… the chlorophycean populations in Rio Tinto might well have undergone adaptation to these
… of chlorophycean algae in the RTW could only be achieved by some kind of adaptation. …

… How eukaryotic algae can adapt to the Spain’s Rio Tinto: a neo-Darwinian proposal for
rapid adaptation to an extremely hostile ecosystem …

… However, global anthropogenic environmental changes are generating new extreme … in
Salamanca (Spain). Certain microalgal species have rapidly adapted to these extreme waters (…

… in the Rio Tinto in southwestern Spain, while our extreme alkaline … predators on the overlying
algal biofilm biomass in Nymph … Comparative molecular ecology studies at pH extremes …

At least six species of eukaryotic microalgae inhabit the acidic (pH 2.4–2.7), metal-rich mine …
We propose that the microalgae inhabiting these stressful ponds could be the descendents …

In order to study adaptation of microalgae to petroleum contamination, we have examined …
In contrast crude oil rapidly destroys Se-pr strain. However, Se-pr strain can adapt to low …

… over very large experimental populations of microalgae. Microalgae are able to survive to …
Finally, it is certain that further mutations and selection will ultimately determine adaptation …

… ecosystems located close to agricultural areas are increasingly polluted by herbicides. We
evaluated the capacity for adaptation … , as well as adaptation to the herbicide diquat in one of …

… 2007How eukaryotic algae can adapt to the Spain's Rio Tinto: a neo-Darwinian proposal for
rapid adaptation to an extremely hostile ecosystem. New Phytol. 175, 334–339.doi: 10.1111/…

Lindane is especially worrisome because its persistence in aquatic ecosystems, tendency
to bioaccumulation and toxicity. We studied the adaptation of freshwater cyanobacteria and …