Example of IDEF 0 diagram

1. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:
Flow Diagram
10/10/01
10/3/2007
A-0 Flow Diagram
TOP
1
Purpose:
Viewpoint:
California Water Plan Update 2009
DWR
Develop Flow
Diagram
0
A0
Precip
Data
Water Portfolio
Actual Year
Flow Diagram
Supply and Balance Work Team
Water and Wastewater Agencies
Water Use Work Teams Computer Technology
California Water Plan Update 2009 A2

2. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A0 Develop Flow Diagram
A-0
2
Determine
Precipitation &
Runoff
1
A1
Determine
Surface Water
2
A2 Determine
Recycled
Water
3
A3
Determine
Groundwater
4
A4
Compile Water
Use
5
A5
Compile Flow
Diagram
6
A6
Water Portfolio
Supply and Balance Work Team
Actual Year
Flow Diagram
Actual Year Precipitation
and Runoff Data
Actual Year
Reclaimed Water
Actual Year Groundwater
Actual Year Water Use
AW & ETAW
Water and Wastewater Agencies
Water Use Work Teams
Groundwater
Experts
Precip Data
Computer Technology
Actual Year Surface Water
California Water Plan Update 2009 A2

3. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:
Flow Diagram
10/10/01
10/10/2001
A1 Determine Precipitation & Runoff
A0
3
Acquire
Precipitation
Data
1
A11
Estimate
Runoff
2
A12
Estimate Total
Groundwater
Natural
Recharge 3
Compile
Precipitation
and Runoff
Data 4
Actual Year Precipitation
and Runoff Data
Water Portfolio
Item 5
Water Portfolio
Items 6 and 53
Water Portfolio
Item 7
Actual Year
Precipitation
Actual Year
Runoff Data
Actual Year
Groundwater
Natural Recharge
Historical Precipitation
Prism polygon layer
Streamgage Data
Groundwater Experts
Supply and Balance Work Team
Water Portfolio
Precip Data
Isohyetal Map

4. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:
Flow Diagram
11/16/2007
11/16/2007
A11 Acquire Precipitation Data
A1
4
Acquire
historical
average precip
PRISM
polygons from
Oregon State
university 1 Acquire
historical
average and
actual year
individual
station precip
data 2
Compute
actual year %
of average
based upon
individual
station data3 Develop actual
year % of
average
polygons 4
Water Portfolio
Item 5
Historical Precipitation
Prism polygon layer
Supply and Balance
Work Team
Isohyetal Map
Precip
Data
Actual Year
Precipitation
Multiply
historical
average precip
polygon layer by
actual polygon
layer
5
Actual year % of
average precip polygon
GIS layer
Actual year %
of avg polygons
Historical average and
actual year precip data
GIS historical precipitation layer
PRISM Spatial
Climate Layers

5. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:
Flow Diagram
10/10/01
10/10/2001
A12 Estimate Runoff
A1
5
Estimate
Natural Runoff
1
Estimate
Remaining
Runoff Flow to
Salt Sinks 2
Estimate
Incidental
Runoff
3
Compile Runoff
Data
4
Streamgage Data
Water Portfolio
Item 53
Water Portfolio
Item 6b
Actual Year
Natural Runoff
Data
Actual Year
Remaining Natural
Runoff Flow to Salt Sink
Actual Year
Incidental Runoff Data
Actual Year
Runoff Data
Supply and Balance
Work Team
WP Item 6a
Water Portfolio Items 6 and 53

6. When stream gage data is unavailable for a given basin, neighboring stations from adjacent basins are used to estimate flow.
For example, there is no specific streamgage to read at the Carquinez Strait or the Golden Gate Bridge.

7. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A2 Determine Surface Water
A0
7
Acquire State &
Federal
Surface Water
Project
Information1
A21
Calculate
Surface Water
In Storage and
Distribute 2
Acquire Water
Transfer
Information and
Distribute 3
Acquire Local
Deliveries
Information
4
A24 Estimate
Inflows and
Outflows
5
A25
Compile
Known Surface
Water
Information6
Water Portfolio
Spreadsheets
Water Portfolio
Items 26 & 30
Water Portfolio
Items 14
Precip
Data
Supply and Balance
Work Team
Water and
Wastewater Agencies
Actual Year State & Federal
Surface Water Project Information
Actual Year Surface Water
In Storage
Actual Year
Water Transfer Info
Actual Year Local
Deliveries Info
Actual Year
Inflows and Outflows
Beginning/End of Year Storage Data
Water Transfer Data
WP Item 9, Local Deliveries
WP, Item 10,
Local Imported
Deliveries
Water Portfolio
Local Deliveries and
Local Imported
Deliveries DataOut of State
Inflows and
Outflows
Actual Year
Surface Water
Actual Year Precipitation
and Runoff Data

8. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A21 Acquire State & Federal Surface Water Project Information
A2
8
Acquire SWP
Delivery Data
1
A211
Acquire CVP
(Base &
Project)
Delivery Data
2
A212
Acquire
Colorado River
Delivery Data
3
A213
Acquire Other
Federal
Deliveries Data
4
A214 Compile State
and Federal
Water Project
Data 5
Supply and Balance
Work Team
Water and
Wastewater Agencies
Water Portfolio
Item 13
Water Portfolio
Item 11
Water Portfolio
Item 1
Water Portfolio
Item 12
Spreadsheets
Actual Year
Other Federal
Deliveries Data
Actual Year
Colorado River
Delivery Data
Actual Year CVP
Delivery Data
Actual Year SWP
Delivery Info
USBR
COE
Actual Year State &
Federal
Surface Water Project
Information
Water Portfolio
Precip
Data
SWP Deliveries
CVP Delivery Data
Colorado River Deliveries
Other Federal Deliveries
Colorado River
Board
Water Portfolio

9. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/3/2007
A211 Acquire SWP Delivery Data
A21
9
Acquire SWP
Deliveries by
Agency
1
Distribute
Deliveries by
HR/PSA/DAU
2
Obtain MWD
Deliveries
3
Compare
Deliveries
4
Remove Water
Used for
CVWD/DWA/
MWD
Recharge 5
Insert Data into
Water Budget
6
Water and Wastewater
Agencies
Supply and Balance
Work Team
SWP Sim
Water Portfolio
Item 13
Actual Year SWP
Delivery Info
SWP Deliveries
Bulletin 132
Table B5A or B5B
SWP Deliveries
MWDSC Staff
MWDSC
SWP
Deliveries
Deliveries Do Not Match
Deliveries Match
Total Water Deliveries
Recharge Water
SWP
Deliveries

