Aquatic Plants

It supports its grow

Bald cypress is an example of a plant that sustains heavy rainfall. The woody plant in question (Taxodium distichum) qualifies as an aquatic that is flood-, moisture-, and precipitation-tolerant since it does not mind having roots in year-round moisture, something which many plants neither like nor tolerate.

Small fishes often like to hide among plants, so that larger fishes do not find and eat them.

in captivity you should feed a malayan box turtle commercil turtle pellets, greens and veggies. for protein you should feed them insects or earthworms.

Algae is usually a simple celled organism and is not generally classified as a plant although it can share some aspects that a plant portrays it lacks structures such as leaves, rhizoids, or roots.

Crafts, food and hypoallergenic filling and insulation are ways in which milkweed seeds are useful. The plant in question (Asclepias spp) produces attractive seed pods that lend themselves to dried flower arrangements and whose silk provides filling in pillows and insulation in coverings for those who are allergic to kapok. It also serves as an attractive, delicious, healthy source of ingredients in salads, soups and stews once its pods (and other parts) have been boiled three or four times, with the same-numbered changes of water.

the aquatic animals and plants also known as water animals and plants or marine animals and plants can survive in water.as our body is designed to live in a particular area, environment the same way the water animals and plants are also designed to live in water.most of them have gills or special organs which helps them to breathe in water as water also consists of air.this is how plants and animals survive in water.

Yes, because water actually expands as it cools. This means ice is less dense than water - ice floats. So the ice will form a protective layer on top of the pond, keeping it insulated so that the water at the bottom can often be a few degrees warmer than ice (at around 4 degrees C). When this is the case, coldwater aquatic life can survive the winter under the ice.

They will be found mostly at the surface because the need sunlight to make food and photosynthesis

Biological, chemical, and physical controls are ways of managing curly leaf pondweed. For example, phytoplankton-facilitating, pruning, raking, seining, and shading contribute to mechanical schedules and grass carp feed upon the aggressively invasive aquatic plant in question (Potamogeton crispus) while bispyribac, copper with diquat, diquat, endothall, flumioxazin, fluridone, and imazamox number among effective active ingredients in herbicides.

The stem of aquatic plants is often waxy to reduce water loss and protect against pathogens and environmental stressors. This waxy cuticle helps prevent excessive absorption of water, which is crucial in maintaining buoyancy and structural integrity in water. Additionally, the waxy surface can aid in reducing the growth of algae and other organisms that could hinder the plant's ability to photosynthesize.

yes, it is very beneficial to the plants for breathing during photosynthesis. It also imparts fresh taste and gives the water a sparkling appearance.

No

Bubble measurement is a test which can prove that pond weed produces oxygen gas. Pond weed releases oxygen and takes in carbon dioxide during the process of photosynthesis. The experimenter will find the outward-moving bubbles containing oxygen with which to oxygenate the plant in question's surrounding water.

No, wild geraniums do not need shade even though yes, they do need it! The flowering plants in question (Geranium maculatum) grow along forested and wooded edges and in forested and wooded clearings and open forests and woodlands. They optimize partial shade and partial sun or, in the case of moist, well-drained soils, full sunlight.

pH probbaly.

it will die of lack of water

Vascular tissue is the tissue which makes steam strong . As their are no such tissue in steam of aquatic plant it makes them weak.

Japanese knotweed is such a good competitor because it forms thick, dense colonies that crowd out any other herbaceous species and is now considered one of the worst invasive exotics in parts of the eastern United States. The success of the species has been partially attributed to its tolerance of a wide range of soil types, pH and salinity. Its rhizomes can survive temperatures of −35 °C (−31 °F) and can extend 7 meters (23 feet) horizontally and 3 meters (9.8 feet) deep, making removal by excavation extremely difficult. The plant is also resilient to cutting since it vigorously re-sprouts from the roots.

so that the plants release oxygen when photosynethesising and this dissolves into the water which is then used by the marine life in the waterfor respiration.
Aquatic plants grow in aquarium to remove ammonia. Aquarioum plants are part of our biological filtration. Real plants do wonders in aquarium.

decreases the solubility of the oxygen in the water

Aquatic plants are able to photosynthesize and produce food for themselves and serve as a food source for other animals. Therefore, they are producers.

Algae

Emulsifiable concentrates, slow-release granules, water-soluble powders, and wettable powders are ways to kill river weeds with chemicals. The chemicals to be applied and the forms to be used depend upon whether the water body involves limited-flow waterways, large impoundments or static water. Professional landscapers often recommend copper chelates or sulfates for controlling algal weeds, diquat or fluridone for controlling such submersed plants as free-floaters and pond weeds, and glyphosate for emergents such as cattails and rooted floaters such as water lilies.