d;f   -SW * PCLT,abS(PCLT-ad}(PCLT.aj(PCLT/c`(PCLT0e`(PCLT1ej*(PCLT2k`V(PCLT3oj(PCLT4q`(PCLT5s`(PCLT6sj (PCLT7sp/ (PCLT8sr[ (LQU09c` (LQU0:e` (LQU0;k` (LQU1a` (LQU8?a` (LQU9@a`3 (LQU9Ak`K (LQU9Bq`c (LQU9Cs`{ (LQU9Dsj (LQU9Esp (LDISF@ LMOMGc@ (LMOMHe@ (LMOMIg@ (LMOMJi@ (LMOMKk@ ( 1% of values are less yy o One percent of time values are less than this value. Attribute is added by various statistics routines.  2% of values are less yy o Two percent of time values are less than this value. Attribute is added by various statistics routines.  5% of values are less yy p Five percent of time values are less than this value. Attribute is added by various statistics routines. 10% of values are less yy o Ten percent of time values are less than this value. Attribute is added by various statistics routines.  20% of values are le?76/*# WUD]ss yy r Twenty percent of time values are less than this value. Attribute is added by various statistics routines.  25% of values are less yy w Twenty five percent of time values are less than this value. Attribute is added by various statistics routines.  50% of values are less yy q Fifty percent of time values are less than this value. Attribute is added by various statistics routines.  75% of values are less yy x Seventy five percent of time values are less than this value. Attribute is added by various statistics routines. 80% of values are less yy r Eighty percent of time values are less than this value. Attribute is added by various statistics routines.  90% of values are less yy r Ninety percent of time values are less than this value. Attribute is added by various statistics routines.  95% of values are less yy w Ninety five percent of time values are less than this value. Attribute is added by various statistics routines.  98% of values are less yy x Ninety eight percent of time values are less than this value. Attribute is added by various statistics routines. 99% of values are less yy w Ninety nine percent of time values are less than this value. Attribute is added by various statistics routines. 0 quantile for .01 based on distribution in LDISTyy  *** ??? *** 0 quantile for .02 based on distribution in LDISTyy  *** ??? *** 0 quantile for .05 based on distribution in LDISTyy  *** ??? *** 0 quantile for .10 based on distribution in LDISTyy  *** ??? *** 0 quantile for .20 based on distribution in LDISTyy  *** ??? *** 0 quantile for .50 based on distribution in LDISTyy  *** ??? *** 0 quantile for .80 based on distribution in LDISTyy  *** ??? *** 0 quantile for .90 based on distribution in LDISTyy  *** ??? *** 0 quantile for .95 based on distribution in LDISTyy  *** ??? *** 0 quantile for .98 based on distribution in LDISTyy  *** ??? *** 0 quantile for .99 based on distribution in LDISTyy  *** ??? *** 1 quantile for .995 based on distribution in LDIST yy  *** ??? *** 1 quantile for .998 based on distribution in LDIST yy  *** ??? *** / distribution used for calculation of quantiles  *** ??? ***  first L-moment (mean) yy  *** ??? ***  second L-momentyy  *** ??? ***  third L-moment yy  *** ??? ***  fourth L-momentyy  *** ??? ***  fifth L-moment yy  *** ??? ***   -SW%UBC1rdS *UBC1rf} *UBC1rh *UBC1rj *UBC2`` *SEAS)*SEASm*XSEC*DEPT@*RFOO@*BRAN *TMZO)*GRPN!DATU@*STDT  STDI  STDI  STDI  J407 "*J407F*J407j*J407*J407*J407*J407*J407*J407?*J407l*J407*MEAN*SDNDA@*SKWN@*KENTD*KENPc*KENS~*NONZ(NUMZ( User defined. yy x Defined by user or application. Basin and streamflow characteristic no 192 See WATSTORE users guide, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 193 See WATSTORE users guide, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 194 See WATSTORE users guide, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 195 See WATSTORE users guide, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 200 See WATSTORE users guide, Appendix. Month season begins   Beginning month of a user defined season. Will start on first day of the month. Used with attribute SEASND to define a specific time period, usually a year. January is month 1 and December is month 12. Month season ends    Ending month of a user defined season. Will end on last day of the month. Used with attribute SEASBG to define a specific time period, usually a year. January is month 1 and December is month 12.  