Constructed wetland (original) (raw)
معالجة الأراضي الرطبة هو تصميم هندسي من أرض رطبة صناعية، لمعالجة وتنقية التلوث المائي الموجود في مياه الأمطار أو مياه الصرف الصحي. مكن أيضا أن تكون مصممة لاستصلاح الأراضي بعد التعدين، أو كخطوة تخفيف للمناطق الطبيعية المفقودة لتنمية الأراضي.
| Property | Value |
|---|---|
| dbo:abstract | معالجة الأراضي الرطبة هو تصميم هندسي من أرض رطبة صناعية، لمعالجة وتنقية التلوث المائي الموجود في مياه الأمطار أو مياه الصرف الصحي. مكن أيضا أن تكون مصممة لاستصلاح الأراضي بعد التعدين، أو كخطوة تخفيف للمناطق الطبيعية المفقودة لتنمية الأراضي. (ar) Kořenová čistírna odpadních vod je typ čistírny odpadních vod, který k rozkladu biologických nečistot využívá činnost anaerobních bakterií, žijících na kořenech vodních rostlin. Odpadní voda prochází uměle vytvořeným mokřadem (rákosinou) a tam se čistí. K osazení kořenové čistírny se v klimatických podmínkách Česka používají nejčastěji rákos obecný a chrastice rákosovitá, dále se dají využít například zblochan vodní, orobinec širokolistý, kosatec žlutý, blatouch bahenní či tužebník jilmový. Tento typ čističek je ekologicky i energeticky velmi příznivý a může dokonce působit esteticky. Hlavní nevýhodou je poměrně velká plocha, kterou čistírna zabírá: udává se asi 4 až 5 čtverečních metrů na odpadní vody vytvořené jedním člověkem. Kořenové čistírny odpadních vod jsou jedním ze dvou hlavních typů umělých mokřadů. Umělé mokřady jsou určeny k čištění odpadních vod, šedých vod, srážkových vod nebo průmyslových odpadních vod. Mohou být také navrženy pro rekultivaci půdy po těžbě nebo jako zmírňující rekultivace pro přírodní oblasti ztracené územním rozvojem. Vybudované mokřady jsou uměle vytvořené systémy, které využívají přirozené funkce vegetace, půdy a organismů k sekundárnímu čištění odpadních vod. Návrh vybudování mokřadu je nutné upravit podle typu čištěné odpadní vody. Vybudované mokřady jsou použity v centralizovaných i decentralizovaných systémech odpadních vod. Podobně jako přírodní mokřady fungují i vybudované mokřady fungující za účelem čištění odpadních vod jako bio filtr a mohou z vody odstraňovat řadu znečišťujících látek (jako jsou organické látky, živiny, patogeny, těžké kovy). Vybudované mokřady jsou určeny k odstraňování látek znečišťujících vodu, jako jsou nerozpuštěné látky, organické látky a živiny (dusík a fosfor). Existují dva hlavní typy umělých mokřadů. Umělé mokřady s povrchovým průtokem a umělé mokřady s podpovrchovým průtokem. Druhý jmenovaný typ se nazývá také kořenová čistírna odpadních vod a v tomto hesle se budeme věnovat primárně tomuto typu. (cs) A constructed wetland is an artificial wetland to treat sewage, greywater, stormwater runoff or industrial wastewater. It may also be designed for land reclamation after mining, or as a mitigation step for natural areas lost to land development. Constructed wetlands are engineered systems that use the natural functions of vegetation, soil, and organisms to provide secondary treatment to wastewater. The design of the constructed wetland has to be adjusted according to the type of wastewater to be treated. Constructed wetlands have been used in both centralized and decentralized wastewater systems. Primary treatment is recommended when there is a large amount of suspended solids or soluble organic matter (measured as biochemical oxygen demand and