The oxygen levels in the water go down and the fish DIE.
Silver carp or also known as "flying carp" entered the united states through aquaculture on catfish farms, they were imported by the farmers to control algae growth, flooding in the region released a population into local river systems. Being a very prolific and large species of carp, they rapidly reproduced and invaded other tributaries and migrated up the Mississippi river towards the great lakes.
detergent itself: practically nothing. however many commercial detergent blends include phosphates: these can fertilize algae growth, reducing oxygen in the water, and killing other aquatic life.
If it's an indoor fountain the best advice is to use distilled water. For outdoor fountains use a solution called Protec to help prevent hard water deposits. A solution called Fountec will help inhibit algae growth.
The name of Alexander oparin experiment on simple cellular algae is called accetabullaria
Sine piscibus, or "without fish" in Latin, is significant in the ecosystem of a coral reef because fish play a crucial role in maintaining the balance of the reef. Fish help control algae growth, provide nutrients for coral, and contribute to the overall biodiversity of the reef. Without fish, the ecosystem of a coral reef would be disrupted, leading to negative impacts on the health and stability of the reef.
The oxygen levels in the water go down and the fish DIE.
The oxygen levels in the water go down and the fish DIE.
Iron helps fight the bacteria that grows in algae. It dosn't effect the plants.
Humic acid can act as a chelating agent, binding to metals in the water which are essential for algae growth, thereby limiting their availability to the algae. This can help to inhibit algae growth and reduce algal blooms. Additionally, humic acid can also improve water quality by reducing nutrient levels in the water that algae thrive on.
Yes, different substances in water can impact algae growth. Nutrients like phosphorus and nitrogen can promote algae growth, while pollutants like heavy metals and pesticides can inhibit growth or harm algae. Changes in pH levels and temperature can also influence algae growth rates.
The growth of algae can be limited by various factors including carbon dioxide and sunlight availability. Algae require carbon dioxide for photosynthesis and sunlight for energy. When these resources are limited, algae growth can be constrained. Other factors such as nutrient availability and temperature can also influence algae growth.
i don't think algae does effect antarctica...except from turning the water green!
To design and conduct a successful algae growth experiment, you will need to create a controlled environment with the right conditions for algae growth, such as light, temperature, and nutrients. Start by selecting a suitable algae species and a growth medium. Set up your experiment in a controlled environment, monitor the growth of the algae regularly, and make adjustments as needed. Record your observations and analyze the data to draw conclusions about the factors that affect algae growth.
Under most circumstances nitrates encourage the growth of algae. Strangely, in some heavily planted tanks with high CO2 levels, higher nitrates seem to inhibit the growth of algae.
Phosphorus is often the limiting nutrient for algae growth in freshwater environments. Nitrogen and carbon can also play important roles in algae growth, but phosphorus is typically the key nutrient that restricts their proliferation.
To effectively measure algae growth for your science fair project, you can use a spectrophotometer to measure the absorbance of light by the algae, a microscope to count the number of algae cells, or a fluorometer to measure chlorophyll content. These methods will provide quantitative data on the growth of the algae over time.
One can accurately measure algae growth in a controlled environment by regularly monitoring the biomass concentration, chlorophyll content, and growth rate of the algae. This can be done using spectrophotometry, fluorometry, or cell counting techniques. Additionally, measuring the dissolved oxygen levels and pH of the growth medium can provide insights into the health and growth of the algae.