Competition between herbivores is usually more intense, as they rely on the same plant resources for survival. Carnivores may compete for prey, but because they can feed on a wider range of animals, competition may not be as intense as with herbivores.
In general, there tend to be more herbivores than carnivores in an ecosystem. This is because herbivores form the base of the food chain, supporting the larger number of carnivores that rely on them for food.
Plants produce food Herbivores eat plants Carnivores eat herbivores Thus to keep everyone fed there have to be more plants than there are herbivores to eat them (or the herbivores would starve) and more herbivores than carnivores (or the carnivores would starve).
It is the way nature plays out. The carnivores eat the herbivores, so it is impossible to have more carnivores then herbivores. If there are too few herbivores around, the carnivores begin to starve, so for that reason there will always be more herbivores then carnivores. Most carnivores protect there territories from other carnivores, killing them if necessary, because they instinctively know an area can only support so many carnivores based on food supply -- which for them are herbivores. Also many carnivores are capable of practicing birth control to some degree to keep their numbers appropriate for the number of herbivores that can sustain them.
There are more herbivores than carnivores in the Serengeti. This is because the herbivores form the base of the food chain, supporting a larger number of carnivores that prey on them. The abundance of herbivores also supports a diverse ecosystem with various species of grazers and browsers.
In a community, more energy is generally available to herbivores than to carnivores. This is because energy is transferred through the food chain, with primary producers (plants) capturing sunlight and providing energy to herbivores. Carnivores, being higher up in the food chain, receive less energy due to the inefficiencies of energy transfer between trophic levels, typically losing about 90% of energy at each step. As a result, herbivores have greater access to energy compared to carnivores.
I think there is a pretty even amount of carnivores and herbivores. There might be a bit more herbivores because they need more of their species to survive, since the carnivores hunt them.
In general, there tend to be more herbivores than carnivores in an ecosystem. This is because herbivores form the base of the food chain, supporting the larger number of carnivores that rely on them for food.
Plants produce food Herbivores eat plants Carnivores eat herbivores Thus to keep everyone fed there have to be more plants than there are herbivores to eat them (or the herbivores would starve) and more herbivores than carnivores (or the carnivores would starve).
It is the way nature plays out. The carnivores eat the herbivores, so it is impossible to have more carnivores then herbivores. If there are too few herbivores around, the carnivores begin to starve, so for that reason there will always be more herbivores then carnivores. Most carnivores protect there territories from other carnivores, killing them if necessary, because they instinctively know an area can only support so many carnivores based on food supply -- which for them are herbivores. Also many carnivores are capable of practicing birth control to some degree to keep their numbers appropriate for the number of herbivores that can sustain them.
There are more herbivores than carnivores in the Serengeti. This is because the herbivores form the base of the food chain, supporting a larger number of carnivores that prey on them. The abundance of herbivores also supports a diverse ecosystem with various species of grazers and browsers.
there were more pant eaters. They are called Herbivores. Meat eating dinosaurs are called, carnivores. Carnivores ate Herbivores.
In a community, more energy is generally available to herbivores than to carnivores. This is because energy is transferred through the food chain, with primary producers (plants) capturing sunlight and providing energy to herbivores. Carnivores, being higher up in the food chain, receive less energy due to the inefficiencies of energy transfer between trophic levels, typically losing about 90% of energy at each step. As a result, herbivores have greater access to energy compared to carnivores.
no. There were more herbivores than carnivores and u think all dinosaurs are carnivores! =(
carnivores are animals which eat animals while herbivores are animals which eat plant and every one knows that plants are an easy source of food with this herbivores increase in numbers as there is plenty and easy to get food and carnivores stay at a low number as it is difficult to catch there food
In the Arctic, herbivores generally outnumber carnivores. The primary herbivores in this region include species like caribou, muskoxen, and various migratory birds that feed on vegetation. Carnivores, such as polar bears, Arctic foxes, and wolves, are fewer in number as they rely on herbivores for food. Thus, the ecological balance favors herbivores in this harsh environment.
There are more herbivores than carnivores in ecosystems primarily due to the energy pyramid's structure. Energy transfer between trophic levels is inefficient, with only about 10% of the energy available at one level being passed on to the next. Since herbivores occupy the primary consumer level, they require a larger population to sustain the fewer carnivores that depend on them for energy. Additionally, the vast availability of plant biomass supports a greater number of herbivores in comparison to the limited food resources available for carnivores.
I think there are supposed to be an equal amount as well as plants the herbivores eat. This is to maintain an equilibrium so no side makes the other extinct. I think this holds true to the point of an outside factor. Weather killing a large amount of plants could affect an ecosystem by having a lack of food for the herbivores. They may die off leaving little to no food for the carnivores. I think it's all about equilibrium so there should not be more carnivores than herbivores and vice versa.