10. Obtain MWD Deliveries For Southern California District Only

11. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
12/7/01
10/3/2007
A212 Acquire CVP (Base & Project) Delivery Data
A21
11
Acquire CVP
Deliveries Data
1
Separate into
Base and
Project
Deliveries 2
Distribute by
HR/PSA/DAU
3
Insert into
Water Budget
4
CVP Delivery Data
Water Portfolio
Item 11
Supply and Balance
Work Team
Local Agencies USBR
Actual Year CVP
Delivery Data
Land Use Method
CVP Deliveries
CVP Deliveries separated
into Base and Project
Deliveries by HR/PSA/DAU

12. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/3/2007
A213 Acquire Colorado River Delivery Data
A21
12
Acquire
Colorado River
Deliveries from
Water Agency
1
Distribute
Deliveries by
DAU
2
Acquire
MWDSC
Delivery
Information3
Input into
Water Budget
5
Supply and Balance
Work Team
Local Agencies
Water Portfolio Item 1
Actual Year
Colorado River
Delivery Data
Colorado River
Board
USBR
Compare
Deliveries
4
Deliveries Match
Deliveries Don't Match
Colorado River
Deliveries
Colorado River
Deliveries by DAU
Colorado River
Deliveries by DAU
Colorado River
Deliveries

13. Acquire Colorado River Deliveries from Water Agency Water Agencies/Col.River contractors being:
Coachella Valley Water District
Imperial Irrigation District
Metropolitan Water District
Palo Verde Irrigation District
Palo Verde Irrigation District(mesa lands)
Yuma Project, California portion
(per B160-87, pg. 28)
Acquire MWDSC Delivery Information For South Coast Region Only

14. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/3/2007
A214 Acquire Other Federal Deliveries Data
A21
14
Acquire Other
Federal
Deliveries by
Reservoir 1
Distribute by
HR/PSA/DAU
2
Insert
Information into
Water Budget
3
COE
Supply and Balance
Work Team
Local Agencies
Water Portfolio
Item 12
Actual Year
Other Federal
Deliveries Data
Other Federal Deliveries
Other Federal Deliveries by HR/PSA/DAU
Other Federal
Deliveries
Land Use Method

15. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A24 Acquire Local Deliveries Information
A2
15
Acquire Local
Imported Deliveries
Data and Distribute
by HR/PSA/DAU
1
Acquire Local
Delivery Data
2
Compile Local
Deliveries Info
3
Local Agencies
Supply and Balance
Work Team
Actual Year Local
Deliveries Data
Actual Year Local
Imported
Deliveries Data
Actual Year Local
Deliveries Info
Local Deliveries and
Local Imported Deliveries
Data
WP Item 9, Local
Deliveries
WP, Item 10,
Local Imported
Deliveries
Land Use Method

16. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A25 Estimate Inflows and Outflows
A2
16
Estimate Inflow
from Oregon
1
Estimate Inflow
from Mexico
2
Estimate
Outflow to
Nevada
3
Estimate
Outflow to
Oregon
4
Calculate
Outflow to
Mexico
5
Compile Inflow
and Outflow
Data
6
Supply and Balance
Work Team Member
Actual Year Inflow
from Mexico Actual Year
Outflow to Nevada
Actual Year
Outflow to Oregon
Acutal Year Outflow
to Mexico
Water Portfolio
Item 4a
Water Portfolio
Item 4b
Water Portfolio
Item 54a
Water Portfolio Item 54b Water Portfolio Item 54c
Actual Year
Inflow from Oregon
Land Use Method
Spreadsheets
USBR
-Klamath
Project Office
Irrigation Districts
-Klamath
- Tule Lake
Actual Year
Inflows and
Outflows
Water Portfolio
Out of State
Inflows and
Outflows

17. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/10/01
10/3/2007
A3 Determine Recycled Water
A0
17
Quantify Ocean
Desalination
1
A31
Compile
Recycled
Water Data
2
A32
Estimate Water
from Refineries
3
A33
Compile
Reclaimed
Water
Information5
Actual Year
Reclaimed Water
Water Portfolio
Item 2
Water Portfolio
Item 19
Water Portfolio
Item 3
Actual Year Ocean
Desalination
Actual Year
Recycled Water
Actual Year
Water from
Refineries
Local Delivery Data
A24
Local Delivery Data
A24
Local Delivery Data
A24
Water and Wastewater Agencies
Estimate
Recycled
Water from Ag
Operations 4
A34
Actual Year
Recycled Water
from Agriculture
Precip Data
Supply and Balance Work Team
Water Portfolio

18. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A31 Quantify Ocean Desalination
A3
18
Acquire
Desalting
Information by
Plant 1
Distribute by
HR/PSA/DAU
2
Quantify Ocean
Desal
3
Water Portfolio
Item 2
Actual Year Ocean Desalination
Local Delivery Data
A24
Desalting Information
Desal Information by Plant
Ocean Desal by HR/PSA/DAU
Precip
Data
Supply and Balance Work Team
Water and Wastewater Agencies

19. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A32 Compile Recycled Water Data
A3
19
Acquire
Recycled
Water Data
1
Distribute by
HR/PSA/DAU
2
Compile
Recycled H2O
Data
3
Water Portfolio
Item 19
Water and Wastewater Agencies
Local Delivery Data
A24
Actual Year
Recycled Water
Recycled Water Data
Recycled Water Data
Recycled Water by HR/PSA/DAU
Supply and Balance Work Team
Precip
Data

20. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A33 Estimate Water from Refineries
A3
20
Acquire Data
from Refineries
1
Distribute by
HR/PSA/DAU
2
Compile Water
From
Refineries
3
Water Portfolio
Item 3
Actual Year
Water from
Refineries
Local Delivery Data
A24
Water from Refineries by HR/PSA/DAU
Total Water from RefineriesRefinery Water Recycling Data
Supply and Balance Work Team
Precip
Data

21. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A34 Estimate Recycled Water from Ag Operations
A3
21
Acquire Data
from Ag Water
Users
1
Distribute by
HR/PSA/DAU
2
Compile
Recycled
Water from Ag
Operations 3
Water Portfolio
Item 19
Local Water Districts
Actual Year
Recycled Water
from Agriculture
Estimate of Recycled Water from Ag Users
Recycled Water from Ag by HR/PSA/DAU
Supply and Balance Work Team
Ag Water Recycling Data
Precip
Data

22. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Team
Flow Diagram
10/10/01
10/10/2007
A4 Determine Groundwater
A0
22
Estimate
Groundwater in
Storage
1
A41
Estimate Total
Groundwater
Banking
Recharge 2
A42
Compile
Groundwater
Information
3
Actual Year Groundwater
Water Portfolio
Items 27,28,29,31,32,33
Water Portfolio
Item 8
Actual Year
Groundwater in Storage
Actual Year
Groundwater
Banking Recharge
Groundwater
Storage Data
Adjudicated Basin GW Storage
Groundwater
Experts
Land Use Method
Water Portfolio
Precip Data
Supply and Balance Work Team
Local Agencies
MWD

23. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A41 Estimate Groundwater in Storage
A4
23
Acquire
Information for
Adjudicated
Basins 1
Acquire
Information for
Non-
Adjudicated
Basins 2
Compile
Groundwater
Information
3
Distribute GW
Information by
HR/PSA/DAU
4
Determine GW
in Storage
5
Water Portfolio
Items 27,28,29,31,32,33
Groundwater
Storage Data
Groundwater
Experts
Land Use Method
Actual Year
Groundwater in
Storage
Information on Adjudicated Basins
Estimates of GW in
Non-Adjudicated Basins
GW Information by Basin
GW by HSA/PSA/DAU
Supply and Balance Work Team

24. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/15/2001
10/10/2007
A42 Estimate Total Groundwater Banking Recharge
A4
24
Acquire
Information for
Adjudicated
Basins 1
Acquire
Information for
Non-
Adjudicated
Basins 2
Compile Total
Groundwater
Basin
Information3
Distribute by
HR/PSA/DAU
4
Estimate Total
Groundwater
Banking
Recharge 5
Water Portfolio
Item 8
Adjudicated Basin
GW Storage
Actual Year
Groundwater
Banking Recharge
Local Agencies
Adjudicated Basin Groundwater Information
Non-Adjudicated
Basin Groundwater
Estimates
Groundwater Estimates
Groundwater by HSA/PSA/DAU
Groundwater
Experts Supply and Balance Work Team MWD
Non-Adjudicated Basin GW Storage

25. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Supply & Bal Workteam
Flow Diagram
10/19/2001
10/10/2007
A5 Compile Water Use
A0
25
Determine Ag
Applied Water
1
A51
Determine
Environmental
Water Use
2
A52
Estimate Urban
Water Use
3
A53
Compile Actual
Year Water Use
4
Precip Data
Water Use Work Teams
Water Portfolio
Supply and Balance Work Team
Actual Year Water Use
AW & ETAW
Actual Year Ag
Applied Water
Yearly Environmental
Water
Yearly Urban Water Use for
Each DAU/County Study Area

26. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton/Kofoid
Flow Diagram
10/1/2001
10/10/2007
A51 Determine Ag Applied Water
26
Determine
Irrigated
Agricultural
Acreage 1
A511
Determine
Effective Precip
and ETAW Unit
Rate 2
A512
Determine
Irrigation
Efficiencies
3
A513
Determine Ag
Applied Water
4
Soils Information
Crop Acreage
Crop Information
Pre-selected Panel
of Irrigation Experts
ETAW
Model
Ag & Urban
Workteam
USGS
Paper
Quads
Image Processing
Program
Irrigation
Efficiencies
by Crop by DAU
by County
Unit ETAW by
Crop by DAU
by County
Irrigated Acres
by Crop by DAU
by County
Precipitation
Actual Year Ag
Applied Water
Precip
Data
Water Portfolio
WP, Item 37, Ag Use
Water Use Work Teams
Evaporation Information
Irrigation Efficiencies
Irrigation Methods

27. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag& Urban Workteam
Flow Diagram
10/1/2001
10/10/2007
A511 Determine Irrigated Agricultural Acreage
27
Determine Actual
Year Land Use
Survey Data by
DAU by County
1
A5111
Compare
Previous
Survey with AC
Crop Report of
Same Year3
Apply
Adjustment
Factors to
Actual Year AC
Crop Report
Data 4 Disaggregate
Estimated
Acreage to
DAU by County
5 Total Actual
and Estimated
Crop Acres by
DAU by County
6
Crop Acreage
Ag & Urban
Workteam
Image
Processing
Program
USGS
Paper
Quads
Irrigated Acres
by Crop by DAU
by County
Actual Net Irrigated Crop Acres by DAU by County
Adjustment Factors
Estimated Crop
Acreage by County
Estimated Crop
Acres by DAU
by County
Compile Actual
Year Land Use
Survey Data
2
Actual Net Irrigated Crop
Acres by DAU by County
Water Portfolio
Cropping Pattern
DAU by County Acreage Percentage
Precip
Data

29. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
11/6/2001
10/11/2007
A5111 Determine Actual Year Land Use Survey Data by DAU by County
28
Acquire Aerial
Imagery
1
Develop Field
Sheets
2
A51112
Conduct Field
Reconnaissance
3
Develop Final
Digital Field
Boundaries
and Attributes
4
A51114 Incorporate
DAU Layer and
Gross/Net
Corrections
5
A51115
Aerial Photos
Field Sheets
Completed Field Sheets
Final Land
Use GIS Layer
DAU Boundaries
Water Portfolio
USGS
Paper
Quads
Ag & Urban
Workteam
Image Processing Program
Actual Net Irrigated
Crop Acres
by DAU by County
Scanned Aerial Image Files
Flight Plan
Precip
Data
Crop Acreage

30. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
11/6/2001
10/11/2007
A51112 Develop Field Sheets
29
Scan Aerial
Photography
1
Plot Scanned
Aerial
Photography
2
Delineate Field
Boundaries
onto USGS
Quads using
Aerial
Photography
3 Compile Field
Sheets
4
AG and Urban Workteam
Aerial Photos
Field Sheets
Scanned Aerial Image Files
Plotted Scanned Aerial Photographs
USGS Paper Quads
with Field Delineations
Water Portfolio
Scanner
Plotter
USGS Paper
Quads
Scanned Aerial Image Files

31. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
11/6/2001
10/11/2007
A51114 Develop Final Digital Field Boundaries and Attributes
30
Rectify Aerial
Image
1
Digitize Field
Boundaries
and Attributes
on Screen 2
Digitize Field
Boundaries
and Attributes
for Paper Field
Sheets 3
Incorporate
Quality Control
4
AG and Urban Workteam
Completed Field Sheets
Final Land
Use GIS Layer
Water Portfolio
Corrected Digital
Photoquads
Draft Digital Land Use Quad Layers
Draft Digital
Land Use Quad
Layers
Digitizing Tablet
Satellite Imagery
(SPOT)
Image Processing
Program
Scanned Aerial Image Files
Precip
Data

32. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
11/6/2001
10/11/2007
A51115 Incorporate DAU Layer and Gross/Net Corrections
31
Create
Intersection of
DAU and Land
Use Layers1
Develop Gross
Crop Acreage
by DAU by
County 2
Incorporate
Gross/Net
Corrections
3
AG and Urban Workteam
Final Land
Use GIS Layer
Water Portfolio
Intersection of DAU and
Land Use GIS Layers
Gross Crop Acres by DAU by County
Gross/Net Coefficients
DAU
Boundaries
Actual Net Irrigated
Crop Acres
by DAU by County
Adjust Spring
and Truck Crop
Acres
4
Net Crop Acres by DAU
by County from Survey Data
Precip
Data
Crop Acreage

33. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Water Use Workteam
Flow Diagram
10/4/2001
10/11/2007
A512 Determine Effective Precip and ETAW Unit Rate
32
Compile
Precipitation
Data
1
Compile
Planting and
Harvest Dates
2
Compile Pan
Evaporation or
CIMIS Data
3
Compile Crop
Coefficients
4
Compile Crop
Rooting Depth
and Available
Soil Moisture
5
Compute
ETAW, ET and
Effective Precip
6
Soils Information
ETAW
Model
Crop
Information
Unit ETAW by
Crop by DAU
by County
Precipitation
Daily Precipitation
Planting and Harvest Dates by Crop by DAU
Daily Pan Evaporation and
CIMIS Information by DAU
Crop Coefficients
by Crop
Rooting Depths
and Available
Soil Moisture by DAU
Water Use Work Teams
Water Portfolio
WP, Item 36, Ag Effective
Precip on Irr Lands
WP, Item # 47a, ETAW - Ag
Crop
Calendars
Evaporation
Information
ETo
Pan Evaporation
Crop Coefficients
Soil Survey Information
Soils, Rooting Depth Information

34. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
10/4/2001
10/11/2007
A513 Determine Irrigation Efficiencies
33
Compile DWR
Existing Data
1
Modify Existing
DWR Data
2
Submit for Peer
Review
3
Incorporate
Peer Review
Comments
4Pre-selected Panel
of Irrigation Experts
Irrigation
Efficiencies
Irrigation Efficiencies
by Crop by DAU
by County
Compiled Data
Irrigation Efficiencies
and Documentation
Peer Review Comments
Water Portfolio
WP, Item 49, Incidental E
and ET Ag Return Flows
Ag & Urban
Workteam
Irrigation
Methods

35. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Water Use Workteam
Flow Diagram
10/10/2001
10/11/2007
A52 Determine Environmental Water Use
34
Determine
Managed
Wetlands
Water Use 1
A521 Compile
Instream
Requirements
& Actual Flows2
A522 Determine Wild
and Scenic
Rivers Water
3
A523 Compile Delta
Actual &
Required
Outflow 4
A524
Determine
Other
Environmental
Water Uses5
A525
Compile
Environmental
Water Use
6
Water Portfolio
Environmental Water Work Team
Mass Balance
Method
Yearly Managed
Wetlands Water Use
Yearly Instream Requirements, Actual Flows & Unmet Amounts
Yearly Wild
and Scenic Rivers
Water
Yearly Bay Delta Outflow
Other
Environmental
Water
Water Supply and
Balance Workteam
Data
Precip
Data
Yearly
Environmental
Water
Water Use Work Teams

36. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Water Workteam
Flow Diagram
10/10/2001
10/11/2007
A521 Determine Managed Wetlands Water Use
35
Identify
Wetland
Resources
1
Determine
Wetland
Acreage by
Habitat Type
2
A5212
Develop
Wetland Water
Use
Characteristics
Irrigation
Schedule
3
A5213
Develop ET,
EP & ETAW of
Wetland
Vegetation/
Habitat Types
4
A5214
Calculate
Managed
Wetlands
Water Use
5
Water Portfolio
Mass Balance
Method
Environmental Water Work Team
Yearly Managed
Wetlands Water Use
Data Availability
General Wetland
Information
Actual Wetland
Acreage by
Habitat Type
Wetland Water
Use
Characteristics
Water Portfolio
ETAW of Wetland
Vegetation by
Habitat Type
Water Supply by Source Information
Outflow from Refuge Information
Precip
Data
Water Supply
and Balance
Workteam
Habitat Acreage
DWR Land Use Section
Name & Location
of Refuges
Information on how
fields are managed
ETAW Data
Actual Wetland Acreage by Habitat Type

37. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/10/2001
10/11/2007
A5212 Determine Wetland Acreage by Habitat Type
36
Collect
Acreage of
Seasonal
Marsh 1
Collect
Acreage of
Permanent
Marsh 2
Collect
Acreage of
Brood Ponds
3
Collect
Acreage of
'Wetland
Vegetation'
Management
4 Collect
Acreage of
Forage Crops
5
Determine
Wetland
Acreage by
Habitat Type
6
Environmental Water Work Team
General Wetland Information
Actual Wetland
Acreage by
Habitat Type
Data Availability
Acres of Seasonal Marsh
Acres of Permanent Marsh
Acres of Brood Ponds
Acres of
Water Grass
Management
Acres of
Forage Crops
Habitat Acreage

38. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/10/2001
10/11/2007
A5213 Develop Wetland Water Use Characteristics Irrigation Schedule
37
Identify Flood-
Up Date
(Seasonal only)
1
Identify
Drawdown
Date
(Seasonal only)2
Identify Water
Depth
Management
3
Evaluate Field
Seepage
Characteristics
4
Identify
Circulation
Flow
Management &
Quantities 5
Develop
Wetland Water
Use
Characteristics
6
Environmental Water Work Team
Actual Wetland
Acreage by
Habitat Type
Wetland Water
Use Characteristics
Data Availability
Flood Up Date
Total Number of Days
Fields are Submerged
Depth of
Water in
Fields
Seepage (Deep Percolation)
by Field by Habitat Type
Water Used for
Circulation Flow
Management
Estimate of Irrecoverable Losses
(WP Item 18c)
Identification of Soil Characteristics
Information on
how
fields are managed
Flood-up date
Drawdown date
Estimated depth of fields
Gross estimate of add'l inflow and outflow for circulation
Professional Judgement

39. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/11/2001
10/11/2007
A5214 Develop ET, EP & ETAW of Wetland Vegetation/ Habitat Types
38
Evaluate
Seasonal
Marsh ET, EP
& ETAW 1
Evaluate
Permanent
Marsh ET, EP,
& ETAW 2
Evaluate
Summer
'Wetland
Vegetation'
ET, EP, &
ETAW 3 Evaluate
Forage Crops
ET, EP, &
ETAW 4
Calculate Total
ETAW/
Evaporation
5
Environmental Water Work Team
Wetland Water
Use Characteristics
ETAW of Wetland
Vegetation by
Habitat Type
Habitat or
Rice
Coefficient
Pan Evaporation
with or w/o Lake
Effect Reduction
Crop ETAW Model
Ag Water Use
Workteam
Data
Availability
Precipitation
Forage
Crop ETAW
Summer
Grass ETAW
Permanent Marsh ETAW
Seasonal Marsh ETAW
Water Portfolio
ETAW
Data
Actual Wetland
Acreage
by Habitat Type
Precip
Pan Evap Method

40. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/11/2001
10/11/2007
A522 Compile Instream Requirements & Actual Flows
39
Identify Legal
Instream
Requirements
1
Obtain
Measured
Releases (per
downstream
Reservoir for
RIM Station)
2
Quantify Unmet
Entitlements, If
Any
4
Water Portfolio
Environmental Water Work Team
Yearly Instream
Requirements, Actual
Flows & Unmet Amounts
Environmental
Laws, Decisions,
Agreements
and Regulations Legal Instream Requirements
Measured Releases
Comparison of
requirements vs. actual flows
Streamgage Data
Reservoir Release Data
Precip
Data
Compare
Requirements
and Releases
3

41. Environmental Laws, Agreements and Regulations Court Decisions, SWRCB Orders, Agreements between owner/operator and decision maker

42. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/11/2001
10/11/2007
A523 Determine Wild and Scenic Rivers Water
41
Identify Wild
and Scenic
Rivers by Legal
Reach 1
Obtain
Unimpaired
Runoff Data
&/or Measured
Streamflow by
River 2
Adjust
Measured Data
for River
Reach, if
Necessary 3
Environmental Water Work Team
Water Portfolio
Yearly Wild
and Scenic Rivers Water
Data
List of Wild and Scenic Rivers
Measured Streamflow Data by River
General Rational Method (CIA)
The California Wild and
Scenic Rivers Act of 1972The 1968 National Wild
and Scenic Rivers Act
GIS
CDEC Full Natural Flow
Reports, Streamgage Data,
Bulletin 1

43. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
12/7/01
10/11/2007
A524 Compile Delta Actual & Required Outflow
A52
42
Obtain
DAYFLOW
Data
1
Obtain
Minimum
Required
Outflow 2
Insert into
Water Budget
4
Water Portfolio
Precip
Data
Environmental Water Work Team
Yearly Bay Delta Outflow
DWR ESO
or Website
Actual Delta Outflow
D-1641 Legislation
Check with
DWR
O&M(JOC) for
their review3
Envr. work team staff and O&M JOC staff
Minimum Required Delta Outflow
and Actual Delta Outflow
DWR Operations
Scheduling Section
Review of data
Minimum Required Delta Outflow

44. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Env Workteam
Flow Diagram
10/11/2001
10/11/2007
A525 Determine Other Environmental Water Uses
43
Determine E
and ET from
Native
Vegetation 1
Determine
Evaporation
from Natural
Lakes and
Reservoirs 2
Determine
Environmental
Water Account
Use
(n/a 1998 &
2000) 3 Compile Other
Environmental
Water Uses
and Distribute
by HR 4
Other
Environmental
WaterEnvironmental
Water Account
Use
Actual Year Evaporation
from Lakes and Reservoirs
Actual Year Evaporation
and ET from Native Vegetation
Environmental Water Work Team
Water Supply
and Balance
Workteam
Water Portfolio
Precip
EWA Data
Pan Evaporation
Method
Mass Balance Method
Precip
Data

45. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
10/11/2001
10/15/2007
A53 Estimate Urban Water Use
44
Estimate Public
Supply Urban
Water Use by
Water Use
Sector for Each
DAU/ County
Study Area1
A531 Estimate Self
Supplied Urban
Water Use by
Water Use
Sector for Each
DAU/ County
Study Area
2
A532
Compute
Yearly Urban
Water Use
Overall and by
Water Use
Sector for Each
DAU/ County
Study Area3
Ag and Urban Workteam
Yearly Public Supply Urban Water
Use by Water Use Sector for each
DAU/County Area
Yearly Self-Supplied Urban
Water Use for each DAU/
County Study Area
Yearly Urban Water Use for
Each DAU/County Study Area
Precip
Data
Water Portfolio

46. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
10/11/2001
10/15/2007
A531
Estimate Public Supply Urban Water Use by Water Use Sector for Each DAU/
County Study Area 45
Compute Per
Capita Public
Water System
Production for
Each PWS
(Overall and by
Water Use
Sector)
1
Compute Per
Capita Public
Water System
Production for
each
DAU/County
Study Area3
Compute
Public Supply
Water Use
Overall and by
Water Use
Sector for each
DAU/County
Study Area4
Ag and Urban Workteam
Water Portfolio
Yearly Public Supply Urban
Water Use by Water Use
Sector for each DAU/County
Area
Public Supply Urban Water
Use by Water Use Sector
Population Weighted Average Per Capita Public System
Water Production:
- Overall
- Single Family Residental
- Multi-Family Residental
- Commercial/Institutional
- Industrial
- Public
- Other (Fire suppression, street cleaning, line flushing,
construction temporary meters).
Precip
Data
Select
Representative
Water Systems
for
DAU/County
Study Area2
Public Water System
Statistics Data
Study Area Boundaries
List of Selected Water Systems
Population Served by Public Water Systems

47. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Ag & Urban Workteam
Flow Diagram
8/21/2007
10/15/2007
A532
Estimate Self Supplied Urban Water Use by Water Use Sector for Each DAU/
County Study Area
A53
46
Select
Representative
Water Systems
for Rural Self-
Supplied Water
User for
DAU/County
Study Area1
Determine Self-
supplied
Industrial
Water Use and
Other Large
Water Use for
each
DAU/County
Study Area2
Estimate Rural
Self-Supplied
Water Use for
each
DAU/County
Study Area3 Compute Self-
Supplied Water
Use for Each
DAU/County
Study Area4
Water Use Work Teams
Precip
Data
Yearly Self-Supplied Urban
Water Use for each DAU/
County Study Area
Public Water
System data
Commercial and Industrial
Employment data
Total Population and
Population Served by Public
Water Systems data
Per Capita Public System
Water Production
Water Use by Large Self-Supplied Water User
Rural Self-Supplied
Water Use
Water Portfolio
A5322 - Does that
mean High Water Use
or Large Landscape??

48. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
10/19/2001
8/31/2007
A6 Compile Flow Diagram
A0
47
Apply
Depletion
Water Balance
2
A62
Apply Net
Water Balance
3
A63
Apply Applied
Water Balance
4
A64
Balance Water
Portfolio Flow
Diagram
5
Supply and Balance Work Team
Actual Year Groundwater
Actual Year
Flow Diagram
Actual Year Reclaimed Water
Actual Year Water Use
AW & ETAW
Depletion Water Balance
Net Water Balance
Applied Water
Balance
Professional Judgement
Water Use WorkTeams
Computer Technology
Actual Year Surface
Water
Apply Inflow-
Outflow
Method
1
A61
inflow-outflow water balance
depletion iteration
net iteration
applied iteration
Applied Water
Water Portfolio
Actual Year Precipitation
California Water Plan Update 2009 A2

49. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
8/31/2007
10/30/2007
A61 Apply Inflow-Outflow Method
A6
48
Develop Applied
Water
1
Determine
Return Flow
2
A612
Determine
Irrecoverable
Water
3
A613
Develop Supply
4
Develop Inflow-
Outflow Water
Balance by Sector
& Total 5
Actual Year Groundwater
Actual Year Water Use
AW & ETAW
Actual Year Reclaimed Water
Actual Year Surface
Water
applied iteration
net iteration
depletion iteration
inflow-outflow
water balance
supply iteration
Return Flow
Irrecoverable
Water
water supply
Applied Water
Supply and Balance Work Team
Computer Technology
relational factors
Agricultural
Applied Water
Managed Wetlands
Applied Water
Applied Water
Water Portfolio
Actual Year Precipitation

50. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/5/2007
10/30/2007
A612 Determine Return Flow
A61
49
Develop Deep
Percolation and
Conveyance
Deep Perc 1
A6121 Determine
Return Flow to
Developed
Supply 2
A6122
Supply and Balance Work Team
Computer Technology
Return Flow
Compile Return
Flows
5
Determine Reuse
including return
flow within service
areas
3
A6123
Deep Perc by Sector
Return Flow by Sector
Reuse by Sector
relational factors
Applied Water
Actual Year Water Use
AW & ETAW
net iteration
supply iteration
data

51. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
10/30/2007
A6121 Develop Deep Percolation and Conveyance Deep Perc
A612
50
Compute
Conveyance
Deep Perc by
sector 1
A61211
Compute
Applied Water
Deep Perc by
sector 2
A61212
compute
subsurface
outflow by
sector 3
A61213
Compile total
deep perc by
sector
4
relational factors
Applied Water
Computer Technology
Supply and Balance Work Team
Deep Perc by Sector
supply iteration
net iteration
conveyance deep perc
AW deep perc
subsurface
outflow by
sector

52. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
10/30/2007
A61211 Compute Conveyance Deep Perc by sector
A6121
51
Use developed
supply by
sector
1
develop
conveyance
deep perc
relational
factors 2
Compile
conveyance
deep perc by
sector 3
Applied Water
Supply and Balance Work Team
Computer Technology
relational factors
supply iteration
net iteration
conveyance deep perc
developed supply
conveyance
deep perc
relational
factors
developed supply

53. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
10/30/2007
A61212 Compute Applied Water Deep Perc by sector
A6121
52
Use applied
water by sector
1
Determine AW
Deep Perc
relational
factors 2
Compile AW
Deep Perc by
sector
3
Supply and Balance Work Team
Computer Technology
supply iteration
net iteration
relational factors
Applied Water
AW deep perc
applied water
applied water
AW Deep Perc
relational factors

54. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
10/30/2007
A61213 compute subsurface outflow by sector
A6121
53
Use Applied
Water
1
Determine
subsurface
outflow
relational
factors 2
Compile
subsurface
outflow by
sector 3
Supply and Balance Work Team Computer Technology
supply iteration
net iteration
relational factors
Applied Water
subsurface outflow by sector
Applied Water
Applied Water
subsurface
outflow relational
factors

55. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
9/11/2007
A6122 Determine Return Flow to Developed Supply
A612
54
Determine
Return Flow to
developed
supply by
sector 1
A61221
Determine
conveyance
return flow to
developed
supply by
sector 2
A61222
Compile total
return flow to
developed
supply 3
relational factors
Applied Water
Computer Technology
Return Flow by Sector
conveyance return flow of AW
conveyance return flow
data
Supply and Balance Work Team

56. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
11/1/2007
A61221 Determine Return Flow to developed supply by sector
A6122
55
Determine
Return Flow to
Developed
Supply, same
DAU, other
county 1 Determine
RFTDS, same
county, other
DAU 2
Determine
RFTDS, same
PA, other
DAU/Co 3
Determine
RFTDS, other
PA
4
Determine
RFTDS, other
Region
5
Compile Return
Flow to
Developed
Supply 6
relational factors
Applied Water
conveyance return flow of AW
RF Same DAU, other County
RF, same county, other DAU
RF, same PA, other DAU/Co
RF, other PA
RF, other
region
relational factors
data
Computer Technology
Applied Water
Supply and Balance Work Team

57. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
11/1/2007
A61222 Determine conveyance return flow to developed supply by sector
56
Determine
Conv Return
Flow to
Developed
Supply, same
DAU, other
county 1
A612221
Determine
CRFTDS,
same county,
other DAU 2
A612222
Determine
CRFTDS,
same PA, other
DAU/Co 3
A612223 Determine
CRFTDS, other
PA
4
A612224 Determine
CRFTDS, other
Region
5
A612225
Compile
Conveyance
Return Flow to
Developed
Supply 6
relational factors
Computer Technology
Supply and
Balance Work
Team
Applied Water
conveyance
return flow of AW
RF Same DAU, other County
RF, same county, other DAU
RF, same PA, other DAU/Co
RF, other PA
RF, other
region
data
conveyance return flow

58. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
11/1/2007
A612221 Determine Conv Return Flow to Developed Supply, same DAU, other county
57
Develop supply
by Sector
1
Develop
relational
factors by
sector 2
Compile Return
Flow to
Developed
Supply 3
Applied Water
relational factors
Supply and Balance Work Team
Computer Technology
RF Same DAU, other County
relational factors
Applied water
Applied Waterdata

59. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
9/11/2007
A612222 Determine CRFTDS, same county, other DAU
58
Determine
Applied Water
1
Determine
relational
factors for
return flow 2
Compile return
flow
3
Computer Technology
Supply and Balance Work Team
relational factors
Applied Water
RF, same county, other DAU
applied water
applied water
relational factors
for return flow
data

60. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
11/1/2007
A612223 Determine CRFTDS, same PA, other DAU/Co
59
Use Applied
Water
1
develop
relational
factors for
return flows2
Compile return
flows
3
Computer Technology
Supply and Balance Work Team
Applied Water
relational factors
data
RF, same PA, other DAU/Co
relational factors
for return flow
Applied Water
applied water

61. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
11/1/2007
A612224 Determine CRFTDS, other PA
60
Use applied
water by sector
1
determine
relational use
factors for
return flows2
compile return
flows by sector
3
Supply and Balance Work Team
Computer Technology
Applied Water
relational factors
data
RF, other PA
relational factors
for return flows
applied water
applied water

62. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
9/11/2007
A612225 Determine CRFTDS, other Region
61
Use applied
water by sector
1
determine
relational
factors for
return flow by
sector 2
compile return
flow
3
Supply and Balance Work Team
Computer Technology
Applied Water
data
relational factors
RF, other region
applied water
applied water
relational factors for return flows

63. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/12/2007
11/1/2007
A6123 Determine Reuse including return flow within service areas
A612
62
Determine
reuse between
sectors from
outflow by
sector 1
Compute reuse
by sector for
use in other
sectors 2
Compute
internal reuse
within sector by
sector 3
Determine total
reuse by sector
4
Supply and Balance Work Team Computer Technology
Deep Perc by Sector
Applied Water
Actual Year Water Use
AW & ETAW
Reuse by Sector
data
reuse by sectors
reuse sector to sector
Return Flow by Sector

64. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/5/2007
3/24/2010
A613 Determine Irrecoverable Water
A61
63
Develop E&ET
for Ag, Urban
and Wetlands
1
A6131
Develop
Irrecoverable
Water for
Conveyance
E&ET,
incidental
E&ET 2
A6132 Develop
Return Flow to
Salt Sink
3
Develop
Outflow to
Oregon,
Mexico &
Nevada 4
Compile
Irrecoverable
Water
5
Supply and Balance Work Team Computer Technology
Irrecoverable
Water
net iteration
depletion iteration
E&ET for AG, Urban & Wetlands
Conveyance & Incidental Irrecoverable Water
Return Flow to Salt Sink
Statewide
Outflow
relational factors
Applied Water
Supply
applied iteration
Managed Wetlands Applied Water
Agricultural Applied Water

65. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/7/2007
11/1/2007
A6131 Develop E&ET for Ag, Urban and Wetlands
A613
64
Develop ETAW
for AG, M&I,
MW
1
Develop
evaporation for
Ag, M&I, MW,
GW recharge
by sector 2
A61312
Develop Evap
for M&I
wastewater
3
A61313
Develop E&ET
for Ag
4
Computer Technology
Supply and Balance Work Team
depletion iteration
net iteration
E&ET for AG,
Urban & Wetlands
evaporation of
wastewater
evap of Ag, M&I, MW & GW recharge
ETAW for Ag, M&I, MW
relational factors
professional judgement
Applied Water
data

66. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/10/2007
11/1/2007
A61312 Develop evaporation for Ag, M&I, MW, GW recharge by sector
A6131
65
Applied Water
for GW
recharge for
Ag, M&I, MW1
Determine
Relational
Factors
2
Compute
Evaporation for
Ag, M&I, MW
groundwater
recharge 3
relational factors
Supply and Balance Work Team
Computer Technology
professional judgement
evap of Ag, M&I, MW
& GW recharge
Applied Water
GW recharge AW
relational factors for
GW recharge
GW recharge AW

67. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/10/2007
11/1/2007
A61313 Develop Evap for M&I wastewater
A6131
66
Determine
Urban
Wastewater
Production 1
Determine
Urban
Wastewater
Discharge 2
Determine
Urban
Wastewater
deep
percolation 3
Compute
Urban
Wastewater
Evaporation4
Supply and Balance Work Team Computer Technology
evaporation of wastewater
Applied Water
data
NPDES requirements
urban wastewater production
urban wastewater discharge
Urban
Wastewater
deep perc

68. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/10/2007
3/24/2010
A6132 Develop Irrecoverable Water for Conveyance E&ET, incidental E&ET
A613
67
Compute
Conveyance
Evaporation by
sector 1
A61321 Compute
Irrecoverable
Drainage and
Riparian Water
by Sector 2
A61322
Compute Ag
Misc
Irrecoverable
Water by
Sector 3
A61323
net iteration
depletion iteration
Computer Technology
Supply and Balance Work Team
relational factors
Supply
Conveyance &
Incidental
Irrecoverable Water
Irrigation evaporation
irrecoverable drainage
Compute
Irrecoverable
irrigation water,
conveyance
evaporation
and misc by
sector 5
misc ag
irrecoverable water
applied iteration
Managed Wetlands
Applied Water
Agricultural Applied Water
Compute
Managed
Wetland
Irrecoverable
Water by
sector 4
A61324
misc MW
irrecoverable water
Applied Water

69. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/10/2007
3/24/2010
A61321 Compute Conveyance Evaporation by sector
A6132
68
Compile
developed
supply by
sector 1
Determine
relational
factors for
conveyance
evaporation by
sector 2
Compute
conveyance
evaporation by
sector 3
Supply and Balance Work Team Computer Technology
depletion iteration
relational factors
net iteration
Irrigation evaporation
Supply
relational factors for
conv evap
developed supply by sector
data
Applied Water

70. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/10/2007
3/24/2010
A61322 Compute Irrecoverable Drainage and Riparian Water by Sector
A6132
69
Compile
Applied Water
by Sector
1
Determine
Riparian
Irrecoverable
Water
Relational
Factors by
Sector 2
Compute
Irrecoverable
Drainage and
Riparian ET by
Sector 3
Supply and Balance Work Team
Computer Technology
depletion iteration
relational factors
net iteration
Supply
irrecoverable drainage
applied water by sector
Agricultural Applied Water
Managed Wetlands Applied Water
applied iteration
Applied Water

71. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
3/24/2010
A61323 Compute Ag Misc Irrecoverable Water by Sector
A6132
70
Compile Ag
Applied Water
1
Determine Ag
Evaporation and
Evapotranspiration
Relational Factors
2
Compute Ag
Misc Evap &
ET
3
Supply and Balance Work Team
Computer Technology
Agricultural Applied Water
Supply
depletion iteration
relational factors
net iteration
misc ag irrecoverable water
Ag Applied Water
Ag ET Relational Factors
Ag Applied Water

72. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
9/11/2007
3/24/2010
A61324 Compute Managed Wetland Irrecoverable Water by sector
A6132
71
Use Managed
Wetlands
Applied Water
1
Determine misc
MW
Evaporation &
ET Relational
Factors 2
Compute Misc
MW Evap & ET
3
Supply and Balance Work Team
Computer Technology
Managed Wetlands Applied Water
relational factors
net iteration
depletion iteration
misc MW irrecoverable water
MW misc irrecoverable
relational factors
MW Applied Water
MW Applied Water

73. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
12/10/2001
12/10/2001
A62 Apply Depletion Water Balance
A6
72
Determine
Total E & ET
Outflow to Salt
Sink and
Outflow to
Nevada,
Oregon,
Mexico 1
Develop Net
Supply (Supply
minus Deep
Percolation)
2
Develop
Depletion
Balance
3
Computer Technology
Supply and Balance Work Team
Depletion Water Balance
Total E&ET Outflow to Split Sink
Outflow to Mexico, Nevada, Oregon
Net Supply
Depletion Supply
Iteration of Supply Data
Iteration of Outflow Data & E&ET
depletion iteration
inflow-outflow water balance
Applied Water
Actual Year Water Use
AW & ETAW

74. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
12/10/2001
11/1/2007
A63 Apply Net Water Balance
A6
73
Develop E&ET
for AG, Urban,
Wetlands
1 Develop
Irrecoverable
Losses for
Conveyance
E&ET,
Incidental
E&ET 2
Determine
Return Flow to
Developed
System - AG,
Urban, &
Wetland, R.F.
to Salt Sink, &
Outflow to
Nevada,
Mexico,
Oregon 3
Develop Water
Supply (Supply
minus Deep
Percolation)
4
Balance Net
Water Use
5
Computer TechnologySupply and Balance Work Team
Net Water Balance
Water Supply
- Deep Perc
Return Flows
Irrecoverable Losses
E & ET
Iteration/Water Supply
Iteration/Return
Flows
Iteration/
Irrecoverable Losses
Iteration/E&ET
net iteration
inflow-outflow water balance
Applied Water
Actual Year Water Use
AW & ETAW

75. Used At:
Author:
Notes: 1 2 3 4 5 6 7 8 9 10
Date:
Rev:
READER DATEWORKING
DRAFT
RECOMMENDED
PUBLICATION
Project:
Node: Title: Number:
Page:
CONTEXT:Tipton
Flow Diagram
12/10/2001
3/24/2010
A64 Apply Applied Water Balance
A6
74
Develop Ag, Urban,
and Environmental
Applied Water and
Conveyance
Irrecoverable Water
1 Determine
Reuse, incl.
Return Flow
within Service
Area, Deep
Percolation2
Develop
Supply
3
Develop
Applied Water
Balance
4
Supply and Balance Work Team
Computer Technology
Applied Water Balance
Urban, Ag & Env Applied Water & Conveyance Losses
Reuse
Water Supply
Iteration/Water Supply
Iteration/Reuse
Iteration/Applied Water
and Conveyance Losses
inflow-outflow water balance
applied iteration
Applied Water
Actual Year Water Use
AW & ETAW

76. riosharePortfolioUpdate_2009Update_2009_IDEF0flow diagram(3-24-2010).igx
+ Run Setup
+ Generators
+ Resources
+ Calendars
+ Initialization
+ Functions
+ Monitors

77. riosharePortfolioUpdate_2009Update_2009_IDEF0flow diagram(3-24-2010).igx
Elapsed Time
Transaction Statistics
Transaction Statistics
Activity Statistics