Deck 4: Marine Sediments

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Question
Texture refers to the size and shape of sediment particles.
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Question
A well-sorted sand deposit with rounded particles might be called immature.
Question
Which of the following contains calcium carbonate (CaCO3)?

A)diatoms
B)foraminiferans
C)glauconite
D)phosphorites
E)radiolarians
Question
Organisms that live on the ocean floor may be responsible for keeping manganese nodules from being buried in the sediment.
Question
Sediments derived from weathered rock and volcanic activity are called biogenous sediments.
Question
Sediments which are poorly sorted and made of a variety of minerals could have been deposited by:

A)a glacier.
B)a river delta.
C)turbidity currents.
D)a volcanic eruption.
E)the wind.
Question
A glacial deposit is well-sorted.
Question
Which of the following contains silica (SiO2)?

A)coccolithophores
B)corals
C)foraminiferans
D)phosphorites
E)radiolarians
Question
The deposition of radiolarian oozes is affected by the carbonate compensation depth.
Question
The Wentworth scale is used to arrange the amount of sorting in a sediment deposit.
Question
High energy environments are most likely to contain which one of the following?

A)clay-sized particles
B)cosmogenous sediments
C)large particles such as gravel
D)manganese nodules
E)silt-sized particles
Question
Which of the following is not an important control on oceanic sediment accumulation?

A)degree of preservation
B)dilution
C)input from other sediment types
D)rate of deposition
E)All of the above factors are important.
Question
The major force bringing continental sediments to the open ocean is (are):

A)glaciers.
B)neritic currents.
C)rivers.
D)turbidity currents.
E)wind.
Question
Calcareous shells will not accumulate on the ocean floor when the water depth exceeds about 4500 meters (around 15,000 feet).
Question
Beach sand is usually well-sorted.
Question
The organisms in this photograph would most likely produce oceanic sediments that are:
<strong>The organisms in this photograph would most likely produce oceanic sediments that are:  </strong> A)calcareous. B)cosmogenous. C)lithogenous. D)neritic. E)siliceous. <div style=padding-top: 35px>

A)calcareous.
B)cosmogenous.
C)lithogenous.
D)neritic.
E)siliceous.
Question
Radiolarian oozes form near the equator.
Question
Phosphate nodules are found on the continental shelf.
Question
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   The sediments that are produced in areas of high primary productivity are indicated by the number(s):</strong> A)1. B)2. C)3. D)2 & 3. E)3 & 4. <div style=padding-top: 35px>
The sediments that are produced in areas of high primary productivity are indicated by the number(s):

A)1.
B)2.
C)3.
D)2 & 3.
E)3 & 4.
Question
Sediments produced as a result of chemical reactions in seawater are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
Question
Sediments found on continental margins are called:

A)continental.
B)estuarine.
C)neritic.
D)oceanic.
E)pelagic.
Question
In general,polar neritic sediment has more:

A)clay than in temperate waters.
B)coral debris than in tropical waters.
C)rock and gravel than in tropical waters.
D)shell fragments than in temperate waters.
E)silt and sand than in tropical waters.
Question
In contrast to manganese nodules which form on the abyssal plain,phosphate-rich nodules form in:

A)continental shelf waters..
B)estuaries.
C)hydrothermal vent areas.
D)intermediate to shallow depth water.
E)mid-ocean ridges.
Question
The most likely place to find abundant manganese nodules is on the:

A)abyssal plain far from a continent.
B)continental rise.
C)continental shelf.
D)crest of a mid-ocean ridge.
E)All of the above locations are contain manganese nodules.
Question
Sediments derived form preexisting rocks are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
Question
Calcium carbonate is most likely to dissolve in water with which characteristics?

