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DBMS Phase II Report 1 Utah State University

Geodatabase Management System - Phase II Report 1 Robert T. Pack, Utah State University, Utah Water Research Laboratory 2 Final Report Dated December 1, 2001 3 4 I. Introduction 5 6 This report summarizes Phase II activities associated with Geodatabase Management 7 System work as defined in "Statement of Work for Technical Studies Prepared for WRIA 8 1 Watershed Management Project by the Utah Water Research Laboratory, Utah State 9 University" dated July 21, 2000. 10 11 II. WRIA 1 Metadata Catalog 12 13 Besides summarizing the metadata catalog that has been developed (Deliverable 1), this 14 section of the report summarizes activities associated with Tasks 1, 2 & 3 of the 15 geodatabase management system (DBMS) portion of the SOW. 16 17 Data Catalog Assembly 18 19 This task has focused on the collection of all decision-relevant data associated with the 20 WRIA 1 Watershed Management Project. The type of information USU is gathering has 21 three categories: (1) references to data, reports, papers, etc. (2) information about data 22 including sources, quality, definitions, etc. (metadata); and (3) the data, reports, papers, 23 etc. themselves. Separate databases are being developed that deal with each of these 24 three categories. The first category of information is being handled by a reference 25 databases popular among researchers called "Endnote". This database structure is 26 facilitating the cataloging of relevant reports or data and the subsequent attachment of 27 these references in report bibliographies. Once a reference to a report or paper is 28 discovered and located, the actual report (category 3 information) can be obtained and 29 read. 30 31 If, on the other hand, relevant data (rather than a report) is discovered in the reference 32 database, further information about the data must (hopefully) be obtained by reading a 33 detailed metadata record (category 2 information) found in a separate database. For this 34 reason a metadata catalog is being developed. 35 36 A data cataloging procedure has been implemented at USU. Following is a summary of 37 how different types of data are being handled: 38 39 1. References to Data or Reports - 40

• Reports, papers, etc. - Endnote Database on USU data server; a standard style has 41 been customized to include a "location" field 42

• Geographic data - Endnote Database on USU data server; a custom style has been 43 developed that includes a "location" field and "metadata file" field. 44

• Non-geographic data - Endnote Database on USU data server; a custom style has 45 been created that includes a "location" field and "metadata file" field. 46


47 48 2. Data about the data (metadata) - 49

• Geographic data - FGDC metadata format through the RTSE SMMS 3oh! Spatial 50 GIS metadata/Data Manager posted on USU data server 51

• Non geographic data (less common) - FGDC format metadata format with 52 geographic references left blank. 53

54 3. The data or reports themselves 55

• Hardcopy reports, papers, etc. - Libraries at USU and in WRIA1; personal offices 56 when checked out 57

• Electronic reports, papers, etc. - USU data server 58 • Geographic data - USU data server 59 • Non-geographic data - USU data server 60

61 The use of the Endnote software program provides a simple search engine, enables easy 62 incorporation of references into documents and bibliographies, and is widely used by 63 researchers. The program is used extensively by USU faculty. Figure 1 shows the 64 database schema associated with the Endnote software. 65 66

67 68 Figure 1. Database schema associated with the Endnote software. 69


70 71 The Endnote Database has been placed on the USU WRIA 1 Data Server and can be 72 accessed over the internet. Figure 2 shows a screenshot of the web browser interface. 73 74 75

76 77 Figure 2. Screen shot showing the web browser interface for the Endnote Database. 78 79 80 The RTSE SMMS 3oh! program has been implemented for metadata entry and has at its 81 core, an Access database. This software facilitates the structuring, entry and quality 82 control of metadata according to federal FGDC guidelines. Figure 3 shows how the 83 metadata is displayed by the RTSE MetaGate metadata display software. This interface 84 enables quick perusal of the metadatabase being developed for WRIA. It also allow the 85 GIS data itself to be view side-by-side with its associated metadata. Metadata can be 86 searched by using keywords, attributes, time-period of the data layer and extent of the 87 data layer. A mouse can also be used to graphically search for datasets. 88 89 The SMMS metadata entry form can tie data and metadata by allowing a SMMS 90 metadata record to be associated with the actual GIS data layer it describes. Once a 91 SMMS record is associated with a GIS data layer, metadata elements like bounding 92 coordinates, point and vector object counts, native data environment and entity/attributes 93 can be extracted directly from the GIS data into SMMS fields. This automatic data entry 94


feature is enabled for coverages, shapefiles, and major image formats. Figure 4 show an 95 example of a portion of a SMMS metadata entry form. To-date, software has not been 96 purchased that web-enables SMMS and therefore metadata can only be viewed locally at 97 USU. Web serving this data is planned for Phase III. 98 99 100

101 102 Figure 3. Screen shot of the MetaGate metadata display software showing sites with 103 miscellaneous streamflow information. This interface enables quick perusal of the 104 metadatabase being developed for WRIA 1. 105 106 107 Both geographic data files and non-geographic data files are being served directly by the 108 USU data server over the local network. These files are placed within a well-organized 109 directory structure. 110 111 The "Catalog of Existing Information" is an MS Access database submitted by the USGS 112 to WRIA 1. It combines several tables that each represent one or more of the three 113 information categories. These tables each follow a non-standard format specifically 114 customized for the data or reports cataloged. For the purposes of USU work, it is 115


necessary to separate this data into (A) an Endnote reference file, (B) a FGDC metadata 116 file, and (C) a separate set of data files referenced by the metadata. Data translations into 117 these formats are being completed on an "as-needed" basis. 118 119 120

121 122 Figure 4. Screen shot showing a portion of the SMSS metadata entry form. 123 124 125 USU has established an internal policy for entering data, reports, papers, etc. into our 126 system that may be of assistance to the WRIA 1 Database Team. Following is a 127 summary of the policy write in second person: 128 129 When you receive or write a paper or report: 130