chemical oxygen demand). Similar to natural wetlands, constructed wetlands also act as a biofilter and/or can remove a range of pollutants (such as organic matter, nutrients, pathogens, heavy metals) from the water. Constructed wetlands are designed to remove water pollutants such as suspended solids, organic matter and nutrients (nitrogen and phosphorus). All types of pathogens (i.e., bacteria, viruses, protozoans and helminths) are expected to be removed to some extent in a constructed wetland. Subsurface wetlands provide greater pathogen removal than surface wetlands. There are two main types of constructed wetlands: subsurface flow and surface flow. The planted vegetation plays an important role in contaminant removal. The filter bed, consisting usually of sand and gravel, has an equally important role to play. Some constructed wetlands may also serve as a habitat for native and migratory wildlife, although that is not their main purpose. Subsurface flow constructed wetlands are designed to have either horizontal flow or vertical flow of water through the gravel and sand bed. Vertical flow systems have a smaller space requirement than horizontal flow systems. (en) Pflanzenkläranlagen sind mit Pflanzen bewachsene Anlagen, in denen Abwasser durch das Zusammenwirken von Pflanzen in Hydrokultur, Mikroorganismen, Abwasserbestandteilen, und – bei Bodenfiltration – auch des Filtersubstrats gereinigt wird.Eine Pflanzenkläranlage kann die meisten Wasserinhaltsstoffe auf natürliche Weise abbauen.Dies geschieht im Wesentlichen durch ein Zusammenwirken von Filtermaterial (mechanisch), das Aufnehmen oder Abbauen der Wasserinhaltsstoffe durch Bakterien und organische Prozesse (biologisch), Adsorption an Bodenteilchen (physikalisch) sowie durch Fällungsreaktionen zwischen den Wurzeln (chemisch). (de) El fitotratamiento (también llamado "fitodepuración", "fitorremediación", "humedal construido", "humedal artificial") es un sistema de purificación natural de aguas residuales domésticas, agrícolas o industriales, que imita los principios y mecanismos de la autodepuración característica de los humedales naturales y ambientes acuáticos. (es) Le lagunage ou marais artificiel est une technique naturelle d’épuration des eaux fondée sur la déseutrophisation. Le principe est de recréer des milieux ou des bassins « tampons » dans lesquels les eaux usées ou polluées vont transiter, avant d'être rejetées dans le milieu naturel. Les phénomènes d'autoépuration des eaux (service écosystémique) se font ainsi dans ces bassins, de petite ou grande surface, préservant le reste du milieu naturel (lac, rivière) des conséquences néfastes des pollutions et des effets négatifs de certains phénomènes d'autoépuration (la dégradation de la matière organique par les micro-organismes aérobies entraîne une chute du taux d’oxygène dissous pouvant asphyxier la macrofaune et la microflore aquatique). (fr) La fitodepurazione è un sistema di depurazione naturale delle acque reflue domestiche, agricole e talvolta industriali, che riproduce il principio di autodepurazione tipico degli ambienti acquatici e delle zone umide. (it) Een helofytenfilter of moerasfilter is een filter dat met behulp van helofyten afvalwater zuivert tot een kwaliteit die onschadelijk is voor het milieu. Helofytenfilters worden aangelegd om bijvoorbeeld