This is the first characterization of the structure and temporal variation of the plankton communities comprising the complete food web in five peat bog pools related to environmental factors over two consecutive ice-free periods in Tierra del Fuego (548S). Remarkably, picophytoplankton was composed solely of eukaryotic cells, surpassing the dominance expectations for these acidic water bodies, whereas testaceans were virtually absent, even as tychoplankters. Abundances of the different planktonic communities were slightly higher than those reported for Northern Hemisphere peat bogs and humic lakes. Mixotrophic nutrition prevailed among nano- and microphytoplankters, a strategy also common in humic lakes. The structures in spring of the pla...
In reservoirs, variations in water level may affect plankton biomass and species composition. Studie...
We investigated the composition of the smallest size fraction (<3 µm) of eukaryotic plankton communi...
We aimed to identify the driver/s of phytoplankton diversity (gamma, beta, alpha) and community comp...
This is the first characterization of the structure and temporal variation of the plankton communiti...
Artículo publicadoOmbrotrophic peat bogs from Tierra del Fuego are characteristically raised, dome-s...
Although they contribute a significant proportion of peatlands diversity, peat bog pools are poorly ...
We analysed the structure of the microbial plankton communities of different types of freshwater env...
Peatlands often encompass shallow pools, wherein dystrophic and colored acid waters host a remarkabl...
Peatlands often encompass shallow pools, wherein dystrophic and colored acid waters host a remarkabl...
We investigated the composition of the smallest size fraction (<3 μm) of eukaryotic plankton communi...
En esta tesis se caracterizó por primera vez la estructura y variación temporal de las comunidades q...
Se estudió la composición, estructura y dinámica de la comunidad fitoplanctónica en relación a parám...
Peatland pools usually show a marked gradient regarding their minerotrophic (harder and less acidic ...
Few studies have intensively assessed the dynamic of all planktonic components and their microbial c...
Peat bogs are regarded as extreme environments due to their low pH and low nutrient concentration, a...
In reservoirs, variations in water level may affect plankton biomass and species composition. Studie...
We investigated the composition of the smallest size fraction (<3 µm) of eukaryotic plankton communi...
We aimed to identify the driver/s of phytoplankton diversity (gamma, beta, alpha) and community comp...
This is the first characterization of the structure and temporal variation of the plankton communiti...
Artículo publicadoOmbrotrophic peat bogs from Tierra del Fuego are characteristically raised, dome-s...
Although they contribute a significant proportion of peatlands diversity, peat bog pools are poorly ...
We analysed the structure of the microbial plankton communities of different types of freshwater env...
Peatlands often encompass shallow pools, wherein dystrophic and colored acid waters host a remarkabl...
Peatlands often encompass shallow pools, wherein dystrophic and colored acid waters host a remarkabl...
We investigated the composition of the smallest size fraction (<3 μm) of eukaryotic plankton communi...
En esta tesis se caracterizó por primera vez la estructura y variación temporal de las comunidades q...
Se estudió la composición, estructura y dinámica de la comunidad fitoplanctónica en relación a parám...
Peatland pools usually show a marked gradient regarding their minerotrophic (harder and less acidic ...
Few studies have intensively assessed the dynamic of all planktonic components and their microbial c...
Peat bogs are regarded as extreme environments due to their low pH and low nutrient concentration, a...
In reservoirs, variations in water level may affect plankton biomass and species composition. Studie...
We investigated the composition of the smallest size fraction (<3 µm) of eukaryotic plankton communi...
We aimed to identify the driver/s of phytoplankton diversity (gamma, beta, alpha) and community comp...