131 If you want to keep it in your office: 132

(1) Photocopy tittle page 133 (2) Compile and attach keyword list 134 (3) Deliver/send the above to the data entry coordinator for record entry into the project 135

Endnote database 136 (4) Document location "field" in database will be set as your office 137

138 If you want it stored in the project room: 139

(1) Attach a keyword list 140 (2) Deliver/send document and list to the data entry coordinator for entry into the 141

Endnote database and document filing 142 (3) Document location "field" in database will be set to the project room 143


144 When you find out about a paper or report and you only want it entered in the database: 145 146

(1) Write down reference information and keywords as well as the document location 147 (2) Send/email to the data entry coordinator for entry into the database 148 (3) Document location "field" will be set to the location specified. 149

150 When you find out about a paper or report and you want it ordered: 151 152

(1) Write down reference information and keywords 153 (2) Send/email to the data entry coordinator for entry into the database 154 (3) Document location "field" in database will be set to "on-order" 155 (4) Burgandy will then forward the order request to the appropriate individual or organization 156

157 When you receive or create digital data and you want it on the server: 158 159

(1) Compile and attach metadata including keyword list. Metadata must conform to metadata 160 standard of the Federal Geographic Data Committee (FGDC). The RTSE software should be 161 used in filling out the metadata. 162

(2) Deliver the data and metadata files to Bob Pack or his assistant. 163 (3) Metadata will be sent to the data entry coordinator for insertion into the FGDC-compliant 164

metadatabase and a metadata html page will be generated 165 (4) Data and metadata will be posted on the data server and you will be informed where to 166

retrieve it. 167 (5) Reference to the data will be entered in the Endnote database and the document location 168

"field" in Endnote database that points to the metadata will be set to "server" 169 170

When you receive or create digital data and you don't want it on the server: 171 172

(1) Compile metadata including keyword list. Metadata must conform to metadata standard of 173 the Federal Geographic Data Committee (FGDC). A computer program will be made 174 available to assist in filling out the metadata. 175

(2) Send metadata directly to the data entry coordinator for insertion into the database. A 176 metadata html page will then be generated. 177

(3) Metadata html page will be posted on the data server 178 (4) Data location "field" in the Endnote database will be set to your office 179

180 181 This data catalog assembly task is to be completed during Phase III. The work completed 182 to date is on schedule insofar as the data needs of the USU Technical Teams is concerned 183 and the intent of the Phase II Task 1. The assembly of database information is well ahead 184 of the data entry process and hence there is a large backlog of data that still requires input 185 (in the 100’s of entries). This lag in entry is large due to the need to allocate resources to 186 the Watershed Characterization viewer at the request of the WRIA 1 technical teams. 187 This backlog will be taken care of during Phase III. 188

189 190

Data Collection 191 192 In support of the USU science team, all GIS data relevant to the modeling system as well 193 as the decision support system (DSS) has been assembled. Geographic data has been 194


transformed to a common UTM Zone 10 NAD 83 projection and datum as required. To 195 date, no transformations of vertical (3D) data have been required. 196 197 Databases that have been developed in support of the USU team activities include: 198 199 a) groundwater data from existing sources including: surficial aquifers; public water 200

supply wells including well depth, water treatment type, well capacity, and resident 201 population; surficial aquifer depth to water contours based on well information; 202 water table contours based on selected wells and surface water elevations; USGS 203 wells from ground water site information; surficial aquifer thickness based on well 204 information (Sumas – Blaine); land use/land cover created from the USGS GIRAS 205 files; Washington state major shorelines and state boundaries; critical aquifer 206 recharge areas as designated by Whatcom County; potential ground water 207 contamination sources; wellhead protection zones for Washington state; recent well 208 head protection zones including both circular and non-circular from WCHHSD; 209 locations and dates of miscellaneous streamflow measurements done by USGS, 210 WWU, DOE, WCCD, etc.; NRCS soil GIS vector files; public water system well 211 locations; Whatcom County Health and Humans Services Department (WCHHSD) 212 well log database; USGS pdf maps on project area ground water system & surface 213 water system downloaded from the USGS site; USGS National Water Information 214 System (NWIS) well database; Washington DOE well database files from Aquifer 215 Vulnerability Project; Washington DOH public drinking water supply database; 216 Whatcom Water Division database; well log data from WCHHSD with 3200 records 217

218 b) groundwater data generated by the groundwater group including: well-location layers 219

prepared from well data/attributes; water elevation layers were interpolated for years 220 of records with the most wells (1971, 1972, 1990, 1991, 1994, 1995); surficial and 221 non-surficial hydraulic conductivity layers interpolated for the LENS area; depth of 222 impermeable layer interpolated for the LENS study area. 223

224 c) surface water quantity-related data collected from external sources is given in the 225

following table: 226 227

Data Type Details Source

Measured Streamflow 29 stations - historic daily flow in electronic format USGS

Measured Streamflow 7 stations – digitized historic daily flow Published Reports

Measured Streamflow 10 stations – hard copy of daily flows – seasonal coverage only

Published Reports

Climate Data (precipitation, temperature, all other available parameters)

14 gages – at highest level of resolution (daily, monthly) NOAA/NWS

Wind Speed/Direction Various sites in Whatcom County

Northwest Air Pollution Authority (NWAPA)

Spatial Estimate of 1961-1990 Average Precipitation

Generated using the PRISM methodology. (preliminary version that includes Canadian

Chris Daly, Oregon State University


portions so covers all of WRIA 1 )

Spatial Estimate of 1961-1990 Average Minimum and Maximum Temperature

Generated using the PRISM methodology. (preliminary version that includes Canadian portions so covers all of WRIA 1 )

Chris Daly, Oregon State University

Snow Water Equivalent 13 Manual Snow Course, 2 SnoTel at highest resolution available

NRCS

228 d) surface water quantity-related data generated internally is given in the following 229

table: 230 231

Data Type Details Source

Statistics of Measured Streamflow

Monthly and annual averages and standard deviation

USU Surface Water Quantity (SWQN) Task 1 report

Delineation of Gauged Watersheds

Watersheds for Gages with electronic streamflow data delineated from digital elevation models using TARDEM software.

