Focal Interest
Focal Interest

Soil and Water Nutrient Dynamics

External reference: https://openalex.org/T11311

  1. Hydrology strongly controlled nitrate cycling in a tidal freshwater river
    Study reveals how discharge and residence time control nitrogen cycling in tidal freshwater zones, with denitrification dominating during low-flow periods and implications for managing estuarine.
  2. Most reviewed catchment models cover ecology, few cover social factors
    Review of ten catchment models in New Zealand shows strong capacity for ecological climate change simulation but substantial gaps in representing economic and cultural social-system impacts.
  3. Future climate scenarios may reduce Nekarood Watershed health
    Scenario-based assessment of Nekarood Watershed health under climate change using SWAT modeling and reliability-resilience-vulnerability framework across SSP scenarios.
  4. Hydrological ML accuracy depends on training data quantity and quality
    Analysis of how information quantity and quality in training data affect machine learning prediction accuracy for hydrological variables, using information theory and mechanistic model integration.