-
brachiopods (Gigantoproductus) and
bivalves (Tridacna) also
evolved photoautotrophy. Olson, John M.; Blankenship,
Robert E. (2004). "Thinking
About the...
- otherwise. Most
species are heterotrophs, but a few are
capable of
photoautotrophy. The
order can be
divided into two suborders.
Chloroflexineae ("Green...
- can
switch between different metabolic modes, for
example between photoautotrophy, photoheterotrophy, and
chemoheterotrophy in Chroococcales. Rhodopseudomonas...
-
phylum Dinoflagellata. They are
flagellated eukaryotes that
combine photoautotrophy when
light is available, and
heterotrophy via phagocytosis. Dinoflagellates...
-
bacteria are
strong photoheterotrophs, even if they are
capable of
photoautotrophy, and are
equipped for
living in dark environments.
Purple sulfur bacteria...
- Muyzer, Gerard; Rix,
Laura (2022-06-02). "Harnessing
solar power:
photoautotrophy supplements the diet of a low-light
dwelling sponge". The ISME Journal...
-
Photoautotrophy...
- 2023). "Horizontally
Acquired Nitrate Reductase Realized Kleptoplastic Photoautotrophy of
Rapaza viridis".
Plant and Cell Physiology. 64 (9): 1082–1090. doi:10...
-
light to fix carbon.
Microorganisms employ oxygenic and
anoxygenic photoautotrophy, as well as chemoautotrophy.
Microbial communities can
coordinate in...
-
using chemical compounds as
energy sources,
rather than
light as in
photoautotrophy.
Hydrothermal vents enrich the
nearby environment in
chemicals such...