vijvers of afstromend water van wegen te filteren. Ook het zuiveren van huishoudelijk afvalwater en ecologische zwemvijvers is mogelijk. (nl) Anlagd våtmark är en artificiell våtmark. Syftet med anlagda våtmarker är dels att minska övergödningen från framförallt åkermark, dels att gynna fågellivet och den biologiska mångfalden. Beroende på utformning kan anlagda våtmarker utgöra ett effektivt utjämningsmagasin. Idag utgår EU-bidrag för både anläggning och skötsel av anlagda våtmarker. För att få anläggningsbidrag, fordras dock att den anlagda våtmarken bedöms minska övergödningen. (sv) Os sistemas de Wetlands, conhecidos também por Terras Úmidas Construídas, são sistemas projetados que constituem-se de lagoas ou canais artificiais rasos, que abrigam plantas aquáticas. Simulam ecossistemas naturais pantanosos, de forma que mecanismos ecológicos são controlados por meio de princípios da engenharia civil e sanitária. Possuem como finalidade o tratamento de efluentes municipais, , água cinza ou escoamento de águas pluviais. Também podem ser projetados para recuperação de terras após a mineração ou como etapa de mitigação para áreas naturais suprimidas pelo uso do solo. Unidades de Wetlands também atuam como biofiltro e são capazes de remover uma série de poluentes como: matéria orgânica, nutrientes, patógenos e metais pesados. Os agentes patogênicos são removidos até certo ponto em Wetlands. Entre estes patógenos estão os vírus, bactérias, protozoários e helmintos. O tratamento primário é recomendado quando há uma grande quantidade de sólidos suspensos ou matéria orgânica solúvel no efluente. Existem dois tipos principais de sistemas de Wetlands: os Sistemas de Fluxo Superficial, onde o nível da água se encontra acima do nível do solo e os Sistemas de Fluxo Subsuperficial, onde o nível da água está abaixo do nível do solo. A vegetação plantada desempenha um papel importante na remoção de contaminantes. O tratamento do esgoto em Wetlands ocorre através de mecanismos biológicos, químicos e físicos que estão presentes no sistema raiz-solo. Normalmente, as unidades de Wetlands possuem camadas impermeáveis de argila ou membranas sintéticas, de forma a impedir a infiltração da água no solo. Também possuem dispositivos para controle de direção do fluxo do efluente, bem como o tempo de detenção hidráulica e nível de água. Os sistemas de Wetlands podem conter enchimentos porosos inertes, como areia, solo ou cascalho. Este enchimento possui um papel igualmente importante a desempenhar para o tratamento do efluente. (pt) Біоінженерні ставки (англ. constructed wetland, також біоплато, біоінженерні споруди) - енергоефективні інженерні споруди для очищення стічних вод, розроблені на основі властивостей природних водно-болотяних угідь, в яких проходять процеси мікробної трансформації та фіторемедіації забруднень. Біоінженерні ставки (БС) здатні видаляти органічні забруднення, , патогенні мікроорганізми та біогенні елементи із стічних вод. Сьогодні існують кілька типів біоінженерних ставків, що широко застосовуються як системи для очищення стічних вод. Біоінженерні ставки з горизонтальним підповерхневим потоком (ГПП) є одними з найбільш широко використовуваних у практиці водоочищення спорудами фіторемедіації. Конструктивно БС ГПП складаються з шару фільтрувального матеріалу (гравій, щебінь, пісок), що завантажений у попередньо покритий водонепроникним матеріалом котлован. У фільтрувальний шар висаджують вищі водні рослини (ВВР). (uk) 人工湿地（英語：constructed wetland）是利用自然功能对植被、土壤和生物对废水进行二次处理的一种工程系统。人工湿地可以用于处理污水和工业废水，还可以用于恢复工业建设中的自然环境，防止水土流失。 人工湿地主要有两种类型：地下水流和地表水流人工湿地。它们是由流动状态的水、部分微生物和一些合适的植物构成。 现在的地下水流人工湿地通常设计成水平或垂直流过砾石和河床，垂直流动系统比水平流动需要的空间小。由沙子和砾石组成的滤池通常具有同等效果。 (zh) |
