1- Why do we measure biodiversity- 2- During the data collection- why.pdf
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1. Why do we measure biodiversity? 2. During the data collection, why was it important to choose at random the sample area? 3. After you collect the data in both communities, calculate species richness, relative abundance, Shannon diversity index, and evenness. Enter your results in the space provided here. Community 1 Location: Description of the location: Species richness: Shannon diversity index: "Remember you will need to calculate the relative abundance for each species in onder to calculate the Shamon diversity index. Fvenness: Location: Description of the location: Species richness: Shannon diversity index*: -Remember you will ned to culculate the rehative abundance for cach species in onder to calculate the Shamon diversity inder. Shannon diversity index*: "Remember you will need to calculate the relative abundance for each species in order to calculate the Shammon diversity index. Evenness: 4. Based on the results you entered in question 3, which community is more diverse? Explain..
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1- Why do we measure biodiversity- 2- During the data collection- why.pdf
1. Why do we measure biodiversity? 2. During the data collection, why was it important to
choose at random the sample area? 3. After you collect the data in both communities, calculate
species richness, relative abundance, Shannon diversity index, and evenness. Enter your results
in the space provided herei Community 1 Location: Desciption of the location: Species richness:
Shannon diversity index*: "Rementer yow will newl to cakulate the nolative atumkance for ash
specios in onder to caknelate the Sharskne dirervity inder. Species richness: Shannon diversity
index*: - Remember you will need to calculate the relative abundance for cuch species in order
to calculate the Sharmont diversity index. Species richness: Shannon diversity index*
"Remember you will merl to calculate the relative abundamce for ead spectes in onder to
caloulate the Shantmon difrrsity index. Evenness: 4. Based on the results you entered in question
3, which community is more diverse? Explain..
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This document summarizes a study that measured species diversity along a 20 meter transect line laid along a river in the Philippines. Shannon-Wiener and Simpson's indices were used to analyze the diversity of 357 individuals from 19 species collected along the line. The Shannon-Wiener index value of 2.44 indicated high species diversity. The Simpson's index value of 0.114358103 also indicated high diversity, with a diversity index of 0.89. In conclusion, the study found high species richness but uneven distribution, and overall high species diversity in the sampling area.
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This document discusses various ecological diversity indices used to quantify biodiversity, including the Shannon Species Index, Pielou Index of Evenness, Species Richness, and Margalef Species Richness. It provides objectives of determining the importance of these indices and using their formulas to solve ecological studies. Formulas and examples are given for calculating the Shannon Index and Pielou's Index of Evenness using sample data on species abundances. Species richness is defined as the total number of species in a community.
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This document discusses biodiversity, including its definition, components, and methods for measuring it. Biodiversity refers to the variety of species, habitats, and genetic diversity in an area. It can be measured by species diversity, habitat diversity, and genetic diversity. Methods for measuring biodiversity include counting species richness, calculating Simpson's Diversity Index using population data from quadrats, mark-recapture studies using the Lincoln Index, and chemical fogging to sample canopy insects. Global patterns of biodiversity are also addressed.
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1. Biodiversity refers to the variety of life and has three main components - species diversity, ecosystem diversity, and genetic diversity. 2. Species diversity looks at the number of different species and individuals of each species. Simpson's diversity index takes into account both species richness and evenness of abundance to measure diversity. 3. A worked example calculates Simpson's index for three communities, showing that higher values indicate lower diversity while lower values show higher diversity.
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1- Why do we measure biodiversity- 2- During the data collection- why.pdf
1. Why do we measure biodiversity? 2. During the data collection, why was it important to
choose at random the sample area? 3. After you collect the data in both communities, calculate
species richness, relative abundance, Shannon diversity index, and evenness. Enter your results
in the space provided herei Community 1 Location: Desciption of the location: Species richness:
Shannon diversity index*: "Rementer yow will newl to cakulate the nolative atumkance for ash
specios in onder to caknelate the Sharskne dirervity inder. Species richness: Shannon diversity
index*: - Remember you will need to calculate the relative abundance for cuch species in order
to calculate the Sharmont diversity index. Species richness: Shannon diversity index*
"Remember you will merl to calculate the relative abundamce for ead spectes in onder to
caloulate the Shantmon difrrsity index. Evenness: 4. Based on the results you entered in question
3, which community is more diverse? Explain..
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c.Eosinophils
d.Macrophages
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b.They are very potent
c.They can be made by a Gram + or a Gram -
d.They are released by a living cell
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b.Random selection creates variety between individual humans
c.Natural selection has made it identical for all members of the same species
d.Inheritance makes it identical for all siblings that share the same parents
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a.Acidotolerant
b.Beta hemolytic
c.Halotolerant
d.Alpha hemolytic
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A. The way we make them causes genetic changes in the cells
B. They are rare in your body
C.The way we collect them is subject to strong ethical debate
D.It is difficult to generate the exact cell type you are interested in
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B. They activate apoptotic pathways
C. They bind to RTKs to keep the cell alive
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Removal of survival factors Removal of the Apaf 1 gene Addition of a mitogen Addition of a
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