Tracing and quantifying water fluxes in the hydrological cycle is crucial for understanding the
current state of ecohydrological systems and their vulnerability to environmental change …

Eddy covariance serves as one the most effective techniques for long-term monitoring of
ecosystem fluxes, however long-term data integrations rely on complete timeseries …

The eddy covariance method is widely used to investigate fluxes of energy, water, and
carbon dioxide at landscape scales, providing important information on how ecological …

A data-driven model is commonly employed for partitioning eddy covariance (EC) CO 2
fluxes (NEE) into ecosystem respiration (ER) and gross primary productivity (GPP) fluxes …

Globally, forests are facing a wide range of disturbances that significantly impact carbon
dioxide (CO 2) and water vapour exchange. In British Columbia (BC), Canada, coastal …

Climate change mitigation requires, besides reductions in greenhouse gas emissions,
actions to increase carbon sinks in terrestrial ecosystems. A key measurement method for …

To enable an evidence-based management of ecosystems to adapt to the climate crisis, we
require fine spatiotemporal resolution estimates of carbon, water, and energy fluxes at the …

The variability and drivers of carbon and water fluxes and their relationship to ecosystem
water use efficiency (WUE) in natural ecosystems of southern South America are still poorly …

Introduction Moso bamboo forests, widely distributed in subtropical regions, are increasingly
valued for their strong carbon sequestration capacity. However, the carbon flux variations …

With novel developments in technology, eddy covariance flux measurements have become
feasible for a variety of trace gases. While the statistical properties and gap-filling strategies …