A)low carbon dioxide and warm temperatures
B)lots of carbon dioxide and cold temperatures
C)lots of carbon dioxide and warm temperatures
D)low pressure and warm temperatures
E)low pressure and cold temperatures
Question
Sediments produced by plants and animals in the sea called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)terriginous.
E)volcagenic.
Question
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Biogenous sediments are indicated by the number(s):</strong> A)1. B)2 & 3. C)2 & 4. D)2,3,& 4. E)2,3,4,& 5. <div style=padding-top: 35px>
Biogenous sediments are indicated by the number(s):

A)1.
B)2 & 3.
C)2 & 4.
D)2,3,& 4.
E)2,3,4,& 5.
Question
A pelagic clay contains lots of material that settle to the seafloor through the water column and are:

A)less than 30% biogenous material.
B)more than 30% biogenous material.
C)more than 30% hydrogenous material.
D)less than 30% neritic material.
E)more than 30% neritic material.
Question
The element found in some sediments which suggest that a meteorite or asteroid impact occurred nearby is:

A)iridium.
B)manganese.
C)strontium.
D)uranium.
E)yttrium.
Question
All of the following are hydrogenous sediments except:

A)evaporites.
B)halites.
C)manganese nodule.
D)phosphates.
E)stromatolites.
Question
All of the following are lithogenous sediments except:

A)beach sand.
B)diatom ooze.
C)glacial deposits.
D)illite clays.
E)volcanogenic particles.
Question
Manganese nodules are an example of a:

A)biogenous sediments.
B)cosmogenous sediments.
C)hydrogenous sediments.
D)terrigenous sediments.
E)volcagenic sediments.
Question
Sediments with an extraterrestrial origin are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
Question
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Sediments that are derived primarily from the weathering on continental material are indicated by the number(s):</strong> A)1. B)2. C)2 & 3. D)3 &4. E)1 & 5. <div style=padding-top: 35px>
Sediments that are derived primarily from the weathering on continental material are indicated by the number(s):

A)1.
B)2.
C)2 & 3.
D)3 &4.
E)1 & 5.
Question
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Calcareous oozes are represented by the number(s);</strong> A)1. B)2 . C)4. D)2 & 3. E)3 & 4. <div style=padding-top: 35px>
Calcareous oozes are represented by the number(s);

A)1.
B)2 .
C)4.
D)2 & 3.
E)3 & 4.
Question
A very important way to increase the settling rate of fine particles in the open ocean is via:

A)carbonate dissolution.
B)deposit feeders.
C)fecal pellets.
D)precipitation.
E)wind.
Question
Match between columns
lysocline
microscopic biogenous sediment
lysocline
silicoflagellate ooze
lysocline
associated with glacial deposits
lysocline
depth at which carbonate begins to dissolve
lysocline
associated with deep sea fans
lysocline
particle size classification
lysocline
associated with glacial deposits
turbidite
depth at which carbonate begins to dissolve
turbidite
associated with deep sea fans
turbidite
particle size classification
turbidite
depth at which all carbonate is in solution
turbidite
microscopic biogenous sediment
turbidite
silicoflagellate ooze
turbidite
associated with glacial deposits
ice rafting
depth at which carbonate begins to dissolve
ice rafting
associated with deep sea fans
ice rafting
particle size classification
ice rafting
depth at which all carbonate is in solution
ice rafting
depth at which all carbonate is in solution
ice rafting
microscopic biogenous sediment
ice rafting
silicoflagellate ooze
Wentworth Scale
associated with glacial deposits
Wentworth Scale
depth at which carbonate begins to dissolve
Wentworth Scale
associated with deep sea fans
Wentworth Scale
particle size classification
Wentworth Scale
depth at which all carbonate is in solution
Wentworth Scale
microscopic biogenous sediment
Wentworth Scale
silicoflagellate ooze
CCD
associated with glacial deposits
CCD
depth at which carbonate begins to dissolve
CCD
associated with deep sea fans
CCD
particle size classification
CCD
depth at which all carbonate is in solution
CCD
microscopic biogenous sediment
CCD
silicoflagellate ooze
Question
Match between columns
Premises:
tektites
tektites
tektites
tektites
halite
halite
halite
halite
coccolithophores
coccolithophores
coccolithophores
coccolithophores
abyssal clay
abyssal clay
abyssal clay
abyssal clay
Responses:
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
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Deck 4: Marine Sediments
1
Texture refers to the size and shape of sediment particles.
True
2
A well-sorted sand deposit with rounded particles might be called immature.
False
3
Which of the following contains calcium carbonate (CaCO3)?

