Answer:
Five plants from the same habitat? These plants are from a tropical rain forest. Fern, Moss, Orchids, Lichen, And Bromeliads.
Answer:
Increase in plant and animal diversity
Explanation
Grassland biomes are bigger in size , rolling terrains of flowers, grasses and herbs.Soil, Latitude and local climates mostly determine the type and amount of vegetation growing in the grassland.
A grassland is a region where the average annual precipitation is great enough to support grasses, and in some areas a few trees. Research study was conducted in which increased precipitation was strongly linked with the plant diversity, biomass, plant available Nitrogen. This is because grasslands contain a specific type of precipitation patterns that supports the survival of some plants but not others, So if the precipitation is increased more organisms can survive, like those which cannot survive in normal conditions, which consequently enhances the diversity of plants and animals in grasslands.
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Answer:
C. THE CONVERSION OF FRUCTOSE 1,6-BISPHOSPHATE to fructose- 6- phosphate is not catalyzed by phosphofructokinase -1, the enzyme involved in glycolysis.
Explanation:
This statement is true as the enzyme involved in this step is FRUCTOSE-1,6-BISPHOSPHATASE.
Gluconeogenesis is the coversion of non-carbohydrate molecules (lactic acid, amino acids, glycerol) through the pyruvic acid into glucose in the cells.
This process takes place mainly in the liver and occurs during periods of fasting, starvation, low carbohydrate diets.
The pathway of gluconeogenesis involves eleven steps of enzymatic catalyzed reactions.
In the conversion of fructose 1,6- bisphosphate to fructose-6-phosphate is catalyzed by fructose 1,6-bisphosphatase and not by phosphofructokinase -1 which is involved in glycolysis. This step is a rate-limiting step of the pathway.
The conversion of glucose-6-phospahte to glucose is not catalyzes by hexokinase but glucose -6- phosphatase.
Living creatures and the soil exchange phosphorus. Phosphates are taken up by plants from the soil and assimilated into organic molecules. Plants are consumed by animals, which then moves phosphorous up the food chain from one animal to the next. When an animal perishes and decomposes, phosphorus is released back into the soil.