The persistent low temperature that characterize polar habitats combined with the
requirement for light for all photoautotrophs creates a conundrum. The absorption of too …

Salinity is among the main drivers affecting growth and distribution of photosynthetic
organisms as Chlamydomonas spp. These species can live in multiple environments …

Photosynthesis can be impaired by combined high light and high temperature (HLHT)
stress. Obtaining HLHT tolerant photoautotrophs is laborious and time-consuming, and in …

Cyanobacteria dominate microbiota in ice-based habitats and contend with extreme
fluctuation in temperature and lack of liquid water, which poses severe limitations (freezing …

Different intensities of high temperatures affect the growth of photosynthetic cells in nature.
To elucidate the underlying mechanisms, we cultivated the unicellular green alga …

Antarctica is home to an assortment of psychrophilic algae, which have evolved various
survival strategies for co** with their frigid environments. Here, we explore Antarctic …

Under environmental stress, plants and algae employ a variety of strategies to protect the
photosynthetic apparatus and maintain photostasis. To date, most studies on stress …

Photosynthetic algae are the main primary producers in polar regions, form the basis of
polar food webs, and are responsible for a significant portion of global carbon fixation. Many …

Glycerol, a compatible solute, has previously been found to act as an osmoprotectant in
some marine Chlamydomonas species and several species of Dunaliella from hypersaline …

Abstract The FtsH (Filamentous temperature sensitive H) proteases, known for their crucial
roles in protein quality control and maintaining the integrity of photosynthetic machinery …