A) The study of inland waters B) The study of outer space C) The study of deserts D) The study of volcanoes
A) Lake B) River C) Pond D) Ocean
A) Estuary B) Channel C) Lagoon D) Delta
A) Sharks B) Plankton C) Coral D) Whales
A) Photosynthesis B) Respiration C) Volcanic activity D) Mining operations
A) It can be used as a source of energy B) It is essential for respiration C) It helps plants grow faster D) It adds color to the water
A) Evaporation B) Condensation C) Melting D) Freezing
A) Eutrophication B) Desiccation C) Condensation D) Evaporation
A) Oxidation B) Corrosion C) Desalination D) Siltation
A) German. B) French. C) Latin. D) Ancient Greek.
A) 'ποταμός' meaning 'river' and '-λογία' meaning 'study of'. B) 'λίμνη' meaning 'lake' and '-λογία' meaning 'study of'. C) 'θάλασσα' meaning 'sea' and '-λογία' meaning 'study of'. D) 'ύδωρ' meaning 'water' and '-λογία' meaning 'study of'.
A) Only running waters. B) Only man-made water bodies. C) Lakes, reservoirs, ponds, rivers, springs, streams, wetlands, and groundwater. D) Only lakes and oceans.
A) By geographical location. B) By salinity levels. C) By depth and temperature. D) As either running (lotic) or standing (lentic).
A) Studying marine ecosystems. B) Focusing solely on the chemical properties of water bodies. C) Examining only the biological aspects of inland waters. D) Studying, managing, and conserving ecosystems using a landscape perspective by examining connections between an aquatic ecosystem and its drainage basin.
A) Marine biology and oceanography. B) Botany and zoology. C) Meteorology and climatology. D) Aquatic ecology and hydrobiology.
A) Ed Deevey. B) François-Alphonse Forel. C) August Thienemann. D) G. Evelyn Hutchinson.
A) François-Alphonse Forel and Benedykt Dybowski. B) G. Evelyn Hutchinson and Ed Deevey. C) Charles Darwin and Alfred Russel Wallace. D) August Thienemann and Einar Naumann.
A) Water temperature B) Precipitation patterns C) Human recreational activities D) Fish migration routes
A) Hypolimnion B) Benthic zone C) Thermocline D) Epilimnion
A) The lake freezes completely from top to bottom. B) The water column experiences turnover, disrupting the thermocline. C) Allochthonous material increases in abundance. D) The epilimnion becomes colder than the hypolimnion.
A) 10 °C B) 20 °C C) 0 °C D) 4 °C
A) Relative thermal resistance B) Thermal inertia C) Heat capacity D) Thermohaline circulation
A) Photosynthesis B) Thermal stratification C) Wind mixing D) Aerobic respiration
A) Hypoxic B) Oligotrophic C) Anoxic D) Eutrophic
A) Nitrite B) Nitrate C) Dissolved gas N2 D) Ammonia
A) Hypoxic B) Anoxic C) Oligotrophic D) Eutrophic
A) Phosphorus B) Oxygen C) Nitrogen D) Carbon
A) Eutrophic B) Oligotrophic C) Dystrophic D) Mesotrophic
A) Decreased water temperature B) Clearer water C) Increased oxygen levels D) Algal blooms
A) Mesotrophic B) Oligotrophic C) Eutrophic D) Dystrophic
A) Lower human impacts B) Higher biodiversity C) Less complex ecological interactions D) More stable nutrient levels
A) Amazon Basin B) Mississippi River C) The Great Salt Lake D) Lake Superior |