This animal has all the capabilities of surviving in a desert biome.

Cross section C4 leaf.
Whereas the RuBisCo in the C3 plant fixes the CO (rather poorly) and prepares for the photosynthesis process in all the chloroplasts in all the mesophyll cells, the C4 plant has a more efficient way of fixing the CO.It has a much more efficient enzyme called PEP which compared to RuBisCo has a much greater affinity with CO.

As such, this scheme is descriptive rather than predictive.

photosyntheticprotists). However, other characteristics distinguish plants from algae:

How does photosynthesis occur in desert plants

Some deserts even have an area known as an . An oasis is a area within the desert borders. Natural underground springs feed a region and provide the moisture necessary to give life in an otherwise desert environment.

How does photosynthesis occur in desert ..

This is an interaction of predator-prey.

There are 3 types of adaptations, Structural, Behavioral and Physiological.
My Animal
Cameloyox
Food chain
Climatograph
Abiotic Factors
Abiotic factors are relating to non-living parts of an environment
Abiotic Factors of Sahara Desert
Soil
Sunlight
Moisture
Rainfall
Temperature
Mountains
Rolling sand dunes
Rolling sand dunes in Sahara desert
Mountains in Sahara desert
Biotic Factors
Relating to living organism such as plants, animals, fungus and etc
Biotic factors in Sahara desert
Plants
Animals
Fungi
Bacteria
Cactus is an example of a biotic factor(plants)
Camel is an example of a biotic factor(animals)
Algeria is one of the countries, which the Sahara desert covers
The algae undergoes, photosynthesis to create food from the sun to feed both itself and the fungus, and the fungus forms a protective barrier around the algae preventing it from dying out
Commensalism- Microbes and Cactus
Where one organism benefits and the other organism is neither harmed or benefited.

Since water is scarce in the desert, the Water Use Efficiency (WUE) ratio is better in such plants.

Photosynthesis takes place inside plant cells in small ..

Deserts cover about one fifth of the earth's land surface. There are actually four major types of desert. The deserts known as the hot and dry deserts are found close to the and the . They are much different from the cold deserts like the ones found in the regions of the world. The semiarid deserts and the coastal deserts are scattered all around the globe.

However, CAM photosynthesis is also ..

But just what is a desert? There seems to be a wide range of definitions and guidelines the world over as to what is classified as a desert and which type of desert an area fits into. Generally speaking, a desert is any area that receives rainfall, less than 12 inches per year. Let's explore these four types of deserts.

This chemical reaction can be described by the following simple equation:

Overall equation for the type of photosynthesis that occurs in plants

Replacing this lost water is not easy with so little annual moisture, and if the water cannot be replaced, the desert plants will die. So desert plants have acquired special adaptations that help them reduce water loss. Here are some of their adaptations:

During this period areas of land at higher and middle latitudes where covered with  ice.

Can Photosynthesis Take Place At Night? - YouTube

Why do plants grow hairs and spines? The hairs and spines that grow on desert plants help reduce moisture loss by breaking the effects of the wind. They also help to cast small shadows on other desert plants, which can protect them from the sun. The hairs and spines can even serve to reflect the sun's rays away from plants because of their shininess. Lastly, hairs and spines can help protect plants from hungry animal predators.

Vertical air flow in the Polar cell consists of rising air at the  and descending air at the .

What is Photosynthesis & Where Does It Happen?

C3 plants have the disadvantage that in hot dry conditions their photosynthetic efficiency suffers because of a process called . When the CO2 concentration in the drops below about 50 ppm, the catalyst that helps to fix carbon begins to fix oxygen instead. This is highly wasteful of the energy that has been collected from the light, and causes the rubisco to operate at perhaps a quarter of its maximal rate.