Diverse hydrological, climate, and soil conditions along the Sava River caused significant diversification of vegetation. Therefore, the objective of this chapter is to integrate and present all the available data on variability of the aquatic and riparian plant communities along the Sava River and its main tributaries as well as to identify the environmental factors, which are related to the distribution of different vegetation types. Special attention has been also paid on the detection of threats for rare and endangered plant species and fragile wetland ecosystems along the Sava River. Based on data review, syntaxonomic revision of aquatic and riparian vegetation based on common, pan-European databank is required. Ecological studies that...
Riparian areas experience strong invasion pressures worldwide and represent important points of spre...
The pattern of riparian vegetation in gravel bed rivers depends on the climate, hydrological regime,...
Ecological gradients along river banks of the Mura River influence forest species composition. On th...
AbstractThe aim of the study was to evaluate pattern of the aquatic macrophyte species distribution ...
In this diploma thesis current state of vegetation cover was analyzed after spring flood in 2006 on ...
At the end of summer 2021, phytocenological research was conducted on aquatic and wetland vegetation...
We identify only fragments of the original floodplain forests on agricultural land in the alluvium o...
The present research aimed to determine the diversity of macrophyte taxa in the Ljubljanica River an...
Rivers and streams are heterogenous ecosystems that host a great number of vascular plant communitie...
Macrophytes are plants adapted to life in the aquatic environment. In the river Ljubljanica macrophy...
Until very recently, rivers have been considered as the result of the interaction between water and ...
River-banks are presented as investigation subjects for geobotany, vegetation ecology and biogeograp...
Riparian areas experience strong invasion pressures worldwide and represent important points of spre...
The majority of aquatic vegetation studies in the Middle Danube Basin (Serbia) were done independent...
The river and the riparian ecosystem are two dynamical systems which exhibit complex spatio-temporal...
Riparian areas experience strong invasion pressures worldwide and represent important points of spre...
The pattern of riparian vegetation in gravel bed rivers depends on the climate, hydrological regime,...
Ecological gradients along river banks of the Mura River influence forest species composition. On th...
AbstractThe aim of the study was to evaluate pattern of the aquatic macrophyte species distribution ...
In this diploma thesis current state of vegetation cover was analyzed after spring flood in 2006 on ...
At the end of summer 2021, phytocenological research was conducted on aquatic and wetland vegetation...
We identify only fragments of the original floodplain forests on agricultural land in the alluvium o...
The present research aimed to determine the diversity of macrophyte taxa in the Ljubljanica River an...
Rivers and streams are heterogenous ecosystems that host a great number of vascular plant communitie...
Macrophytes are plants adapted to life in the aquatic environment. In the river Ljubljanica macrophy...
Until very recently, rivers have been considered as the result of the interaction between water and ...
River-banks are presented as investigation subjects for geobotany, vegetation ecology and biogeograp...
Riparian areas experience strong invasion pressures worldwide and represent important points of spre...
The majority of aquatic vegetation studies in the Middle Danube Basin (Serbia) were done independent...
The river and the riparian ecosystem are two dynamical systems which exhibit complex spatio-temporal...
Riparian areas experience strong invasion pressures worldwide and represent important points of spre...
The pattern of riparian vegetation in gravel bed rivers depends on the climate, hydrological regime,...
Ecological gradients along river banks of the Mura River influence forest species composition. On th...