Chironomid communities were investigated twice in summer 1997 in a glacier-fed (Bayelva) and a non-glacial stream (Londonelva), fed by snowmelt and rainfall near Ny-Ålesund (Svalbard Archipelago, 78°N). Environmental conditions (discharge, water temperature, suspended sediment) were harsher for the fauna in the glacial system than in the non-glacial one. In all, 29 chironomid species were identified from larval, pupal and male adult material, including six species new to Svalbard. Diamesa was the best represented genus, showing contrasting distributional trends at the species level in the two streams: Diamesa aberrata and D. bohemani were more characteristic of the glacial stream, while D. arctica and D. bertrami colonised primarily the sno...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Zoobenthos samples were collected over a 12-month period in the profundal zone of the subarctic Fjel...
In mountain regions, climate change is resulting in glacial retreat, causing biodiversity loss in gl...
1. A study on glacial stream ecosystems was carried out in six regions across Europe, from Svalbard ...
1. A study on glacial stream ecosystems was carried out in six regions across Europe, from Svalbard ...
The fauna of streams in the High Arctic, dominated by chironomids, is shaped by extreme environmenta...
Abstract The fauna of streams in the High Arctic, dominated by chironomids, is shaped by extreme env...
In this article, we report on the development and growth of alpine chironomid species in a highly gl...
The impact of recent natural and human-induced environmental change on chironomid faunas on Svalbard...
Chironomid communities from three glacial and three non-glacial high mountain streams in three Alpin...
Diversity of macrobenthic communities was studied from water bodies and streams of Spitsbergen, Sval...
1.A collection of approximately 100 000 chironomids (Diptera; Chironomidae) inhabiting glacial areas...
JOLANA TÁTOSOVÁ, Charles University in Prague Ph.D. Thesis, 2008 ___________________________________...
1. Generalized additive models (GAMs) were used to predict macroinvertebrate taxonomic richness and ...
© 2017, Pleiades Publishing, Ltd. We investigated chironomid fauna of surface sediments and a short ...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Zoobenthos samples were collected over a 12-month period in the profundal zone of the subarctic Fjel...
In mountain regions, climate change is resulting in glacial retreat, causing biodiversity loss in gl...
1. A study on glacial stream ecosystems was carried out in six regions across Europe, from Svalbard ...
1. A study on glacial stream ecosystems was carried out in six regions across Europe, from Svalbard ...
The fauna of streams in the High Arctic, dominated by chironomids, is shaped by extreme environmenta...
Abstract The fauna of streams in the High Arctic, dominated by chironomids, is shaped by extreme env...
In this article, we report on the development and growth of alpine chironomid species in a highly gl...
The impact of recent natural and human-induced environmental change on chironomid faunas on Svalbard...
Chironomid communities from three glacial and three non-glacial high mountain streams in three Alpin...
Diversity of macrobenthic communities was studied from water bodies and streams of Spitsbergen, Sval...
1.A collection of approximately 100 000 chironomids (Diptera; Chironomidae) inhabiting glacial areas...
JOLANA TÁTOSOVÁ, Charles University in Prague Ph.D. Thesis, 2008 ___________________________________...
1. Generalized additive models (GAMs) were used to predict macroinvertebrate taxonomic richness and ...
© 2017, Pleiades Publishing, Ltd. We investigated chironomid fauna of surface sediments and a short ...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Zoobenthos samples were collected over a 12-month period in the profundal zone of the subarctic Fjel...
In mountain regions, climate change is resulting in glacial retreat, causing biodiversity loss in gl...