relative solar energy The graph indicates relative solar energy midday at two different locations on the planet throughout one year. Which statement accurately describes the differences in gross primary productivity between locations A and B?* A. B. month In December, GPP is greater for location B. In 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. 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/m/vea

relative solar energy The graph indicates relative solar energy midday at two different locations on the planet throughout one year. Which statement accurately describes the differences in gross primary productivity between locations A and B?* A. B. month In December, GPP is greater for location B. In 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. 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/m/vea

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter54: Ecosystems And Global Change

Section: Chapter Questions

Problem 2TYK: The total dry weight of plant material in a forest is a measure of the forests: a. gross primary...

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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
b. What is the probabiluty that randomly selected plant gets fined oe year for both CO2 and SO2 pollution in the same year? c. What is the expected value olf the envitonmental fines that a randomly seleceted plant have to pay one year?
solar energy Which two factors cause the variation seen in primary productivity among the three biomes in the diagram? NET PRIMARY PRODUCTIVITY Tropical rainforest Temperate forest taiga Average Net Primary Productivity (kcal/m²/yr) cloud cover and precipitation O longitude and sunlight O precipitation and temperature O temperature and longitude The graph indicates relative solar energy midday at two different locations on the planet throughout one year. Which statement accurately describes the differences in gross primary productivity between locations A and B? A. 10
HX Look at the table below containing cold tolerances of various pests in fields of corn. Average winter minimum temperatures in this area used to be 10 °F. Now the lowest minimum temperature in this area is 14 °F. Which field(s) would be predicted to show a decrease in com yield the following summer? Crop pest Cold tolerance (lowest temp. an organism can survive) A 28 °F B 12 °F C 20 °F D 24 °F OA.A OB.B OC.C OD.D
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.
The total dry weight of plant material in a forest is a measure of the forests: a. gross primary productivity. b. net primary productivity. c. cellular respiration. d. standing crop biomass. e. ecological efficiency.
productivity in above-ground biomass increment is greater in the estuarine stand than the island fringing stand productivity in litterfall is greater in the estuarine stand than the island fringing stand O productivity can be measured in part by measuring carbon in litterfall O productivity can be measured in part by measuring carbon in above-ground biomass increment subtracting above-ground biomass increment from litterfall provides the total productivity for a mangrove stand
Albuquerque: Temperature and Precipitation 30 Temperature -Precipitation 25 20 15 60 10 50 40 30 Jan Feb Mar 20 Based on the above climate diagram from Albuquerque, New Mexico, when are Apr May Jun Jul Aug 10 Oct Nov plants most likely experiencing water stress (i.e. there is a water deficit)? Dec Only in December and January From March to October The period of water stress cannot be determined from this graph Only in February and November 6.) d Sep Precip (mm)
How can primary productivity be expressed/measured? O Both O New chemical energy per unit area and per unit of time O Neither O New biomass per unit area and per unit of time
"Biocrusts are formed by photoautotrophic producers, microfauna, and decomposers that aggregate soil particles." O True O False
Naturally, environment has their carrying capacity. Explain the FOUR (4) effects of pollutant load over the carrying capacity.
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