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Research

Our lab research addresses agricultural and ecological sciences, with topics encompassing soil carbon and nitrogen cycling, plant and crop physiology, hydrology, and the interaction of plant, soil and atmospheric processes.

Funded Projects

Funded project details, investigators, and partners.

Research Topics

Research topics in our lab combine fundamental and applied science across the soil-plant-atmosphere continuum. Specifically, research in the lab addresses the coupled biogeochemistry of carbon, nitrogen, and phosphorus in the soil; plant processes like growth, water use, determination of water use efficiency, and the response to abiotic stresses with emphasis on climate change and climate extremes; the application of models to improve agroecosystem management (climate-smart agriculture, agricultural intensification, sustainable agriculture, organic agriculture, precision agriculture and precision conservation, bioenergy); and broader issues of ecosystem functioning at field, watershed, and planetary scale.

Kemanian Agroecosystems Modeling Laboratory

  • Kemanian Agroecosystems Modeling Laboratory Overview
  • Our Mission
  • Research
    • Research Overview
    • Funded Projects
      • Funded Projects Overview
      • Smart tillage to reduce N2O emission from organic agriculture
      • Development of UAS imaging to complement genomics-assisted breeding of shrub willow for improved yield and pest resistance
      • Polycultures: Using biodiversity to increase crop productivity and resiliency while reducing the agrochemical footprint of agricultural systems
      • Enabling sustainable landscape design for continual improvement of operating bioenergy supply systems
      • CNH-L NSF: Feedbacks among land-use decision making, lake associations and water quality in lake catchments
      • US-Italy IRES-NSF: International Research Experience for Students
      • Reduced-Tillage Organic System Experiments (ROSE)
      • Center for Integrated Multi-Scale Nutrient Pollution Solutions (CNS)
      • Strengthening farm operator capacity for strategic management of cropping system adaptation to climate change
      • Northeast Woody/Warm Season Biomass Consortium (NEWBio)
      • Production and Life-Cycle Assessment of Switchgrass Across the Heterogeneous Landscape of the Northeast
      • Genetic Improvement for Yield and Establishment of Short Rotation Woody Biomass Crops on Marginal Lands
      • Mechanistic Modeling of Multispecies Pasture Growth and Management
      • Biologically Based Fertilizer Recommendations to Meet Yield Expectations and Preserve Water Quality
    • Research Topics
      • Research Topics Overview
      • Agricultural and Natural Systems Modeling
      • Watershed and landscape modeling
      • Sustainable grain, pasture, and bioenergy systems (landscape design)
      • Soil carbon and nitrogen cycling with stable isotopes and models
      • Nitrous oxide emission modeling and measurements
      • Carbon and water flux in energy crops with eddy covariance
      • Nitrogen cycling in perennial energy crops with stable isotopes
      • Plant competition
      • Water use and water use efficiency
      • Modeling plant growth and grain yield
      • Physiology of C4 grasses
  • Education
    • Education Overview
    • Models in Agricultural and Natural Systems (AGRO 597)
    • Environmental Biophysics (AEPS597)
    • Principles of Crop Management (AGRO 028)
  • Computer Models and Tools
    • Computer Models and Tools Overview
    • Cycles and Cycles-L
    • Cropsyst
  • Publications
  • People
  • Hall of Fame (Lab Alumni)
  • Contact Us
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