Abstract In Scandinavia, three gradients (poor–rich, water table, margin–expanse) are considered in vegetation classification of mires. We re-analysed the data of Paavo Havas from 1961 on sloping fens in eastern Finland using NMDS ordination analysis, which also revealed a three-dimensional structure of the classic gradients, with the poor–rich gradient associated with pH. Water table level, and the unstable–stable water regime gradient were also of importance. Our analysis confirmed the interpretation by Havas but further stressed the role of the poor–rich gradient as the main direction of variation in sloping fens. Species richness increased with pH, and from mire expanse to margin vegetation, but decreased towards too wet or seasonally ...
Abstract Major regime shifts in mires such as the fen–bog transition and the transition from non-fo...
Multi‐decadal studies of community and ecosystem dynamics are rare; however, this time frame is most...
The hydrological and floristic variation within a mire vegetation is mostly controlled by three ecol...
Abstract To study the relationship between mire vegetation and ecological variables we tested the F...
The major environmental gradients underlying plant species distribution were outlined in two climati...
We studied 45 mid-boreal wetlands in a rugged land uplift coast with a thin cover of till. Wetlands ...
Abstract Gradient, which is largely considered to be related to water level in mires, is referred to...
Questions What is the distribution of base-rich fen vegetation and the specialist species along Euro...
In this review I examine the geographical patterns of the Finnish mires and the role of regional and...
In this review I examine the geographical patterns of the Finnish mires and the role of regional and...
All vascular plants were inventoried in 64 SE Norwegian landscape ponds and their adjacent margins; ...
Succession of mire vegetation was studied in mire basins providing uniform chronosequences on the la...
Abstract 1. Most of the carbon accumulated into peatlands is derived from Sphagnum mosses. During p...
Abstract During succession, plant species composition undergoes changes that may have implications ...
We used an extensive dataset (1220 vegetation plots of 1 m(2)) to study vegetation gradients and fin...
Abstract Major regime shifts in mires such as the fen–bog transition and the transition from non-fo...
Multi‐decadal studies of community and ecosystem dynamics are rare; however, this time frame is most...
The hydrological and floristic variation within a mire vegetation is mostly controlled by three ecol...
Abstract To study the relationship between mire vegetation and ecological variables we tested the F...
The major environmental gradients underlying plant species distribution were outlined in two climati...
We studied 45 mid-boreal wetlands in a rugged land uplift coast with a thin cover of till. Wetlands ...
Abstract Gradient, which is largely considered to be related to water level in mires, is referred to...
Questions What is the distribution of base-rich fen vegetation and the specialist species along Euro...
In this review I examine the geographical patterns of the Finnish mires and the role of regional and...
In this review I examine the geographical patterns of the Finnish mires and the role of regional and...
All vascular plants were inventoried in 64 SE Norwegian landscape ponds and their adjacent margins; ...
Succession of mire vegetation was studied in mire basins providing uniform chronosequences on the la...
Abstract 1. Most of the carbon accumulated into peatlands is derived from Sphagnum mosses. During p...
Abstract During succession, plant species composition undergoes changes that may have implications ...
We used an extensive dataset (1220 vegetation plots of 1 m(2)) to study vegetation gradients and fin...
Abstract Major regime shifts in mires such as the fen–bog transition and the transition from non-fo...
Multi‐decadal studies of community and ecosystem dynamics are rare; however, this time frame is most...
The hydrological and floristic variation within a mire vegetation is mostly controlled by three ecol...