USU SWQN Task 2 report

Hydrologic Stratification of Gauged Watersheds

Rainfall driven or Glacial/Snowmelt driven or both


Naturalized Streamflow

Estimates of long-term mean monthly streamflow at 32 gages with at least 1 year of record


Naturalized Runoff

Estimates of long-term mean monthly runoff at 176 drainages with complete DEM data


Standard Error of Naturalized Runoff Estimates

At 176 drainages with complete DEM data USU SWQN Task 2 report

Present-day Runoff

Estimates of present-day long-term mean monthly runoff at 176 drainages with complete DEM data


Diversion Volume Estimate of Middle Fork Nooksack R. to Lake Whatcom


Statistics of Gauged Precipitation Data

Monthly averages and standard deviation USU SWQN Task 1 report

Statistics of Snow Water Equivalent

Monthly averages and standard deviation USU SWQN Task 1 report

Categorized Water Use (agriculture, residential, commercial/industrial, public water supply systems)

Estimated surface and ground water use by drainage – for 128 drainages with detailed Tax Parcel information

USU SWQN Task 3 report and Public Utility District 1 (PUD)

Estimate of Net Consumptive Water Use

Estimated increase in evapotranspiration over natural land-use conditions by

USU SWQN Task 3 report and PUD


drainage – for 128 drainages with detailed Tax Parcel information

Water Balance Error For 176 drainages with full DEM data USU SWQN Task 3 report

232 233 e) surface water quality-related data from existing sources including: Washington DOW 234

ambient water quality database; Washington DOE environmental information 235 management database; USGS national water quality assessment data warehouse; 236 Whatcom County Shellfish Protection Districts Water Quality Database; Western 237 Washington University Institute for Watershed Studies Lake Whatcom Monitoring 238 Project long-term monitoring data; Lummi Nation Natural Resources temperature 239 data; Lummi Nation Skookum Creek Hatchery monitoring reports; Nooksack Indian 240 Tribe Water Quality Department water quality data; Western Washington University 241 Institute for Watershed Studies Kamm Creek Watershed monitoring project; 242 Whatcom Conservation District Acme Watershed water quality monitoring project 243 Phase I: 1998-1999; City of Bellingham Middle Fork Nooksack temperature data 244

245 f) surface water quality data collected during the Utah State University field study. 246 247 These data holdings are found on the Nooksack Project data server and are easily 248 accessible to the team. Where needed transformations into the project UTM Zone 10 249 NAD83 map projection has been made. Metadata files are in development and will 250 continue as a part of Phase III. Many of these data are directly linked to the tools 251 described in the following sections. 252 253 This task is to be completed during Phase III. This work is on schedule insofar as the data 254 needs of the USU Technical Teams is concerned. 255 256 257 Computer Server 258 259 A Windows NT based computer server with approximately 500 GB of RAID 5 storage 260 has been assembled. The server has RAID 5 redundancy so as to ensure down-times of 261 no more than 24 hours in the event of a disk failure. All DSS-relevant data sets are also 262 loaded on the server. Concurrent with the data assembly and loading, a web server has 263 been established. Our analysis indicates that Citrix Application Server software will 264 provide the most flexibility for browser-based interfacing with the DSS. This software 265 could not be purchased under the Phase II budget and has been deferred to Phase III. 266 Web links have not been established with stakeholder dynamic data sets because no such 267 datasets have yet been identified. ArcView Shape and Grid formats have been set as the 268 primary geographic exchange format. However, Arc/Info coverages are another 269 convenient format that has been incorporated as a primary format. 270 271 272 273


III. DBMS Management and Visualization Software Development 274 275 This section summarizes work associated with Deliverables 2 & 3 and the associated 276 Tasks 4 and 5 of the DBMS portion of the SOW. 277 278 The design and coding of the database management system (DBMS) system has 279 progressed in parallel with the design and coding of the DSS system discussed in a 280 separate DSS Phase II report. Sequential Query Language (SQL) queries and reports have 281 been designed in Access 2000 along with data translation and data distillation modules. 282 A program interface that will eventually be a part of the DSS will also be designed and 283 implemented. Developer tools used include Visual Basic, Visual Basic for Applications, 284 and Access 2000. 285 286 Although this work was identified as a focus for Phase III activities, USU provided 287 technical assistance to develop a geodatabase exploration tool that provides the linkage 288 between the project databases and a broad scale summary overview of WRIA 1 289 watershed characteristics. Sue Blake from Whatcom County Water Resources and Becky 290 Peterson from Public Utility District # 1 have developed a general WRIA 1 wide 291 summary (see Summary Characterization for Water Resource Inventory Area # 1) for use 292 by the Technical Teams and caucus members involved in the WRIA 1 Watershed 293 Management Project. 294 295 Our efforts involved the development of an analytical tool to provide detailed summary 296 capabilities based on design concepts provided by WRIA 1 staff team and technical 297 teams. This tool was developed in Visual Basic and allows the user to select one of 298 twenty watersheds (these are fixed aggregates of the 170 delineated basins) and then 299 generate 16 different summary reports and/or six different summary maps on a wide 300 array of watershed characteristics. Figures 5 through 22 illustrate some of the data 301 display formats. 302


303 Figure 5. For a given watershed, many data summary tables can be generated. 304 305 306

307 308 Figure 6. The software includes a help file system. 309


310

311 312 Figure 7. Watershed overview window. 313 314 315

316 317 Figure 8. Watershed overview map with water related features illustrated. 318 319


320 321 Figure 9. Watershed landuse map. 322 323

324 325 Figure 10. General description of watershed zoning characteristics and cover types. 326


327

328 329 Figure 11. Fisheries beneficial use summary. 330 331

332 333 Figure 12. Beneficial use summary for industrial water use and recreation. In this 334 particular watershed, there is no data. 335 336


