Deck 7: Multicellular Primary Producers
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Deck 7: Multicellular Primary Producers
1
The following are all main points of the article Seaweeds and Medicine, except:
A) Seaweeds have been used for thousands of years for therapeutic purposes.
B) Vitamin C, iodine, and agar are substances found in seaweeds.
C) Phycocolloids are used in the pharmaceutical and biomedical industries.
D) It is extremely expensive to extract useful substances from seaweeds.
A) Seaweeds have been used for thousands of years for therapeutic purposes.
B) Vitamin C, iodine, and agar are substances found in seaweeds.
C) Phycocolloids are used in the pharmaceutical and biomedical industries.
D) It is extremely expensive to extract useful substances from seaweeds.
D
2
What is the dominant photosynthetic pigment found in all types of algae?
A) Chlorophyll b
B) Chlorophyll c
C) Chlorophyll a
D) Phycoerythrin
E) Chlorophyll d
A) Chlorophyll b
B) Chlorophyll c
C) Chlorophyll a
D) Phycoerythrin
E) Chlorophyll d
C
3
The compensation depth refers to:
A) the depth at which seaweed growth compensates for grazers.
B) always 3 times the secchi disk depth.
C) the depth which provides only enough light for photosynthesis but not growth.
D) the depth where competition excludes a species.
E) the depth at which phytoplankton dissolve.
A) the depth at which seaweed growth compensates for grazers.
B) always 3 times the secchi disk depth.
C) the depth which provides only enough light for photosynthesis but not growth.
D) the depth where competition excludes a species.
E) the depth at which phytoplankton dissolve.
C
4
Algae are divided taxonomically into different groups based on differences in:
A) morphology.
B) photosynthetic pigments.
C) habitat.
D) depth distribution.
E) size.
A) morphology.
B) photosynthetic pigments.
C) habitat.
D) depth distribution.
E) size.
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5
Fragmentation is a type of ____ for drift algae, like Sargassum.
A) mechanism that leads to genetic population structure
B) sexual reproduction
C) asexual reproduction
D) response to high water temperature
E) response to herbivory
A) mechanism that leads to genetic population structure
B) sexual reproduction
C) asexual reproduction
D) response to high water temperature
E) response to herbivory
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6
Those green algae that have large cells with multiple nuclei are termed:
A) multinucleate.
B) coenocytic.
C) entronucleate.
D) diploid.
E) haploid.
A) multinucleate.
B) coenocytic.
C) entronucleate.
D) diploid.
E) haploid.
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7
The marine macrophyte group with the highest number of species is:
A) seagrasses.
B) red algae.
C) green algae.
D) brown algae.
E) blue-green algae.
A) seagrasses.
B) red algae.
C) green algae.
D) brown algae.
E) blue-green algae.
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8
Photosynthetic pigments of algae are found in cells within:
A) chloroplasts.
B) nuclei.
C) cell walls.
D) mitochondria.
E) vacuoles.
A) chloroplasts.
B) nuclei.
C) cell walls.
D) mitochondria.
E) vacuoles.
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9
The macroalgae are commonly known as:
A) seagrasses.
B) seaweeds.
C) kelps.
D) higher plants.
E) phytoplankton.
A) seagrasses.
B) seaweeds.
C) kelps.
D) higher plants.
E) phytoplankton.
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10
The haploid stage of the red algae life cycle is called:
A) sporophyte.
B) zygote.
C) gamete.
D) gametophyte.
E) tetrasporophyte.
A) sporophyte.
B) zygote.
C) gamete.
D) gametophyte.
E) tetrasporophyte.
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11
When two or more separate mutlicellular algae stages occur in succession during the life cycle, we call this:
A) gametangia.
B) fragmentation.
C) sporangium.
D) alternation of generations.
A) gametangia.
B) fragmentation.
C) sporangium.
D) alternation of generations.
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12
The greatest diversity of algae is found at:
A) tropical latitudes.