A)diatoms
B)foraminiferans
C)glauconite
D)phosphorites
E)radiolarians
B
4
Organisms that live on the ocean floor may be responsible for keeping manganese nodules from being buried in the sediment.
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5
Sediments derived from weathered rock and volcanic activity are called biogenous sediments.
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6
Sediments which are poorly sorted and made of a variety of minerals could have been deposited by:

A)a glacier.
B)a river delta.
C)turbidity currents.
D)a volcanic eruption.
E)the wind.
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7
A glacial deposit is well-sorted.
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8
Which of the following contains silica (SiO2)?

A)coccolithophores
B)corals
C)foraminiferans
D)phosphorites
E)radiolarians
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9
The deposition of radiolarian oozes is affected by the carbonate compensation depth.
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10
The Wentworth scale is used to arrange the amount of sorting in a sediment deposit.
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11
High energy environments are most likely to contain which one of the following?

A)clay-sized particles
B)cosmogenous sediments
C)large particles such as gravel
D)manganese nodules
E)silt-sized particles
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12
Which of the following is not an important control on oceanic sediment accumulation?

A)degree of preservation
B)dilution
C)input from other sediment types
D)rate of deposition
E)All of the above factors are important.
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13
The major force bringing continental sediments to the open ocean is (are):

A)glaciers.
B)neritic currents.
C)rivers.
D)turbidity currents.
E)wind.
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14
Calcareous shells will not accumulate on the ocean floor when the water depth exceeds about 4500 meters (around 15,000 feet).
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15
Beach sand is usually well-sorted.
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16
The organisms in this photograph would most likely produce oceanic sediments that are:
<strong>The organisms in this photograph would most likely produce oceanic sediments that are:  </strong> A)calcareous. B)cosmogenous. C)lithogenous. D)neritic. E)siliceous.

A)calcareous.
B)cosmogenous.
C)lithogenous.
D)neritic.
E)siliceous.
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17
Radiolarian oozes form near the equator.
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18
Phosphate nodules are found on the continental shelf.
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19
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   The sediments that are produced in areas of high primary productivity are indicated by the number(s):</strong> A)1. B)2. C)3. D)2 & 3. E)3 & 4.
The sediments that are produced in areas of high primary productivity are indicated by the number(s):

A)1.
B)2.
C)3.
D)2 & 3.
E)3 & 4.
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20
Sediments produced as a result of chemical reactions in seawater are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
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21
Sediments found on continental margins are called:

A)continental.
B)estuarine.
C)neritic.
D)oceanic.
E)pelagic.
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22
In general,polar neritic sediment has more:

A)clay than in temperate waters.
B)coral debris than in tropical waters.
C)rock and gravel than in tropical waters.
D)shell fragments than in temperate waters.
E)silt and sand than in tropical waters.
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Unlock for access to all 39 flashcards in this deck.
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k this deck
23
In contrast to manganese nodules which form on the abyssal plain,phosphate-rich nodules form in:

A)continental shelf waters..
B)estuaries.
C)hydrothermal vent areas.
D)intermediate to shallow depth water.
E)mid-ocean ridges.
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24
The most likely place to find abundant manganese nodules is on the:

A)abyssal plain far from a continent.
B)continental rise.
C)continental shelf.
D)crest of a mid-ocean ridge.
E)All of the above locations are contain manganese nodules.
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25
Sediments derived form preexisting rocks are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
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26
Calcium carbonate is most likely to dissolve in water with which characteristics?

A)low carbon dioxide and warm temperatures
B)lots of carbon dioxide and cold temperatures
C)lots of carbon dioxide and warm temperatures
D)low pressure and warm temperatures
E)low pressure and cold temperatures
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27
Sediments produced by plants and animals in the sea called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)terriginous.
E)volcagenic.
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28
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Biogenous sediments are indicated by the number(s):</strong> A)1. B)2 & 3. C)2 & 4. D)2,3,& 4. E)2,3,4,& 5.
Biogenous sediments are indicated by the number(s):

A)1.
B)2 & 3.
C)2 & 4.
D)2,3,& 4.
E)2,3,4,& 5.
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29
A pelagic clay contains lots of material that settle to the seafloor through the water column and are:

