Matches in SemOpenAlex for { <https://semopenalex.org/work/W3049074454> ?p ?o ?g. }
- W3049074454 endingPage "11463" @default.
- W3049074454 startingPage "11453" @default.
- W3049074454 abstract "When rainwater harvesting is utilized as an alternative water resource in buildings, a combination of municipal water and rainwater is typically required to meet water demands. Altering source water chemistry can disrupt pipe scale and biofilm and negatively impact water quality at the distribution level. Still, it is unknown if similar reactions occur within building plumbing following a transition in source water quality. The goal of this study was to investigate changes in water chemistry and microbiology at a green building following a transition between municipal water and rainwater. We monitored water chemistry (metals, alkalinity, and disinfectant byproducts) and microbiology (total cell counts, plate counts, and opportunistic pathogen gene markers) throughout two source water transitions. Several constituents including alkalinity and disinfectant byproducts served as indicators of municipal water remaining in the system since the rainwater source does not contain these constituents. In the treated rainwater, microbial proliferation and Legionella spp. gene copy numbers were often three logs higher than those in municipal water. Because of differences in source water chemistry, rainwater and municipal water uniquely interacted with building plumbing and generated distinctively different drinking water chemical and microbial quality profiles." @default.
- W3049074454 created "2020-08-21" @default.
- W3049074454 creator A5005946284 @default.
- W3049074454 creator A5007140125 @default.
- W3049074454 creator A5007777844 @default.
- W3049074454 creator A5017805196 @default.
- W3049074454 creator A5025094504 @default.
- W3049074454 creator A5025344139 @default.
- W3049074454 creator A5030520392 @default.
- W3049074454 creator A5037775353 @default.
- W3049074454 creator A5062895653 @default.
- W3049074454 creator A5066620617 @default.
- W3049074454 creator A5073355904 @default.
- W3049074454 creator A5083770478 @default.
- W3049074454 date "2020-08-13" @default.
- W3049074454 modified "2023-10-17" @default.
- W3049074454 title "Impacts of Municipal Water–Rainwater Source Transitions on Microbial and Chemical Water Quality Dynamics at the Tap" @default.
- W3049074454 cites W1987042894 @default.
- W3049074454 cites W1993324034 @default.
- W3049074454 cites W1995890311 @default.
- W3049074454 cites W1999427456 @default.
- W3049074454 cites W1999565586 @default.
- W3049074454 cites W2000635667 @default.
- W3049074454 cites W2012396343 @default.
- W3049074454 cites W2019210104 @default.
- W3049074454 cites W2020531986 @default.
- W3049074454 cites W2025561883 @default.
- W3049074454 cites W2047898021 @default.
- W3049074454 cites W2052743252 @default.
- W3049074454 cites W2057123194 @default.
- W3049074454 cites W2059436174 @default.
- W3049074454 cites W2059960557 @default.
- W3049074454 cites W2060254952 @default.
- W3049074454 cites W2066210075 @default.
- W3049074454 cites W2067105087 @default.
- W3049074454 cites W2068105917 @default.
- W3049074454 cites W2068805679 @default.
- W3049074454 cites W2097851417 @default.
- W3049074454 cites W2101827046 @default.
- W3049074454 cites W2103505915 @default.
- W3049074454 cites W2104961474 @default.
- W3049074454 cites W2109934379 @default.
- W3049074454 cites W2122362749 @default.
- W3049074454 cites W2125104049 @default.
- W3049074454 cites W2126309023 @default.
- W3049074454 cites W2129073780 @default.
- W3049074454 cites W2150653160 @default.
- W3049074454 cites W2152478949 @default.
- W3049074454 cites W2297612244 @default.
- W3049074454 cites W2312393048 @default.
- W3049074454 cites W2416854579 @default.
- W3049074454 cites W2473075406 @default.
- W3049074454 cites W2473677274 @default.
- W3049074454 cites W2565427695 @default.
- W3049074454 cites W2596039650 @default.
- W3049074454 cites W2605050899 @default.
- W3049074454 cites W2735199881 @default.
- W3049074454 cites W2769203613 @default.
- W3049074454 cites W2792698778 @default.
- W3049074454 cites W2807910586 @default.
- W3049074454 cites W2809324870 @default.
- W3049074454 cites W2908638509 @default.
- W3049074454 cites W2915124277 @default.
- W3049074454 cites W2952622856 @default.
- W3049074454 cites W2961710992 @default.
- W3049074454 cites W2978885886 @default.
- W3049074454 cites W2990921427 @default.
- W3049074454 cites W4234910708 @default.
- W3049074454 doi "https://doi.org/10.1021/acs.est.0c03641" @default.
- W3049074454 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32786341" @default.
- W3049074454 hasPublicationYear "2020" @default.
- W3049074454 type Work @default.
- W3049074454 sameAs 3049074454 @default.
- W3049074454 citedByCount "8" @default.
- W3049074454 countsByYear W30490744542022 @default.
- W3049074454 countsByYear W30490744542023 @default.
- W3049074454 crossrefType "journal-article" @default.
- W3049074454 hasAuthorship W3049074454A5005946284 @default.
- W3049074454 hasAuthorship W3049074454A5007140125 @default.
- W3049074454 hasAuthorship W3049074454A5007777844 @default.
- W3049074454 hasAuthorship W3049074454A5017805196 @default.
- W3049074454 hasAuthorship W3049074454A5025094504 @default.
- W3049074454 hasAuthorship W3049074454A5025344139 @default.
- W3049074454 hasAuthorship W3049074454A5030520392 @default.
- W3049074454 hasAuthorship W3049074454A5037775353 @default.
- W3049074454 hasAuthorship W3049074454A5062895653 @default.
- W3049074454 hasAuthorship W3049074454A5066620617 @default.
- W3049074454 hasAuthorship W3049074454A5073355904 @default.
- W3049074454 hasAuthorship W3049074454A5083770478 @default.
- W3049074454 hasConcept C107872376 @default.
- W3049074454 hasConcept C111687972 @default.
- W3049074454 hasConcept C17538187 @default.
- W3049074454 hasConcept C178790620 @default.
- W3049074454 hasConcept C185592680 @default.
- W3049074454 hasConcept C18903297 @default.
- W3049074454 hasConcept C190960625 @default.
- W3049074454 hasConcept C2780797713 @default.
- W3049074454 hasConcept C2781221799 @default.