![Thesis 2015: Design of Bioretention Planters for Stormwater Flow Control and Removal of Toxic Metals and Organic Contaminants – Challenge Lab Thesis 2015: Design of Bioretention Planters for Stormwater Flow Control and Removal of Toxic Metals and Organic Contaminants – Challenge Lab](https://challengelab.chalmers.se/wp-content/uploads/2018/03/Cuaran-and-Lundberg-2015-984x500.jpg)
Thesis 2015: Design of Bioretention Planters for Stormwater Flow Control and Removal of Toxic Metals and Organic Contaminants – Challenge Lab
![CCPSMD on Twitter: "The outdoor science classroom involved planting a 1760 sq ft bioretention facility & four planter boxes with native plants. Rooftop planter boxes, which collect runoff from the roof of CCPSMD on Twitter: "The outdoor science classroom involved planting a 1760 sq ft bioretention facility & four planter boxes with native plants. Rooftop planter boxes, which collect runoff from the roof of](https://pbs.twimg.com/media/DfLSX-xWAAASt1S.jpg)
CCPSMD on Twitter: "The outdoor science classroom involved planting a 1760 sq ft bioretention facility & four planter boxes with native plants. Rooftop planter boxes, which collect runoff from the roof of
![Bioretention Planter | Wilshire - Flowthrough - Lightweight GFRC | TournesolSiteworks | Design, Furnishings, Planters Bioretention Planter | Wilshire - Flowthrough - Lightweight GFRC | TournesolSiteworks | Design, Furnishings, Planters](https://i.pinimg.com/736x/65/a7/54/65a754f222b4fed51c5ae48540a5ab65.jpg)