Fylo›NSERC›Graph
Hubs
Association·nserc

Inducing Ca–P formation as a management practice

Claim that interventions to stimulate Ca–P formation in stormwater ponds can mitigate DRP export and eutrophication risks.

Confidence
75%
active

Evidence Quote

“Inducing Ca–P formation in SWPs can reduce DRP export and eutrophication risks”

Relationship

Interventions to stimulate Ca–P formation enables drp export

Arguments

Interventions to stimulate Ca–P formationsubject

Connections (3)

Mechanistic path linking mineral formation to DRP retention and downstream water qualityInferenceChain
Open water acts as net carbon sourceAssociation
BMP interventions can reduce nutrient export and eutrophication riskInferenceChain

Evidence

“Makarewicz et al. (2009) on BMPs and nutrient chemistry to Conesus Lake.”

J. C. Makarewicz et al. (2009). The impact of agricultural best management practices on downstream systems: soil loss and nutrient chemistry and flux to Conesus Lake, New York, USA

“Goh et al. (2019) review on bioretention and nutrient removal under different climates.”

H. W. Goh et al. (2019). A review of bioretention components and nutrient removal under different climates—future directions for tropics

“Liu and Davis (2014) on phosphorus speciation and bioretention treatment.”

J. Liu & A. P. Davis (2014). Phosphorus speciation and treatment using enhanced phosphorus removal bioretention

“Empirical evidence on the quantification and source evaluation of construction waste as reported by Bossink & Brouwers.”

Bossink & Brouwers on construction waste quantification

“Empirical or review evidence summarizing the existence and persistence of a large global forest carbon sink based on Pan et al.”

Pan et al. on global forest carbon sink

“Empirical or review evidence describing the carbon balance in Chinese terrestrial ecosystems based on Piao et al.”

Piao et al. on the carbon balance of Chinese terrestrial ecosystems

“Empirical or modeling evidence regarding biophysical and economic limits to negative CO₂ emissions as presented by Smith et al.”

Smith et al. on biophysical and economic limits to negative CO2 emissions