337 338 Figure 13. Beneficial use summary for domestic-municipal water use. 339 340

341 342 Figure 14. Preliminary water budget. 343 344


345 346 Figure 15. Temperature monitoring data summary (no data for this watershed). 347 348

349 350 Figure 16. Status of beneficial uses (screen 1). 351 352


353 354 Figure 17. Status of beneficial uses (screen 2). 355 356

357 358 Figure 18. Form used for displaying potential reasons/causes for impairment of 359 beneficial uses - water quality. 360


361

362 363 Figure 19. Screen showing solutions, recommendations and opportunities (no data). 364 365

366 367 Figure 20. Water rights summary. 368


369

370 371 Figure 21. Agriculture water supply. 372 373

374 375 Figure 22. Water quantity streamflow summary. 376 377


378 The tool will automatically generate these report pages, allow the user to reorder or select 379 any combination of reports, produce a table of contents, and print all report pages. 380 381 The underlying database can be updated with new or revised information without the 382 need to update the interface software system. Although the system was initially 383 implemented to aggregate information for the twenty pre-defined watersheds, the 384 underlying database and software is designed to allow this summary information to be 385 generated for each of the 170 drainages independently, or arbitrary combinations of these 386 drainages. This later feature is proposed to be fully implemented as part of Phase III 387 work from within the prototype data viewer and analysis tool described next. The 388 existing watershed characterization tool is essentially intended to provide an example of 389 the ‘top’ layer of summary data access and visualization capabilities. 390 391 The database structure and SQL queries associated with this system are complex and 392 reflects a variety of data visualization needs. Appendix A tabulates in detail the database 393 and query schema associated with this software. 394 395 This task is to be completed during Phase III. This task is further along than it was 396 anticipated it would be at this time in terms of actual computer coding. Though this data 397 view is not yet implemented on the internet, it will be during Phase III. 398 399 400 IV. Outline of Geodatabase Portion of DSS Technical Manuals 401 402 At this stage of the study, it is premature to provide a DBMS documentation outline that 403 will stand at the time a draft technical manual is produced during Phase III. This work is 404 on-going and is integrated with DSS development activities. The reader is refered to Part 405 III of the Decision Support System Phase II Report for more information. 406 407 408 409

410


410 411 412 413 414 415 416 417 418 419 420

APPENDIX A 421 422

DBMS DATA AND QUERY STRUCTURE FOR VISUALIZATION SOFTWARE 423


424 Page Name Form

Subject Description

Item Description Calculations Database Query Query Calculations

Table

Field

Watershed General Location Map Form2 Subject Description

Item description Calculations Database Query Query Calculations Table

Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version

Label5 “Water characterization project” Image Image1 General location map Overview Label6 First paragraph Label7 Second paragraph Table of Contents List2 “Table of Contents” PageNumber LblpageNumber “page” TxtPageNumber Page number Label4 “resize image” Slider1 Control to size Watershed General Features Map Form3 Subject

Description Item description Calculations Database Query Query Calculations Table

Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label5 “Map of Area with Water Related

Features”

PageNumber LblpageNumber “page” TxtPageNumber Page number Image Image1 General features map Label4 “resize image” Slider1 Control to size Watershed Landuse Map Form4 Subject


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label5 “Land Use Map” PageNumber LblpageNumber “page” TxtPageNumber Page number Label4 “resize image” Slider1 Control to size Coliform Sample Site Map/ Temperature Sample Site Map

Form14 Subject Description


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Map Label4 “Fecal Coliform Sampling Locations in “ or

"Water Temperature Sampling Locations in”

Image1 Map


425 Page Name Form

Subject Description


Table

Field

Notes Label6 “Notes:”

Label5 Nook Quality-FecalMapNotes or Quality-TempMapNotes

notes

Data1 CommonDiolag1 Used to get map file location Watershed Summary Form5 Subject


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label17 “General Description of Area” PageNumber LblpageNumber “page” TxtPageNumber Page number Summary

descriptions Lavbel5 “Summary descriptions”

Label6 Watershed Area: ____ Square Miles areaacres/ 640 Nook Summary Areaacres Label6 (cont.) (_____ Acres) Nook Summary Areaacres Zoning

characteristics Frame2.list1 zoning Zoning WCPLAN

Frame2.list2 (TotalArea) * (3.8610216 * 10 ^ -7)

Zoning TotalArea = sum(area) Zoning WCPLAN AREA

Frame2.list3 (TotalArea / ZoneTotalArea) * 100

Zoning TotalArea = sum(area) ZoneTotalArea = sum(TotalArea)

Zoning WCPLAN AREA

Cover types Frame1.list7 Cover Cover LEVEL1 Frame1.list8 (TotalArea *

(3.8610216 * 10 ^ -7) Cover TotalArea = sum(area) Cover TotalArea

Frame1.list9 (TotalArea/ TotalCoverArea) * 100)

Cover TotalCoverArea = sum(sum(AREA))

Cover AREA

Zoning Characteristics graph

OLE1.pepcoa1 Zoning TotalArea = sum(AREA) Zoning AREA WCPLAN

Cover types graph OLE3.peopcoa3 Cover TotalArea = sum(AREA) Cover LEVEL1 AREA

Last Estimated Census Count:

Label7 Text

Label12 Value Nook Population Census Year of Census

Count: Label8 Text

Label13 value Nook Population Year Assumed Annual

Population Growth (%):

Label9 Text

Label14 value Nook Summary Popadj Estimated Population Label10 Text Label15 value (1 + PopAdj) ^

(Format(Now(), "yyyy") - Year) * census

Nook Summary Population Population

Popadj Year census


426 Page Name Form

Subject Description


Table

Field

Estimated Year Population Density (#/sq mile):

Label11 Text

Label16 value (1 + PopAdj) ^ (Format(Now(), "yyyy") - Year) * Census/ (areaacres / 640)

Nook Summary Population Population Summary

Popadj Year Census areaacres

Economic Indicators: Annual Average

Household Income: Label19 Text

Label18 value Nook EconomicIndicators

AnnualAve

Residents per Household:

