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In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.
- a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.
- b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.
- c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.
- d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
In contrast to their counterparts in the terrestrial ecosystem, autotr...
Concept:
- Productivity is the rate at which energy or biomass is generated and can be estimated by tracking population development through time by assessing mass-specific growth and mortality rates.
- Quantification of primary production in the ocean relies on 14C measurements.
- The biomass in an ecosystem includes the mass of all living and dead organic matter.
- Production is the incremental increase in biomass produced by organisms over a period of time.
Explanation:
- Estimates of biomass and production are one measure that can be used to assess the health of aquatic ecosystem
- High biomass does not necessarily imply high production, and vice versa.
- For example, the biomass of plankton in a waterbody may be low, but because plankton grow and reproduce quickly, the plankton population may replace itself relatively quickly—it has a high rate of production.
- Populations of large, long-lived fish represent a much greater biomass than the plankton; however, the production rate of large fish may be much lower.
- The rapidity with which living material can replace itself is measured by the production/biomass ratio.
- This ratio is high for plankton (high production, low biomass) and relatively low for fishes (low production, high biomass), and provides a better indication of energy transfer between trophic levels than instantaneous measures of biomass.
- The system is impacted upon as well by the fact that producers in aquatic systems receive less sunlight than their terrestrial equivalents in similar parts of the world.
- The water column itself absorbs and reflects a high proportion of incoming solar radiation before it can be fixed in photosynthesis.
- The efficiency of energy transfer between trophic levels is usually greater in aquatic systems as less biomass is locked up in bone and skeletal materials compared to to flesh.
Option 1:
Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.
- Consider the explanation above thus this option is true, as the biomass of plankton in a waterbody may be low, but because plankton grow and reproduce quickly, the plankton population may replace itself relatively quickly—it has a high rate of production.
- also, energy transfer between trophic levels is usually greater in aquatic systems as less biomass is locked up in bone and skeletal materials compared to to flesh
Option 2:
Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.
- Consider the explanation above thus this option is not true, as phytoplanktons form the highest photosynthesis performing autotrophs.
Option 3:
Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.
- Consider the explanation above thus this option is not true.
Option 4:
Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.
- Consider the explanation above thus this option is not true.
hence the correct answer is option 1
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In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer?
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In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? for Software Development 2025 is part of Software Development preparation. The Question and answers have been prepared according to the Software Development exam syllabus. Information about In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Software Development 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer?.
In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? for Software Development 2025 is part of Software Development preparation. The Question and answers have been prepared according to the Software Development exam syllabus. Information about In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Software Development 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer?.
Solutions for In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for Software Development.
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Here you can find the meaning of In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer?, a detailed solution for In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? has been provided alongside types of In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice In contrast to their counterparts in the terrestrial ecosystem, autotrophs in the aquatic ecosystem are primarily tiny and contain very little indigestible (to herbivores) materials. This explains why the aquatic ecosystem is different from the terrestrial ecosystem.a)Productivity/Biomass ratios are higher and energy transfer rates to higher trophic levels are faster.b)Productivity/Biomass ratios are lower and the energy transfer rates to higher trophic levels are slower.c)Productivity/Biomass ratios are lower and the energy transfer rate to higher trophic levels are faster.d)Productivity/Biomass ratios are higher and the energy transfer rate to higher trophic levels are slower.Correct answer is option 'A'. Can you explain this answer? tests, examples and also practice Software Development tests.
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