What do fungus like protists use to reproduce?

What do fungus like protists use to reproduce?

Fungus-like protists are molds. They are absorptive feeders on decaying organic matter. They resemble fungi, and they reproduce with spores as fungi do.

What are some characteristics of fungus like protists?

What are the characteristics of Fungus-like protists? They are heterotrophs and their cells have cell walls. They use spores to reproduce and are all able to move at some point in their lives. The three types of fungus-like protists are slime molds, water molds, and downy mildews.

What are the 2 types of fungus like protists?

They are grouped into 2 groups, slime molds and water molds. Most fungus-like protists use psuepods, (“false feet”) to move around. Another type of fungus-like protists is water mold. Most of them are small single-celled organisms.

Which characteristic distinguishes fungus-like protists from fungi?

Fungus-like protists are molds. They are absorptive feeders, found on decaying organic matter. They resemble fungi and reproduce with spores as fungi do. Examples of fungus-like protists include slime molds and water molds.

How do animal-like protists reproduce?

Animal-like amoebas and plantlike Euglena reproduce asexually. Others reproduce sexually. To reproduce sexually, it requires 2 parents.

What are two ways that fungus-like and animal like protists are similar?

Both relocate materials back to the shore. Both are inexpensive ways to fight erosion. Both use long, hard structures to trap sand.

How do animal like protists reproduce?

What two ways are fungus-like and animal like protists similar?

Fungus-like and animal-like protists are similar because they are both heterotrophs and they both use spores to reproduce.

How do fungi reproduce?

Most fungi reproduce by forming spores that can survive extreme conditions such as cold and lack of water. Both sexual meiotic and asexual mitotic spores may be produced, depending on the species and conditions. Some reproduce by asexual fission or by fragmentation, with each fragment forming a separate organism.