NCAR ASP CISL ISP HAO EOL NESL RAL
NCAR Earth System Laboratory | NESL
2010 Annual Report

Scientific Discovery

I. Scientific Discovery

  • I.A. Aircraft-Induced Hole Punch and Canal Clouds: Inadvertent Cloud Seeding
  • I.B. Atmosphere/ocean Interactions
  • I.C. Decadal Predictability in CCSM
  • I.D. H/D Kinetic Isotope Effects in Reactions of Methoxy Radicals with O2
  • I.E. High-resolution simulations using CAM
  • I.F. Improved parameterizations for use in Cloud Resolving Models (CRMs)
  • I.G.1 Efficient atmospheric cleansing of oxidized organic trace gases by vegetation
  • I.G.2 Prescribed burning reduces carbon footprint of wildfires
  • I.H. Particle growth and formation
  • I.I. ‘Process’ Modeling (GECKO, TUV)
  • I.J. Organized Motion in Canopy Turbulence
  • I.K. Radical Recycling in Reactions of Organic Peroxy Radicals with HO2

NESL Annual Report

  • NESL Director's Message
  • Table of Contents
  • I. Scientific Discovery
    • I.A. Aircraft-Induced Hole Punch and Canal Clouds: Inadvertent Cloud Seeding
    • I.B. Atmosphere/ocean Interactions
    • I.C: Decadal Predictability in CCSM
    • I.D. H/D Kinetic Isotope Effects in Reactions of Methoxy Radicals with O2
    • I.E. High-resolution simulations using CAM
    • I.F. Improved parameterizations for use in Cloud Resolving Models (CRMs)
    • I.G.1 Efficient atmospheric cleansing of oxidized organic trace gases by vegetation
    • I.G.2 Prescribed burning reduces carbon footprint of wildfires
    • I.H. Particle growth and formation
    • I.I. ‘Process’ Modeling (GECKO, TUV)
    • I.J. Organized Motion in Canopy Turbulence
    • I.K. Radical Recycling in Reactions of Organic Peroxy Radicals with HO2
  • II. Prediction Across Scales
  • III. Field Campaigns
  • IV. Instrumentation
  • V. Modeling in Support of Field Operations

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