A)less than 30% biogenous material.
B)more than 30% biogenous material.
C)more than 30% hydrogenous material.
D)less than 30% neritic material.
E)more than 30% neritic material.
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30
The element found in some sediments which suggest that a meteorite or asteroid impact occurred nearby is:

A)iridium.
B)manganese.
C)strontium.
D)uranium.
E)yttrium.
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31
All of the following are hydrogenous sediments except:

A)evaporites.
B)halites.
C)manganese nodule.
D)phosphates.
E)stromatolites.
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32
All of the following are lithogenous sediments except:

A)beach sand.
B)diatom ooze.
C)glacial deposits.
D)illite clays.
E)volcanogenic particles.
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33
Manganese nodules are an example of a:

A)biogenous sediments.
B)cosmogenous sediments.
C)hydrogenous sediments.
D)terrigenous sediments.
E)volcagenic sediments.
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34
Sediments with an extraterrestrial origin are called:

A)cosmogenous.
B)biogenous.
C)hydrogenous.
D)lithogenous.
E)volcagenic.
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35
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Sediments that are derived primarily from the weathering on continental material are indicated by the number(s):</strong> A)1. B)2. C)2 & 3. D)3 &4. E)1 & 5.
Sediments that are derived primarily from the weathering on continental material are indicated by the number(s):

A)1.
B)2.
C)2 & 3.
D)3 &4.
E)1 & 5.
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36
Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.
<strong>Refer to the figure below illustrating the world-wide distribution of marine sediments.Different areas of ocean sediments are indicated by different numbers.Use these numbers to answer the questions below.   Calcareous oozes are represented by the number(s);</strong> A)1. B)2 . C)4. D)2 & 3. E)3 & 4.
Calcareous oozes are represented by the number(s);

A)1.
B)2 .
C)4.
D)2 & 3.
E)3 & 4.
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37
A very important way to increase the settling rate of fine particles in the open ocean is via:

A)carbonate dissolution.
B)deposit feeders.
C)fecal pellets.
D)precipitation.
E)wind.
Unlock Deck
Unlock for access to all 39 flashcards in this deck.
Unlock Deck
k this deck
48
Match between columns
lysocline
microscopic biogenous sediment
lysocline
silicoflagellate ooze
lysocline
associated with glacial deposits
lysocline
depth at which carbonate begins to dissolve
lysocline
associated with deep sea fans
lysocline
particle size classification
lysocline
associated with glacial deposits
turbidite
depth at which carbonate begins to dissolve
turbidite
associated with deep sea fans
turbidite
particle size classification
turbidite
depth at which all carbonate is in solution
turbidite
microscopic biogenous sediment
turbidite
silicoflagellate ooze
turbidite
associated with glacial deposits
ice rafting
depth at which carbonate begins to dissolve
ice rafting
associated with deep sea fans
ice rafting
particle size classification
ice rafting
depth at which all carbonate is in solution
ice rafting
depth at which all carbonate is in solution
ice rafting
microscopic biogenous sediment
ice rafting
silicoflagellate ooze
Wentworth Scale
associated with glacial deposits
Wentworth Scale
depth at which carbonate begins to dissolve
Wentworth Scale
associated with deep sea fans
Wentworth Scale
particle size classification
Wentworth Scale
depth at which all carbonate is in solution
Wentworth Scale
microscopic biogenous sediment
Wentworth Scale
silicoflagellate ooze
CCD
associated with glacial deposits
CCD
depth at which carbonate begins to dissolve
CCD
associated with deep sea fans
CCD
particle size classification
CCD
depth at which all carbonate is in solution
CCD
microscopic biogenous sediment
CCD
silicoflagellate ooze
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49
Match between columns
Premises:
tektites
tektites
tektites
tektites
halite
halite
halite
halite
coccolithophores
coccolithophores
coccolithophores
coccolithophores
abyssal clay
abyssal clay
abyssal clay
abyssal clay
Responses:
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
terrigenous sediment
biogenous sediment
hydrogenous sediment
cosmogenous sediment
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