A) Approximately 4,278 metres (14,000 ft) B) Approximately 3,500 metres (11,500 ft) C) Approximately 5,000 metres (16,400 ft) D) Approximately 6,000 metres (19,700 ft)
A) Argentina B) Bolivia C) Peru D) Chile
A) Iron oxide deposits B) Copper minerals C) Phosphorus compounds D) Red sediments and pigmented algae, mainly Dunaliella salina
A) Fish B) Seeds C) Plankton D) Insects
A) James's flamingos B) Greater flamingos C) Andean flamingos D) Chilean flamingos
A) Hypersaline B) Brackish C) Freshwater D) Oligotrophic
A) 2009 B) 1985 C) 2000 D) 1990
A) 5.3 to 9.0 B) 7.0 to 10.0 C) 3.0 to 5.0 D) 6.0 to 8.0
A) Borax deposits B) Gypsum deposits C) Salt deposits D) Calcium carbonate deposits
A) Titicaca River B) Sulor River C) Pilcomayo River D) Desaguadero River
A) Ramsar Site 300 B) Ramsar Site 400 C) Ramsar Site 500 D) Ramsar Site 600
A) To include more urban areas B) To include agricultural lands C) To include surrounding high Andean endorheic, hypersaline and brackish lakes and associated wetlands D) To include desert regions
A) Vicuñas B) Llamas C) Andean fox D) Andean mountain cat
A) Genetic mutation B) Abundance of plankton C) Diet of berries D) Exposure to sunlight
A) Sodium chloride B) Calcium carbonate C) Magnesium sulfate D) Potassium nitrate
A) Copper sulfate B) Phosphorus compounds C) Iron oxide D) Pigmented algae
A) Tropical B) Rainforest C) Temperate D) Arid
A) Primary habitat for mammals B) Primary habitat for reptiles C) Primary breeding ground for flamingos D) Primary habitat for fish
A) Accumulation of algae, sunlight, and temperature conditions B) Copper sulfate levels C) Iron oxide levels D) Phosphorus compound levels
A) High calcium content B) High iron content C) High magnesium content D) High salt content
A) Human activity B) Geological formations C) Animal activity D) Plant activity
A) Location in the Altiplano B) Volcanic activity C) Tectonic uplift D) Glacial melting
A) Cultural significance B) Economic value C) Ecological importance D) Tourist attraction |