| dbo:thumbnail | wiki-commons:Special:FilePath/Flintenbreite_constructed_wetland.jpg?width=300 |
| dbo:wikiPageExternalLink | https://www.epa.gov/wetlands/constructed-wetlands http://www.susana.org/en/knowledge-hub/resources-and-publications/library%3Fvbl_2%5B%5D=&vbl_7%5B33%5D=33 |
| dbo:wikiPageID | 1202852 (xsd:integer) |
| dbo:wikiPageLength | 41852 (xsd:nonNegativeInteger) |
| dbo:wikiPageRevisionID | 1123185850 (xsd:integer) |
| dbo:wikiPageWikiLink | dbr:Calcium dbr:Carbon dbr:Bay_mud dbr:Precipitation_(chemistry) dbr:Predator dbr:Sanitation dbr:Nitrogen dbr:Passive_treatment_system dbr:Vegetation dbr:Biodiversity dbr:Biofilm dbr:Aquatic_ecosystem dbr:Aquatic_plant dbc:Constructed_wetlands dbr:Best_management_practice_for_water_pollution dbr:Pest_(organism) dbr:Rhizome dbr:Cyperaceae dbr:United_Kingdom dbr:United_States dbr:Decentralized_wastewater_system dbr:Industrial_wastewater_treatment dbr:Invasive_species dbr:Pollutant dbr:Nutrient_pollution dbr:Common_logarithm dbr:Anaerobic_organism dbr:Membrane_bioreactor dbr:Chemical_oxygen_demand dbr:Chemical_species dbr:Geomembrane dbr:Nitrosomonas dbr:Clay dbr:Eichhornia_crassipes dbr:Environment_Agency dbr:Fungus dbr:Mosquito dbr:Coprecipitation dbr:Wetland_classification dbr:Compost dbr:Denitrification dbr:Pathogen dbr:Population_equivalent dbr:Waste_stabilization_pond dbr:Tanning_(leather) dbr:Reed_bed dbr:Austria dbr:Bacteria dbr:Activated_sludge dbc:Chinese_inventions dbc:Environmental_engineering dbc:Environmental_terminology dbc:Sustainable_design dbr:Wetlands_Construídos dbr:Habitat dbr:Land_development dbr:Landscape_architect dbr:Lava_filter dbr:Leachate dbr:Nitrification dbr:Nitrobacter dbr:Algae dbr:Aluminium dbr:Ammonia dbr:Ammonium dbc:Ecological_restoration dbc:Water_and_the_environment dbr:Ecology dbr:Fish dbc:Stormwater_management dbr:Nitrate dbr:Nitrite dbr:Nitrogen_cycle dbr:Northern_Ireland dbr:Norway dbr:Oxygen dbr:Flood_mitigation dbr:Floodplain_restoration dbr:Gravel dbr:Scottish_Environment_Protection_Agency dbr:Heavy_metal_(chemistry) dbr:Atmosphere dbr:Ireland dbr:Iron dbr:Ferric dbr:Acid_mine_drainage dbr:Aerobic_organism dbc:Wetlands dbr:Biochemical_oxygen_demand dbr:Bioclogging dbr:Biofilter dbc:Sewerage_infrastructure dbr:Blackwater_(waste) dbr:Ecological_engineering dbr:Ecological_sanitation dbr:Ecological_trap dbr:Sewage_treatment dbr:Parasitic_worm dbr:Wildlife dbr:Water-sensitive_urban_design dbc:Artificial_landforms dbr:Phosphate dbr:Phosphorus dbr:Phytoremediation dbr:Pontederia dbr:Greywater dbr:Facultative_bacteria dbr:Metalloids dbr:Methemoglobinemia dbr:Microorganism dbr:Mining dbr:Nature-based_solutions dbr:Indigenous_(ecology) dbr:Integrated_constructed_wetland dbr:Meat dbr:Root dbr:Sand dbr:Suspended_solids dbr:Septic_tank dbr:Sewage_sludge dbr:Silt dbr:Soil dbr:Stormwater dbr:Virus dbr:Wastewater dbr:Wastewater_treatment dbr:Wetland dbr:Vegetative_treatment_system dbr:Imhoff_tank dbr:Protozoa dbr:Phosphorus_cycle