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XF-YXUEQM5-G
Research / Academic Paper ACTIVE

Multiple pathways to bacterial load reduction by stormwater best management practices: trade-offs in performance, volume, and treated area

Abstract Only — The full paper PDF is not available in the registry. This XFID was minted from the paper's title, authors, and year. Where available, an abstract is provided below; the link to the publisher's record is canonical.

Abstract

removal. Lastly, simulated infiltrating BMPs provide greater FIB reduction than noninfiltrating BMPs at the watershed scale. Results provide new insight on the trade-offs between BMP treatment volume, performance, and distribution.

Source: resolved

Document Metadata

Issuer
American Chemical Society (ACS)
Document Type
Research / Academic Paper
Publication Year
2018
Retrieved
5 May 2026
Source
doi.org
Record ID
XFYXUEQM5G
Validation
Inferred by XFID

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SHA-256 (file bytes)
6658ac7097ed96f7b60786aecfdcd73b3b62e34ce11634bc09ae85bafbe85d94
SHA-256 (canonical content)
6658ac7097ed96f7b60786aecfdcd73b3b62e34ce11634bc09ae85bafbe85d94

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Topics

Ecosystem Services

Cited by (1)

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Academic / report citation
American Chemical Society (ACS) (2018). Multiple pathways to bacterial load reduction by stormwater best management practices: trade-offs in performance, volume, and treated area. XFID: XF-YXUEQM5-G. Retrieved from https://xframework.id/XFYXUEQM5G
Identifier only
XF-YXUEQM5-G