Petri Ekholm

Jouni Lehtoranta2
Pirkko Kortelainen1
Marjo Palviainen1
2Jouni Lehtoranta
1Pirkko Kortelainen
1Marjo Palviainen
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  • Jouni Lehtoranta, Petri Ekholm, Stella Wahlström, Petra Tallberg, Risto Uusitalo
  • 2015
Coastal eutrophication is expected to increase due to expanding and intensifying agriculture which causes a large amount of soil-associated P to be transported into aquatic systems. We performed anaerobic long-term incubations on field soil to mimic the conditions that eroded soil encounters in brackish sediments. The release of P from soil increased with(More)
NO3, Mn, Fe, and SO4 act as terminal electron acceptors (TEAs), modifying mineralization pathways and coupling biogeochemical cycles. Although single TEA concentrations and fluxes have been intensively studied, the factors regulating the simultaneous fluxes and molar ratios of TEAs are poorly elucidated. We studied the mean concentrations, exports, and(More)
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