Cross-section locator yy c Cross-section locator, distance in feet from left bank (as determined by facing downstream).  Sampling depth yy > Sampling depth, in feet, at which observation was made.  Distance from mouth, in feet. yy 'Distance from mouth of river, in feet. ' Integer ID number of a single channel.  + Integer ID number of a channel segment. $ Time zone, +- hours from Greenwich.  : Time zone. Each time zone is represented as the number of hours to be added to, or subtracted from, Greenwich time: -4 - Atlantic Standard -8 - Pacific Standard -5 - Eastern Standard -9 - Yukon Standard -6 - Central Standard -10 - Alaska-Hawaii -7 - Mountain Standard Standard  Group name (6 characters). H Six character name for a cluster of message type data-set groups. Reference Elevationyy + Reference elevation, to mean sea level.  Space time data type. INT REALDPRC % Space time dimension in X direction.  ( Space time dimension in X direction.% Space time dimension in Y direction.  ( Space time dimension in Y direction. % Space time dimension in Z direction.  ( Space time dimension in Z direction.! Low outlier discharge criterion.  I Low outlier discharge criterion (Bulletin 17B frequency analysis). ! High-outlier discharge criterion  J High outlier discharge criterion (Bulletin 17B frequency analysis).  Generalized skew option  Generalized skew option (Bulletin 17B frequency analysis): -1 - station skew 0 - weighted skew 1 - generalized skew  Generalized skew.  7 Generalized skew (Bulletin 17B frequency analysis).  Base gage discharge : Base gage discharge (Bulletin 17B frequency analysis).  Number of historic peaks. d B Number of historic peaks (Bulletin 17B frequency analysis). + Root mean square error of generalized skew  T Root mean square error of generalized skew (Bulletin 17B frequency analysis). Include urban-regulated peaks  \ Include urban-regulated peaks (Bulletin 17B frequency analysis): 1 - no 2 - yes Historic peak option  z Historic peak option (Bulletin 17B frequency analysis): 1 - include historic peaks 2 - exclude historic peaks  Year to begin analysis   m Year to begin analysis, used to identify subset of available record (Bulletin 17B frequency analysis).  Year to end analysis.   k Year to end analysis, used to identify subset of available record (Bulletin 17B frequency analysis). 0 Mean of the LOG of annual n-day high or low stay@ X Mean of the logarithms, base 10, of annual n-day high-flow or low-flow statistic./ Standard deviation of LOG of annual n-day high @ b Standard deviation of logarithms, base 10, of annual n-day high-flow or low-flow statistic. 0 Skew of LOG of annual n-day high or low statistyy U Skew of logarithms, base 10, of annual n-day high- flow or low-flow statistic. + Kendahl Tau statistic for time series data yy / Kendahl Tau statistic for time-series data. " P-level for Kendahl Tau statistic yy & P-level for Kendahl Tau statistic. " Median slope of time series trend yy & Median slope of time-series trend. . Number of non-zero values in the time series.  1 Number of non-zero values in the time series. & Number of zero values in time series.  ) Number of zero values in time series.   -SW2v H150j`S*H151``*H300`d*H300`j^*H300b`*H300d` *H300dje*H300j`*H301``*DEPHdjq*QEX9j*QEX9`*QEX7jQ*QEX7`*QEX5`*QEX2j9*QEX1`*YRSDڂ*YRSL۞*UBC0dhE*UBC0djo*UBC0dl*UBC0dn*UBC0dp*UBC0dr*UBC0f`E*UBC0fbo*UBC0fp*UBC0fr*UBC0h`*UBC0ll*UBC0lnB*UBC0lpl*UBC0lr*UBC0nf*UBC0nh*UBC1ll*UBC1lnC*UBC1lrn*UBC1n`*UBC1pd*UBC1pf*UBC1ph*UBC1pjE*UBC1plp*UBC1pn*UBC1pp*UBC1pr*UBC1r` *UBC1rbK *& 15-day high flow, 50-year recurrence. y  Annual maximum 15-day mean discharge, in cubic feet per second for 50-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 160, V15,50. See WATSTORE users manual, Appendix. ' 15-day high flow, 100-year recurrence. y  Annual maximum 15-day mean discharge, in cubic feet per second for 100-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 161, V15,100. See WATSTORE users manual, Appendi x. % 30-day high flow, 2-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 2-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 162, V30,2. See WATSTORE users manual, Appendix. % 30-day high flow, 