Label21 Text

Label20 Value Nook EconomicIndicators

Residents

Annual Gross Economic Product:

Label23 Text


AGP

Population Demographics:

Label25 Text


PopDemo

Economic Sector Composition:

Label27 Text


SectorComp

Water Quality: Stream Flow Summary Form6 Subject Description


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label16 “Beneficial Use Summary” PageNumber LblpageNumber “page” TxtPageNumber Page number Icon Picture1 Label17 Instream Flow Label5 Water Quantity: Stream Flow Summary Label8 Nook Report-Flows-

Query Watersheds-

Locations Location

OLE1.pepcoa1 Nook Report-Flows-Query

MonthlyFlowrate InStreamFlow MonthlyFlowrate MonthlyFlowrate

ActualFlow(cfs) ISF-cfs HighFlow(cfs) LowFlow(cfs)

Instream flow summary

Frame3.label9 Subbasin InstreamFlow-Notes

Notes

427


Page Name Form

Subject Description


Table

Field

Frame3.list10 First column Nook Report-InstreamSummary-Query

InStreamFlowSummary

Subbasin

Frame3.label13 Status Frame3.list11 Second column Nook Report-

InstreamSummary-Query

InStreamFlowSummary

Status

Monthly Flow Characteristics

Frame1.label6 Legally Established Instream Flows

Frame1.list1 First column (months) Frame1.list2 Second column IsfMG Nook Report-Flows-

Query IstMG=[ISF-cfs]*12^3/231/1000000*[days]*24*3600

InStreamFlow

ISF-cfs

Frame1.list3 Third column IsfCFS Nook Report-Flows-Query

InStreamFlow

ISF-cfs

Frame1.list7 Fourth column (IsfMG * 3.068833) Nook Report-Flows-Query

IsfMG=[ISF-cfs]*12^3/231/1000000*[days]*24*3600

InStreamFlow

ISF-cfs

Frame1.list8 Fifth column ((IsfMG * 3.068833) / area) * 12

Nook Report-Flows-Query

IsfMG=[ISF-cfs]*12^3/231/1000000*[days]*24*3600

InStreamFlow Drainage-Areas

ISF-cfs area

Label11 Monthly Flow

Characteristics Frame2.label10 Actual stream flows

Frame2.list4 First column (months) Frame2.list5 Second column ActualFlow(MG) Nook Report-Flows-

Query ActualFlow(MG)=[ActualFlow(cfs)]*12^3/231/1000000*[days]*24*3600

MonthlyFlowrate

ActualFlow(cfs)

Frame2.list6 Third column ActualFlow(cfs) MonthlyFlowrate

ActualFlow(cfs)

Frame2.list9 Fourth column (ActualFlow(MG)* 3.068833)

Nook Report-Flows-Query

ActualFlow(MG)=[ActualFlow(cfs)]*12^3/231/1000000*[days]*24*3600

MonthlyFlowrate

ActualFlow(cfs)

Frame2.label15 Unit Runoff in inches Frame2.list12 Fifth column ActualFlow(MG) *

3.068833) / area) * 12 Nook Report-Flows-

Query ActualFlow(MG)=[ActualFlow(cfs)]*12^3/231/1000000*[days]*24*3600

MonthlyFlowrate Drainage-Areas

ActualFlow(cfs) area

Other Information LblOtherInfoTitle “Other Information” LblOTherInfoText Nook InstreamFlow

-Notes

Domestic and Agricultural Water Supply Subject Description


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label5 “Water characterization project” PageNumber LblpageNumber “page” TxtPageNumber Page number Hatchery, Fisheries, InStream Flow Form9 Subject


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Nook Summary notes


428 Page Name Form

Subject Description


Table

Field

Label3 “Date generated…status” Nook VersionStatus version Label18 “Beneficial Use Summary” PageNumber LblpageNumber “page” TxtPageNumber Page number Icon Picture1 Label6 Fisheries Label22 “Known or Presumed Presence” Fish Species Frame1.label10 “Existing” Frame1.list1 First column Nook [Report-

FisheriesCurrent-Query]

Historic checked Fisheries Species

Frame1.label11 “Historical” Frame1.list2 Second column Nook [Report-

FisheriesHistoric-Query]

Known checked Fisheries Species

Other information Label7 “Other Information” Frame4.Label23 Priority Fisheries

Areas Frame3.label16 “Waterbody”

Frame3.list5 First column Nook InStreamFlowPFA

Waterbody

Frame3.label15 “Priority Area” Frame3.list6 Second column Nook InStreamFlo

wPFA PriorityArea

Frame3.label14 “Purpose” Frame3.list7 Third Nook InStreamFlo

wPFA Purpose

Recreation, ShellFish, Industial Form10 Subject Description


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label11 “Beneficial Use Summary” PageNumber LblpageNumber “page” TxtPageNumber Page number Icon Picture3 Label18 “Industrial Water Use” Other Information Label9 “Other Information” Frame6.label8 Icon Picture2 Label6 “Recreation” Recreation Activity

Summary Frame3.label16 “Location”

Frame3.list5 First column Nook Quality-ImpairMarinas

Marina

Frame3.label15 “Activities” Frame3.list6 Second column Nook Recreation Activities Frame3.label14 “Contact” Frame3.list7 Third column Nook Recreation contact Frame3.label10 “Noncontact” Frame3.list1 Fourth column Nook Recreation noncontact Data1


429 Page Name Form

Subject Description


Table

Field

Domestic/Municipal Water Use Form11 Subject Description

Item description Calculations database Query Query Calculations Table

Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Nook Summary notes Label3 “Date generated…status” Nook VersionStatus version Label12 “Beneficial Use Summary” PageNumber LblpageNumber “page” TxtPageNumber Page number Icon Picture1 Label5 “Domestic/Municipal Water Use” Frame2 Frame2.label “Estimated Annual Water Use (acre/ft)” Frame2.top labels Frame2.label15 “Ground” Frame2.label16 “Surface” Frame2.label17 “Total” Frame2.label21 “low” Frame2.label24 “med” Frame2.label25 “hi” Frame2.label26 “low” Frame2.label27 “med” Frame2.label28 “hi” Frame2.label29 “low” Frame2.label30 “med” Frame2.label31 “hi” Frame2. Public

