To understand aquatic ecosystem and its ecological and biochemical characteristics interacting the pollution with the organism, methods for dynamic exchange of DOM and POM is essential. So what are the best methods to understand exchange mechanism of DOM and POM occurring in different aquatic ecosystems?
Part of this will be understanding the role of aquatic insects, crayfish, mussels, fish and other aquatic biota and bacteria in shredding, filtering, processing, etc. Then there is the understanding of aquatic plants that take dissolved, assimilation and eventual convert to particulate. If the intent into prefer one form over the other, hone in on the early successional invaders of plants or animals that are well suited to rapidly make the conversion, or like piranha to their prey.
Part of this will be understanding the role of aquatic insects, crayfish, mussels, fish and other aquatic biota and bacteria in shredding, filtering, processing, etc. Then there is the understanding of aquatic plants that take dissolved, assimilation and eventual convert to particulate. If the intent into prefer one form over the other, hone in on the early successional invaders of plants or animals that are well suited to rapidly make the conversion, or like piranha to their prey.
Part of this will be understanding the role of aquatic insects, crayfish, mussels, fish and other aquatic biota and bacteria in shredding, filtering, processing, etc. Then there is the understanding of aquatic plants that take dissolved, assimilation and eventual convert to particulate. If the intent into prefer one form over the other, hone in on the early successional invaders of plants or animals that are well suited to rapidly make the conversion, or like piranha to their prey.
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