5-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 5-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 133, V30,5. See WATSTORE users manual, Appendix. & 30-day high flow, 10-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 10-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 163, V30,10. See WATSTORE users manual, Appendix. & 30-day high flow, 20-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 20-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 134, V30,20. See WATSTORE users manual, Appendix. & 30-day high flow, 25-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 25-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 164, V30,25. See WATSTORE users manual, Appendix. & 30-day high flow, 50-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 50-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 165, V30,50. See WATSTORE users manual, Appendix. ' 30-day high flow, 100-year recurrence. y  Annual maximum 30-day mean discharge, in cubic feet per second for 100-year recurrence interval, defined by log-Pearson Type III fitting ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 135, V30,100. See WATSTORE users manual, Appendix.  Flow depth, in feetyy y Flow depth, in feet. Corresponding to the difference between the 25 percent flow duration gage height and point of zero flow. Basin and streamflow characteristic no 168, DEPH25. See WATSTORE users manual, Appendix. + Discharge exceeded 95 percent of the time. y  Discharge, in cubic feet per second, exceeded 95 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 171, D95. See WATSTORE users manual, Appendix. + Discharge exceeded 90 percent of the time. y  Discharge, in cubic feet per second, exceeded 90 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 172, D90. See WATSTORE users manual, Appendix. * Discharge exceeded 75 percent of the time y  Discharge, in cubic feet per second, exceeded 75 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 173, D75. See WATSTORE users manual, Appendix. + Discharge exceeded 70 percent of the time. y  Discharge, in cubic feet per second, exceeded 70 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 174, D70. See WATSTORE users manual, Appendix. + Discharge exceeded 50 percent of the time. y  Discharge, in cubic f eet per second, exceeded 50 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 175, D50. See WATSTORE users manual, Appendix. + Discharge exceeded 25 percent of the time. y  Discharge, in cubic feet per second, exceeded 25 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 176, D25. See WATSTORE users manual, Appendix. + Discharge exceeded 10 percent of the time. y  Discharge, in cubic feet per second, exceeded 10 percent of time. Defined by daily flow duration, WATSTORE program A969. Basin and streamflow characteristic no 177, D10. See WATSTORE users manual, Appendix. & Number of years of daily-flow record. y  Number of years of daily-flow record, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 198, YRSDAY. See WATSTORE users manual, Appendix. $ Number of years of low-flow record.y  Number of years of low-flow record. Basin and streamflow characteristic no 199, YRSLOW. See WATSTORE users manual, Appendix. User defined yy x Defined by user or application. Basin and streamflow characteristic no 24 See WATSTORE users manual, Appendix. User defined yy x Defined by user or application. Basin and streamflow characteristic no 25 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 26 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 27 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application.  Basin and streamflow characteristic no 28 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 29 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 30 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 31 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 38 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 39 See WATSTORE users manual, Appendix. User defined. yy y Defined by user or application. Basin and streamflow characteristic no 040 See WATSTORE users manual, Appendix.  