Initial conditions and chance play roles in the process of succession so if the ecosystem is in a good condition and chance is on it's side (no natural disasters or human interventions occur), succession can't happen because there is no destroyed area to build new upon.
You can help conserve aquatic ecosystems by reducing your water usage, properly disposing of trash to prevent pollution, supporting local conservation efforts, and advocating for sustainable fishing and aquaculture practices. Additionally, you can educate others about the importance of protecting aquatic ecosystems.
There is no exact number of ecosystems, as they can vary depending on the classification system used. However, ecosystems can generally be grouped into major categories such as terrestrial (e.g. forests, grasslands), aquatic (e.g. freshwater, marine), and artificial (e.g. urban, agricultural). Different regions around the world have unique ecosystems that support a wide diversity of species.
Deforestation of rain forests harms other ecosystems.
Most animals undergo mitosis to grow, repair damaged tissues, and replace old or dying cells. This includes mammals, birds, reptiles, amphibians, and fish, among others. Mitosis is a fundamental process in the life cycle of multicellular organisms.
Yes, the theory of island biogeography suggests that older ecosystems tend to have fewer species compared to younger ecosystems. This is because older ecosystems have likely reached a state of equilibrium where species have adapted and filled available niches, resulting in fewer opportunities for new species to establish themselves. Additionally, older ecosystems may also experience environmental changes or disturbances that could lead to a decline in species diversity over time.
Ecosystems can be significantly altered by seasonal variations, climate changes, and ecological succession. Seasonal changes influence species interactions, resource availability, and reproductive cycles, leading to shifts in population dynamics. Climate change can result in altered habitats, species migration, and increased frequency of extreme weather events, which may disrupt established ecosystems. Succession, the process of change in species composition over time, can further transform landscapes, allowing new species to establish while others decline, ultimately reshaping the ecosystem's structure and function.
Animals are affected by ecological succession as it alters their habitats and food sources. During primary and secondary succession, changing vegetation influences the availability of shelter and nutrition, impacting species diversity and population dynamics. As ecosystems mature, some species may thrive while others decline, leading to shifts in community structure. Ultimately, succession can lead to new animal communities adapted to the evolving environment.
False. Succession does not necessarily continue until it reaches a pine forest community; it can result in various stable ecosystems, known as climax communities, depending on environmental conditions. The final community can be a pine forest in some regions, but in others, it might be a deciduous forest, grassland, or another type of ecosystem. The specific outcome of succession is influenced by factors like climate, soil type, and disturbance history.
Biome
many organisms can die however this creates an opportunity for new organisms to replace them
a fly and fish
Succession results in changes in the composition and structure of plant and animal communities over time. This process typically leads to increased complexity and biodiversity as new species establish themselves and others decline.
There have been several divisions in the history of Islam. Among the first was a disagreement over the succession of caliphs after the death of the prophet Mohamed (peace be unto him). Some felt that the proper order of succession was through his daughter, others through his brother. This was the division that became Sunni and Shia.
Biomass and biodiversity often change over time due to natural processes and human activities. Factors such as climate change, habitat destruction, and species interactions can lead to shifts in biomass, as certain species thrive while others decline. Additionally, biodiversity can fluctuate with ecological succession, where ecosystems evolve and species composition changes over time. Overall, both biomass and biodiversity are dynamic and can reflect the health and resilience of ecosystems.
Some ecosystems in Haiti include tropical forests, mangrove forests, coral reefs, and wetlands. These diverse ecosystems support a wide range of plant and animal species, some of which are unique to the region. However, these ecosystems are facing threats such as deforestation, habitat destruction, and pollution.
us causing forest fires chopping down a forest NUKING it and many others
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.