nothing they don't "eat" they get their food from the sun this is called photosynthesis so their autotrophic
Oomycetes are sharply distinct from fungi in their (1) motile spores; (2) cellulose-richcell walls; (3) pattern of mitosis; and (4) diploid hyphae.
In oomycetes, sexual reproduction typically takes place in specialized structures called oogonia and antheridia. Oogonia produce female gametes called eggs, while antheridia produce male gametes called sperm. Fertilization occurs when sperm from antheridia fertilize eggs in oogonia, leading to the formation of zygotes.
Downy mildews are multicellular organisms. They belong to the group of water molds and are classified as oomycetes, which are fungal-like protists. These organisms typically form filamentous structures called hyphae, allowing them to grow and spread in their environments, particularly on plants.
Water molds (oomycetes) are the funguslike protists that thrive on dead or decaying organic matter in water. They obtain nutrients through absorption and play an important role in the decomposition of organic material in aquatic environments.
Organisms like bacteria, fungi, insects, and some small animals such as worms and beetles feed on decaying matter. They play a crucial role in the process of decomposition, breaking down organic material and returning essential nutrients to the environment.
Heterokontophyta
oomycetes
dick
oomycetes
Frederick Taylor Wolf has written: 'The aquatic oomycetes of Wisconsin' -- subject(s): Flora, Fungi, Oomycetes
no, oomycetes.
Oomycetes
Oomycetes
Antheridium and oogonium.
the fungi has a lot of differences between it and the plants like the fungi produces it's own food and has no fruits, fowers, leaves growin on it. it has spores instead of seeds and gills. fungi does not preoduce seeds but it has spores instead
Oomycetes are sharply distinct from fungi in their (1) motile spores; (2) cellulose-richcell walls; (3) pattern of mitosis; and (4) diploid hyphae.
In oomycetes, sexual reproduction typically takes place in specialized structures called oogonia and antheridia. Oogonia produce female gametes called eggs, while antheridia produce male gametes called sperm. Fertilization occurs when sperm from antheridia fertilize eggs in oogonia, leading to the formation of zygotes.