dbr:Phragmites_australis dbr:Secondary_treatment dbr:Typha_latifolia dbr:Periphyton dbr:Sewage dbr:Urban_runoff dbr:Sewage_sludge_treatment dbr:Sustainable_Sanitation_Alliance dbr:Typha dbr:Residence_time_(fluid_dynamics) dbr:Upflow_anaerobic_sludge_blanket dbr:Macrophytes dbr:Runoff_(water) dbr:Organic_nitrogen dbr:Wastewater_treatment_plants dbr:Fossil_fuel_power_plant dbr:Greywater_treatment dbr:Hydrologists dbr:Industrial_effluent dbr:Mine_water dbr:Rhizosphere_(ecology) dbr:Aerobic_bacteria dbr:Reedbed dbr:Storm_water dbr:File:Constructed_wetland_Bayawan_City_(4113800865).jpg dbr:File:Flintenbreite_constructed_wetland.jpg dbr:File:Hamburg-Allermöhe,_effluent_from_constructed_wetland_(3252520051).jpg dbr:File:SchemConstructedWetlandSewage.jpg dbr:File:Schematic_of_the_Free_Water_Surface_Constructed_Wetland.jpg dbr:File:Tilley_et_al_2014_Schematic_of_th...bsurface_Flow_Constructed_Wetland.jpg dbr:File:Tilley_et_al_2014_Schematic_of_the_Vertical_Flow_Constructed_Wetland.jpg dbr:File:Vertical_subsurface_flow_constructed_wetland_(aqua).jpg |
| dbp:wikiPageUsesTemplate | dbt:Wetlands dbt:Authority_control dbt:Chem dbt:Citation_needed dbt:Colbegin dbt:Colend dbt:Commons_category dbt:Convert dbt:Further dbt:Portal_bar dbt:Reflist dbt:See_also dbt:Short_description dbt:TOC_limit dbt:Stormwater_structures dbt:Wastewater |
| dcterms:subject | dbc:Constructed_wetlands dbc:Chinese_inventions dbc:Environmental_engineering dbc:Environmental_terminology dbc:Sustainable_design dbc:Ecological_restoration dbc:Water_and_the_environment dbc:Stormwater_management dbc:Wetlands dbc:Sewerage_infrastructure dbc:Artificial_landforms |
| gold:hypernym | dbr:Wetland |
| rdf:type | owl:Thing dbo:Place yago:WikicatConstructedWetlands yago:WikicatWaterTreatmentFacilities yago:WikicatWetlands yago:Artifact100021939 yago:Facility103315023 yago:Land109335240 yago:Object100002684 yago:PhysicalEntity100001930 yago:YagoGeoEntity yago:YagoPermanentlyLocatedEntity yago:Wetland109477890 yago:Whole100003553 |
| rdfs:comment | معالجة الأراضي الرطبة هو تصميم هندسي من أرض رطبة صناعية، لمعالجة وتنقية التلوث المائي الموجود في مياه الأمطار أو مياه الصرف الصحي. مكن أيضا أن تكون مصممة لاستصلاح الأراضي بعد التعدين، أو كخطوة تخفيف للمناطق الطبيعية المفقودة لتنمية الأراضي. (ar) Pflanzenkläranlagen sind mit Pflanzen bewachsene Anlagen, in denen Abwasser durch das Zusammenwirken von Pflanzen in Hydrokultur, Mikroorganismen, Abwasserbestandteilen, und – bei Bodenfiltration – auch des Filtersubstrats gereinigt wird.Eine Pflanzenkläranlage kann die meisten Wasserinhaltsstoffe auf natürliche Weise abbauen.Dies geschieht im Wesentlichen durch ein Zusammenwirken von Filtermaterial (mechanisch), das Aufnehmen oder Abbauen der Wasserinhaltsstoffe durch Bakterien und organische Prozesse (biologisch), Adsorption an Bodenteilchen (physikalisch) sowie durch Fällungsreaktionen zwischen den Wurzeln (chemisch). (de) El fitotratamiento (también llamado "fitodepuración", "fitorremediación", "humedal construido", "humedal artificial") es un sistema de purificación natural de aguas residuales domésticas, agrícolas o industriales, que imita los principios y mecanismos de la autodepuración característica de los humedales naturales y ambientes acuáticos. (es) Le lagunage ou marais artificiel est une technique naturelle d’épuration des eaux fondée