The eddy covariance (EC) technique-based observation system allows for researchers to
determine latent and sensible heat fluxes, which are key components of the surface energy …

Evaporation is one of the vital components of hydrological cycle. Precise estimation of pan
evaporation (E pan) is essential for the sustainable water resources management. The …

The energy balance of eddy-covariance (EC) measurements is typically not closed, resulting
in one of the main challenges in evaluating and interpreting EC flux data. Energy balance …

Peatland ecosystems play an important role in the global carbon (C) cycle as significant C
sinks. However, human-induced disturbances can turn these sinks into sources of …

A persistent problem in surface flux research is that turbulent fluxes observed by eddy
covariance methods tend to be lower than the available energy. Using 7 years of eddy …

The summer monsoon transitional zone is a typical transitional ecosystem that is, also
ecologically fragile. It is critical to explore the land surface energy balance and the water and …

Based on the Monin–Obukhov similarity theory and challenging the Reynolds analogy, the
aerodynamic resistance approach to estimate the transfer of sensible heat (QH) can be used …

An understanding of factors modulating water and energy fluxes partitioning over vegetated
surfaces is important in a context of global environmental changes. The study evaluated the …

Local wind near river has been analyzed using data collected from nine automatic weather
stations (AWS) and two flux stations near Gumi Weir, Nakdong River, for one year. Different …

An accurate determination of turbulent fluxes over an urban area is a challenging task due to
its morphological diversity and associated flow complexity. In this study, an eddy covariance …