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How did the slope (z) and y-intercept (b) values vary between the communities you sampled? Explain any similarities or differences. How did the Shannon-Wiener diversity indices for the largest nested plots (625 m2) differ between communities? This value typically ranges from 0.5–3, in which higher values reflect greater species richness and/or a more equitable distribution of species, whereas lower values reflect lower species richness and/or greater dominance by fewer species. Please provide your result and explain it in this context.

How did the slope (z) and y-intercept (b) values vary between the communities you sampled? Explain any similarities or differences. How did the Shannon-Wiener diversity indices for the largest nested plots (625 m2) differ between communities? This value typically ranges from 0.5–3, in which higher values reflect greater species richness and/or a more equitable distribution of species, whereas lower values reflect lower species richness and/or greater dominance by fewer species. Please provide your result and explain it in this context.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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How did the slope (z) and y-intercept (b) values vary between the communities you sampled? Explain any similarities or differences.

How did the Shannon-Wiener diversity indices for the largest nested plots (625 m2) differ between communities? This value typically ranges from 0.5–3, in which higher values reflect greater species richness and/or a more equitable distribution of species, whereas lower values reflect lower species richness and/or greater dominance by fewer species. Please provide your result and explain it in this context.

Bajada 1.2 Plot Area (m^2) # of species # of individuals for 625 c 15 log (area) log (species) y3D0.448x-0.1238 R =0.9682 25 3 32 1.39794 0.4771213 1 100 6. 16 0.7781513 3 225 10 53 2.3521825 0.8 4. 400 11 2.60206 1.0413927 0.6 625 12 2.79588 1.0791812 a 04 11 2 0.2 k 4 1 1 0.5 15 2.5 3 j Log (Area) 14 15 Wash 16 log (area) log (species) 16 Plot Area (m^2) # of species 1.39794 0.69897 17 25 7 1 1.4 100 10 ¥=D0.2867x + 0.3474 18 28 2.3521825 1.0413927 R= 0.9051 1.2 19 3 225 11 3 2.60206 1.0791812 400 12 a 1 20 4. 2.79588 1.1139434 %23 625 13 0.B 21 0.6 22 28 0.4 23 7 24 8. 0.2 e 25 26 0.5 15 2.5 27 Log (Area) 28 Log (Species #) Log(Species #) 0CO 2 2. 12 5. 2. 5.
Transcribed Image Text:Bajada 1.2 Plot Area (m^2) # of species # of individuals for 625 c 15 log (area) log (species) y3D0.448x-0.1238 R =0.9682 25 3 32 1.39794 0.4771213 1 100 6. 16 0.7781513 3 225 10 53 2.3521825 0.8 4. 400 11 2.60206 1.0413927 0.6 625 12 2.79588 1.0791812 a 04 11 2 0.2 k 4 1 1 0.5 15 2.5 3 j Log (Area) 14 15 Wash 16 log (area) log (species) 16 Plot Area (m^2) # of species 1.39794 0.69897 17 25 7 1 1.4 100 10 ¥=D0.2867x + 0.3474 18 28 2.3521825 1.0413927 R= 0.9051 1.2 19 3 225 11 3 2.60206 1.0791812 400 12 a 1 20 4. 2.79588 1.1139434 %23 625 13 0.B 21 0.6 22 28 0.4 23 7 24 8. 0.2 e 25 26 0.5 15 2.5 27 Log (Area) 28 Log (Species #) Log(Species #) 0CO 2 2. 12 5. 2. 5.
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