14 Arrange the primary secondary to tertiary biomass resources in reverseorder.O a. Seeds, Animal fat & SawdustO b. Seeds, Animal fat & SawdustO c. Animal fat, Sawdust & SeedsO d. Seeds, Sawdust & Animal fat

Name: 14 Arrange the primary secondary to tertiary biomass resources in reve
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 14 Arrange the primary secondary to tertiary biomass resources in reverseorder.O a. Seeds, Animal fat & SawdustO b. Seeds, Animal fat & SawdustO c. Animal fat, Sawdust & SeedsO d. Seeds, Sawdust & Animal fat

Primary products, for example plant mass, are framed through direct photosynthetic use of sunlight…

Science

Biology

Arrange the primary secondary to tertiary biomass resources in reverse order. a. Seeds, Animal fat & Sawdust O b. Seeds, Animal fat & Sawdust O c. Animal fat, Sawdust & Seeds O d. Seeds, Sawdust & Animal fat

Arrange the primary secondary to tertiary biomass resources in reverse order. a. Seeds, Animal fat & Sawdust O b. Seeds, Animal fat & Sawdust O c. Animal fat, Sawdust & Seeds O d. Seeds, Sawdust & Animal fat

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter44: Human Effects On The Biosphere

Section: Chapter Questions

Problem 3SA: Deforestation ______. a. increases mineral runoff from soil b. decreases local temperature c....

See similar textbooks

Similar questions

List twelve possible Ecological impact for land cover , for a Project action
Draw a food chain showing the relationships between these organisms, indicating the direction of the flow of energy. Which organism is at the top of this food chain? Calculate the standing crop biomass in each trophic level (C = A × B).
The total amount of energy taken up by producers through photosynthesis in an ecosystem is known as...? Group of answer choices a. evaporation b. net primary production c. standing crop d. nutrient limitation e. gross primary production
Identify the five ways that poor agriculture practices degrade our soils. Give typing answer with explanation and conclusion
If the gross primary productivity is 100 g/m2/year and the respiration rate is 37 g/m2/year what is the net primary productivity? Group of answer choices a. 37 g/m2/year b. can’t tell from the information given c. 50 g/m2/year d. 63 g/m2/year e. 25 g/m2/year
Michael wants to build a new storage shed and is considering clearing some trees from his land to use as lumber. What justification best explains the ecological benefit of saving his trees? a Decreasing shade and windbreaks b Providing food for hundreds of species c Sequestering (storing) carbon d Aiding in discharge of aquifer
***SIMPLE ANSWER PLS*** State how biotic potential and limiting factors affect the carrying capacity.
Primary productivity on land is affected by _______. a. nutrient availability c. temperature b. amount of sunlight d. all of the above
Deforestation ______. a. increases mineral runoff from soil b. decreases local temperature c. increases local rainfall d. all of the above
Plants obtain ______ by taking it up from the air. a. nitrogen c. phosphorus b. carbon d. water
Which biogeochemical cycle does not have a gaseous component but cycles from the land to sediments in the ocean and back to the land? (a) carbon cycle (b) nitrogen cycle (c) phosphorus cycle (d) hydrologic cycle (e) neither a nor c has a gaseous component
The maximum growth rate characteristic of a species is called its _________. a. limit b. carrying capacity c. biotic potential d. exponential growth pattern