it may be pollution and increasing population of us.
These are factors, human or otherwise, which affect survival of a species.
Abiotic factors are non-living elements that impact organism survival, such as temperature, sunlight, water availability, soil composition, and air quality. These factors play a crucial role in shaping ecosystems and influencing the distribution and abundance of different species.
Biotic and abiotic factors together form an ecosystem. Biotic factors are living components, such as plants and animals, while abiotic factors are non-living components, such as water, soil, and sunlight. Together, they interact and affect the balance and diversity of species in a community.
trees affect it and its suroundings
Their population could grow much faster, and they could compete with other species for food.
The process succession is affected by various factors. The ecosystem and the different species available mainly affect succession.
The process succession is affected by various factors. The ecosystem and the different species available mainly affect succession.
Two biotic factors that affect succession are competition and facilitation. Competition occurs when different species vie for the same resources, influencing which species dominate an ecosystem during succession. Facilitation involves certain species enhancing the environment for others, making it easier for subsequent species to establish and thrive. Both factors play critical roles in shaping the trajectory and outcome of ecological succession.
erosion of the banks of the pond
the speed of the river and the amount of water in the river.
Succession affects organisms in an ecosystem by altering habitat conditions, which can lead to shifts in species composition and diversity over time. During primary succession, newly exposed or disturbed areas gradually develop soil and support different plant and animal species, while secondary succession occurs in previously inhabited areas following disturbances, allowing for faster recovery and reestablishment of communities. As new species colonize and thrive, they can change nutrient availability, light levels, and other environmental factors, influencing the overall structure and function of the ecosystem. Ultimately, succession fosters biodiversity and can enhance ecosystem resilience.
yes it can.
Seasonal variations of climate impact the state of an ecosystem. In areas that experience a cold season, some elements of the ecosystem change their residence or even hibernate to survive. Succession can be considered a higher state of development of the ecosystem.
These are factors, human or otherwise, which affect survival of a species.
TopographicalExtreme conditions cause abiotic topographical factors, which are mainly involved with secondary succession. Landslides and mudslides are examples of this type of factor because they cause a massive reformation of the landscape. The disturbance caused by landslides and mudslides allows for disturbance-tolerant species to repopulate the habitat.SoilThe soil, an abiotic factor, of an environment affects ecological primary succession greatly. Different species of plants require different soil conditions. Trees tend to be the largest driving organism in this portion of ecological succession. The pH levels of the soil is often affected most by the inhabiting trees and determines what type of plants can thrive there. The type of soil (loamy sand, sandy, top soil with humus, etc.) also plays a large role in what species can inhabit an area. In sandy areas, only a select few species are able to take root and survive. The moisture level of the soil determines what sort of trees inhabit an area. Swampy areas tend to house trees with higher pH level requirements where drier soils tend to house trees with lower pH level requirements.ClimateClimate, an abiotic factor highly involved in both primary and secondary succession, plays a significant role in determining the direction of succession in an environment. If an environment receives a period of low precipitation, it becomes more susceptible to fires caused by lightning. This leads to secondary succession in which fire-resistant and tolerable species thrive and the others die out. Wind has the ability to reform the landscape over time by way of erosion. Winds can also drive wildfires to further cause disturbance. However, when an environment receives high levels of precipitation, it becomes more suitable for certain species that are tolerable of high moisture levels, which is an example of climatic effect on primary succession.Species Interaction and CompetitionThe interaction and competition between species in a particular habitat is a biotic factor of ecological primary succession. When succession begins and the very first species, known as pioneer species, change the environmental structure, new species now tolerable to the new conditions move in. The diversity among the species present is high at this point. However, in time, competition and interaction causes a significant drop in species diversity where the dominant species thrive and the rest die off.Gesabel_Balag02
Turtles can be pregnant for anywhere from a few weeks to several months, depending on the species. Factors that can affect the duration of their pregnancy include the species of turtle, environmental conditions, and the health of the mother turtle.
An ecosystem undergoes what is referred to as ecological succession in response to a disturbance. Ecological succession is the natural process in which a disturbed area is gradually taken over by a species or groups of species that were not there before.