Titlebook: Wetlands for Remediation in the Tropics; Wet Ecosystems for N Tatiana Lobato de Magalh?es,Marinus L. Otte Book 2023 The Editor(s) (if appli

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Wetlands to Treat Mining Tailings in the Tropics of Central and South America,f wetlands is also influenced by the activities of microorganisms and vegetation contained in them. Constructed wetlands are Nature-Based Solutions, which take inherent benefits and clean-up abilities from natural systems and adapt them via engineering principles to treat polluted water. Acid mine d

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Bioremediation and Biofuel Production Using Microalgae,ontrol, biological habitat, recreation, and education functions. As the human population increases and living space becomes limited, the integration of constructed wetlands into the urban landscape will become important. At the most basic ecological level, microalgae are important primary producers,

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Cost and Benefits of Treatment Wetlands in the Tropics,f polluted waters from different origins and compositions. Additionally, treatment wetlands can provide ancillary benefits beyond the removal of pollutants, including leisure, education, conservation, and climate change mitigation. Depending on the context where the technology will be implemented, t

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Book 2023 has exceptional potential as a sustainable nature-based solution, but that potential is not commonly utilized in the Tropics. Constructed wetlands for improvement of water quality are cost-effective, offering affordable solutions for remediation in warm and tropical regions worldwide. The robustnes

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A Brief History of Phytoremediation Using Wetlands,at the tropics are particularly suited for the use of wetlands for remediation of environmental quality, because of the relatively high and stable temperatures and availability of water. An explanation may be a general lack of legislation, funding, and education regarding wetlands in the tropics.

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Tropical and Subtropical Wetland Plant Species Used for Phytoremediation in Treatment Wetlands,the plant species used in TWs from tropical and subtropical regions, to describe the role of plants and their ecological dynamics in TWs, and to assess some alternative species that potentially can be used in TWs.

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Bioremediation and Biofuel Production Using Microalgae,gy sources. Microalgae grow rapidly, sequester atmospheric carbon dioxide, nitrogen, and phosphorous and some species are rich in oils that can be used to produce different types of biofuel. We explored the bioremediation and renewable energy roles these simple, unicellular organisms could play in the future.