B) polar latitudes.
C) subtropical latitudes.
D) temperate latitudes.
A) tropical latitudes.
B) polar latitudes.
C) subtropical latitudes.
D) temperate latitudes.
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13
Some algae utilize calcium carbonate to:
A) deter herbivores.
B) aid in maintaining a proper pH balance.
C) assist in photosynthesis.
D) replace mucus.
E) prevent from freezing.
A) deter herbivores.
B) aid in maintaining a proper pH balance.
C) assist in photosynthesis.
D) replace mucus.
E) prevent from freezing.
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14
Which of these groups of algae could you potentially find in a high mountain lake?
A) red
B) brown
C) green
D) cyanobacteria
A) red
B) brown
C) green
D) cyanobacteria
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15
In colder regions, some macroalgae die off in winter, but others termed ____ live for at least 2 years.
A) perennials
B) annuals
C) eurythermals
D) stenothermals
E) biannuals.
A) perennials
B) annuals
C) eurythermals
D) stenothermals
E) biannuals.
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16
The depth distribution of algae is limited by:
A) temperature.
B) pressure.
C) pH.
D) light quality.
E) salinity.
A) temperature.
B) pressure.
C) pH.
D) light quality.
E) salinity.
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17
Excess sugars stored by high-latitude algae can
A) serve as accessory to cellulose.
B) serve as antifreeze in winter.
C) keep predators away.
D) confuse predators with different colors.
E) protect the algae from wave damage.
A) serve as accessory to cellulose.
B) serve as antifreeze in winter.
C) keep predators away.
D) confuse predators with different colors.
E) protect the algae from wave damage.
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18
The phylum of green algae is:
A) Rhodophyta.
B) Chlorophyta.
C) Anthophyta.
D) Dinophyta.
E) Phaeophyta.
A) Rhodophyta.
B) Chlorophyta.
C) Anthophyta.
D) Dinophyta.
E) Phaeophyta.
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19
The color of light that penetrates seawater to the greatest depth in coastal waters is:
A) blue.
B) red.
C) green.
D) orange.
E) yellow
A) blue.
B) red.
C) green.
D) orange.
E) yellow
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20
Coralline red algae have an outer covering made of:
A) cellulose.
B) calcium carbonate.
C) silica.
D) protein.
E) starch
A) cellulose.
B) calcium carbonate.
C) silica.
D) protein.
E) starch
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21
The horizontal stems of seagrasses are called:
A) rhizoids.
B) rhizomes.
C) stipes.
D) blades.
E) holdfasts.
A) rhizoids.
B) rhizomes.
C) stipes.
D) blades.
E) holdfasts.
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22
Which of the following is false about marine plants?
A) They are common in protected bays.
B) They have xylem and phloem tissues.
C) They are found only in tropical areas.
D) They produce seeds.
A) They are common in protected bays.
B) They have xylem and phloem tissues.
C) They are found only in tropical areas.
D) They produce seeds.
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23
Brown algae belong to the phylum:
A) Rhodophyta.
B) Chlorophyta.
C) Anthophyta.
D) Phaeophyta.
E) Dinophyta.
A) Rhodophyta.
B) Chlorophyta.
C) Anthophyta.
D) Phaeophyta.
E) Dinophyta.
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24
Flowering plants that are salt tolerant are called
A) algae.
B) conifers.
C) halophytes.
D) sporophytes.
E) haptophytes.
A) algae.
B) conifers.
C) halophytes.
D) sporophytes.
E) haptophytes.
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25
Which of the following is false about Sargassum?
A) It is in the division Rhodophyta.
B) Some species are pelagic.
C) It is common in the Gulf Stream.
D) It is buoyed by pnuematocysts.
E) It forms a habitat for animals.
A) It is in the division Rhodophyta.
B) Some species are pelagic.
C) It is common in the Gulf Stream.
D) It is buoyed by pnuematocysts.
E) It forms a habitat for animals.