Water Systems (Group A and B) row

Frame2.label18 Public Water Systems (Group A and B)”

Frame2.list6 Column 1 Nook WaterUsePublicSystems

Glow


GMed


GHigh


SLow


SMed


SHigh


TLow


TMed


THigh

Frame2. Non-Public Systems (e.g. private wells) row

Frame2.label19 “Non-Public Systems (e.g. private wells)”

Frame2.list15 Column 1 Nook WaterUseNonPublicSystems

Glow


GMed


430 Page Name Form

Subject Description


Table

Field


GHigh


SLow


SMed


SHigh


TLow


TMed


THigh

Frame2. total row Frame2.label20 “total” Frame2.first row Frame2.list24 Column 1 Nook [WaterUseTotal

Public/NonPublic]

GLow=Sum([WaterUseNonPublicSystems]![gLow])+Sum([WaterUsePublicSystems]![gLow])

WaterUseNonPublicSystems WaterUsePublicSystems

gLow gLow

Frame2.list25 Column 2 Nook [WaterUseTotalPublic/NonPublic]

gMed: Sum([WaterUseNonPublicSystems]![gMed])+Sum([WaterUsePublicSystems]![gMed])


Gmed Gmed


gHigh: Sum([WaterUseNonPublicSystems]![gHigh])+Sum([WaterUsePublicSystems]![gHigh])


Ghigh GHigh


sLow: Sum([WaterUseNonPublicSystems]![sLow])+Sum([WaterUsePublicSystems]![slow])


Slow Slow


sMed: Sum([WaterUseNonPublicSystems]![sMed])+Sum([WaterUsePublicSystems]![sMed])


Smed SMed


sHigh: Sum([WaterUseNonPublicSystems]![sHigh])+Sum([WaterUsePublicSystems]![sHigh])


Shigh SHigh

431


432 Page Name Form

Subject Description


Table

Field


tLow: Sum([WaterUseNonPublicSystems]![tLow])+Sum([WaterUsePublicSystems]![tLow])


Tlow TLow


tMed: Sum([WaterUseNonPublicSystems]![tMed])+Sum([WaterUsePublicSystems]![tMed])


Tmed TMed


tHigh: Sum([WaterUseNonPublicSystems]![tHigh])+Sum([WaterUsePublicSystems]![tHigh])


Thigh Thigh

Frame2.notes Frame2.label33 “Percentage of grand total based on estimated water use:”

Frame2.label34 “Percentage of grand total based on metered water use:”

Frame2.label35 “Estimated number of non-public systems:” Frame2.label61 “Source:” Water Systems Frame1.label6 “System” Frame1.list1 First column Nook DomesticUse

-PWS PubWtrSys

Frame1.label7 “System” Frame1.list2 Second column Nook DomesticUse

-PWS Services

Frame1.label8 “Population” Frame1.list3 Third column Nook DomesticUse

-PWS Population

Frame1.label9 “Group” Frame1.list4 Fourth column Nook DomesticUse

-PWS Group

Frame1.label10 “Source” Frame1.list5 Fifth column DomesticUse

-PWS Source

Frame1.label13 “G - Ground, S – Surface” Graph OLE1.pegoa1 Nook Report-

DomWtrSup5-Query

[databaseduse]+[Census]*[days]*[PerCapitaRate(gpd)]/1000000) AS MGal

DomesticUse DaysInMonth

Month Month

Data1 Other Information Label22 “Other Information” Frame3.label23 Preliminary Water Budget Form12 Subject

Description Item description Calculations database Query Query Calculations Table

Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Data1 PageNumber LblpageNumber “page” TxtPageNumber Page number


433 Page Name Form

Subject Description


Table

Field

Preliminary Water Budget

Label5 “Preliminary Water Budget”

Labell11 Water Use Summary Frame1.list1 Column 1

Report-Waterbudget1-Query ActualFlowQuery [watersheds-locations]![Location] & " - Actual" AS Category watersheds-locations Location DomesticUse3Query "Domestic Use" AS Category AgriculturalUse1Query "Ag Use" AS Category ISF1Query [watersheds-locations]![Location] & " - ISF" AS Category watersheds-locations Location IndustrialUseQuery Category: "Industrial Use"

434 435


435 Page Name Form

Subject Description


Table

Field

Frame1.list2 Column 2

Frame1.list3 Column 3 Frame1.list4 Column 4 Frame1.list5 Column 5 Frame1.list6 Column 6 Frame1.list7 Column 7 Frame1.list8 Column 8 Frame1.list9 Column 9 Frame1.list10 Column 10

Report-Waterbudget1-Query ActualFlowQuery ([ActualFlow(cfs)]*12^3/231/1000000*[days]*24*3600) AS Amount Watersheds-Locations MonthlyFlowrate DaysInMonth Location Month Location ActualFlow(cfs) Days Month


Frame1.list11 Column 11 DomesticUse3Query ([databaseduse]+[Census]*[days]*[PerCapitaRate(gpd)]/1000000) AS Amount DomesticUse DaysInMonth Month PerCapitaRate(gpd) DataBasedUse Census Month Days AgriculturalUse1Query (Sum([SW-Acft])+Sum([GW-Acft]))*43560*12^3/231/1000000) AS Amount AgIrrigationUse SW-Acft GW-Acft ISF1Query ([ISF-cfs]*12^3/231/1000000*[days]*24*3600) AS Amount Watersheds-Locations InStreamFlow DaysInMonth Location Month Location Month

