Climate change modifies the composition of reefs

Corals devastated by climate change are being replaced naturally by other species such as gorgonians, which are less efficient in acting as a carbon sink. A study by the ICTA-UAB analyzes for the first time why gorgonians ...

Symbiotic plankton: providers or parasites?

Out at sea, a scientist holds a plankton sample up to the light and observes the shimmering contents. This sparkling spectacle is caused by thousands of microscopic organisms living at the sea surface, their intricate, crystalline ...

Algae: The final frontier

Algae dominate the oceans that cover nearly three-quarters of our planet, and produce half of the oxygen that we breathe. And yet fewer than 10 percent of the algae have been formally described in the scientific literature, ...

Algae as vessels for synthetic biology

Algae (a term used to group many photosynthetic organisms into a rather heterologous mash-up) do not have a kind place in the public imagination. Take for example the following passage from Stephen King's Pet Semetary:

Tiny amoebas could play a big role in climate

For the first time, researchers at EPFL and the WSL investigate how the fate of tiny algae-harboring amoebas that live in peatlands could reinforce global warming.

Parasitism runs deep in malaria's family tree

The ancestors of a large family of parasites—including those that cause malaria—were equipped to become parasites much earlier in their lineage than previously assumed, according to University of British Columbia (UBC) ...

Coral reef symbiosis: Paying rent with sugar and fat

Scientists have revealed how coral-dwelling microalgae harvest nutrients from the surrounding seawater and shuttle them out to their coral hosts, sustaining a fragile ecosystem that is under threat.

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