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The consumer of hydrilla includes various herbivorous animals such as grass carp, waterfowl, and certain insects. These organisms feed on hydrilla as a food source in aquatic ecosystems.
Hydrilla is a producer, like most green plants, so it doesn't actually "eat" anything. It uses photosynthesis (turns sun, water, and Carbon Dioxide into sugars). The sugars from photosynthesis provide all the nutrients that it needs.
Yes, gills are organs that aquatic animals use for breathing underwater. They extract oxygen from water and release carbon dioxide as a byproduct.
fish, aquatic mammals, aquatic bugs, ect. i think that is the answer to your question but im not sure.
Any underwater animal? Various fish: mackrel, Salmon, Sea bass, flounder, herring, haddock, cod, sharks Sea mammals: minkie whales, orca, porpoise, rissos dolphin, bottlenosed dolphin, humpback whale, blue whale. crustations: crabs, shellfish,starfish plankton: zoo, fighto also jellyfish etc... I hope that is what you were asking!
The consumer of hydrilla includes various herbivorous animals such as grass carp, waterfowl, and certain insects. These organisms feed on hydrilla as a food source in aquatic ecosystems.
A Hydrilla is a non-native plant that is a aquatic plant that is in the ocean. An aquatic/exotic water plant.
Examples of fully submerged plants include eelgrass (Zostera marina), waterweed (Elodea canadensis), and hydrilla (Hydrilla verticillata). These plants are adapted to grow entirely underwater and play important roles in aquatic ecosystems.
Aquatic animals. most of the time they say aquatic wildlife, very few will say aquatic animals
Yes.
The presence of chloroplasts in hydrilla cells, but not in onion cells, indicates that hydrilla is a photosynthetic aquatic plant, utilizing chlorophyll to convert light energy into chemical energy through photosynthesis. In contrast, onion cells lack chloroplasts because onions are primarily storage organs and do not perform photosynthesis. This difference highlights the specialized functions of plant cells based on their roles in the plant's overall physiology and environment. Thus, the presence of chloroplasts signifies the hydrilla's adaptation to its aquatic habitat, where it derives energy directly from sunlight.
Hydrilla
Yes it belongs to the flowering plant family Hydrocharitaceae
Hydrilla is an aquatic weed, invasive (non-native and problematic) in the Eastern United States. It lives fully submerged underwater, although its flowers and sometimes portions of the plant itself may float at the surface of watever body it lies in.
the hunt the hydrilla down and now the population of hydrilla is close to extinction
This would be a marine veterinarian or an aquatic veterinarian.
Hydrilla leaf cells contain chloroplasts, which are a type of plastid responsible for photosynthesis. Chloroplasts contain chlorophyll pigments that capture light energy to convert carbon dioxide and water into sugars, providing energy for the plant.