Impact of Synoptic Events on Microclimate Dynamics of a Perennial Agroecosystem

Perennial grain crops have been presented as a sustainable alternative to their traditional annual counterparts due to their potential to provide positive environmental impacts when properly managed. This study aims to assess the impact of synoptic events on microclimate dynamics of an intercropped perennial system in comparison to monoculture growing seasons. Specifically, we will present changes in bulk stomatal conductance and turbulent statistics to assess the impact on carbon and water relations in conjunction with the dynamics of how these scalars are transported near the surface. In order to assess the potential for perennial agriculture to increase agricultural ecosystem services, it is important to examine how meteorological forcing events may impact the water and carbon dynamics of the cropping system. This study is a first attempt to address these potential benefits of perennial agricultural systems.