No, organisms can compete with individuals of their own species (intraspecific competition) as well as individuals of different species (interspecific competition) for resources like food, water, and living space. Interspecific competition can further shape the distribution and abundance of different species within an ecosystem.
No, organisms cannot consciously direct the course of their own evolution. Evolution is driven by natural selection, genetic drift, and other natural processes, not by conscious decision-making on the part of individual organisms.
Plants are classified as basal species in a food web because they are primary producers that synthesize their own food through photosynthesis. They form the base of the food chain by providing energy for other organisms to consume. Without plants, other organisms higher in the food chain would not have a source of energy to survive.
The Animalia kingdom includes only multicellular heterotrophs, which are organisms that cannot produce their own food and rely on consuming other organisms for energy. This kingdom encompasses a wide variety of species, from insects to mammals, that share common characteristics such as being composed of eukaryotic cells and having specialized tissues.
because
Organisms are unique due to their genetic makeup, which determines their physical traits and behavior. Additionally, each organism has its own ecological niche, defined by its interactions with other species and its role in the ecosystem.
Organisms that only mate with their own kind are called "reproductively isolated" or "reproductively compatible" species. This behavior helps maintain genetic integrity within a species and prevents hybridization with other species.
2 species of paramecium need to compete for their own resources!
No, organisms cannot consciously direct the course of their own evolution. Evolution is driven by natural selection, genetic drift, and other natural processes, not by conscious decision-making on the part of individual organisms.
Are plants the only organisms in an ecosystem that produce their own food? Ans:yes
Plants are classified as basal species in a food web because they are primary producers that synthesize their own food through photosynthesis. They form the base of the food chain by providing energy for other organisms to consume. Without plants, other organisms higher in the food chain would not have a source of energy to survive.
Each species have every right to survive, if not only humans do interfere with them through deforestation, destruction of their natural habitats, and also poaching them as food and selling them in black market or making them as a pet. This has to stop to prevent them from extinction.
No
Simply put it is the principle that other organisms, sometimes of your own species, are excluded from your niche by competition for the same resources so organisms tend to different resources and then have their own niches were competition is lessened.
Yes. They actively fight other species, and compete, to a lesser extent, with their own, for root space, water, sunlight, etc.
Only organisms that produce their own food
Reproduction is an organism's way of creating a new generation of its species. Reproduction is essential for preserving a species (carrying on with the species), and replenishing the number of organisms in it to compensate for dead organisms. Without reproduction, a species would die out in one generation.
No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.No. They would only mate with their own species.