'Herbivorous' is an adjectival form of 'herbivore' which basically means 'plant-eater'. Following are some sentences:

Rhinoceroses, hippopotamuses and giraffes are herbivorous mammals.

The hoatzin is a leaf-eater and can thus be regarding as herbivorous.

Herbivores are herbivorous while carnivores are carnivorous.

The sauropods were the largest dinosaurs and were herbivorous, possibly swallowing stones to crush tough vegetation in their guts.

Parasites live on a host in both plant and animal world. E.g. Staghorns live on the trunk of a host tree. Animal world a tick will live on a host animal i.e. a dog. Hope that helps.

Sundews excrete a sticky mucilage from their leaves which ensnare insects that come into contact with it. Because the leaves are sticky enough to trap most prey, the leaves do not need to close quickly. The prey is effectively disabled before the trap closes. It is like having a glue trap to catch mice.

Venus Flytraps do not have this sticky mucilage and must snap closed fast enough to prevent the prey from escaping. This is more analogous to a traditional snapping mouse trap.

The leaf, whatever shape, is covered in tiny hairs on the dorsal side. Each of these hairs ends in a tiny, bulbous gland. These glands secrete a viscous mucilage that contains sweet smelling sugar, which acts as a lure. When prey discovers the lure, they fly (or less often, crawl) onto the leaf, becoming ensnared in the liquid. Often, ground dwelling insects have legs powerful enough to escape, but flying insects are not built strong enough. Their wings may become ensnared as well. Limbs may be torn off in the struggle, etc. The mucilage enters the insects breathing holes and suffocates it, killing it. During the struggle, the tentacles curl around toward the center of the leaf, through a complex water pressure system inside the tentacles, impeding the preys escape. In some species, this water pressure system is included in the entire leaf, so the leaf may start to curl as well. Examples of this activity are: D. Regia, D. capensis, most Australian species, etc. The enzymes then dissolve all soft tissue inside the prey, and leak out and are reabsorbed by the plant.

Sundews have leaves which are covered in long hairs and each hair ends in a droplet of sticky fluid which causes insects to stick to the leaf.

Except for pygmy sundews, yes.

carnivorous plants for example sundews

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Sundews and venus fly traps are producers but they are also consumers.

Since they make their own food by photosynthesis, they are producers.

To make that food, they must trap and digest insects and absorb the nutrients that are missing from the soil they grow in. That means they are also consumers.

A Venus Flytrap is both a producer and a consumer.

It makes its own food by photosynthesis, which means it is a producer.

However, it must trap and digest flies or other organisms in order to get the nutrients to manufacture the food. That means it is also a consumer.

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Insect eating plants normally have modified leaves in order to trap insects - such as the "trap" in the Venus Flytrap, the "pitcher" of a Pitcher Plant and the sticky hair covered leaves of a Sundew.

What they all have in common though is the ability to produce digestive enzymes in order to break down the insect body and facilitate digestion of contents the insect; the exoskeleton is not digested.

when the fern spore falls to the ground, it doesn't begin to grow fronds right away. Instead, the spore grows into a tiny heart - shaped plant called a prothallium. The prothallium does not look like a fern frond at all. If you observe closely, you may find prothallia growing in damp, shady places where there are ferns.

Rhode Island is home to many kinds of plants. They have several kinds of evergreen trees as well as wild flowers.

Just as there are animals that are carnivorous ( dogs, among many) and herbivorous, Horses, cows_ - there are plants that evolved to be meat-eating in their survival plan. They are always rare. The Venus Flytrap is an example. as far as is known, there are no Carnivorous plants large enough to pose hazards to human beings- outside of some jungle fiction- this is a very popular delusion.

The question is not why these plants use photosynthesis, it's why they are insectivorous! All plants use photosynthesis, but only some of them live in such poor soil that they have adapted this unusual method of obtaining nutrients.

Insectivorous plants get nutrition from more than one source. Insects are primarily a source of protein, and photosynthesis is a source of carbohydrates. Plants need a lot of carbohydrates, in order to grow.

Its hard to know,people are discovering new things every day so you cant know for sure.