Javascript must be enabled to continue!
Diatom biomonitoring – scientific foundations, commonly discussed issues and frequently made errors
View through CrossRef
Abstract
Contemporary assessment of the ecological status of aquatic ecosystems is based on various groups of organisms, including diatoms. Biological assessment, implemented by the Water Framework Directive, has been applied worldwide for more than 15 years. Currently, the most basic “tool” used in biomonitoring are diatom indices, which are routinely applied in Europe and other countries around the world. In Poland, the diatom indices have been used for over 5 years, which is a period of time allowing to summarize and evaluate the effectiveness of these methods in the assessment of aquatic ecosystems. The purpose of this work was to analyse the use of diatom indices in the biomonitoring of surface water by collecting data on the possibilities and limitations of using diatom indices for the objective assessment of water quality. Attention was paid to mistakes made in the course of biological assessment performed with the use of diatom phytobenthos, which have a significant impact on the obtained results. The paper also contains suggestions for introducing several important changes in biological monitoring, which will improve its quality and efficiency in assessing the ecological status of various aquatic ecosystems.
Uniwersytet Gdanski
Title: Diatom biomonitoring – scientific foundations, commonly discussed issues and frequently made errors
Description:
Abstract
Contemporary assessment of the ecological status of aquatic ecosystems is based on various groups of organisms, including diatoms.
Biological assessment, implemented by the Water Framework Directive, has been applied worldwide for more than 15 years.
Currently, the most basic “tool” used in biomonitoring are diatom indices, which are routinely applied in Europe and other countries around the world.
In Poland, the diatom indices have been used for over 5 years, which is a period of time allowing to summarize and evaluate the effectiveness of these methods in the assessment of aquatic ecosystems.
The purpose of this work was to analyse the use of diatom indices in the biomonitoring of surface water by collecting data on the possibilities and limitations of using diatom indices for the objective assessment of water quality.
Attention was paid to mistakes made in the course of biological assessment performed with the use of diatom phytobenthos, which have a significant impact on the obtained results.
The paper also contains suggestions for introducing several important changes in biological monitoring, which will improve its quality and efficiency in assessing the ecological status of various aquatic ecosystems.
Related Results
Application of a Diatom Transfer Function to Quantitative Paleoclimatic Reconstruction — A Case Study of Yunlong Lake, Southwest China
Application of a Diatom Transfer Function to Quantitative Paleoclimatic Reconstruction — A Case Study of Yunlong Lake, Southwest China
Although diatom records from lake sediments have been used for quantitative paleoclimatic reconstruction, their validity and sensitivity have rarely been tested rigorously. At Yunl...
Deceptive ecological status of urban streams and rivers—evidence from diatom indices
Deceptive ecological status of urban streams and rivers—evidence from diatom indices
AbstractUrbanization directly affects the ecological status of streams and rivers: Their beds and drainage basins are often heavily transformed and their habitat conditions disturb...
Interactive effects of metal and metalloids on diatom motility and protoplasmic conditions
Interactive effects of metal and metalloids on diatom motility and protoplasmic conditions
Abstract
Metal and metalloid contamination in the waterbodies and its undesirable effect on the residing diatom communities is a problem of global concern. In the present s...
MONITORING KUALITAS AIR SECARA KOLABORATIF DI SUNGAI BOYONG, YOGYAKARTA
MONITORING KUALITAS AIR SECARA KOLABORATIF DI SUNGAI BOYONG, YOGYAKARTA
Biotilik is an uncomplicated method to monitor the stream quality and can be handled communally with the help of information technology. However, involving community in a monitorin...
Optimizing taxonomic resolution and sampling effort to design cost‐effective ecological models for environmental assessment
Optimizing taxonomic resolution and sampling effort to design cost‐effective ecological models for environmental assessment
Summary
Predictive models relating ecological assemblages to environmental conditions are widely used in environmental impact assessment and biomonitoring. Such models are often ...
Distribution of aerophilous diatom communities associated with terrestrial green macroalgae in the South Shetland Islands, Maritime Antarctica - PROTOCOL v1
Distribution of aerophilous diatom communities associated with terrestrial green macroalgae in the South Shetland Islands, Maritime Antarctica - PROTOCOL v1
The establishment of diatom communities depends on environmental factors such as the type of substrate and geographic conditions that influence the dispersal processes of these org...
Surface Sediment Diatom Assemblages Response to Water Environment in Dongping Lake, North China
Surface Sediment Diatom Assemblages Response to Water Environment in Dongping Lake, North China
The relationship between the diatom taxa preserved in surface lake sediments and environmental variables in Dongping Lake was explored using multivariate statistical methods. The s...
SILIKON TERLARUT UNTUK PERTUMBUHAN DIATOM
SILIKON TERLARUT UNTUK PERTUMBUHAN DIATOM
DISSOLVED SILICON FOR DIATOM GROWTH. Silicon is the second most abundant element in the earth’s crust. Silicon is an essential nutrient for diatom growth (Bacillariophyceae). Diato...