Page Name Form

Subject Description


Table

Field

Frame1.list12 Column 12

436 437


437 Page Name Form

Subject Description


Table

Field

Frame1.list13 Column 13 Temperature Monitor Summary Form13 Subject


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Summary notes Label5 “Date generated…status” VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Temperature

Monitoring Data Summary

Label5 “Temperature Monitoring Data Summary”

Label9 Recreation Activity

Summary Frame3.label16 “Water body”

Frame3.list1 First column Quality-Temperature

Waterbody

Frame3.Label15 “Mean Temp (C)” Frame3.list2 Second column Quality-

Temperature MeanTemp

Frame3.label14 “# of Samples” Frame3. List3 Column 3 Quality-

Temperature NoSamples

Frame3. Label10 “Samples > 18 C” Frame3. List4 Column 4 Quality-

Temperature NS18

Frame3. List5 Column 5 Quality-Temperature

Per18

Frame3. Label6 “Samples > 14 C” Frame3. List6 Column 6 Quality-

Temperature NS14

Frame3. List7 Column 7 Quality-Temperature

Per14

Frame3.label11 “Notes:” Frame3.list10 Column 8 Quality-

Temperature Notes

Source Label7 “Source:” List8 Quality-

TemperatureNotes

Source

Notes Label8 “Notes:” List9 Quality-

TemperatureNotes

Notes

Impairment Summary Table Form15 Subject Description


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Label5 “Water characterization project” PageNumber LblpageNumber “page” TxtPageNumber Page number


438 Page Name Form

Subject Description


Table

Field

Each row QuantityColor ImpairmentStatus

Quantity

QualityColor ImpairmentStatus

Quality

HabitatColor ImpairmentStatus

Habitat

OtherColor ImpairmentStatus

Other

Paragraph1 ImpairmentStatus

StatusDetail

ExistColor ImpairmentStatus

Exist

FeasibleColor ImpairmentStatus

Feasible

ProposedColor ImpairmentStatus

Proposed

Paragraph2 ImpairmentStatus

EarActDetail

Potiental Reasons for Impairment - Dairies/Marinas/Other



Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Label5 “Potential Reasons/Causes for Impairment

of Beneficial Uses”

Label9 “Activities” Potiental Reasons for Impairment - Water Quality Tables



Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Label5 “Water characterization project” PageNumber LblpageNumber “page” TxtPageNumber Page number Label5 Label9 “Click Me to Enter A Label for Water

Quality Summary Table”

Data1 OLE1 Command3 “Link to a Spreadsheet” Command5 “Terminate Link” Command7 “Increase Width” Command6 “Increase Height” Command8 “Decrease Width” Command9 “Decrease Height” Sizing Option Frame1.option1 “Resize” Frame1.option2 “Crop”

439


Page Name Form

Subject Description


Table

Field

Potiental Reasons for Impairment - Water Quality Figures



Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Label5 “Potential Reasons/Causes for Impairment

of Beneficial Uses - Water Quality”

Command3 “Link to a Spreadsheet” Command5 “Terminate Link” Command7 “Increase Width” Command6 “Increase Height” Command8 “Decrease Width” Command9 “Decrease Width” Command4 “Hide Figure” Command10 “Show Figure” Select Figure Frame1.option1 “Fig 1” Frame1.option2 “Fig 2” Frame1.option3 “Fig 3” Frame1.option4 “Fig 4” Label9 “Click Me to Enter A Label for Water

Quality Summary Figure”

OLE1 Label8 “Click Me to Enter A Label for Water






OLE4 Solutions/Recommendations/Opportunities Form17 Subject


Field

Title Label1 Document name Label2 Watershed name Label4 Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Label5 “Solutions/Recommendations/Opportunies” Early Action

Possibilities Label9 “Early Action Possibilities”

Frame1.label8 EarlyAction EarlyAction Opportunities/Other

Planning Efforts Label6 “Opportunities/Other Planning Efforts”

Frame2.label10 Opportunities Opportunities Relevant Discussion

Points Label7 “Relevant Discussion Points:”

Frame3.label1 Discussion Discussion Data1

440


Page Name Form

Subject Description


Table

Field

Generic Report Form Form20 Subject Description


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version PageNumber LblpageNumber “page” TxtPageNumber Page number Button Command4 “Delete ActiveX Control” OLEControls ShellFish/Hatchery Form23 Subject


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Label7 “Beneficial Use Summary” PageNumber LblpageNumber “page” TxtPageNumber Page number Data1 Icon Picture1 Label5 “Shellfish” Other Information: Label17 “Other Information:” Frame5.label19 Shellfish-

Notes Notes

Icon Picture2 Label6 “Hatchery” Annual Volume

Withdrawn from Watershed (MG):

Label8 “Annual Volume Withdrawn from Watershed (MG):”

Label9 Report-HatcheriesFlow-Query

Hatcheries-Flow

Flow(MG)

Number of Hatcheries:

Label20 “Number of Hatcheries:”

Label21 Summary Report-Description-Query

NumHatch

Other Information: Label4 “Other Information:” Frame1.label3 Supporting Information Form24 Subject


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Label5 “Supporting Information” PageNumber LblpageNumber “page” TxtPageNumber Page number Precipitation Data

Applies to Entire Watershed

Label12 “Precipitation Data Applies to Entire Watershed”

441


Page Name Form

Subject Description


Table

Field

Monthly Percipitation Characteristics

Frame2.list7 First column (month)

Frame2.list8 Second column (MGal) / (43560 * 12 ^ 3 / 231 / 1000000)

Nook Report-Precipitation-Query

Mgal=([precipitation]*[areaacres]*43560*12^2/231/1000000)

Precipitation Summary

Precipitation AreaAcres

Frame2.list9 Third column Report-Precipitation-Query

Inches=Precipitation Precipitation Precipitation

LblSourceTitle “Source:” LblSourceText Value Water Right

Summary Label31 “Water Right Summary”