sur la déseutrophisation. Le principe est de recréer des milieux ou des bassins « tampons » dans lesquels les eaux usées ou polluées vont transiter, avant d'être rejetées dans le milieu naturel. Les phénomènes d'autoépuration des eaux (service écosystémique) se font ainsi dans ces bassins, de petite ou grande surface, préservant le reste du milieu naturel (lac, rivière) des conséquences néfastes des pollutions et des effets négatifs de certains phénomènes d'autoépuration (la dégradation de la matière organique par les micro-organismes aérobies entraîne une chute du taux d’oxygène dissous pouvant asphyxier la macrofaune et la microflore aquatique). (fr) La fitodepurazione è un sistema di depurazione naturale delle acque reflue domestiche, agricole e talvolta industriali, che riproduce il principio di autodepurazione tipico degli ambienti acquatici e delle zone umide. (it) Een helofytenfilter of moerasfilter is een filter dat met behulp van helofyten afvalwater zuivert tot een kwaliteit die onschadelijk is voor het milieu. Helofytenfilters worden aangelegd om bijvoorbeeld vijvers of afstromend water van wegen te filteren. Ook het zuiveren van huishoudelijk afvalwater en ecologische zwemvijvers is mogelijk. (nl) Anlagd våtmark är en artificiell våtmark. Syftet med anlagda våtmarker är dels att minska övergödningen från framförallt åkermark, dels att gynna fågellivet och den biologiska mångfalden. Beroende på utformning kan anlagda våtmarker utgöra ett effektivt utjämningsmagasin. Idag utgår EU-bidrag för både anläggning och skötsel av anlagda våtmarker. För att få anläggningsbidrag, fordras dock att den anlagda våtmarken bedöms minska övergödningen. (sv) 人工湿地（英語：constructed wetland）是利用自然功能对植被、土壤和生物对废水进行二次处理的一种工程系统。人工湿地可以用于处理污水和工业废水，还可以用于恢复工业建设中的自然环境，防止水土流失。 人工湿地主要有两种类型：地下水流和地表水流人工湿地。它们是由流动状态的水、部分微生物和一些合适的植物构成。 现在的地下水流人工湿地通常设计成水平或垂直流过砾石和河床，垂直流动系统比水平流动需要的空间小。由沙子和砾石组成的滤池通常具有同等效果。 (zh) Kořenová čistírna odpadních vod je typ čistírny odpadních vod, který k rozkladu biologických nečistot využívá činnost anaerobních bakterií, žijících na kořenech vodních rostlin. Odpadní voda prochází uměle vytvořeným mokřadem (rákosinou) a tam se čistí. (cs) A constructed wetland is an artificial wetland to treat sewage, greywater, stormwater runoff or industrial wastewater. It may also be designed for land reclamation after mining, or as a mitigation step for natural areas lost to land development. Constructed wetlands are engineered systems that use the natural functions of vegetation, soil, and organisms to provide secondary treatment to wastewater. The design of the constructed wetland has to be adjusted according to the type of wastewater to be treated. Constructed wetlands have been used in both centralized and decentralized wastewater systems. Primary treatment is recommended when there is a large amount of suspended solids or soluble organic matter (measured as biochemical oxygen demand and chemical oxygen demand). (en) Os sistemas de Wetlands, conhecidos também por Terras Úmidas Construídas, são sistemas projetados que constituem-se de lagoas ou canais artificiais rasos, que abrigam plantas aquáticas. Simulam ecossistemas naturais pantanosos, de forma que mecanismos ecológicos são controlados por meio de princípios da engenharia civil e sanitária. Possuem como finalidade o tratamento de