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• W2032883132 abstract "We assessed the relative roles of natural covariates, human disturbance (water quality and catchment land use) together with geography in driving variation in aquatic macrophyte community composition, richness and status among 101 lakes in southern and central Finland. In addition to all species together, we studied different growth forms (i.e. emergent and submerged macrophytes and aquatic bryophytes) separately. Partial redundancy analysis (taxonomic composition) and partial least-squares regression (species richness and status index) were employed to display the share of variability in macrophyte assemblages that was attributable to the environmental factors (both natural and human-affected) and the spatial filters generated through principal coordinates of neighbor matrices (PCNM). Macrophyte community composition, richness and status were explained by natural covariates, together with joint effects of human disturbance variables and space. The contributions of pure fractions of human disturbance and space were mostly modest, albeit variable among macrophyte groups and status indices. Alkalinity, historical distributions, colour, dynamic ratio and lake area were most important natural covariates for macrophytes. Of those variables influenced by human, macrophytes were mostly explained by conductivity, total phosphorus, turbidity and chlorophyll-a. Our results demonstrate, as expected, that macrophytes are dominantly affected by local environmental variables, whereas dispersal-related processes seem not to be important at regional extent. Response of macrophyte growth forms to environment and space, however, varied significantly. Community composition and richness of emergent macrophytes showed congruent response to natural covariates and human disturbance. Aquatic bryophytes, which are rarely studied along lake macrophytes, responded stronger than other growth forms to human disturbance. Contrary to our expectations, ecological indices were not affected by dispersal-related processes, but were mainly explained by natural covariates. This study is the first to investigate spatial patterns in aquatic macrophytes derived bioassessment. Geographical structuring of environmental variables and regional extent negatively affected indices, suggesting that ecological status assessment needs further development." @default.
• W2032883132 created "2016-06-24" @default.
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• W2032883132 date "2013-09-01" @default.
• W2032883132 modified "2023-10-12" @default.
• W2032883132 title "Environmental and spatial correlates of community composition, richness and status of boreal lake macrophytes" @default.
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• W2032883132 cites W1703862562 @default.
• W2032883132 cites W1855549102 @default.
• W2032883132 cites W1967075719 @default.
• W2032883132 cites W1971789183 @default.
• W2032883132 cites W1975690984 @default.
• W2032883132 cites W1977006427 @default.
• W2032883132 cites W1979432414 @default.
• W2032883132 cites W1980228732 @default.
• W2032883132 cites W1981315767 @default.
• W2032883132 cites W1982564992 @default.
• W2032883132 cites W1989297686 @default.
• W2032883132 cites W1995699189 @default.
• W2032883132 cites W1996510962 @default.
• W2032883132 cites W1998032669 @default.
• W2032883132 cites W1998050101 @default.
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• W2032883132 cites W2077117594 @default.
• W2032883132 cites W2078783610 @default.
• W2032883132 cites W2078935047 @default.
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• W2032883132 doi "https://doi.org/10.1016/j.ecolind.2013.03.031" @default.
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