User defined. yy x Defined by user or application. Basin and streamflow characteristic no 66 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 67 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 68 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 69 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 73 See WATSTORE users manual, Appendix. User defined. yy x Defined by user or application. Basin and streamflow characteristic no 74 See WATSTORE users manual, Appendix. User defined. yy y Defined by user or application. Basin and streamflow characteristic no 166 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 167 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 168 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 170 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 182 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 183 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 184 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 185 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 186 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 187 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 188 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 189 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 190 See WATSTORE users manual, Appendix.  User defined. yy y Defined by user or application. Basin and streamflow characteristic no 191 See WATSTORE users manual, Appendix.   -SW2Z4QSDMS#*QSDJ#*QSDJ#*QSDA;$*QSDS$*L010`d$*L010b`/%*L010d`%*L030`d%*L030b`8&*L030d`&*L070`d&*L070`j@'*L070b`'*L070d`'*L140`dI(*L140b`(*L140d`(*L300`dP)*L300b`)*L300d`)*L900`d[**L900b`**L900d` +*H010`dd+*H010`j+*H010b`,*H010d`l,*H010dj,*H010j`-*H011``t-*H030`d-*H030`j&.*H030b`|.*H030d`.*H030dj,/*H030j`/*H031``/*H070`d80*H070`j0*H070b`0*H070d`<1*H070dj1*H070j`1*H071``H2*H150`d2*H150`j2*H150b`N3*H150d`3*H150dj3*+ Standard deviation for mean discharge May. y  Standard deviation, in cubic feet per second, of mean discarge for May. From flow variability computer program no. W4422. Basin and streamflow characteristic no 107, SDQ5. See WATSTORE users manual, Appendix. , Standard deviation for mean discharge June.y  Standard deviation, in cubic feet per second, of mean discarge for June. From flow variability computer program no. W4422. Basin and streamflow characteristic no 108, SDQ6. See WATSTORE users manual, Appendix., Standard deviation for mean discharge July.y  Standard deviation, in cubic feet per second, of mean discarge for July. From flow variability computer program no. W4422. Basin and streamflow characteristic no 109, SDQ7. See WATSTORE users manual, Appendix.- Standard deviation for mean discharge August y  Standard deviation, in cubic feet per second, of mean discarge for August. From flow variability computer program no. W4422. Basin and streamflow characteristic no 110, SDQ8. See WATSTORE users manual, Appendix. 0 Standard deviation for mean discharge Septembery  Standard deviation, in cubic feet per second, of mean discarge for September. From flow variability computer program no. W4422. Basin and streamflow characteristic no 111, SDQ9. See WATSTORE users manual, Appendix. " 1-day low flow, 2-year recurrence y  Annual minimum 1-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 112, M1,2. See WATSTORE users manual, Appendix. # 1-day low flow, 10-year recurrence y  Annual minimum 1-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 113, M1,10. See WATSTORE users manual, Appendix. # 1-day low flow, 20-year recurrence y  Annual minimum 1-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 114, M1,20. See WATSTORE users manual, Appendix. " 3-day low flow, 2-year recurrence y  Annual minimum 3-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 115, M3,2. See WATSTORE users manual, Appendix. # 3-day low flow, 10-year recurrence y  Annual minimum 3-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 116, M3,10. See WATSTORE users manual, Appendix. 