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26
An example of a hydrophyte flowering plant that can withstand and thrive under conditions of continued submergence is:
A) cordgrass.
B) pickle weed.
C) salt grass.
D) turtle grass.
E) blue grass.
A) cordgrass.
B) pickle weed.
C) salt grass.
D) turtle grass.
E) blue grass.
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27
Brown algae can reach up to ____ meters in length.
A) 25
B) 50
C) 75
D) 100
E) 200
A) 25
B) 50
C) 75
D) 100
E) 200
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28
Red algae are important to biomedical/microbiological laboratories due to the algal production of:
A) carageenan.
B) algin.
C) agar.
D) iodine.
E) starch.
A) carageenan.
B) algin.
C) agar.
D) iodine.
E) starch.
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29
____ is an important food additive that is obtained from giant kelp.
A) Carageenan
B) Alginate
C) Agar
D) Dulse
E) Diatomaceous earth
A) Carageenan
B) Alginate
C) Agar
D) Dulse
E) Diatomaceous earth
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30
Seed-producing plants first evolved ____.
A) on land
B) in freshwater
C) in the ocean
D) in estuaries
E) from red algae ancestors.
A) on land
B) in freshwater
C) in the ocean
D) in estuaries
E) from red algae ancestors.
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31
The diploid stage of the red algae life cycle is called:
A) sporophyte.
B) zygote.
C) gamete.
D) gametophyte.
E) haptophyte.
A) sporophyte.
B) zygote.
C) gamete.
D) gametophyte.
E) haptophyte.
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32
All of the following are hydrophytes except:
A) turtle grass.
B) Zostera.
C) surf grass.
D) cordgrass.
A) turtle grass.
B) Zostera.
C) surf grass.
D) cordgrass.
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33
Most seagrasses add nutrients into the marine food chain via
A) DOM.
B) detritus.
C) herbivory.
D) marine geese.
E) mucus.
A) DOM.
B) detritus.
C) herbivory.
D) marine geese.
E) mucus.
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34
The carposporphyte ____.
A) is a gametophyte
B) remains in the female gametoypyte
C) contains four sperm cells
D) is unique to green algae
E) grows into the macroscopic algal form.
A) is a gametophyte
B) remains in the female gametoypyte
C) contains four sperm cells
D) is unique to green algae
E) grows into the macroscopic algal form.
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35
This structure can grow >50 m long in kelp.
A) Blade
B) Holdfast
C) Stipe
D) Gas bladder
E) Rhizoid.
A) Blade
B) Holdfast
C) Stipe
D) Gas bladder
E) Rhizoid.
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36
In the giant kelp the large thallus is the ____ life stage.
A) sporophyte
B) carpospore
C) gametophyte
D) zygote
E) tetrasporophyte
A) sporophyte
B) carpospore
C) gametophyte
D) zygote
E) tetrasporophyte
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37
Brown algae are most diverse and abundant along coastlines ____.
A) at temperate latitudes
B) at the equator
C) bordering the Caribbean
D) bordering the Indo-Pacific
E) in polar regions.
A) at temperate latitudes
B) at the equator
C) bordering the Caribbean
D) bordering the Indo-Pacific
E) in polar regions.
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38
Most brown algae start life attached to rocks; a notable exception is:
A) giant kelp.
B) North Atlantic Sargassum.
C) feather boa kelp.
D) Laminaria.
E) Fucus.
A) giant kelp.
B) North Atlantic Sargassum.
C) feather boa kelp.
D) Laminaria.
E) Fucus.
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39
Marine flowering plants produce ____.
A) a sporophyte
B) a gametophyte
C) tetraspores
D) seeds
E) carpospores.
A) a sporophyte
B) a gametophyte
C) tetraspores
D) seeds
E) carpospores.
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40
Rockweed have eliminated the ____ life stage.
