Knowledge Hubs

Most connected nodes in nserc

• 1
  Ponds are ecologically distinct in structure and functionAssociation · 17 connections×2
• 2
  Methanogenesis drives methane fluxAssociation · 17 connections×2
• 3
  Macrophyte and emergent vegetation control light and nutrientsAssociation · 15 connections×2
• 4
  Wetland classification systems define ponds and wetlandsAssociation · 15 connections
• 5
  Ponds have higher greenhouse gas emissionsAssociation · 14 connections×2
• 6
  Stormwater pond retains dissolved reactive phosphorus (DRP)Association · 14 connections×2
• 7
  Statistical modeling enables phosphorus mass budgetsAssociation · 14 connections
• 8
  Portland cement concrete absorbs atmospheric CO2Association · 13 connections×2
• 9
  Surface coatings reduce carbonation of concreteAssociation · 13 connections×2
• 10
  Key controls on carbon budgets in stormwater pondsInferenceChain · 12 connections
• 11
  Reasoning chain: pond characteristics mediate global CO2 and CH4 emissionsInferenceChain · 11 connections
• 12
  Inducing Ca–P formation as a management practiceAssociation · 11 connections
• 13
  Anthropogenic effects influence methane flux in boreal lakesAssociation · 11 connections
• 14
  Ponds have higher nutrients and respirationAssociation · 10 connections
• 15
  Extended flooding increases methane release from wetlandsAssociation · 10 connections
• 16
  Soil organic matter with calcium enables phosphorus retentionAssociation · 10 connections×2
• 17
  Concrete absorbs CO2 throughout its life cycleInferenceChain · 9 connections
• 18
  Reasoning for nonlinear ecosystem metric boundaries defining pondsInferenceChain · 9 connections
• 19
  Nonlinear ecosystem threshold boundaries define pondsAssociation · 9 connections×2
• 20
  Higher diel temperature ranges in smaller, shallower pondsAssociation · 9 connections×2
• 21
  Waterbody maximum depthFactor · 9 connections
• 22
  Ecosystem biological metricsFactor · 9 connections
• 23
  Demolished and crushed concrete uptakes CO2Association · 9 connections
• 24
  Global climate change affects carbonation progress in concreteAssociation · 8 connections×2
• 25
  Synergy of natural and technological CO2 sinks constraining atmospheric CO2InferenceChain · 8 connections
• 26
  Reasoning for distinguishing ponds from lakes and wetlandsInferenceChain · 8 connections
• 27
  Gas exchange rates decrease in smaller pondsAssociation · 8 connections×2
• 28
  Mechanistic path linking mineral formation to DRP retention and downstream water qualityInferenceChain · 8 connections
• 29
  Cement's dual role in the carbon cycle: emitter and long-term sinkInferenceChain · 7 connections
• 30
  Cement's dual impact on atmospheric CO2: emissions and reabsorption reasoningInferenceChain · 7 connections