the use PEP carboxylase to initially fix CO2
wthy photorespiration doesnot occur inc4 plaan
C4 plants use a more efficient enzyme than rubisco. This enzyme allows for little to no oxygen fixation and much more carbon fixation (in other words, less photorespiration).
Single-celled organisms are able to maintain internal stability because they
Fungi and plants are different in several ways. Plants are able to photosynthesize (with a few exceptions), have a cell wall of cellulose, have a MLS flaglellar system with multiple flagella, and have vascular tissue. Fungi are not able to photosynthesize, have a cell wall of chitin, have a single posterior flagellum, and do not have vascular tissue. Fungi are much better at exploring the soil for water and nutrients than plants (which is why most plants have a symbiosis with fungi).
Many organisms that photosynthesize contain the pigment chlorophyll, which gives them a green color. Many organisms that photosynthesize contain the pigment chlorophyll, which gives them a green color.
Unlike C3 plants, they keep fixing carbon dioxide even when the concentration of carbon dioxide in the leaf is low. In addition, they do not need to open their stomates all the time to get enough carbon dioxide, thus minimizing the water loss during the process which is not the case in most C3 plants. Hence C4 plants are more water efficient keeping them more adaptable in hot environment. (Above image isn't C4 plant it is CAM plant similar to C4 which is adaptable to hot environment yet different type of photosynthesis)
Thykaloids are the bit inside the chloroplasts in plant cells that contains the chlorophyll, the chemical which allows photosynthesis (the chemical reaction that produces energy in plants) to take place. They are stacks of sacs that look like a stack of pancakes. The individual sacs are thykaloids, and the stacks are called granum. Without the thykaloids, the chlorophyll would have nowhere to attach itself to, meaning that the plant wouldn't be able to produce energy and would die.
The first organisms that were the first forms of life and were able to photosynthesize, were plankton. Most of our oxygen comes from the plankton living in the oceans. They play a big role in our everyday life, sharing that position with plants and all nature life (of plants).
No, mushrooms are fungi and so cannot photosynthesize.
No, a chloroplast is an organelle found in plant cells that gives them the ability to photosynthesize and respire. They do not kill plants, nor are they a pesticide, they give them the ability to live.
Aquatic plants are able to photosynthesize and produce food for themselves and serve as a food source for other animals. Therefore, they are producers.
A plant that can photosynthesize can use the rays of the sun as energy. Green plants are able to grow because of photosynthesis.
because plant like protists photosynthesize and wouldn't be able to photosynthesize without chlorophyll
Photosynthesis occurs in a variety of bacteria, algae and plants. All other organisms, including animals, are not able to photosynthesize.
Single-celled organisms are able to maintain internal stability because they
Light energy to photosynthesize made it beneficial for aquatic plants to move onto land. Terrestrial environments allowed the plants to be able to absorb more sunlight in contrast to living beneath the surface of water.
Their growth is stunted, the plants are weak, plant death could occur. Potassium, nitrogen and phosphorus are necessary for groth repair and photosynthesis. Without these minerals the plant will not be able to photosynthesize and eventually DIE!
Fungi and plants are different in several ways. Plants are able to photosynthesize (with a few exceptions), have a cell wall of cellulose, have a MLS flaglellar system with multiple flagella, and have vascular tissue. Fungi are not able to photosynthesize, have a cell wall of chitin, have a single posterior flagellum, and do not have vascular tissue. Fungi are much better at exploring the soil for water and nutrients than plants (which is why most plants have a symbiosis with fungi).
Trees and plants are living organisms, and therefore have the same needs as all other organisms. For example, they need to be able to fuel their cells with ATP (adenosine triphosphate) and to for that, they need to photosynthesize and produce molecules that can be broken down to release energy.