A) sporophyte
B) carpospore
C) gametophyte
D) zygote
E) tetrasporophyte
A) sporophyte
B) carpospore
C) gametophyte
D) zygote
E) tetrasporophyte
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41
Mangrove trees have specialized ____ to stabilize the plant in ____.
A) roots, mud
B) holdfast, rocks
C) roots, rocks
D) holdfast, mud
E) roots, sand
A) roots, mud
B) holdfast, rocks
C) roots, rocks
D) holdfast, mud
E) roots, sand
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42
Springtime vegetative growth in seagrasses is primarily due to metabolism of starch stored in the:
A) roots.
B) leaves.
C) rhizomes.
D) turions.
A) roots.
B) leaves.
C) rhizomes.
D) turions.
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43
Saltwort (Batis) maintains osmotic balance with
A) succulent stems.
B) salt glands.
C) salt leaves.
D) they cannot maintain osmotic balance; they are osmoconformers.
E) salt filtration mechanisms in the roots.
A) succulent stems.
B) salt glands.
C) salt leaves.
D) they cannot maintain osmotic balance; they are osmoconformers.
E) salt filtration mechanisms in the roots.
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44
Organisms that grow on the surface of algae and marine plants are specifically called:
A) parasites.
B) mutualists.
C) anthophytes.
D) epiphytes.
E) epizooites.
A) parasites.
B) mutualists.
C) anthophytes.
D) epiphytes.
E) epizooites.
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45
The purpose of specialized lacunae are to:
A) provide structure to the rhizomes.
B) carry oxygen to plant parts.
C) provide buoyancy to the blade.
D) both b and c
A) provide structure to the rhizomes.
B) carry oxygen to plant parts.
C) provide buoyancy to the blade.
D) both b and c
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46
A mechanism in many salt plants to control osmotic pressure is:
A) to remain as osmoconformers.
B) to have succulent parts.
C) to dry out.
D) to go dormant during periods of high salinity.
E) to drop leaves.
A) to remain as osmoconformers.
B) to have succulent parts.
C) to dry out.
D) to go dormant during periods of high salinity.
E) to drop leaves.
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47
Algae can reproduce both sexually and asexually.
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48
Mangroves typically occur in/on:
A) tropical and subtropical areas.
B) temperate areas.
C) polar areas.
D) open coasts.
E) sandy beaches.
A) tropical and subtropical areas.
B) temperate areas.
C) polar areas.
D) open coasts.
E) sandy beaches.
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49
Which of the following has a role in sediment consolidation similar to that of mangroves?
A) red algae.
B) seagrasses.
C) green algae.
D) rockweed.
E) giant kelp.
A) red algae.
B) seagrasses.
C) green algae.
D) rockweed.
E) giant kelp.
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50
Salt marsh plants differ from seagrasses in that they:
A) are not fully marine plants.
B) require freshwater to reproduce.
C) are intolerant of full strength seawater.
D) are found throughout the world.
E) have roots, while seagrasses do not.
A) are not fully marine plants.
B) require freshwater to reproduce.
C) are intolerant of full strength seawater.
D) are found throughout the world.
E) have roots, while seagrasses do not.
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51
Pneumatophores are specialized to:
A) exchange gas.
B) produce nutritive roots.
C) stabilize the plant.
D) both a and b
A) exchange gas.
B) produce nutritive roots.
C) stabilize the plant.
D) both a and b
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52
Salt marsh plants play an important ecological role in
A) recycling nutrients.
B) stabilizing sediments.
C) filtering run-off from coastal areas.
D) habitat for small animals.
E) all of the above
A) recycling nutrients.
B) stabilizing sediments.
C) filtering run-off from coastal areas.
D) habitat for small animals.
E) all of the above
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53
Marine plants may contribute to the prevention of algal blooms by:
A) trapping sediments.
B) absorbing excess nutrients.
C) removing toxic organic pollutants.
D) producing detritus.
E) blocking sunlight.
A) trapping sediments.
B) absorbing excess nutrients.
C) removing toxic organic pollutants.
