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Line 1: − Inlet - clogged - Elm Drive.JPG| A clogged inlet at the bioretention facility on Elm Drive in Mississauga in need of maintenance. + + − Elm Drive Inlet.jpg|This [[bioretention]] facility is sunken from it's surrounding landscape, in part to accommodate the drop from the catchbasin inlet. Elm Drive, Mississauga, ON
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File:SNOUT Myrtle Beach SC.jpg|This [[pretreatment]] device, known as a baffle helps to remove trash, oil, TSS, larger sediments (silts, sands, etc.) and other floatables in roadway catch basins. This picture was taken of a SNOUT BAFL in Myrtle Beach, S.C. (Mullen, 2022)<ref>Mullen, T.J. Prioritizing trash capture and clean oceans: Stormwater hoods and traps lead the way in effectiveness. The Municipal magazine. June 1, 2022. Accessed: https://www.themunicipal.com/2022/06/prioritizing-trash-capture-and-clean-oceans-stormwater-hoods-and-traps-lead-the-way-in-effectiveness/</ref>
File:Rain guardian turret.JPG|Example of an overland flow sump, capturing stormwater runoff from the adjacent roadway. This example showcases a Rain Guardian<sup>(TM)</sup> Turret structure with a metal grate overtop to capture larger floatables, trash and detritus from entering a stormwater facility or in this case a [[bioretention]] LID feature<ref>Erickson, A.J. and Hernick, M.A., 2019. Capture of Gross Solids and Sediment by Pretreatment Practices for Bioretention. Accessed: https://conservancy.umn.edu/handle/11299/201607</ref>.
Inlet Miss rd.jpg|This [[inlet]] channels flow from an underground pretreatment unit onto the surface of a large [[bioswale]], Mississauga Road, ON
Inlet Miss rd.jpg|This [[inlet]] channels flow from an underground pretreatment unit onto the surface of a large [[bioswale]], Mississauga Road, ON
Tree-trench+section+c-02.jpg|400px|A [[stormwater tree trench]], including a sump inlet design used as part of [[pretreatment]]. The feature is located in the City of Cambridge, Massachusetts, US. The design was developed and lead by HDR Inc., and Halvorson, Tighe & Bond Studio (Halvorson, Tighe & Bond Studio, n.d.)<ref>Halvorson, Tighe & Bond Studio. n.d. Halvorson, Tighe & Bond Studio. Retrieved from: https://www.halvorsondesign.com/willard-street-drainage</ref>
Tree-trench+section+c-02.jpg|400px|A [[stormwater tree trench]], including a sump inlet design used as part of [[pretreatment]]. The feature is located in the City of Cambridge, Massachusetts, US. The design was developed and lead by HDR Inc., and Halvorson, Tighe & Bond Studio (Halvorson, Tighe & Bond Studio, n.d.)<ref>Halvorson, Tighe & Bond Studio. n.d. Halvorson, Tighe & Bond Studio. Retrieved from: https://www.halvorsondesign.com/willard-street-drainage</ref>
Phila gov sump bio.png|Example of a sump inlet being used in conjunction with a large [[bioretention]] basin feature, located in park space receiving stormwater off of the adjacent roadway (Source: Philadelphia Water Department, n.d.)<ref>Philadelphia Water Department. n.d. Chapter 4 Stormwater Management Practice Guidance 4.1 Bioinfiltration/Bioretention. Retrieved from: https://water.phila.gov/development/stormwater-plan-review/manual/chapter-4/4-1-bioinfiltration-bioretention/</ref>
Phila gov sump bio.png|Example of a sump inlet being used in conjunction with a large [[bioretention]] basin feature, located in park space receiving stormwater off of the adjacent roadway (Source: Philadelphia Water Department, n.d.)<ref>Philadelphia Water Department. n.d. Chapter 4 Stormwater Management Practice Guidance 4.1 Bioinfiltration/Bioretention. Retrieved from: https://water.phila.gov/development/stormwater-plan-review/manual/chapter-4/4-1-bioinfiltration-bioretention/</ref>