We need to feed an estimated population in excess of 9 billion by 2050 with diminishing
natural resources, whilst ensuring the health of people and the planet. Herein we connect …

To promote the advancement of novel observation techniques that may lead to new sources
of information to help better understand the hydrological cycle, the International Association …

Crowdsourcing has significantly motivated the development of meteorological services.
Starting from the beginning of 2010s and highly motivating after 2014, crowdsourcing‐driven …

Citizen science has shown great potential for bringing large groups of people closer to
science, thanks in part to cooperation with universities and research centers. In this context …

The uncertainty in a hydrological model, due to its structure or implemented input
parameters, affects the accuracy of simulations that are usually used for important …

A distributed hydrological energy-water-balance model (FEST-EWB) is calibrated over the
Heihe Basin, a mainly desertic basin in China, employing remotely-sensed Land Surface …

Hydrological models play a crucial role for their ability to simulate water movement from soil
surface to groundwater and to predict onset of stress conditions within agricultural fields …

This chapter provides an overview on the interrelation between water scarcity and food
production. A general perception has been existed worldwide that agricultural water, as the …

The association of hydrological models with remote sensing data allows the estimation of
parameters that cannot be easily measured in situ, especially in regions with poor …

Spatial resolution is a key parameter in energy–water surface flux modelling. In this
research, scale effects are analyzed on fluxes modelled with the FEST-EWB model, by …