PCWA-L 480.pdf - PCWA Middle Fork American River Project ...

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) Creating a Cohort 4-18 Display cohort parameters (spreadsheet output only): When this box Is checked, Fish Bioenergetics 3.0will include all user input and physiological parameters in the spreadsheet. output. Zeroing • Never: The data simply accumulate throughout the entire analysis. After every day: The cumulative data are retumed to zero every day. After Interval· day of simulation: When this option is selected, cumulative data will be reset to zero after every nth simulation day, where n equals a value that you enter into the days field. After interval· day of year: When this option is selected, cumulative data will be reset to zero after every nth day of year, where n equals a value that you enter Into the days field. Days: The number of days in an interval when either After interval" day of year or After Interval· day of simulation is selected. First analysis day: For information only· the first analysis day in the summary. Final analysis day: For Information only - the final analysis day in the summary.
) .Output Interval Creating a Cohort Set interval- day of simulation: Output will be generated only for those days that equal the simulation start day + x, where x equals the value typed in the Days field. Set interval - day of year: Output will be generated only for those days that equal the day of year· + x, where x equals the value typed in the Days field. End of mortality period: This option provides output only on those days when a mortality period has ended. For example, if fishing mortality ended on day 200 of your simulation and natural mortality ended on day 365 of your simulation, the software would generate three data points, day 1, day 200, and day 365. End of every 365 1h day of year: Assuming ¥our assimilation spans at least 365 days, you can select this option to see data only on the 365 h day of year. . End of each cohort: This option applies only to Summary files. Every day (default): Select this option if you would like output gElnerated for each day of the simulation. Days: Enter the number of days in your Interval·when you've selected either Set interval .·d1lY of year or Set interval - day of simulation. First output day: If yoU would like to limit the range of days in your output, enter the first day of that range in this field. Final output day: if you would like to limit the range of days in your output, enter the final day of that range in this field. 4-19
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) . ,. For Windows® 3.1, Windows®
Page 6 and 7:
) Bioenergetics Overview 1.1 The Mo
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Bioenergetics Overview LaBar, G. W.
Page 16: .Core Processes in Bioenergetics Eq
Page 20: Core Processes in Bioenergetics Rud
Page 24: Extended Topics: Analyses of Nutrie
Page 31: ) Analyses of Nutrient Regeneration
Page 36: Getting Started \ 2·2 • Windows
Page 41: 3.2 User Input Data Files Learning
Page 44 and 45: Learning Bioenergetics 3-6 Mortalit
Page 47: Learning Bioenergetics. Fr the most
Page 51 and 52: 4.3 Step 2: Setup Creating a Cohort
Page 53 and 54: Creating a Cohort not grow to 2,155
Page 55 and 56: Load Data via Manual Entry: ... Che
Page 57: Spawning Creating a Cohort The Spaw
Page 61: 4.5 Step 4: Executing a Bioenergeti
Page 70: Creating a Summary - Analyzing Mult
Page 73: Creating a Summary - Analyzing Mult
Page 78 and 79: Populations and Mortality Fish Bioe
Page 83 and 84: ) Nitrogen and Phosphorus Analysis
Page 85 and 86: Nitrogen and Phosphorus Analysis 7
Page 87 and 88: Contaminant Analysis 8-2 will need
Page 102 and 103: j .," ' Schindler, D.W., A.S. Clark
Page 108: publications That Reference Bioener
Page 111: Index - Section 2 A allometry, 4-11
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