D) producing detritus.
E) blocking sunlight.
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54
How are giant kelp and sea grass alike?
A) both contain chlorophyll a
B) both utilize gas-filled spaces for buoyancy
C) both lack conductive tissues and rely on diffusion to transport molecules manufactured by photosynthesis
D) both a and b
E) both b and c
A) both contain chlorophyll a
B) both utilize gas-filled spaces for buoyancy
C) both lack conductive tissues and rely on diffusion to transport molecules manufactured by photosynthesis
D) both a and b
E) both b and c
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55
In seagrasses the process of water-insoluble fertilization is called
A) hydroponic pollination.
B) hydrophilous pollination.
C) sperm pollination.
D) aquatic insemination.
E) clonal growth.
A) hydroponic pollination.
B) hydrophilous pollination.
C) sperm pollination.
D) aquatic insemination.
E) clonal growth.
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56
Red algae can only live in deep waters because their photosynthetic pigments are adapted only for these depths.
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57
Algae have no vascular tissue.
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58
The sporophyte generation of kelp is dominant and larger than the gametophyte.
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59
Holdfasts of algae and roots of flowering plants are structurally identical.
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60
Bladders on kelp function to anchor the thallus to the substrate.
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61
Match the words with the most closely associated algae type.a.gametangia
b.tetrasporophyte
c.zygote
Green algae
b.tetrasporophyte
c.zygote
Green algae
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62
Match the pigment with the most closely associated algae type.a.fucoxanthin
b.chlorophylls a and b
c.phycoerythrin
Brown algae
b.chlorophylls a and b
c.phycoerythrin
Brown algae
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63
The sporophyte and gametophyte stages of sea lettuce are not identical.
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64
Seagrasses do not produce pollen.
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65
The root system of mangroves is extensive and penetrates deep into the sediment.
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66
Match the term with the most closely associated term.
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Mangroves
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Mangroves
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67
MATCHING
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Green algae
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Green algae
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68
MATCHING
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Brown algae
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Brown algae
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69
Match the pigment with the most closely associated algae type.a.fucoxanthin
b.chlorophylls a and b
c.phycoerythrin
Red algae
b.chlorophylls a and b
c.phycoerythrin
Red algae
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70
Match the words with the most closely associated algae type.a.gametangia
b.tetrasporophyte
c.zygote
Brown algae
b.tetrasporophyte
c.zygote
Brown algae
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71
Match the words with the most closely associated multicellular producer.
a.rhizomes
b.coralline
c.holdfast
Brown algae
a.rhizomes
b.coralline
c.holdfast
Brown algae
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72
Match the pigment with the most closely associated algae type.a.fucoxanthin
b.chlorophylls a and b
c.phycoerythrin
Green algae
b.chlorophylls a and b
c.phycoerythrin
Green algae
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73
Seagrasses are not true grasses.
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74
Match the words with the most closely associated algae type.a.gametangia
b.tetrasporophyte
c.zygote
Red algae
b.tetrasporophyte
c.zygote
Red algae
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75
Match the words with the most closely associated multicellular producer.
a.rhizomes
b.coralline
c.holdfast
Red algae
a.rhizomes
b.coralline
c.holdfast
Red algae
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76
MATCHING
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Red algae
Match the words with the most closely associated algae type.a.Ulva
b.Sargassum
c.Porphyra
Red algae
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77
Match the words with the most closely associated multicellular producer.
a.rhizomes
b.coralline
c.holdfast
Seagrasses
a.rhizomes
b.coralline
c.holdfast
Seagrasses
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78
The greatest importance of seagrasses and salt marsh plants as a source of food is that they are eaten directly by invertebrates and wildlife.
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79
Match the term with the most closely associated term.
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Marsh plants
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Marsh plants
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80
Match the term with the most closely associated term.
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Seagrasses
a.Tropics
b.Temperate; highest diversity in Indo-West Pacific Ocean
c.Temperate
Seagrasses
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