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A) Pliocene Epoch B) Eocene Epoch C) Holocene Epoch D) Miocene Epoch
A) Stratovolcanoes formed from andesitic lava B) Lava domes composed of rhyolite C) Shield volcanoes built by basalt lava flows D) Cinder cones made from pyroclastic material
A) Sea cliffs over 3,000 feet high B) Lava tubes C) Coral reefs D) Volcanic craters
A) Tutuila Seamount B) Pago Pago Seamount C) Ofu Seamount D) Vailulu'u Seamount
A) A volcanic eruption B) A tsunami strong enough to affect Fiji C) A landslide causing a flood D) An earthquake
A) Andesitic lavas B) Dacitic lavas C) Rhyolitic lavas D) Olivine basalts
A) Ofu and Olosega B) Taʻū and Tutuila C) Upolu and Savai'i D) Aunu'u and Manua
A) Formation of lava tubes B) Submarine landslides C) Collapse of shield domes D) Eruption of stratovolcanoes
A) Eruption generating tuff cones undersea and cinder cones on land B) Development of stratovolcanoes C) Creation of lava plateaus D) Formation of shield domes
A) Coral reefs B) Volcanic craters C) Lava plateaus D) Calderas enlarged by erosion
A) W. 70° S. B) S. 70° E. C) N. 70° W. D) E. 70° N.
A) Andesitic stratovolcanoes B) Rhyolitic lava domes C) Olivine basalt pahoehoe and aa flows D) Dacitic shield volcanoes
A) Pleistocene cinder cones B) Miocene stratovolcanoes C) Eocene shield volcanoes D) Holocene lava domes
A) Creation of lava plateaus B) Formation of coral reefs C) Lava flows, including olivine basalt pahoehoe and spatter cones D) Eruption of rhyolitic stratovolcanoes
A) Cinder cones B) A submarine shelf allowing for coral reef development C) Lava tubes D) Volcanic craters
A) Tuff cones undersea and cinder cones on land B) Shield domes C) Lava plateaus D) Stratovolcanoes
A) Dacitic lavas B) Rhyolitic lavas C) Pahoehoe flows D) Aa flows
A) South coast cliffs B) North center portion of the island C) East to west rift zone D) Barrier reef
A) Creation of shield volcanoes B) Formation of stratovolcanoes C) Eruption of rhyolitic lava domes D) Emergence of olivine basalt pahoehoe
A) Miocene stratovolcanoes B) Holocene lava plateaus C) Remnants of Late Tertiary to Late Pliocene eruptions D) Eocene shield volcanoes
A) Stratovolcanoes B) Shield domes C) Lava plateaus D) Spatter cones in 1902
A) 2010 B) 2002 C) 1993 D) 1988
A) 3,341 acres B) 1,000 acres C) 8,257 acres D) 2,500 acres
A) Delegate Fofō Iosefa Fiti Sunia B) Dr. Paul Cox C) President of the Bat Preservers Association D) The National Park Service
A) Ofu B) Tutuila C) Manuʻa Islands D) Taʻū
A) Mount Alava B) Maugaloa Ridge C) Sunuitao Peak D) Lata Mountain
A) Used eminent domain B) Bought the land outright C) Negotiated with private owners D) Entered into a 50-year lease with Samoan village councils
A) 8,257 acres B) 2,500 acres C) 3,341 acres D) 1,000 acres
A) Lata Mountain B) Sunuitao Peak C) Maugaloa Ridge D) Mount Alava
A) 3,341 acres B) 2,500 acres C) 5,757 acres D) 8,257 acres
A) 1,200 acres B) 2,500 acres C) 400 acres D) 1,100 acres
A) Sunuitao Peak B) Breakers Point C) Maugaloa Ridge D) Lata Mountain
A) Sunuitao Peak B) Maugaloa Ridge C) Mount Alava D) Lata Mountain
A) 50% B) 70% C) 10% D) Approximately 30%
A) Samoa flying fox B) N/A C) Pacific sheath-tailed bat D) White-naped flying fox
A) Pacific boa B) Mottled snake-eyed skink C) Micronesian skink D) Oceania gecko
A) Brahminy blind snake B) Pacific boa C) Common house gecko D) Stump-toed gecko
A) Pigs B) Polynesian rats C) Cats D) Dogs
A) Lowland ridge forest B) Desert forest C) Tropical rainforest D) Cloud forest
A) Many-colored fruit dove B) Pacific pigeon C) Samoan starling D) Wattled honeyeater
A) A member of the Citizen's Coinage Advisory Committee. B) Richard Alan Masters. C) John Flanagan. D) An artist from the Commission on Fine Art.
A) December 2018. B) March 2021. C) January 2019. D) February 2020. |