Yes, ofcourse
Mint plants grow better in freshwater. Saltwater can be detrimental to most plants, including mint, as it can disrupt their ability to absorb nutrients and water. It is important to provide mint plants with well-draining soil and regular watering with freshwater to thrive.
Well, it sounds like a good science project. All plants can tolerate a little salt, since salt is ubiquitous. Most plants can't tolerate much. There have been experiments to raise the salt tolerance of some agricultural plants. The white-leaved salt bush found in the Southwestern US uses salt to protect its leaves from excess sunlight. Now if you could make peanuts that tolerate salt well, you'll make a fortune. Self-salting peanuts!
No, both freshwater and saltwater habitats support a diverse range of living things. Freshwater ecosystems include lakes, rivers, and ponds where various species of fish, plants, and insects reside. Saltwater habitats such as oceans and seas sustain a wide array of marine life including fish, mollusks, and corals.
Saltwater marshes are found in very specific locations in mid to high latitudes with areas of protected ocean coast lines. Freshwater marshes are found in a wide variety of locations where freshwater accumulates.
Some examples of freshwater plants include water lilies, hornworts, water hyacinths, and duckweed. These plants play important roles in freshwater ecosystems by providing oxygen, habitat, and food for various aquatic organisms.
Elodea is a freshwater aquatic plant.
yes
Saltwater plants can. Freshwater plants usually can't. Most land plants can't either.
Mint plants grow better in freshwater. Saltwater can be detrimental to most plants, including mint, as it can disrupt their ability to absorb nutrients and water. It is important to provide mint plants with well-draining soil and regular watering with freshwater to thrive.
they aren't able to filter out the salt, so they choke on it.
If a saltwater plant were placed in a freshwater aquarium, it would likely not survive due to the differences in salinity levels. Saltwater plants are adapted to living in environments with higher salt concentrations, and placing them in freshwater would disrupt their osmotic balance and lead to dehydration and eventual death.
no, goldfish are freshwater fish and coral only grows in saltwater, though they do occasionally eat plants
saltwater wilts plants because the saltwater is a hypertonic solution (meaning there is a higher concentration of solutes in the solution compared to the cell) so the water from the plant cells leaves the plant to try to dilute the solution and reach equilibrium (or isotonic, meaning that the concentration of solutes is equal between the cell and solution). this will create plasmolysis in the plant cells, causing the central vacuole to pull away from the cell wall, therefore wilting the plant.
Well, it sounds like a good science project. All plants can tolerate a little salt, since salt is ubiquitous. Most plants can't tolerate much. There have been experiments to raise the salt tolerance of some agricultural plants. The white-leaved salt bush found in the Southwestern US uses salt to protect its leaves from excess sunlight. Now if you could make peanuts that tolerate salt well, you'll make a fortune. Self-salting peanuts!
Differences in fresh water and marine biomes are:Marine biomes have more salt than freshwater biomes.They have different animals; some animals cannot survive in saltwater conditions, so they are freshwater animals.Three fourths (3/4) of the water on earth is made up of marine biomes, while freshwater biomes are found inland as rivers, lakes, and ponds.
Freshwater and saltwater can be differentiated primarily by their salinity levels. Freshwater typically contains less than 1% salt, making it less salty than seawater, which has an average salinity of about 3.5%. Additionally, freshwater sources include rivers, lakes, and streams, while saltwater is found in oceans and seas. The presence of various organisms and plants adapted to these environments can also help in distinguishing between the two.
There should be no need to carry out this experiment as salt water will kill all but a very few specially adapted species.