0 Annual mininum 3-day mean discharge, 20-year rey  Annual minimum 3-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 117, M3,20. See WATSTORE users manual, Appendix. " 7-day low flow, 2-year recurrence y  Annual minimum 7-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 118, M7,2. See WATSTORE users manual, Appendix. " 7-day low flow, 5-year recurrence y  Annual minimum 7-day mean discharge, in cubic feet per second, for 5-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 119, M7,5. See WATSTORE users manual, Appendix. # 7-day low flow, 10-year recurrence y  Annual minimum 7-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 120, M7,10. See WATSTORE users manual, Appendix. # 7-day low flow, 20-year recurrence y  Annual minimum 7-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 121, M7,20. See WATSTORE users manual, Appendix. # 14-day low flow, 2-year recurrence y  Annual minimum 14-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 122, M14,2. See WATSTORE users manual, Appendix. $ 14-day low flow, 10-year recurrencey  Annual minimum 14-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 123, M14,10. See WATSTORE users manual, Appendix. $ 14-day low flow, 20-year recurrencey  Annual minimum 14-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 124, M14,20. See WATSTORE users manual, Appendix. # 30-day low flow, 2-year recurrence y  Annual minimum 30-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 125, M30,2. See WATSTORE users manual, Appendix. $ 30-day low flow, 10-year recurrencey  Annual minimum 30-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 126, M30,10. See WATSTORE users manual, Appendix. $ 30-day low flow, 20 year recurrencey  Annual minimum 30-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 127, M30,20. See WATSTORE users manual, Appendix. $ 90-day low flow, 2-year recurrence.y  Annual minimum 90-day mean discharge, in cubic feet per second, for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 128, M90,2. See WATSTORE users manual, Appendix. % 90-day low flow, 10-year recurrence. y  Annual minimum 90-day mean discharge, in cubic feet per second, for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 129, M90,10. See WATSTORE users manual, Appendix. % 90-day low flow, 20-year recurrence. y  Annual minimum 90-day mean discharge, in cubic feet per second, for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 130, M90,20. See WATSTORE users manual, Appendix. # 1-day high flow, 2-year recurrence y  Annual maximum 1-day mean discharge, in cubic feet per second for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 136, V1,2. See WATSTORE users manual, Appendix.$ 1-day high flow, 5-year recurrence.y  Annual maximum 1-day mean discharge, in cubic feet per second for 5-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 137, V1,5. See WATSTORE users manual, Appendix.% 1-day high flow, 10-year recurrence. y  Annual maximum 1-day mean discharge, in cubic feet per second for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 138, V1,10. See WATSTORE users manual, Appendix. % 1-day high flow, 20-year recurrence. y  Annual maximum 1-day mean discharge, in cubic feet per second for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 139, V1,20. See WATSTORE users manual, Appendix. % 1-day high flow, 25-year recurrence. y  Annual maximum 1-day mean discharge, in cubic feet per second for 25-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 140, V1,25. See WATSTORE users manual, Appendix. % 1-day high flow, 50-year recurrence. y  Annual maximum 1-day mean discharge, in cubic feet per second for 50-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 141, V1,50. See WATSTORE users manual, Appendix. & 1-day high flow, 100-year recurrence. y  Annual maximum 1-day mean discharge, in cubic feet per second for 100-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 131, V1,100. See WATSTORE users manual, Appendix.$ 3-day high flow, 2-year recurrence.y  Annual maximum 3-day mean discharge, in cubic feet per second for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 142, V3,2. See WATSTORE users manual, Appendix.$ 3-day high flow, 5-year recurrence.y  Annual maximum 3-day mean discharge, in cubic feet per second for 5-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 143, V3,5. See WATSTORE users manual, Appendix.