When too many organisms occupy a specific area, they can quickly deplete the available resources, such as food, water, and shelter. This overpopulation can lead to competition among species, resulting in stress, reduced growth rates, and increased mortality. Ultimately, if the resource depletion continues, it can trigger a population decline or even local extinction as organisms struggle to survive in an unsustainable environment. This phenomenon highlights the importance of balancing population sizes with available resources to maintain ecosystem health.
One key factor that affects the survival of organisms in an ecosystem is the availability of resources, such as food, water, and shelter. These resources determine how many individuals can thrive, reproduce, and maintain a stable population. Additionally, competition among species for these resources can further influence population dynamics and overall ecosystem health.
Few organisms are expected to live at the bottom of a deep lake due to reduced sunlight, colder temperatures, and lower oxygen levels. The conditions at the bottom of a deep lake are often harsh, limiting the availability of resources needed for organisms to thrive. As a result, the diversity and abundance of life is usually lower in this area compared to the surface or shallow regions of the lake.
Many organisms live on Earth today due to the planet's diverse habitats, availability of resources, and adaptability of species to different environments. Evolutionary processes have also played a role in the proliferation of diverse life forms on Earth over millions of years.
Organisms composed of many cells are called multicellular organisms.
Non-living things in an ecosystem, such as air, water, sunlight, and soil, provide essential resources for organisms to survive and thrive. Changes in these abiotic factors can impact the availability of food, shelter, and other resources, which can affect the health and distribution of organisms in an ecosystem. Additionally, non-living factors like pollution, climate change, and habitat destruction can have negative effects on organisms by disrupting their natural habitats and ecological balance.
Carrying capacity is how many organisms can live in a region, so how many resources that region has determines the carrying capacity. The organisms are in competition with each other for those resources.
Many wagons (ablative plural).
How many of the same types of organisms live in that area .
The area that has the most mineral resources in the world is Australia. The continent has the largest reserve for uranium, silver, lead and so many more.
There are many factors in an environment that influence biodiversity, but the root is availability of resources. The more difference resources available, the higher the biomass of the environment. A higher biomass tends to mean a higher number of organisms, and where there are many organisms, specialization and formation of niches causes specification and increases the biodiversity of the environment.
Deforestation has a direct negative effect on forest resources. This is because deforestation can kill many organisms including medicinal plants.
Seven: nominative, genitive, dative, accusative, ablative, vocative, locative.
Examples of natural resources include water, air, forests, minerals, sunlight, and wildlife. These resources are derived from the environment and are essential for the survival of living organisms and the functioning of ecosystems.
it is not so much dangerous as other resources for animals that are rare or endangered.
Organisms in water are not dependent on soil as a resource since they obtain nutrients and resources directly from the water they live in. These organisms have adapted to utilize the resources present in aquatic environments, such as dissolved oxygen, minerals, and organic matter, to support their growth and survival. While soil is not essential for aquatic organisms, it plays a vital role in supporting terrestrial life by providing nutrients, water retention, and a habitat for many organisms.
amount of food, climate, predators | | available changes
it affect lifestyle and how many human can sustain in one area