Label32 “Number of Claims, Permits, Certificates:” Label33 Value Report-

WtrRtsSummary-Query

WaterRights Num-WR

Label34 “Total Per Year (MG):” Label35 Value Report-

WtrRtsSummary-Query

TotalWithdrawal(Acft)=Sum([WaterRights]![GW-Acft])+Sum([WaterRights]![SW-Acft]))

WaterRights WaterRights

GW-Acft SW-Acft

Label36 “Ground Water (MG):” Label38 Value WaterRights GW-Acft Label37 “Surface Water (MG):” Label39 Value Nook Report-

WtrRtsSummary-Query

WaterRights NumApplications

Lablel3 “Number of Applications:” WaterRights numApplications

Label4 Value OLE1.Pegoa1 Report-

Waterbudget1-Query

Flow

Agricultural Water Use Form8 Subject Description


Field

Title Label1 Document name Label2 Watershed name LblNotes Smaller drainages included in aggregate Summary notes Label3 “Date generated…status” VersionStatus version Label5 “Water characterization project” PageNumber LblpageNumber “page” TxtPageNumber Page number Frame2 Frame2.label59 “Estimated Annual Water Use (acre/ft)” Icon Picture2 Label20 “Agricultural Water Supply” Frame2.top labels Frame2.label58 “Ground” Frame2.label57 “Surface” Frame2.label56 “Total” Frame2.label52 “low” Frame2.label51 “med” Frame2.label50 “hi” Frame2.label49 “low” Frame2.label48 “med” Frame2.label47 “hi” Frame2.label46 “low”


442 Page Name Form

Subject Description


Table

Field

Frame2.label45 “med” Frame2.label44 “hi” Frame2. Irrigation

row Frame2.label155 “Irrigation”

Frame2.list6 Column 1 WaterUseIrrigation

Glow


GMed


GHigh


SLow


SMed


SHigh


TLow


TMed


THigh

Frame2Stock Watering and Facility Washdown row

Frame2.label54 “Stock Watering and Facility Washdown”

Frame2.list15 Column 1 WaterUseStockWatering

Glow


GMed


GHigh


SLow


SMed


SHigh


TLow


TMed


THigh

Frame2. total row Frame2.label53 “total” Frame2.list24 Column 1 [WaterUseTotal

Irrigation/Stock]

GLow=Sum([WaterUseIrrigation]![gLow])+Sum([WaterUseStockWatering]![gLow])

WaterUseIrrigation WaterUseStockWatering

gLow gLow

Frame2.list25 Column 2 [WaterUseTotalPublic/NonPublic]

gMed: Sum([WaterUseIrrigation]![gMed])+Sum([WaterUseStockWatering]![gMed])


Gmed Gmed


443 Page Name Form

Subject Description


Table

Field


gHigh: Sum([WaterUseIrrigation]![gHigh])+Sum([WaterUseStockWatering]![gHigh])


Ghigh GHigh


sLow: Sum([WaterUseIrrigation]![sLow])+Sum([WaterUseStockWatering]![slow])


Slow Slow


sMed: Sum([WaterUseIrrigation]![sMed])+Sum([WaterUseStockWatering]![sMed])


Smed SMed


sHigh: Sum([WaterUseIrrigation]![sHigh])+Sum([WaterUseStockWatering]![sHigh])


Shigh SHigh


tLow: Sum([WaterUseIrrigation]![tLow])+Sum([WaterUseStockWatering]![tLow])


Tlow TLow


tMed: Sum([WaterUseIrrigation]![tMed])+Sum([WaterUseStockWatering]![tMed])


Tmed TMed


tHigh: Sum([WaterUseIrrigation]![tHigh])+Sum([WaterUseStockWatering]![tHigh])


Thigh Thigh

Frame2.notes Frame2.labe42 “Percentage of grand total based on estimated water use:”

Frame2.label41 “Percentage of grand total based on metered water use:”

Frame2.label61 “Source:” Irrigated Acres by

Crop Type Frame1.list1 Column 1 [Report-

AgriculturalUse2-Query]

AgAcreage Crop

Frame1.list2 Column 2 [Report-AgriculturalUse2-Query]

AgAcreage Acreage


AgAcreage Crop


AgAcreage Acreage

Dairy Information: Label8 “Dairy Information:” Label10 “Number of Dairies:” Label15 Value Dairy Count(WATERSHED)As

NumDairy daries WATERSHED

Label11 “Total Acres:” Label16 Value Sum(ACRES_RENT)+Su

m(ACRES_OWNE))AS SumAcres

daries ACRES_RENT ACRES_OWNE

Label12 “Cows, Milked:” Label17 Value Sum(NUM_MILKED) AS

NumMilked Daries NUM_MILKE

D


444 Page Name Form

Subject Description


Table

Field

Label13 “Cows, Dry:” Label18 Value Sum(NUM_DRY) AS

NumDry daries NUM_DRY

Label14 “Total Density (cows/acre):” Label19 Value DomesticUse

-PWS-Notes Notes

Other Information: Label6 “Other Information:” Label9 Value Graph OLE1. Pegoa1 Point labels Report-Flows-

Query Watersheds-

Locations Location

Point labels Report-AgriculturalUse4-Query

AgIrrigationUse

WaterShed

YData Sum(IsfMG) Report-Flows-Query

ISF(MG)=[ISF-cfs]*12^3/231/1000000*[days]*24*3600

DaysInMonth InStreamFlow

Days ISF-cfs

Ydata Report-AgriculturalUse4-Query

TotalWithdrawal(MG)= Sum([SW-Acft])+Sum([GW-Acft]))*43560*12^3/231/1000000

AgIrrigationUse

SW-Acft GW-Acft

Ydata Report-AgriculturalUse4-Query

SW(MG):= Sum([SW-Acft])*43560*12^3/231/1000000

SW(Acft)

YData Report-AgriculturalUse4-Query

GW(MG)= Sum([GW-Acft])*43560*12^3/231/1000000

GW(Acft)

Other Activities: Label7 “Other Activities:” Frame2.label23 ImpairmentOt

herActivitiesNotes

notes

445 446

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