abiotic:
temperature
humidity
water pH
living space
sunlight
soil
Abiotic factors - water temperature, dissolved oxygen content, water pH, soil type Biotic factors - crabs, fish, algae, seaweed
Water would be a major abiotic factor. The sun would be another one (although, swamps don't usually get a lot of sunny weather.) Mud and rocks would also be an abiotic factor.Plants can also sometimes be considered as an abiotic factor
Abiotic factors in a swamp include the sun, temperature, and climate. Other abiotic factors are the water and the actual swamps.
The abiotic factors in a swamp are air, temperature, soil, rocks, water and plant litter. These factors are considered to be parts of a swamp that are non-living.
Humans. We build damns, which block streams which fish need for spawning. We dry up swamp land so we can build on it. The availability of water is an abiotic factor, and we remove the water so we can build.
abiotic factors or non living factors are like tornados wild fires droughts storms frost winter and pollutionbiotic or living factors are like humans mammals insectsinserted by Kevin JHHS
plants reptiles birds mammals fish amphibians
The habitats are very different. There could be trees, water, the soil.
The swamp has trees and the marsh has plants such as grasses
A biotic factor of a cypress swamp is the presence of various plant species, such as bald cypress trees, which are adapted to wet, swampy conditions. These trees provide habitat and food for numerous animal species, including amphibians, birds, and insects. Additionally, interactions among these organisms, such as predation and competition, play a crucial role in the ecosystem's dynamics. Overall, biotic factors contribute to the biodiversity and ecological health of the cypress swamp.
Organisms in rivers and streams have to adapt to factors such as water flow, temperature fluctuations, dissolved oxygen levels, and sediment composition. These abiotic factors can vary greatly along the length of a river, presenting challenges for the organisms living there. Adaptations can include streamlined shapes for efficient swimming, tolerance to varying oxygen levels, and specialized feeding strategies to exploit different sediment types.
Stress factors in a swamp can include pollution, which affects water quality and biodiversity; invasive species that disrupt the native ecosystem; and climate change, leading to altered hydrology and temperatures. Human activities such as drainage for agriculture or urban development can also degrade swamp habitats. Additionally, over-extraction of resources, like fish and timber, can further strain these sensitive environments. Together, these factors threaten the ecological balance and health of swamp ecosystems.