We propose a model for probabilistic wastewater treatment plant inflow prediction utilizing rain forecast data to handle rain events

Non-linear dynamics within the sewer system are approximated in a linear framework using rectified linear units

Our results indicate similar performance to less intelligible non-linear models, but rain forecast accuracy constitutes a limitation

Delta morphodynamics controls the permeability, hydraulic gradient, and connectivity of high permeability bodies in coastal deltas

High permeability bodies are associated with current and previous channelization and are highly connected

Wave deltas may be especially susceptible to inundation and groundwater salinization due to high permeability and low hydraulic gradient

A theoretical Lagrangian-type flocculation model is deduced by solving the population balance equation with moment methodology

Critical shear rate exists and effects of sediment concentration depend on the shear levels

The enlargement of primary particle size and surface heterogeneity would discourage the propensity of flocculation

Quantitative Precipitation Estimates (QPE) error modeling conditional on precipitation regime constrained by water budget closure at event-scale in headwater basins

Automated space-time QPE error prediction using machine learning

QPE error metrics target operational streamflow prediction skill

We created a multiple linear regression model using time-series to map SSC in a typical multi-channel alluvial river system of the Yangtze

The new SSC predictive model reveals opposite downstream trends in SSC during peak flood years and normal flood years

A prominent difference in SSC after the operation of the Three Gorges Dam with a reduction rate of 60% compared with the pre-TGD period

Flash droughts exhibit significantly different spatial distributions and trends in characteristics than normal droughts

Aridity can provide useful clues about vegetation condition and irrigation's effectiveness during drought

Flash drought conditions (temperature and radiation) may alleviate plant growth limitations in cooler climates, improving vegetation condition

Climate-dominated groundwater bores throughout Australia are statistically identified (n = 1,143, 26%)

Median head and recharge sensitivity to precipitation are 42 and 0.43 mm mm⁻¹

Head and recharge sensitivity are primarily controlled by climate type and hydrogeology

We demonstrate that ecohydrological parameters and variables can be inferred from microwave radiometry via model-data fusion

We compare scenarios that use synthetic observations at different times of day, corresponding to current and proposed satellite orbits

For inferring land surface variables, using observations from just four times of day proves to be as useful as using data from every hour

Local circulation within burrows enhances porewater exchange between crab burrows and the sediment matrix

Crab burrows facilitate soil aeration and alter flow paths/rate depending on burrow morphologies

Crab burrows have the potential to enhance terrigenous groundwater discharge in the creek-marsh system

A physical model is proposed to quantify the supercooling degree of unsaturated saline soils

A maximum value of soil minimum supercooling temperature will occur with increasing salt concentration

Too fast cooling rate will lead to a lag in crystallization time and an increase in supercooling