% 3-day high flow, 10-year recurrence. y  Annual maximum 3-day mean discharge, in cubic feet per second for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 144, V3,10. See WATSTORE users manual, Appendix. % 3-day high flow, 20-year recurrence. y  Annual maximum 3-day mean discharge, in cubic feet per second for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 145, V3,20. See WATSTORE users manual, Appendix. % 3-day high flow, 25-year recurrence. y  Annual maximum 3-day mean discharge, in cubic feet per second for 25-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 146, V3,25. See WATSTORE users manual, Appendix. % 3-day high flow, 50-year recurrence. y  Annual maximum 3-day mean discharge, in cubic feet per second for 50-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 147, V3,50. See WATSTORE users manual, Appendix. & 3-day high flow, 100-year recurrence. y  Annual maximum 3-day mean discharge, in cubic feet per second for 100-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 148, V3,100. See WATSTORE users manual, Appendix.$ 7-day high flow, 2-year recurrence.y  Annual maximum 7-day mean discharge, in cubic feet per second for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 149, V7,2. See WATSTORE users manual, Appendix.$ 7-day high flow, 5-year recurrence.y  Annual maximum 7-day mean discharge, in cubic feet per second for 5-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 150, V7,5. See WATSTORE users manual, Appendix.% 7-day high flow, 10-year recurrence. y  Annual maximum 7-day mean discharge, in cubic feet per second for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 151, V7,10. See WATSTORE users manual, Appendix. % 7-day high flow, 20-year recurrence. y  Annual maximum 7-day mean discharge, in cubic feet per second for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 152, V7,20. See WATSTORE users manual, Appendix. % 7-day high flow, 25-year recurrence. y  Annual maximum 7-day mean discharge, in cubic feet per second for 25-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 153, V7,25. See WATSTORE users manual, Appendix. % 7-day high flow, 50-year recurrence. y  Annual maximum 7-day mean discharge, in cubic feet per second for 50-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 154, V7,50. See WATSTORE users manual, Appendix. & 7-day high flow, 100-year recurrence. y  Annual maximum 7-day mean discharge, in cubic feet per second for 100-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 155, V7,100. See WATSTORE users manual, Appendix.$ 15-day high flow, 2-year recurrencey  Annual maximum 15-day mean discharge, in cubic feet per second for 2-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 156, V15,2. See WATSTORE users manual, Appendix. $ 15-day high flow, 5-year recurrencey  Annual maximum 15-day mean discharge, in cubic feet per second for 5-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 132, V15,5. See WATSTORE users manual, Appendix. & 15-day high flow, 10-year recurrence. y  Annual maximum 15-day mean discharge, in cubic feet per second for 10-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 157, V15,10. See WATSTORE users manual, Appendix.& 15-day high flow, 20-year recurrence. y  Annual maximum 15-day mean discharge, in cubic feet per second for 20-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 158, V15,20. See WATSTORE users manual, Appendix.& 15-day high flow, 25-year recurrence. y  Annual maximum 15-day mean discharge, in cubic feet per second for 25-year recurrence interval, defined by log-Pearson Type III fitting in ANNIE or WATSTORE program A969. Basin and streamflow characteristic no 159, V15,25. See WATSTORE users manual, Appendix. -SW2DI240ej`S7*I241f``7*PRCOg8*PRCNhW8*PRCDi8*PRCJj8*PRCFk8*PRCMl79*PRCAmm9*PRCMn9*PRCJo9*PRCJp:*PRCAqI:*PRCSr:*SNOFs:*SNOMt:*SNOAuC;*SN00vd@;*SN01w`@;*SN02xj@3<*SN10y`@<*JANAz<*MARM{=*JULM|a=*JULA}=*WEMA~d=*LKEVB>*PNEV>*FROS@>*QANN@@ ?*QSDAL?*QOCT@@?*QNOV@@?*QDEC@@%@*QJAN@@j@*QFEB@@@*QMAR@@@*QAPR@@5A*QMAY@@xA*QJUN@@A*QJUL@@A*QAUG@@BB*QSEP@@B*QSDOB*QSDNC*QSDDgC*QSDJC*QSDFD*QSDMVD*QSDAD*0 24-hour rainfall intensity, 50-year recurrence.y > Precipitation intensity, 24-hour rainfall, in inches, expected on the average once each 50 years. Estimated from U.S. Weather Bureau technical Paper 40 except for western states where NOAA Atlas 2 exists). Basin and streamflow characteristic no 36, I24,50. See WATSTORE users manual, Appendix. 