No, parasitic plants do not typically grow tall enough to be considered trees. They rely on other plants for nutrients and support, often attaching themselves to the host plant's root system. Therefore, parasitic plants tend to be smaller in size compared to trees.
No. Some autotrophic bacteria that exist in dark regions of the earth and ocean obtain energy from a process called chemosynthesis rather than photosynthesis. Please refer to the related link to read a Wikipedia article on chemosynthesis.
They are AUTOTROPHS (make their own food).
They are AUTOTROPHS (make their own food).
do autotrophs remove carbon dioxide from the air
No, parasitic plants do not typically grow tall enough to be considered trees. They rely on other plants for nutrients and support, often attaching themselves to the host plant's root system. Therefore, parasitic plants tend to be smaller in size compared to trees.
Autotrophs because they make their food by their own
Autotrophs
By consuming autotrophs.
Some autotrophs/producers are: Wheat Fungi Algae Cacti Trees Shrubs They are made autotrophs because they can produce their own food.
The correct spelling is "parasitic."
No. Some autotrophic bacteria that exist in dark regions of the earth and ocean obtain energy from a process called chemosynthesis rather than photosynthesis. Please refer to the related link to read a Wikipedia article on chemosynthesis.
autotrophs
Autotrophs depend on heterotrophs for minerals
Heterotrophs respond to their surroundings, while autotrophs do not., , , , Heterotrophs respond to their surroundings, while autotrophs do not.,Heterotrophs grow in multiple places, while autotrophs do not., , , , Heterotrophs grow in multiple places, while autotrophs do not.,Heterotrophs get nutrition by eating, while autotrophs make their own food., , , , Heterotrophs get nutrition by eating, while autotrophs make their own food.,
No, sponges are not parasitic.
They are AUTOTROPHS (make their own food).