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How can water temperatures influence the plants and animals in an aquatic ecosystem?
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Why lichen species are higher in cooler habitats?
Lichen species are more abundant in cooler habitats because they can better withstand the cold temperatures and have adapted to survive in such environments. The slow growth rate of lichens in colder climates also allows them to compete more effectively for resources. Furthermore, cooler habitats tend to have lower levels of competition from other plant species, allowing lichens to thrive.
What were the first animals and plants limited to?
The first animals and plants were limited to aquatic environments, such as oceans and seas. They gradually evolved to adapt to different habitats as they developed more sophisticated structures and functions.
Where are more aquatic plants found?
More aquatic plants are found at marshy places of subtropical zones.
What is the difference between terrestrial biome and aquatic biome?
Terrestrial biomes refer to the major ecosystems found on land, such as forests, grasslands, and deserts, while aquatic biomes are the ecosystems found in water bodies, such as oceans, rivers, and lakes. Terrestrial biomes are characterized by factors like temperature, precipitation, and soil type, while aquatic biomes are influenced by factors like salinity, water depth, and water flow. Each biome supports unique plant and animal species adapted to its specific environmental conditions.
How does acid rain effect organisms in aquatic biomes?
Acid rain can lower the pH of the water in aquatic biomes, making it more acidic. This can harm aquatic organisms such as fish, amphibians, and invertebrates by disrupting their physiological functions, damaging their gills, and affecting their reproductive success. It can also degrade habitats and reduce biodiversity in these ecosystems.
Why do terrestrial organisms evolve tolerances to broader temperature ranges than aquatic organisms do?
Terrestrial organisms have to deal with more variable temperature fluctuations due to factors like day-night cycles and seasons, leading to selection pressure for broader temperature tolerances. In contrast, aquatic environments tend to have more stable temperatures which may result in aquatic organisms evolving narrower temperature tolerances.
How come you can't buy habitats in DragonVale sometimes?
You only get a certain amount of habitats to make. Once you meet the limit of your level, the habitats in the market are locked.
If turbidity levels are the water is more what?
If turbidity levels are high, the water is more cloudy or murky due to suspended particles like sediment, silt, or organic matter. This can affect water quality by reducing light penetration and oxygen levels, which can impact aquatic life and habitats.
What will happen to hydrosphere when air temperatures increase?
As air temperatures increase, it can lead to increased rates of evaporation from bodies of water. This can contribute to changes in the water cycle, including potentially more intense precipitation events and altered patterns of runoff. Additionally, rising temperatures can also impact the thermal properties of water, affecting aquatic ecosystems and biodiversity.
Why is aquatic food chain longer than those of land animals?
Aquatic food chains tend to be longer than land food chains because aquatic ecosystems often have more diverse and abundant species at each trophic level. The availability of different habitats and a greater variety of food sources in aquatic environments allows for more complex interactions and energy transfer among organisms, resulting in longer food chains. Additionally, the presence of phytoplankton, which form the base of many aquatic food chains, supports a larger number of higher trophic levels.
What are the advantages and disadvantages of thermal pollution?
Advantages: None Disadvantages: Thermal pollution can disrupt aquatic ecosystems by changing water temperatures, decreasing oxygen levels, and affecting the growth and reproduction of aquatic organisms. It can also impact water quality and harm aquatic life.
