A) The formation of clouds B) The flow of water over the land surface C) The process of photosynthesis D) The evaporation of water from oceans
A) Boyle's Law B) Penman-Monteith equation C) Ohm's Law D) Newton's Laws of Motion
A) Analyzing traffic patterns B) Predicting earthquakes C) Assessing water availability and quality D) Studying outer space
A) Evaporation B) Infiltration C) Discharge D) Precipitation
A) Infiltration B) Evapotranspiration C) Typhoon D) Condensation
A) A sudden surge of streamflow after heavy rainfall B) The flow of water in a canal C) The slow, steady flow of water in streams fed by groundwater D) The seasonal variation of water levels in rivers
A) Transpiration B) Percolation C) Runoff D) Precipitation
A) An underground layer of water-bearing rock B) A rare species of fish C) A glacier D) A type of cloud formation
A) A hydrometeorologist B) A hydrologist C) An aquanaut D) A geohydrologist
A) Hydrogeology B) Marine hydrology C) Surface water hydrology D) Meteorology
A) Chemical characteristics of water B) Interactions between organisms and the hydrologic cycle C) Establishing environmental policy guidelines D) Presence and movement of groundwater
A) Presence and movement of groundwater B) Designing riparian-zone restoration projects C) Chemical characteristics of water D) Interactions between organisms and the hydrologic cycle
A) Chemical characteristics of water B) Solving water-related problems such as environmental preservation C) Interactions between organisms and the hydrologic cycle D) Presence and movement of groundwater
A) Mesopotamians B) Greeks C) Ancient Egyptians D) Chinese
A) Basin irrigation B) Aqueducts C) Valve pits D) High earthen walls
A) Bernard Palissy B) Leonardo da Vinci C) Marcus Vitruvius D) Edmund Halley
A) Darcy's law B) The Pitot tube C) Dupuit-Thiem well formula D) Bernoulli's equation
A) Only laboratory-based analyses B) Only in-situ methods C) Only land-based sensors D) Land-based sensors, airborne sensors, satellite sensors
A) Solute sampling B) Capacitance probe C) Tensiometer D) Time domain reflectometer
A) Occurrence rate. B) Frequency interval. C) Event cycle. D) Return period.
A) Temperature measurement B) Chemical analysis only C) Geophysical methods D) Visual inspection
A) Time domain reflectometer B) Barometer C) Piezometer D) Stream gauge
A) National Hydrology Research Centre, Canada B) United States Geological Survey C) eawag – aquatic research, ETH Zürich, Switzerland D) Centre for Ecology and Hydrology – UK
A) Connected Waters Initiative B) International Hydrological Programme C) Murray Darling Basin Initiative D) United States Geological Survey
A) Microwave sensor B) Radar C) Rain gauge D) Satellite
A) Genetic sequencing. B) Regression. C) Seismic activity analysis. D) Photosynthesis modeling.
A) Soil moisture probes B) Weather forecasting models C) Evaporation measurements D) Aquifer test
A) Analyses take place on-site, often automatically B) Precipitation measurement C) Only laboratory-based analyses D) Remote sensing data collection
A) Sling psychrometer B) Lidar C) Rain gauge D) Disdrometer
A) Discharge value could be obtained by combining velocity and cross-section measurements B) Evaporation was sufficient to account for river outflow into the sea C) Rainfall was sufficient to account for the flow of the Seine D) Basin irrigation was used
A) Air pollutants B) Light pollution C) Sound pollution D) Nutrients
A) Hygrometer B) Piezometer C) Anemometer D) Barometer
A) Conceptual models. B) Process-based models. C) Models based on data. D) Deterministic models.
A) C.V. Theis B) Robert E. Horton C) Edmund Halley D) Leroy Sherman
A) Daniel Bernoulli B) Robert E. Horton C) Henri Pitot D) Henry Darcy
A) Pierre Perrault B) Edme Mariotte C) Edmund Halley D) Leonardo da Vinci
A) Sound pollution B) Sediment C) Total dissolved solids D) Pesticides
A) Journal of Hydroinformatics B) International Journal of Hydrology Science and Technology C) Hydrology Research D) Water Resources Research
A) Unit hydrograph B) Aquifer test/equation C) Infiltration theory D) Dupuit-Thiem well formula
A) Simon's evaporation pan B) Disdrometer C) Lidar D) Sling psychrometer
A) Climatology B) Geomorphology C) Meteorology D) Hydrogeology
A) Hydrological Processes B) Journal of Hydrology C) Water Research D) Hydrology and Earth System Sciences |