This whole procedure will be repeated at a different location under the same habitat/community and be labeled as Run #2 for the following community. Once Run #1 and #2 is finished and recorded with the appropriate information, combine the data set and information of both into one whole data table for the following community. Once this is done, calculate the amount of each plant organism found in both data tables to find the total number of plants found in that community, which will be used to calculate the Pi of each plant organism to then calculate the Shannon Diversity index of the community where the data was researched from. This whole procedure will be repeated in the other community that was not researched on to calculate the Shannon Diversity index of the other community. Once both Shannon Diversity indexes are calculated of both communities, they then can be used in comparing which community is the most diverse of plant organisms, concluding the end of the
This whole procedure will be repeated at a different location under the same habitat/community and be labeled as Run #2 for the following community. Once Run #1 and #2 is finished and recorded with the appropriate information, combine the data set and information of both into one whole data table for the following community. Once this is done, calculate the amount of each plant organism found in both data tables to find the total number of plants found in that community, which will be used to calculate the Pi of each plant organism to then calculate the Shannon Diversity index of the community where the data was researched from. This whole procedure will be repeated in the other community that was not researched on to calculate the Shannon Diversity index of the other community. Once both Shannon Diversity indexes are calculated of both communities, they then can be used in comparing which community is the most diverse of plant organisms, concluding the end of the