Abstract Study region Tisza and Prut catchments, originating on the slopes of the Carpathian
mountains. Study focus The study reported here investigates (i) climate change impacts on …

Climate and land-use change affect the hydrologic cycle by altering the hydrological
responses including streamflow (SF), surface runoff (SR), base-flow (BF), and …

In Brazil, a steady increase in phosphorus (P) fertilizer application and agricultural
intensification has been reported for recent decades. The concomitant P accumulation in …

The growing impact of human activities on the environment has increased their influence on
the planet's natural cycles, especially in relation to the hydrological cycle of watersheds. The …

Climate and land use/cover (LULC) changes are essential factors that influence hydrological
regimes by altering the groundwater recharge and river flow. This study investigated the …

The development of adequate modeling at the basin level to establish public policies has an
important role in managing water resources. Hydro-economic models can measure the …

Aim Predicting and acting on the future of ecosystems requires understanding species
distribution shifts due to climate change. We investigated which corals are more likely to shift …

For decades, large reservoirs have been built for hydropower plants in Brazil's São
Francisco River Basin. Rural development has been a simultaneous goal with a primary …

Agricultural irrigation practices can account for a substantial proportion of the water budget
in dryland environments. As the pressure on freshwater resources is growing in such …

Semiarid regions are often secondary on the national to global (scientific) agenda,
especially if abundant vegetation elsewhere draws attention and the local population is …