Coupled reversion and stream-hyporheic exchange processes increase environmental persistence of trenbolone metabolites

Overview of attention for article published in Nature Communications, May 2015

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news: 5 news outlets
blogs: 4 blogs
twitter: 8 X users

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Coupled reversion and stream-hyporheic exchange processes increase env. persistence of trenbolone metabolites https://t.co/IViejbab7M

Symmetry in reversion and stream-hyporheic processes increase environmental persistence of a stream contaminant http://t.co/AuPasGLHzf

Coupled reversion and stream-hyporheic exchange processes increase trenbolone metabolite environmental persistence http://t.co/qReV3IvspA

Congrats! “@WardHydroLab: New #hyporheic #hormone transport & transformation pub @dcwiertny @NatureComms http://t.co/UrSgHIKo30”

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