Diana_Cuevas_A_Tangled_Web_Workbook

Historical densities of trees (m2 per km2) 27948 28496 24621 26349 26987 28287 27058 26814 28012 28626 28042 26806 28373 27248 26907 25527 27102 26370 26808 28259 26898 26383 26342 24866 25701 27721 26186 27426 26609 26896 27157 The data in this sheet will be u Use the Excel sheets (tabs) lab all calculations, modeling, and

used for assignment questions 1-4. beled " Question 3 " and " Question 4 " for d graphing.

3, refer to the sheet (tab) in this Excel workbook labeled “ DATA- e densities ,” containing historical densities of umbrella trees (N = bar plots shown below and add your two bar plots to this Excel sheet when done. These plots should be formatted as a JPG py/pasted into this sheet. ab packet document for specific instructions.

Historical densities of trees (m2 per km2) Historical densities of trees (m2 per km2) 27948 24621 28496 24866 24621 25527 26349 25701 26987 26186 28287 26342 27058 26349 26814 26370 28012 26383 28626 26609 28042 26806 26806 26808 28373 26814 27248 26896 26907 26898 25527 26907 27102 26987 26370 27058 26808 27102 28259 27157 26898 27248 26383 27426 26342 27721 24866 27948 25701 28012 27721 28042 26186 28259 27426 28287 26609 28373 26896 28496 27157 28626

b) in this Excel workbook labeled ntaining historical densities of modeling, and graphing. Round all le number. For example, if you to 4. r specific Excel formatting

Historical densities of gliders (per km2) 409.4 377.9 415.2 361.7 478.0 307.1 399.3 380.8 398.3 324.1 428.0 503.8 365.3 322.4 409.7 396.0 456.9 348.4 465.4 419.5 401.1 433.6 530.6 428.4 383.6 385.2 386.8 359.5 478.1 455.6 392.0 383.4 418.4 420.9 444.8 425.3 312.3 372.3 367.3 462.9 344.3 403.9 428.1 426.1 The data in this sheet will be u 17. Use the Excel sheets (tabs) lab for all calculations, modeling,

327.5 406.9 329.7 407.5 417.6 442.0 336.7 398.7 448.5 383.3 268.9

used for assignment questions 13-15 and beled " Question 15 " and " Question 17 " , and graphing.

15, refer to the sheet (tab) in this Excel workbook labeled “ DATA- r densities ,” containing historical densities of spotted gliders (N = bar plots shown below and add your two bar plots to this " Excel sheet when done. These plots should be formatted as a d copy/pasted into this sheet. ab packet document for specific instructions.

Historical densities of gliders (per km2) Historical densities of gliders (per km2) 409.4 268.9 bins 377.9 282.2 250-300 415.2 293.6 300-350 361.7 297.3 350-400 478.0 303.4 400-450 307.1 307.1 450-500 399.3 312.3 500-550 380.8 322.4 398.3 322.5 324.1 324.1 428.0 327.5 503.8 329.7 365.3 332.6 322.4 336.7 409.7 342.8 396.0 344.3 456.9 348.4 348.4 351.8 465.4 352.3 419.5 355.1 401.1 356.9 433.6 359.5 530.6 361.7 428.4 365.3 383.6 365.3 385.2 367.2 386.8 367.3 359.5 372.3 478.1 373.7 455.6 377.9 392.0 380.8 383.4 383.3 418.4 383.4 420.9 383.6 444.8 385.2 425.3 386.8 312.3 387.0 372.3 390.0 367.3 390.2 462.9 392.0 344.3 394.2 403.9 394.8 428.1 396.0 426.1 398.1 0 5 10 15 20 25 30 35 40 Frequ uals/k Frequency

327.5 462.9 406.9 465.4 329.7 467.2 407.5 469.6 417.6 471.8 442.0 476.1 336.7 478.0 398.7 478.1 448.5 503.8 383.3 513.1 268.9 530.6

values frequency 300 4 350 13 400 31 450 35 500 14 550 3 0 For question 17, refer to the sheet (tab) in th “ DATA- Spotted glider densities ,” containing spotted gliders (N = 100). Use this Excel sheet for calculations, modelin calculated values to the nearest tenth of a de if you calculate the value as 3.8218, round to Refer to the lab packet document for specific instructions.v 250-300 300-350 350-400 400-450 450-500 500-550 0 5 0 5 0 5 0 5 0 uency distribution of historical densities (individ- km2) of spotted gliders Density (individuals/km2)”

boreblaster daggerjaw flamster frogcat boreblaster daggerjaw flamster frogcat grabbins legs lyrac ridgehead sonar x x spotted gliders x torch umbrella tree boreblaster: daggerjaw: flamster: frogcat: 1 0 1 1 Potential predators Number of predators for: (do NOT adjust; this will auto-calculate) For question 28, use the matrix above to show the connections between p In this matrix, potential predators are listed in rows and potential prey are in the columns that reflect known species of prey (based on the Field Gu Leave a cell blank if no evidence of predation exists in the Field Guide of A Example: if the field guide indicated daggerjaws as being predators of bore

grabbins legs lyrac ridgehead sonar spotted gliders x x x x x x grabbins: legs: lyrac: ridgehead: sonar: spotted gliders: 0 1 2 1 1 1 Potential prey predators and prey in the Allurian Forest community. e listed in columns. For each potential predator, place an “X” uide). Alluria. eblasters, you would add an "X" to cell C4 in this matrix.