Data:
For each scenario, record the carbon dioxide emission rate and the global temperature. The data for the years 1960–2010 are already filled out for you.

Scenario One: Carbon dioxide emissions stay the same
Set the carbon dioxide emissions rate to 9.8 gigatons.
Set the time step size to 10 years.
Select step forward until you have the data through the year 2110.
Record the data in the table below.
Year Carbon Emissions (gigatons) Temperature (Fahrenheit)
1960 Carbon Emissions (gigatons):4.2 57.2
1970 Carbon Emissions (gigatons)5.8 57
1980 Carbon Emissions (gigatons):6.2 57.4
1990 Carbon Emissions (gigatons):7.8 57.6
2000 Carbon Emissions (gigatons):8 58
2010 Carbon Emissions (gigatons):9.8 58
Maintain carbon dioxide emissions at 9.8 for the rest of scenario one. What will the temperatures be?
2020 9.8
2030 9.8
2040 9.8
2050 9.8
2060 9.8
2070 9.8
2080 9.8
2090 9.8
2100 9.8
2110 9.8

1) gene flow

- it is described as the transfer of genes from one population to another population so that frequency of gene is increased.

-a zebra migrates to join a different herd of zebras.

2) natural selection

- a mechanism of evolutionary change in which individuals with advantageous traits survive and reproduce whereas the others ( those that can not adapt) eliminate from the population.

-competition for sunlight leads to taller trees.

3) mutation

- permanent change in the nucleotide sequence of dna ( genetic material) that could have harmful or useful consequences.

-the dna of a snake changes to make its venom stronger.

4) genetic drift - it is a random phenomenon ( that occurs by chance such as fire) that results in change in the gene frequency in a small population.    

-a grassfire randomly sweeps through a population of buffalo and kills most of the animals.

explanation:

answer; ///i believe its: ///(embolus);

2%? i tried finding the exact sorry if it's not 100% correct ; -;