efluentes municipais, , água cinza ou escoamento de águas pluviais. Também podem ser projetados para recuperação de terras após a mineração ou como etapa de mitigação para áreas naturais suprimidas pelo uso do solo. (pt) Біоінженерні ставки (англ. constructed wetland, також біоплато, біоінженерні споруди) - енергоефективні інженерні споруди для очищення стічних вод, розроблені на основі властивостей природних водно-болотяних угідь, в яких проходять процеси мікробної трансформації та фіторемедіації забруднень. Біоінженерні ставки (БС) здатні видаляти органічні забруднення, , патогенні мікроорганізми та біогенні елементи із стічних вод. Сьогодні існують кілька типів біоінженерних ставків, що широко застосовуються як системи для очищення стічних вод. (uk) |
| rdfs:label | Constructed wetland (en) معالجة الأراضي الرطبة (ar) Kořenová čistírna odpadních vod (cs) Pflanzenkläranlage (de) Fitotratamiento (es) Lagunage (fr) Fitodepurazione (it) Helofytenfilter (nl) Wetland (tratamento de esgoto) (pt) Anlagd våtmark (sv) 人工湿地 (zh) Біоінженерні ставки (uk) |
| rdfs:seeAlso | dbr:Water_purification dbr:Organisms_used |
| owl:sameAs | freebase:Constructed wetland yago-res:Constructed wetland http://d-nb.info/gnd/4136781-9 wikidata:Constructed wetland dbpedia-ar:Constructed wetland dbpedia-cs:Constructed wetland dbpedia-de:Constructed wetland dbpedia-es:Constructed wetland dbpedia-et:Constructed wetland dbpedia-fr:Constructed wetland dbpedia-he:Constructed wetland dbpedia-it:Constructed wetland dbpedia-nl:Constructed wetland dbpedia-pt:Constructed wetland dbpedia-sv:Constructed wetland dbpedia-uk:Constructed wetland dbpedia-zh:Constructed wetland https://global.dbpedia.org/id/Nq1F |
| prov:wasDerivedFrom | wikipedia-en:Constructed_wetland?oldid=1123185850&ns=0 |
| foaf:depiction | wiki-commons:Special:FilePath/Constructed_wetland_(5547294390).jpg wiki-commons:Special:FilePath/Flintenbreite_constructed_wetland.jpg wiki-commons:Special:FilePath/Flowform.jpg wiki-commons:Special:FilePath/Hamburg-Allermöhe,_ef..._constructed_wetland_(3252520051).jpg wiki-commons:Special:FilePath/Mature_Constructed_Wetland.jpg wiki-commons:Special:FilePath/Newly_planted_constructed_wetland.jpg wiki-commons:Special:FilePath/Newly_planted_constructed_wetland_-_details_(3110372910).jpg wiki-commons:Special:FilePath/SchemConstructedWetlandSewage.jpg wiki-commons:Special:FilePath/Schematic_of_the_Free_Water_Surface_Constructed_Wetland.jpg wiki-commons:Special:FilePath/Tilley_et_al_2014_Sch...bsurface_Flow_Constructed_Wetland.jpg wiki-commons:Special:FilePath/Tilley_et_al_2014_Sch...Vertical_Flow_Constructed_Wetland.jpg wiki-commons:Special:FilePath/Vertical_subsurface_flow_constructed_wetland_(aqua).jpg wiki-commons:Special:FilePath/Constructed_wetland_Bayawan_City_(4113800865).jpg |
| foaf:isPrimaryTopicOf | wikipedia-en:Constructed_wetland |
| is dbo:product of | dbr:Wetlands_Construídos |
| is dbo:type of | dbr:Banping_Lake_Wetland_Park dbr:Xinhai_Constructed_Wetland |
| is dbo:wikiPageDisambiguates of | dbr:CW |
| is dbo:wikiPageRedirects of | dbr:Constructed_wetlands dbr:Engineered_wetland dbr:Integrated_constructed_wetland dbr:Integrated_Constructed_Wetland dbr:Treatment_wetland dbr:Artificial_wetland dbr:Artificial_wetlands dbr:Wetland_filtering dbr:Wetpark dbr:Wetparks |
