A Phototroph is an oranism that is capable of oxidising its electron donor by using light energy. It is the first prefix when addressing these organisms, they can be; Phototrophs which use light to oxidise or they can be Chemotrophs which use chemical energy to oxidise their electron donor. if you type in nutritional groups into your search engine then u should find a bit of information.
A phototroph is an organism that carries out photosynthesis to make energy. They are typically plants. Phototrophs are also known as photoautotrophs.
A phototroph is an organism that carries out photosynthesis to acquire energy.
So any green plant is a phototroph.
a plant
An organism which can use light to sustain itself (i.e. use sunlight to capture energy for metabolism), however can live without it.
a photoautotroph
as a Plant is to an animal
Obligate is the opposite of facultative in biology. Treaty is the opposite of facultative in insurance.
A chloroplast
Facultative anaerobes can survive without oxygen but will use oxygen if it is present.
E.coli is a facultative anaerobe.
as a Plant is to an animal
Obligate is the opposite of facultative in biology. Treaty is the opposite of facultative in insurance.
it gets its energy from the sun.
1.Depends upon whether the mutualism is facultative a. Facultative pollinators - example: honeybees and crop plants (oranges, strawberries, wildflowers) Outcome of facultative mutualism. (1)At no point in this graph do the isoclines cross (2) This mutualistic interaction is run-away facultative mutualism
ADH is the hormone responsible for facultative water reabsorption.
Members of the genus Serratia are facultative anaerobes. Answer from a professor of microbiology.
Dogs
ADH
both live n the presence of oxygen but facultative require oxygen at low concentrating
Seed germinator or a phototroph
-Light Phototroph -Inorganic compounds (Redox!) Lithotroph -Organic compounds Chemotroph
A chloroplast