A pond that is shallow and gradually fills in with sediment and organic material is most likely to lead to terrestrial succession. As aquatic plants and algae establish, they contribute to sediment accumulation, eventually allowing for the growth of wetland plants. Over time, this progression can lead to the development of a marsh or swamp, and eventually transition to dry land ecosystems such as grasslands or forests. In contrast, deeper ponds are less likely to undergo significant terrestrial succession.
An increase in sedimentation or a decrease in water levels would likely lead to terrestrial succession in a pond, as these changes can provide more favorable conditions for terrestrial plant growth. This would result in the gradual transformation of the pond into a terrestrial ecosystem.
Without secondary succession, ecosystems would not be able to recover after disturbances like fires or human activities. This would lead to less biodiversity, soil erosion, and a less resilient environment overall. The landscape would likely be dominated by pioneer species and not progress to more complex communities.
If the composition of the upper atmosphere allowed terrestrial radiation to escape more easily, it would lead to a cooling effect on Earth's climate. This increased ability for heat to escape into space would result in lower temperatures at the surface.
When something interrupts the process of succession, such as a disturbance like a natural disaster or a sudden change in environmental conditions, it can reset or alter the sequence of species recovery and growth. This interruption can lead to shifts in the ecosystem dynamics, influencing the composition of species and the overall trajectory of succession.
convergent!
A significant reduction in water levels in a pond, possibly due to drought or sediment buildup, would likely lead to terrestrial succession. As the pond dries up, the exposed areas would allow for the establishment of wetland and then upland plant species, gradually transforming the habitat from aquatic to terrestrial. This process would encourage the colonization of various terrestrial organisms, leading to a shift in the ecosystem dynamics over time.
An increase in sedimentation or a decrease in water levels would likely lead to terrestrial succession in a pond, as these changes can provide more favorable conditions for terrestrial plant growth. This would result in the gradual transformation of the pond into a terrestrial ecosystem.
A hurricane would most likely lead to succession, as it can cause significant destruction to the existing ecosystem, uprooting vegetation and altering the landscape. The aftermath of a hurricane often creates openings for new plant species to establish, initiating ecological succession. While a volcanic eruption can also lead to succession, the immediate and widespread damage from hurricanes typically affects more populated areas and agricultural lands, prompting a clearer path for ecological recovery. Abandonment of a farm could lead to succession over time, but it is a slower process and less directly tied to a catastrophic event.
Most likely from paint that has a lead content in it. Also, if their feeding or drinking dish was made of pewter they would get lead poisoning.
Without secondary succession, ecosystems would not be able to recover after disturbances like fires or human activities. This would lead to less biodiversity, soil erosion, and a less resilient environment overall. The landscape would likely be dominated by pioneer species and not progress to more complex communities.
Drew Berrymore is famous for being an actress. Some of the most memorable films that she was in that would lead to her fame would be E.T. The Extra-Terrestrial, Scream, and The Wedding Singer.
A history of good profits
A history of good profits
a history of good profits
A lawn typically doesn't go through succession because it is actively maintained by humans through practices like mowing, watering, and fertilizing. These interventions prevent natural ecological processes, such as competition between plant species, from occurring, which would lead to succession.
If the composition of the upper atmosphere allowed terrestrial radiation to escape more easily, it would lead to a cooling effect on Earth's climate. This increased ability for heat to escape into space would result in lower temperatures at the surface.
My Guess, Ripples on water and Sound