Photoautotrophs are organisms that perform photosynthesis. Less commonly they can be called holophytes.
Examples of non-plant photoautotrophs include:
Organisms that are not capable of photosynthesis are called heterotrophs. Heterotrophs eat or consume other organisms to be able to survive.
mold, fungus, animal. any living thing that isn't a plant, really.
All but plants.
Plants,algae,few protozoans and bacteria. All others are non photosynthetic.
No, not all living organisms undergo photosynthesis. Only phototrophs (photosynthetic autotrophs) such as plants, algae, and many forms of photosynthetic bacteria undergo photosynthesis. All other organisms live by eating autotrophs or other organisms that have eaten autotrophs; these organisms are heterotrophs. There are a few specialized organisms (which may live where no light shines) that use a process called chemosynthesis to get their energy; these organisms are called chemotrophs.
Photosynthesis requires many enzymes to function. An example of one of these enzymes is rubisco, which is involved in carbon fixation to RuBP. All enzymes have a specific range of variables in which they perform optimally, like pH ranges or in this case temperature. At a boiling point temperature, it is likely photosynthesis will be nonexistent or at minimal levels. This is because at such a high temperature the enzymes can become denatured, and fail to perform. This of course is not true for all types of photosynthesis, as there are some bacteria that are able to perform photosynthesis at extreme temperatures.
All photoautotrophs (autotrophs are organisms that get energy from abiotic sources such as the sun, the soil, and water) carry out photosynthesis. Photoautotrophs include plants, bacteria, protists, and algea.Hope this helps :)
Oxygen and food is produced through Photosynthesis.
The basic process of photosynthesis is the sun is absorbed by the plants chloroplasts and is combined with carbon dioxide and water. The plant is then able to create a chemical reaction with the water, carbon dioxide and sunlight and creates oxygen and glucose. The significance of photosynthesis is to make oxygen for other organisms to live and for plants to be able to make their own energy.
Photosynthesis occurs in a variety of bacteria, algae and plants. All other organisms, including animals, are not able to photosynthesize.
Due to the presence of chloroplasts in it.
I'm pretty sure that the NUCLEUS is not able to do that!
"photosynthesis"
Yes ginger plant having underground rhizome can perform photosynthesis by plenty of leaves present on it.
They are able to undergo photosynthesis based on their adaptation to the environment. One such example is the CAM plant, which have become adapted to the dry environment and is able to perform photosynthesis at the optimum time.
No, not all living organisms undergo photosynthesis. Only phototrophs (photosynthetic autotrophs) such as plants, algae, and many forms of photosynthetic bacteria undergo photosynthesis. All other organisms live by eating autotrophs or other organisms that have eaten autotrophs; these organisms are heterotrophs. There are a few specialized organisms (which may live where no light shines) that use a process called chemosynthesis to get their energy; these organisms are called chemotrophs.
Algae and phyoplankton which are the primary photosynthesizing organisms in the oceans, do not live below the level in which they get sufficient light to conduct photosynthesis.
Because they need to be close to the surface to be able to perform photosynthesis.
A plant that can photosynthesize can use the rays of the sun as energy. Green plants are able to grow because of photosynthesis.
Cellular respiration is one of the processes that cells perform. Organisms do not perform this process. Instead they perform respiration. Cells use cellular respiration to obtain one of the three sources needed for them to live- oxygen. Without this process, cells would not be able to perform other functions.
Photosynthesis requires many enzymes to function. An example of one of these enzymes is rubisco, which is involved in carbon fixation to RuBP. All enzymes have a specific range of variables in which they perform optimally, like pH ranges or in this case temperature. At a boiling point temperature, it is likely photosynthesis will be nonexistent or at minimal levels. This is because at such a high temperature the enzymes can become denatured, and fail to perform. This of course is not true for all types of photosynthesis, as there are some bacteria that are able to perform photosynthesis at extreme temperatures.