If the population of a key organism in the Sahara Desert ecosystem, such as a primary producer like a type of grass or a herbivore like a gazelle, greatly increased, it could lead to significant ecological changes. An increase in plant biomass could enhance soil stability and promote further vegetation growth, potentially transforming parts of the desert into more hospitable environments. Conversely, if a herbivore's population surged without sufficient vegetation, overgrazing could occur, leading to soil degradation and desertification. Ultimately, the balance of the ecosystem could be disrupted, affecting other species and the overall biodiversity of the region.
If the biomass of producers increased greatly in a community, it could lead to an increase in food availability for consumers. This might result in an increase in the population of consumers, which could then impact other trophic levels in the ecosystem. Overall, it could lead to a shift in the balance of the community and changes in the dynamics of the ecosystem.
It would depend on the specific micro-organism in question. Pathogenic micro-organisms can cause various effects such as infections, inflammation, tissue damage, and in severe cases, potentially lead to serious illnesses or complications.
Total organic matter in an ecosystem can vary greatly depending on the ecosystem type and location. It includes living organisms (plants, animals, microorganisms) as well as decaying organic material like dead plant matter and soil organic matter. The total organic matter is essential for nutrient cycling, energy flow, and ecosystem functioning.
Organisms that ferment have a greatly increased rate of glycolysis because fermentation is an anaerobic process that allows for the regeneration of NAD+ required for glycolysis to continue in the absence of oxygen. By increasing the rate of glycolysis, these organisms can rapidly produce energy (ATP) for survival under anaerobic conditions.
An ecosystem is a community of living organisms interacting with each other and their physical environment. It consists of both biotic (living) and abiotic (non-living) components that work together to form a balanced, self-sustaining system. Ecosystems can vary greatly in size and complexity, from a small pond to a vast rainforest.
the number of hamburgers available from McDonalds greatly limits the population.
it increased majorly
If the biomass of producers increased greatly in a community, it could lead to an increase in food availability for consumers. This might result in an increase in the population of consumers, which could then impact other trophic levels in the ecosystem. Overall, it could lead to a shift in the balance of the community and changes in the dynamics of the ecosystem.
The population had increased greatly and Yellowstone opened in 1872.
yea
It would depend on the specific micro-organism in question. Pathogenic micro-organisms can cause various effects such as infections, inflammation, tissue damage, and in severe cases, potentially lead to serious illnesses or complications.
When the sun hits nutrients, photosynthesis occurs, allowing plants and algae to convert sunlight into energy. This process greatly increases the amount of food available, supporting a larger population of organisms in the ecosystem. This increase in food availability can lead to a boost in biodiversity and overall ecosystem productivity.
Oh honey, an unbalanced ecosystem is like a bad relationship - one side is giving too much and the other is taking too much. It's when there's an uneven distribution of species or resources, throwing everything out of whack. Basically, it's nature's way of saying "this ain't it, chief."
Population distribution is usually greatly affected by what?
Total organic matter in an ecosystem can vary greatly depending on the ecosystem type and location. It includes living organisms (plants, animals, microorganisms) as well as decaying organic material like dead plant matter and soil organic matter. The total organic matter is essential for nutrient cycling, energy flow, and ecosystem functioning.
During the Precambrian time, the Earth's atmosphere underwent significant changes, transitioning from a reducing atmosphere dominated by gases like methane and ammonia to an oxidizing atmosphere with increasing levels of oxygen, due to the development of photosynthetic organisms. This increase in oxygen levels laid the foundation for the evolution of complex multicellular life forms.
California's population jumped high in numbers due to a flow of settlers coming hoping to make their fortune by finding gold in said gold rush.