relative solar energyThe graph indicates relative solar energy midday at two different locations on theplanet throughout one year. Which statement accurately describes thedifferences in gross primary productivity between locations A and B?*A.B.monthIn December, GPP is greater for location B.In October, GPP is greater in location B than in Location AGPP is the same for locations A and B throughout the entire year.OIn March, GPP for location A is greater than the GPP for location B.In an aquatic ecosystem, 20.000 kcal /m²/ year was absorbed byproducers through the process of photosynthesis. If the NPP was 8.000kcal /m2/year, how much energy was lost to respiration?28.000 kcal/m/vea

Gross primary productivity, or GPP, is the rate at which solar energy is captured biogreen plant…

Answered: relative solar energy The graph…

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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AP Environmental Science Primary Productivity Problems Net Primary Productivity efficiency can be calculated for terrestrial producers when values for insolation energy, respiration loss and gross productivity are known. Use the equations below to answer the following problems: Net Primary Productivity = Gross Productivity – Respiration Loss Efficiency = . NPP . X 100 Insolation Energy In a rice paddy in Southeast Asia, the insolation energy is 6,000,000 calories/m2/day. The gross productivity of the rice is 0.012 grams/cm2/day, and the respiration loss is 20 percent. One gram of rice is equivalent to 1000 calories. Calculate the net primary productivity of the rice. Find the efficiency of photosynthesis by the rice. Could you mostly help me set it up and find it? So I can learn how to do it.
is/are performed by consumers, and equation(s) is/are performed by producers. a. I; II b. II; I c. I and II; I d. II; I and II e. I and II; II 2. Equation(s). SOLAR E 1.6CO₂ + 6H₂0 C₂H₁ ₂0₂ + 60₂ T.6CO₂ + 6H₂07 C₂H₁₂O6 + 60₂ ATP
You should be familiar with the biogeochemical cycles: oxygen, nitrogen, carbon, phosphorus, water, etc. Be sure to know sources and sinks.
It’s not answer choice D
Use the provided graph to examine the relationship between temperature and photosynthetic rate (oxygen production). Then, use the graph to investigate the photosynthetic rate of your selected location. Note the temperature high and the temperature low for each month. In the template, record the maximum oxygen production per month based on the average temperature high Heres the average temps (c) for Davao Philippines: H L Jan 26 24 Feb 31 23 March 34 26 April 34 26 May 34 26 June 32 25 July 32 25 Aug 32 25 Sep 32 25 Oct 29 23 Nov 30 20 Dec 25 15
___ can have a confounding effect on climate change models, because as the Earth warms, we may see more of these form - thus reflecting more solar energy.
Phosphorus immobilization occurs when: O a plant absorbs phosphorus from the soil, and converts it into ATP phosphate rich rock undergoes weathering, releasing biologically-available phosphorus into the environment O a coyote dies, and as it decomposes, it releases phosphorus back into the environment
Can you help with this patterns with biomass work for my bio class so basically use the meadow simulation to make predictions about the the different biomasses
relative solar energy O O The graph indicates relative solar energy midday at two different locations 1p on the planet throughout one year. Which statement accurately describes the differences in gross primary productivity between locations A and B? * B. O In December, GPP is greater for location B. OIn October, GPP is greater in location B than in Location A GPP is the same for locations A and B throughout the entire year. OIn March, GPP for location A is greater than the GPP for location B. 1 point In an aquatic ecosystem, 20,000 kcal/m2/year was absorbed by producers through the process of photosynthesis. If the NPP was 8,000 kcal/m2 /year, how much energy was lost to respiration? 28.000 kcal/m2/vea r
. What is the difference between evaporation and transpiration? Give examples of how the water cycle interacts with the carbon, phosphorus, and nitrogen cycles.
Please answer fast
Answer clearly

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