The net primary productivity of a temperate deciduous forest is approximately 180,000 kcal /m2 / year, and the plant respiration has been determined to be 125,000 kcal/m²/year. How much solar energy was absorbed by the plant in photosynthesis? O. 250,000 kcal / m2/year O 55,000 kcal/ m / year 305,000 kcal /m /year O 360,000 kcal / m2 / year The total biomass of the Earth's open oceans is high because the NPP (measured in kcal / m2 / year) is * low, but the size of the open ocean is large enough to accumulate the largest biomass O low, but the producers are larger in size in the open ocean high, due to the high concentration of nutrients in the ocean O high, supporting a large number of producers
The net primary productivity of a temperate deciduous forest is approximately 180,000 kcal /m2 / year, and the plant respiration has been determined to be 125,000 kcal/m²/year. How much solar energy was absorbed by the plant in photosynthesis? O. 250,000 kcal / m2/year O 55,000 kcal/ m / year 305,000 kcal /m /year O 360,000 kcal / m2 / year The total biomass of the Earth's open oceans is high because the NPP (measured in kcal / m2 / year) is * low, but the size of the open ocean is large enough to accumulate the largest biomass O low, but the producers are larger in size in the open ocean high, due to the high concentration of nutrients in the ocean O high, supporting a large number of producers
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:The net primary productivity of a temperate deciduous forest is approximately
180,000 kcal/m/ year, and the plant respiration has been determined to be
125,000 kcal/ m2/year. How much solar energy was absorbed by the plant in
photosynthesis?*
O 250,000 kcal / m2 /year
O 55,000 kcal / m2 / year
305,000 kcal / m2 / year
O360,000 kcal / m2 / year
The total biomass of the Earth's open oceans is high because the NPP (measured
in kcal / m² / year) is *
O low, but the size of the open ocean is large enough to accumulate the largest biomass
O low, but the producers are larger in size in the open ocean
high, due to the high concentration of nutrients in the ocean
O high, supporting a large number of producers
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