Diversifying annual crop rotations is postulated to promote soil ecosystem services through
reduction of greenhouse gas emissions, control of soil evaporation, moderation of soil freeze …

Crop model intercomparison studies have mostly focused on the assessment of predictive
capabilities for crop development using weather and basic soil data from the same location …

Accurate precipitation data are essential for assessing the water balance of ecosystems.
Methods for point precipitation determination are influenced by wind, precipitation type and …

The soil water storage (SWS) defines the crop productivity of a soil and varies under different
climatic conditions. Pattern identification and quantification of these variations in SWS …

Evaporation from bare soil is an important hydrological process and part of the water and
energy balance of terrestrial systems. Modeling bare‐soil evaporation is challenging, mainly …

Abstract Changes in evapotranspiration can affect water availability and climate, leading to
extreme weather and severe impact on ecosystems. In particular, increased water stress in …

The study presents daily values of inward and outward vapor flux crossing the soil-
atmosphere boundary in dependence on meteorological parameters and soil moisture …

Plant transpiration plays a significant role in the terrestrial cycles, but the spatiotemporal
origins of water used by plant remains highly uncertain. Therefore, the missing link to fully …

Soil water drainage is the main source of groundwater recharge and river flow. It is therefore
a key process for water resource management. In this study, we evaluate the soil hydrology …

The input of liquid water to terrestrial ecosystems is composed of rain and non-rainfall water
(NRW). The latter comprises dew, fog, and the adsorption of atmospheric vapor on soil …