on a new rock created by a volcanic eruption
As succession progresses, the ecosystem will become more complex and biodiverse. The initial pioneer species will be replaced by more competitive and larger species, leading to a more stable and mature ecosystem. Eventually, the ecosystem will reach a climax community that is in equilibrium with its environment.
Succession is often triggered by events such as retirement, resignation, death, or a change in ownership of a company. Other triggers could include mergers, acquisitions, or the need for fresh leadership to drive growth and innovation.
Wood is the most likely resource found in large amounts in a forest ecosystem. Forests contain a high density of trees, making wood a primary resource that can be utilized for various purposes such as construction, fuel, and furniture.
A population with a narrow diet or specialized habitat requirements would be least likely to survive in a change in its ecosystem. Additionally, populations with low genetic diversity or slow reproduction rates may struggle to adapt to rapid environmental changes.
An ecosystem will most likely remain stable if there is a balance between the different species and their interactions, sufficient availability of resources like food and water, and minimal human disturbance or environmental stressors. Feedback loops within the ecosystem can help regulate population sizes and maintain equilibrium.
A new island formed by volcanic eruption
The change occurring in the ecosystem is likely referred to as "ecological succession." This process involves a series of gradual changes in species composition and community structure over time, typically following a disturbance or the creation of new habitats. Succession can be primary, starting from bare rock, or secondary, occurring in areas where a disturbance has cleared out existing vegetation. Ultimately, it leads to a more stable and mature ecosystem.
Pioneer plants are usually present in an area where primary succession begins.
Evan will most likely cause secondary succession if he engages in activities that disturb an ecosystem without completely removing the existing soil or seed bank, such as logging, farming, or a fire. These disturbances create opportunities for new plant and animal species to establish, leading to a gradual recovery of the ecosystem. Since the soil and some organisms remain intact, secondary succession typically occurs more rapidly than primary succession. Over time, the area will transition back to a stable, mature ecosystem.
a lava flow
Air Pollution Control
on a new rock created by a volcanic eruption
Yes, a newly formed volcanic island would be a likely candidate for primary succession. As the island lacks existing plant and animal life, new species would gradually colonize the barren landscape in a predictable sequence, eventually leading to the development of a mature ecosystem over time.
As succession progresses, the ecosystem will become more complex and biodiverse. The initial pioneer species will be replaced by more competitive and larger species, leading to a more stable and mature ecosystem. Eventually, the ecosystem will reach a climax community that is in equilibrium with its environment.
Secondary succession is likely to occur in the forest that has been burned, as it involves the recovery of an ecosystem after a disturbance, where soil and some organisms remain. In contrast, the undisturbed coral reef and new rock from a volcanic eruption are more indicative of primary succession, as these areas lack soil and biological remnants. The melting glacier may expose land for primary succession as well, but the forest's recovery represents secondary succession due to the existing soil and plant life.
grass
A new island formed by volcanic eruption