0 24-hour rainfall intensity, 100-year recurrencey @ Precipitation intensity, 24-hour rainfall, in inches, expected on the average once each 100 years. Estimated from U.S. Weather Bureau technical Paper 40 except for western states where NOAA Atlas 2 exists). Basin and streamflow characteristic no 37, I24,100. See WATSTORE users manual, Appendix./ October mean monthly precipitation, in inches. y  October mean monthly precipitation, in inches. Basin and streamflow characteristic no 41, PRC10. See WATSTORE users manual, Appendix. 0 November mean monthly precipitation, in inches.y  November mean monthly precipitation, in inches. Basin and streamflow characteristic no 42, PRC11. See WATSTORE users manual, Appendix.0 December mean monthly precipitation, in inches.y  December mean monthly precipitation, in inches. Basin and streamflow characteristic no 43, PRC12. See WATSTORE users manual, Appendix./ January mean monthly precipitation, in inches. y  January mean monthly precipitation, in inches. Basin and streamflow characteristic no 44, PRC12. See WATSTORE users manual, Appendix. / February mean monthly precipitation, in inches y  February mean monthly precipitation, in inches Basin and streamflow characteristic no 45, PRC2. See WATSTORE users manual, Appendix. , March mean monthly precipitation, in inchesy  March mean monthly precipitation, in inches Basin and streamflow characteristic no 46, PR3. See WATSTORE users manual, Appendix. , April mean monthly precipitation, in inchesy  April mean monthly precipitation, in inches Basin and streamflow characteristic no 47, PR4. See WATSTORE users manual, Appendix. * May mean monthly precipitation, in inches y  May mean monthly precipitation, in inches Basin and streamflow characteristic no 48, PRC5. See WATSTORE users manual, Appendix. + June mean monthly precipitation, in inches y  June mean monthly precipitation, in inches Basin and streamflow characteristic no 49, PRC6. See WATSTORE users manual, Appendix. , July mean monthly precipitation, in inches.y  July mean monthly precipitation, in inches. Basin and streamflow characteristic no 50, PRC7. See WATSTORE users manual, Appendix. . August mean monthly precipitation, in inches. y  August mean monthly precipitation, in inches. Basin and streamflow characteristic no 51, PRC8. See WATSTORE users manual, Appendix. 0 September mean monthly precipitation, in inchesy  September mean monthly precipitation, in inches Basin and streamflow characteristic no 52, PRC9. See WATSTORE users manual, Appendix. ! Mean annual snowfall, in inches. y  Mean annual snowfall, in inches. From U. S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 53, SNOFALL. See WATSTORE users manual, Appendix. - March 1 mean water equivalent of snow cover. y  Mean water equivalent, in inches, of snow cover as of March 1. From U. S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 54, SNOMAR. See WATSTORE users manual, Appendix. / April 30, mean water equivalent of snow cover. y  Mean water equivalent, in inches, of snow cover as of April 30. From U. S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 55, SNOAPR. See WATSTORE users manual, Appendix. , March 15 max water equiv, 2-year recurrencey  Maximum water equivalent, in inches, of snow cover as of March 15, 2-year recurrence interval. From U.S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 56, SN2. See WATSTORE users manual, Appendix.- March 15 max water equiv, 10-year recurrence y  Maximum water equivalent, in inches, of snow cover as of March 15, 10-year recurrence interval. From U.S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 57, SN10. See WATSTORE users manual, Appendix. - March 15 max water equiv, 25-year recurrence y  Maximum water equivalent, in inches, of snow cover as of March 15, 25-year recurrence interval. From U.S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 58, SN25. See WATSTORE users manual, Appendix. . March 15 max water equiv, 100-year recurrence y  Maximum water equivalent, in inches, of snow cover as of March 15, 100-year recurrence interval. From U.S. Weather Bureau, Technical Paper 50. Basin and streamflow characteristic no 59, SN100. See WATSTORE users manual, Appendix., Mean temperature for January, in degrees F.yy  Mean monthly temperature for January, in degrees F. From