If algae were to overproduce, it could lead to a decrease in oxygen levels in the water and block sunlight from reaching other aquatic plants, ultimately affecting the organisms that depend on oxygen and sunlight for survival, such as fish, aquatic plants, and other marine life. This could disrupt the balance of the ecosystem and potentially lead to a decline in biodiversity.
Organisms that rely on photosynthesis, such as plants and algae, would be affected first as the ash and soot blocking the sun would limit their ability to produce food. This would have a cascading effect on other organisms in the food chain that depend on these primary producers for nutrition.
it will die
Algae are microscopic organisms that grows in the water. Algae is eaten by fish or krill and other tiny creatures. In a food chain it would be considered a producer because it harnesses the sun's energy to create food that is consumed by other organisms.
Mosses and algae
The ecosystem would be severely disrupted as algae plays a crucial role in the food chain by providing food and oxygen to many marine organisms. This would lead to a decline in populations of species that rely on algae for survival, which could have cascading effects on other organisms throughout the ecosystem. Ultimately, it could lead to widespread ecological imbalances and potentially impact human activities such as fishing and tourism.
Organisms that rely on photosynthesis, such as plants and algae, would be affected first as the ash and soot blocking the sun would limit their ability to produce food. This would have a cascading effect on other organisms in the food chain that depend on these primary producers for nutrition.
it will die
Algae are microscopic organisms that grows in the water. Algae is eaten by fish or krill and other tiny creatures. In a food chain it would be considered a producer because it harnesses the sun's energy to create food that is consumed by other organisms.
Mosses and algae
its a window on wheels
Plantae:)
The first organism affected would be the algae living in local water-ways. The fertilizer run-off causes an algal bloom. This algal bloom uses increased amount of oxygen taken from the water therefore the first organism negatively affected would be organisms in the water surviving on oxygen. More than likely it would be the earthworms under the rows of crops; they would be affected almost immediately after the water hits the ground.
The ecosystem would be severely disrupted as algae plays a crucial role in the food chain by providing food and oxygen to many marine organisms. This would lead to a decline in populations of species that rely on algae for survival, which could have cascading effects on other organisms throughout the ecosystem. Ultimately, it could lead to widespread ecological imbalances and potentially impact human activities such as fishing and tourism.
No, algae will not turn into fungi if eaten, even if the stomach has an overgrowth of candida. Algae and fungi are different organisms with distinct characteristics and biological pathways. The overgrowth of candida in the stomach is a separate issue that would need to be addressed through appropriate medical or dietary interventions.
Almost all of the organisms will be affected because the grass is the first step in energy flow or what we called PRODUCERS.
At the bottom of an ocean energy pyramid, you would typically find phytoplankton or algae, which are the primary producers that convert sunlight into energy through photosynthesis. These organisms form the base of the marine food chain, providing energy to the rest of the ecosystem.
Single celled Algae.