stanford and Bradford method to the study of potassium absorption by some meadow plant species