| is dbo:wikiPageWikiLink of | dbr:Carex_nebrascensis dbr:San_Diego_Creek dbr:San_Gabriel_River_(California) dbr:Environmental_issues_in_the_Philippines dbr:List_of_abbreviations_used_in_sanitation dbr:Nationwide_Urban_Runoff_Program dbr:Passive_treatment_system dbr:Bethel_Heights,_Arkansas dbr:Arcata_Wastewater_Treatment_Plant_and_Wildlife_Sanctuary dbr:Hitchcock_Center_for_the_Environment dbr:Jordanelle_Reservoir dbr:Pearce_Estate_Wetland dbr:Riparian-zone_restoration dbr:Dainty_damselfly dbr:University_of_the_Witwatersrand_School_of_Chemical_and_Metallurgical_Engineering dbr:Veerplas dbr:Decentralized_wastewater_system dbr:Desalination dbr:Index_of_construction_articles dbr:Index_of_environmental_articles dbr:Industrial_wastewater_treatment dbr:Ruppia_maritima dbr:River_Afan dbr:Permaculture dbr:Constructed_wetlands dbr:Phytotechnology dbr:Sewage_farm dbr:Colin_Thorne dbr:Fresh_Kills_Landfill dbr:Friedensreich_Hundertwasser dbr:Gaslight_Village dbr:George_Tchobanoglous dbr:Ariel_Sharon_Park dbr:Magnuson_Park dbr:Sidwell_Friends_School dbr:Steven's_Croft_power_station dbr:Compost dbr:Denitrification dbr:Kettle_Moraine_Lutheran_High_School dbr:Waste_stabilization_pond dbr:Microplastics dbr:Reed_bed dbr:Baltimore dbr:Banping_Lake_Wetland_Park dbr:Centre_for_Alternative_Technology dbr:Agricultural_wastewater_treatment dbr:Tin_Shui_Wai dbr:Wattle_Downs dbr:Wetlands_Construídos dbr:Lava_filter dbr:Sustainable_implant dbr:Agara_Lake dbr:Forst_(Hunsrück) dbr:Raceway_(aquaculture) dbr:Reclaimed_water dbr:Reed_(plant) dbr:Hauz_Khas_Complex dbr:Jefferson_County_Public_Schools_(Colorado) dbr:Hydrus_(software) dbr:Sheepdrove_Organic_Farm dbr:Arroyo_Conejo_Open_Space dbr:Acid_mine_drainage dbr:Afon_Rheidol dbr:Chambourg-sur-Indre dbr:Chesapeake_Bay dbr:Biofilter dbr:Blackwater_(waste) dbr:Echinochloa_pyramidalis dbr:Ecological_engineering dbr:Ecological_sanitation dbr:Henry_Moule dbr:Sewage_treatment dbr:ZEGG_(community) dbr:Arundo_donax dbr:Phytoremediation dbr:Pontederia dbr:Spring_Creek_Park dbr:Cipangopaludina_cathayensis dbr:Clark_County_Wetlands_Park dbr:Ficinia_nodosa dbr:Green_infrastructure dbr:Greywater dbr:Engineered_wetland dbr:Industrial_and_Mining_Water_Research_Unit dbr:Kotchakorn_Voraakhom dbr:Nature-based_solutions dbr:Camp_Thomas_A._Scott dbr:Se7en_Wetlands dbr:Seaton_Park dbr:Sengkang_Riverside_Park dbr:CW dbr:Wuluo_River dbr:Xinhai_Constructed_Wetland dbr:Integrated_constructed_wetland dbr:SFCW dbr:Urine-diverting_dry_toilet dbr:Vetiver_System dbr:Wetland dbr:List_of_wastewater_treatment_technologies dbr:Riparian_zone dbr:Stream_restoration dbr:Rain_garden dbr:Phragmites dbr:Secondary_treatment dbr:Whitewood_mine dbr:Water_supply_and_sanitation_in_Tanzania dbr:Water_supply_and_sanitation_in_the_Philippines dbr:Integrated_Constructed_Wetland dbr:No_net_loss_wetlands_policy dbr:Nonpoint_source_pollution dbr:Rainwater_management dbr:Reuse_of_human_excreta dbr:San_Joaquin_Wildlife_Sanctuary dbr:Urban_runoff dbr:Sewage_sludge_treatment dbr:Treatment_pond dbr:Robert_A._Gearheart dbr:Stormwater_treatment_area dbr:Treatment_wetland dbr:Artificial_wetland dbr:Artificial_wetlands dbr:Wetland_filtering dbr:Wetpark dbr:Wetparks |
| is dbp:products of | dbr:Wetlands_Construídos |
| is dbp:type of | dbr:Banping_Lake_Wetland_Park dbr:Xinhai_Constructed_Wetland |
| is foaf:primaryTopic of | wikipedia-en:Constructed_wetland |
