The interaction between terrestrial ecosystems and the atmosphere continues to be a central research theme within climate, hydrology, and ecology communities. This interest is stimulated by research issues pertinent to both the fundamental laws and the hierarchy of scales. To further explorer such topics over various spatial and temporal domains, in this study, biosphere-atmosphere interactions are studied at two different scales, leaf-to-canopy and canopy-to-atmospheric boundary-layer (ABL) scales, by utilizing both models and long-term measurements collected from the Duke Forest AmeriFlux sites
In times of climate change it is important to deeply understand how the biosphere responds to climat...
The highly interactive and variable nature of scales of space and time featured in components of the...
Landscape composition and land use impact the interactions between soil and vegetation. Differences ...
The interaction between terrestrial ecosystems and the atmosphere continues to be a central research...
Hydrology, climatology, and biology interact over a wide range of spatial and temporal scales. Cont...
For the determination of regionally averaged fluxes and budgets of atmospheric trace constituents, t...
For the determination of regionally averaged fluxes and budgets of atmospheric trace constituents, t...
The planetary boundary layer (PBL) provides an important link between the scales and processes resol...
The atmosphere and biosphere interact strongly in the planetary boundary layer. Understanding the me...
Interactions among the atmosphere, terrestrial ecosystems, and the hydrological cycle have been the ...
The forest canopy is the functional interface between 90% of Earth's terrestrial biomass and the atm...
1. It has been known for a long time that the environment shapes the appearance of vegetation (veget...
This paper overviews the short-term (biophysical) and long-term tout to around 100 year timescales; ...
Selected findings from the Long Term Ecological Research (LTER) program are described in the field o...
This thesis explores and quantifies how the surface and vegetation, through photosynthesis, and clou...
In times of climate change it is important to deeply understand how the biosphere responds to climat...
The highly interactive and variable nature of scales of space and time featured in components of the...
Landscape composition and land use impact the interactions between soil and vegetation. Differences ...
The interaction between terrestrial ecosystems and the atmosphere continues to be a central research...
Hydrology, climatology, and biology interact over a wide range of spatial and temporal scales. Cont...
For the determination of regionally averaged fluxes and budgets of atmospheric trace constituents, t...
For the determination of regionally averaged fluxes and budgets of atmospheric trace constituents, t...
The planetary boundary layer (PBL) provides an important link between the scales and processes resol...
The atmosphere and biosphere interact strongly in the planetary boundary layer. Understanding the me...
Interactions among the atmosphere, terrestrial ecosystems, and the hydrological cycle have been the ...
The forest canopy is the functional interface between 90% of Earth's terrestrial biomass and the atm...
1. It has been known for a long time that the environment shapes the appearance of vegetation (veget...
This paper overviews the short-term (biophysical) and long-term tout to around 100 year timescales; ...
Selected findings from the Long Term Ecological Research (LTER) program are described in the field o...
This thesis explores and quantifies how the surface and vegetation, through photosynthesis, and clou...
In times of climate change it is important to deeply understand how the biosphere responds to climat...
The highly interactive and variable nature of scales of space and time featured in components of the...
Landscape composition and land use impact the interactions between soil and vegetation. Differences ...