in their formation, as well as the geology of the ocean floor recognize the definition of: country rock, partial melting, fractional crystallization, assimilation, pressure-relief melting, island arc volcano, composite or stratovolcano, shield volcano, cinder or spatter cone, dome, lava plain, batholith, stock, dike, sill, volcanic neck, pyroclastic flow, pahoehoe lava, aa lava, pillow basalt, abyssal plain, ocean trench, mid-ocean ridge, black smoker, transform fault, rift valley, pelagic sediment, terrigenous sediment, siliceous and calcareous ooze, undersea mountain, seamount, guyot, aseismic ridge, continental shelf, continental slope, continental rise, continental margin be able to identify the types of rocks (e.g., tuff, volcanic breccia, basalt) that are produced by various types of pyroclastic and non-pyroclastic eruptions, and how viscosity and gas content (high or low) determine which type of eruption one will get be able to identify the types of rocks that are often found in various intrusive/plutonic rock bodies be able to say whether the silica content of a magma is typically increased, decreased, or left unchanged by increasing degrees of partial melting, fractional crystallization, and assimilation be able to recognize how magma production is influenced by changes in pressure and water content, and which of these variables is most important in controlling melting processes in different plate tectonic settings (e.g. hotspots, subduction zones) be able to identify the types of lava flows (basalt, andesite, rhyolite) that are characteristically produced in various plate tectonic settings (subduction zones, oceanic and continental hotspots, mid-ocean ridges) be able to identify which plate tectonic setting (subduction zones, spreading centers, continental and oceanic hotspots, or other) the following volcanic landforms and features occur: composite volcanoes or stratovolcanoes, island arc volcanoes, lava plateaus, black smokers, and shield volcanoes (such as those in Hawaii, Oregon, and Iceland) be able to correlate various volcanic rock bodies (scoria deposits, pahoehoe and aa lava, flood basalt, pyroclastic flows) with the associated volcanic landform (shield volcano, cinder cone, volcanic plateaus, composite volcano) know the age, composition, structure, and thickness of oceanic crust be able to identify where on the ocean floor the following types of features are found: black smokers, manganese nodules, pelagic sediment, terrigenous (continent-derived) sediment, calcareous ooze, siliceous ooze, turbidites, rift valley, transform fault, thin pelagic sediment, thick pelagic sediment, submarine canyons, submarine fans, pillow basalt understand the effect that different spreading rates can have on the topographic profiles of mid-ocean ridges and on sea level
(one; get; be able to identify the types of rocks) (thin pelagic sediment, thick pelagic sediment, submarine canyons, submarine fans, pillow basalt; understand; the effect that different spreading rates can have on the topographic profiles of mid-ocean ridges and on sea level) (subduction zones; be; able to identify the types of lava flows) (country rock, partial melting, fractional crystallization, assimilation, pressure-relief melting, island arc volcano, composite or stratovolcano, shield volcano, cinder or spatter cone, dome, lava plain, batholith, stock, dike, sill, volcanic neck, pyroclastic flow, pahoehoe lava, aa lava, pillow basalt, abyssal plain, ocean trench, mid-ocean ridge, black smoker; transform; fault) (one; will get be; able to identify the types of rocks) (the effect; can have; different spreading rates) (subduction zones; to identify; the types of lava flows) (shield volcano, cinder cone, volcanic plateaus, composite volcano; know; the age, composition, structure, and thickness of oceanic crust be able to identify where on the ocean floor the following types of features are found: black smokers, manganese nodules, pelagic sediment, terrigenous (continent-derived) sediment, calcareous ooze, siliceous ooze, turbidites, rift valley, transform fault, thin pelagic sediment, thick pelagic sediment, submarine canyons, submarine fans, pillow basalt understand the effect) (lava flows; are characteristically produced; L:in various plate tectonic settings) (the following volcanic landforms and features; occur; ) (the silica content of a magma; decreased; ) (one; to identify; the types of rocks that are often found in various intrusive/plutonic rock bodies) (changes in pressure and water content; is; most important in controlling melting processes in different plate tectonic settings) (viscosity and gas content; be; able to identify which plate tectonic setting) (the types of rocks; are found; L:in various intrusive/plutonic rock bodies; T:often) (pyroclastic; flows; ) (the types of rocks; are produced; by various types of pyroclastic and non-pyroclastic eruptions)
one thin pelagic sediment, thick pelagic sediment, submarine canyons, submarine fans, pillow basalt subduction zones country rock, partial melting, fractional crystallization, assimilation, pressure-relief melting, island arc volcano, composite or stratovolcano, shield volcano, cinder or spatter cone, dome, lava plain, batholith, stock, dike, sill, volcanic neck, pyroclastic flow, pahoehoe lava, aa lava, pillow basalt, abyssal plain, ocean trench, mid-ocean ridge, black smoker one the effect subduction zones shield volcano, cinder cone, volcanic plateaus, composite volcano lava flows the following volcanic landforms and features the silica content of a magma one changes in pressure and water content viscosity and gas content the types of rocks pyroclastic the types of rocks
get understand be transform will get be can have to identify know are characteristically produced occur decreased to identify is be are found flows are produced
be able to identify the types of rocks
the effect that different spreading rates can have on the topographic profiles of mid-ocean ridges and on sea level
able to identify the types of lava flows
fault
able to identify the types of rocks
different spreading rates
the types of lava flows
the age, composition, structure, and thickness of oceanic crust be able to identify where on the ocean floor the following types of features are found: black smokers, manganese nodules, pelagic sediment, terrigenous (continent-derived) sediment, calcareous ooze, siliceous ooze, turbidites, rift valley, transform fault, thin pelagic sediment, thick pelagic sediment, submarine canyons, submarine fans, pillow basalt understand the effect
L:in various plate tectonic settings
the types of rocks that are often found in various intrusive/plutonic rock bodies
most important in controlling melting processes in different plate tectonic settings
able to identify which plate tectonic setting
L:in various intrusive/plutonic rock bodies T:often
by various types of pyroclastic and non-pyroclastic eruptions