Diana_Cuevas_The_Outsider_Workbook

Cane beetle Crimson Finch Cane beetle Crimson Finch Fruiting plants Grasses Mosaic-tailed rat x x Sugarcane Terrestrial insects Cane beetle: Crimson Finch: 1 1 Potential predators Mitchell's water monitor Number of predators for: (do NOT adjust; this will auto-calculate) For question 1, use the matrix above to show the connections bet In this matrix, potential predators are listed in rows and potential in the columns that reflect known species of prey (based on the the Field Guide of Australia. As an example, the row for terrestrial insects has been completed terrestrial insects eat fruiting plants and grasses. Use the same ap

Fruiting plants Grasses Mosaic-tailed rat x x x X X Fruiting plants: Grasses: Mosaic-tailed rat: Mitchell's water monitor: 2 2 1 0 Potential prey Mitchell's water monitor tween predators and prey in the Australian community. l prey are listed in columns. For each potential predator, place an “X” Field Guide). Leave a cell blank if no evidence of predation exists in d. The "X"s in the cells for "fruiting plants" and "grasses" indicate that pproach to complete the rows for the remaining predators.

Mitchell's water monitor Crimson Finch Mosaic-tailed rat Terrestrial insects Grasses Fruiting plants For question 2, use the blank food web above to illustrate the flow of ene Australian community. Arrows indicate the direction that energy flows, from species of prey to sp of predators. Click on each blank box above to select the appropriate sp from the dropdown menu. Use your answers from the matrix in question 1 to help guide your work. Each Australian species will be used once in this food web.

Cane beetle Sugarcane ergy between each species in the pecies pecies Screenshot showing a dropdown menu

Cane beetle Sugarcane Use this text box for Step 1. Drag the text box to the appropriate area of this food web. Use this arrow for Step 2. Duplicate, reposition, and adjust the size of the arrow as needed. lp you sheet. e. nd ads and ey Cane toads

Pre cane toads Year Number of Mitchell’s water monitors (# individuals/transect) 1984 92.6 1985 104.6 1986 106.7 1987 88.7 1988 94.7 1989 94.3 1990 96.1 1991 88.1 1992 105.8 1993 109.5 1994 97.7 1995 102.2 1996 109.4 1997 101.7 1998 104.0 1999 102.6 2000 108.0 2001 98.4 2002 97.6 2003 108.4 2004 75.6 2005 95.0 2006 102.0 2007 96.0 2008 101.9 2009 82.7 2010 104.5

Pre cane toads Year Number of Mitchell’s water monitors (# individuals/transect) AVG 98.8 1984 92.6 MEDIAN 101.7 1985 104.6 STDEV 8.3 1986 106.7 1987 88.7 LIMIT BINS 1988 94.7 80 75-80 1989 94.3 85 80-85 1990 96.1 90 85-90 1991 88.1 95 90-95 1992 105.8 100 95-100 1993 109.5 105 100-105 1994 97.7 110 105-110 1995 102.2 1996 109.4 1997 101.7 1998 104.0 1999 102.6 2000 108.0 2001 98.4 2002 97.6 2003 108.4 2004 75.6 2005 95.0 2006 102.0 2007 96.0 2008 101.9 2009 82.7 2010 104.5 75.6 82.7 88.1 88.7 92.6 94.3 94.7 95.0 96.0 #18 2011 96.1 2012 97.6 2013 97.7 98.4 #15 14 101.7 75- 0 1 2 3 4 5 6 7 8 9 Frequen (# indivi Frequency

FREQ 1 1 2 4 5 8 6 85 4.7% 33 0.0% 14 0.0% For question 12, refer to the sheet (tab) in this Excel “ DATA- Mitchell's water monitors ,” containing histor Mitchell's water monitors. Use this Excel sheet for calculations, modeling, and g calculated values to the nearest tenth of a decimal p if you calculate the value as 3.8218, round to 3.8. Refer to the lab packet document for specific Excel fo instructions. -80 80-85 85-90 90-95 95-100 100-105 105-110 ncy distribution of the number iduals/transect) of Mitchell’s water monitors (1984-2010) Number of Mitchell’s water monitors (# individuals/transect)

workbook labeled rical abundances of graphing. Round all place. For example, ormatting

The data in this sheet will be used for assignment question 19. Use the Excel sheet (tab) labeled " Question 19 " for all calculations, modeling, and graphing.

62.2 62.4 62.6 63.3 63.8 65.2 65.6 66.2 66.4 66.9 68.4 68.7

FREQUENCY 5 5 10 7 4.20% 0.00% 0.00% For question 19, refer to the sheet (tab) in this Excel workbo “ DATA- Crimson Finch death rates ,” containing historical dea crimson finches. Use this Excel sheet for calculations, modeling, and graphing calculated values to the nearest tenth of a decimal place. Fo if you calculate the value as 3.8218, round to 3.8. Refer to the lab packet document for specific Excel formattin instructions. 50-55 55-60 60-65 65-70 cy Distribution of Death Rate (%/year) of Crimson n Their Nests (1984-2010) ath rate (%/year) of crimson finches in their nests