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Species Mean density near Mean density far from P-value ruins (animals/km^2) ruins Agouti Coatimundi Collared peccary Deppes squirrel Howler monkey Spider monkey Crested guan 160.2 14.5 0.03 99.4 1.0 0.01 4.6 1.8 0.79 32.3 2.2 0.54 7.3 1.9 0.03 170.8 15.0 0.88 49.4 0.001 Great curassow 10.8 72.0 Table 1 0.048 Ocellated turkey 47.0 0.02 Tinamou 4.9 0.049 Tikal National Park in Guatemala is heavily visited by tourists. Does the disturbance affect animal densities? To investigate, Hidinger (1996) compared the densities of various bird and mammal species in places immediately next to heavily visited ruins to places in the park that were rarely visited by tourists. The mean densities (in animals/km^2) are found in the accompanying table. The table also lists the P-value associated with a test of the null hypothesis that the two types of plots do not differ in mean density. Assume that a = 0.05. Name ONE species that shows an increase in numbers near the ruins that is NOT significant. For the Tinamou, does it appear to be a higher mean density far from the ruins? (yes or no) Is it a significant difference? (yes or no) The species column represent what type of data? (nominal, ordinal, ratio or interval) Mean density represents what type of data? |(nominal, ordinal, ratio or interval) Is it discrete or continuous? (discrete or continuous) What kind of graph would be the best way to display this data? (scatter plot, line graph, bar graph, histogram, heat map)

Species Mean density near Mean density far from P-value ruins (animals/km^2) ruins Agouti Coatimundi Collared peccary Deppes squirrel Howler monkey Spider monkey Crested guan 160.2 14.5 0.03 99.4 1.0 0.01 4.6 1.8 0.79 32.3 2.2 0.54 7.3 1.9 0.03 170.8 15.0 0.88 49.4 0.001 Great curassow 10.8 72.0 Table 1 0.048 Ocellated turkey 47.0 0.02 Tinamou 4.9 0.049 Tikal National Park in Guatemala is heavily visited by tourists. Does the disturbance affect animal densities? To investigate, Hidinger (1996) compared the densities of various bird and mammal species in places immediately next to heavily visited ruins to places in the park that were rarely visited by tourists. The mean densities (in animals/km^2) are found in the accompanying table. The table also lists the P-value associated with a test of the null hypothesis that the two types of plots do not differ in mean density. Assume that a = 0.05. Name ONE species that shows an increase in numbers near the ruins that is NOT significant. For the Tinamou, does it appear to be a higher mean density far from the ruins? (yes or no) Is it a significant difference? (yes or no) The species column represent what type of data? (nominal, ordinal, ratio or interval) Mean density represents what type of data? |(nominal, ordinal, ratio or interval) Is it discrete or continuous? (discrete or continuous) What kind of graph would be the best way to display this data? (scatter plot, line graph, bar graph, histogram, heat map)

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Species Mean density near Mean density far from P-value ruins (animals/km^2) ruins Agouti Coatimundi Collared peccary Deppes squirrel Howler monkey Spider monkey Crested guan 160.2 14.5 0.03 99.4 1.0 0.01 4.6 1.8 0.79 32.3 2.2 0.54 7.3 1.9 0.03 170.8 15.0 0.88 49.4 0.001 Great curassow 10.8 72.0 Table 1 0.048 Ocellated turkey 47.0 0.02 Tinamou 4.9 0.049 Tikal National Park in Guatemala is heavily visited by tourists. Does the disturbance affect animal densities? To investigate, Hidinger (1996) compared the densities of various bird and mammal species in places immediately next to heavily visited ruins to places in the park that were rarely visited by tourists. The mean densities (in animals/km^2) are found in the accompanying table. The table also lists the P-value associated with a test of the null hypothesis that the two types of plots do not differ in mean density. Assume that a = 0.05. Name ONE species that shows an increase in numbers near the ruins that is NOT significant. For the Tinamou, does it appear to be a higher mean density far from the ruins? (yes or no) Is it a significant difference? (yes or no) The species column represent what type of data? (nominal, ordinal, ratio or interval) Mean density represents what type of data? |(nominal, ordinal, ratio or interval) Is it discrete or continuous? (discrete or continuous) What kind of graph would be the best way to display this data? (scatter plot, line graph, bar graph, histogram, heat map)
Transcribed Image Text:Species Mean density near Mean density far from P-value ruins (animals/km^2) ruins Agouti Coatimundi Collared peccary Deppes squirrel Howler monkey Spider monkey Crested guan 160.2 14.5 0.03 99.4 1.0 0.01 4.6 1.8 0.79 32.3 2.2 0.54 7.3 1.9 0.03 170.8 15.0 0.88 49.4 0.001 Great curassow 10.8 72.0 Table 1 0.048 Ocellated turkey 47.0 0.02 Tinamou 4.9 0.049 Tikal National Park in Guatemala is heavily visited by tourists. Does the disturbance affect animal densities? To investigate, Hidinger (1996) compared the densities of various bird and mammal species in places immediately next to heavily visited ruins to places in the park that were rarely visited by tourists. The mean densities (in animals/km^2) are found in the accompanying table. The table also lists the P-value associated with a test of the null hypothesis that the two types of plots do not differ in mean density. Assume that a = 0.05. Name ONE species that shows an increase in numbers near the ruins that is NOT significant. For the Tinamou, does it appear to be a higher mean density far from the ruins? (yes or no) Is it a significant difference? (yes or no) The species column represent what type of data? (nominal, ordinal, ratio or interval) Mean density represents what type of data? |(nominal, ordinal, ratio or interval) Is it discrete or continuous? (discrete or continuous) What kind of graph would be the best way to display this data? (scatter plot, line graph, bar graph, histogram, heat map)
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