U.S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 61, JANAV. See WATSTORE users manual, Appendix.. Mean maximum March temperature, in degrees F. yy  Mean maximum March temperature, in degrees F. From U.S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 62, MARMAX. See WATSTORE users manual, Appendix. - Mean maximum July temperature, in degrees F. yy  Mean maximum July temperature, in degrees F. From U.S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 63, JULYMAX. See WATSTORE users manual, Appendix. ) Mean temperature for July, in degrees F. yy  Mean monthly temperature for July, in degrees F. From U.S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 64, JULYAV See WATSTORE users manual, Appendix.0 March snow cover water equiv, 2-year recurrencey  Water equival ent, in inches, of snow cover as of the first week in March, 2-year recurrence interval. Data compiled by the New Your District USGS. Basin and streamflow characteristic no 65, WE MAR2. See WATSTORE users manual, Appendix. ) Mean annual lake evaporation, in inches. y  Mean annual lake evaporation, in inches. From U.S. Weather Bureau, Technical Paper 37. Basin and streamflow characteristic no 70, EVAP. See WATSTORE users manual, Appendix. 0 Mean annual Class A pan evaporation, in inches.y  Mean annual Class A pan evaporation, in inches. From U.S. Weather Bureau, Technical Paper 37. Basin and streamflow characteristic no 71, EVAPAN. See WATSTORE users manual, Appendix. , Mean frost depth on February 28, in inches.y  Mean frost depth on February 28, in inches. From U.S. Weather Bureau, "Climates of States". Basin and streamflow characteristic no 72, FROST. See WATSTORE users manual, Appendix.  Mean annual discharge, in cfs. y  Mean annual discharge, in cubic feet per second, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 86, QA. See WATSTORE users manual, Appendix. - Standard deviation of mean annual discharge. y  Standard deviation of mean annual discharge, in cubic feet per second, from WATSTORE flow variabliity program W4422. Basin and streamflow characteristic no 87, QSDANN. See WATSTORE users manual, Appendix. % Mean discharge, in cfs, for October. y  Mean discharge, in cubic feet per second, for October, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 88, Q10. See WATSTORE users manual, Appendix.& Mean discharge, in cfs, for November. y  Mean discharge, in cubic feet per second, for November, from WATSTORE flow! variability program W4422. Basin and streamflow characteristic no 89, Q11. See WATSTORE users manual, Appendix. & Mean discharge, in cfs, for December. y  Mean discharge, in cubic feet per second, for December, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 90, Q12. See WATSTORE users manual, Appendix. % Mean discharge, in cfs, for January. y  Mean discharge, in cubic feet per second, for January, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 91, Q1. See WATSTORE users manual, Appendix. & Mean discharge, in cfs, for February. y  Mean discharge, in cubic feet per second, for February, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 92, Q2. See WATSTORE users manual, Appendix.# Mean discharge, in cfs, for March. y  Mean discharge, in cubic feet per second, for March, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 93, Q3. See WATSTORE users manual, Appendix. # Mean discharge, in cfs, for April. y  Mean discharge, in cubic feet per second, for April, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 94, Q4. See WATSTORE users manual, Appendix. ! Mean discharge, in cfs, for May. y  Mean discharge, in cubic feet per second, for May, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 95, Q5. See WATSTORE users manual, Appendix. ! Mean discharge, in cfs for June. y  Mean discharge, in cubic feet per second, for June, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 96, Q6. See WATSTORE users manual, Appendix." Mean discharge, "in cfs, for July. y  Mean discharge, in cubic feet per second, for July, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 97, Q7. See WATSTORE users manual, Appendix.$ Mean discharge, in cfs, for August.y  Mean discharge, in cubic feet per second, for August, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 98, Q8. See WATSTORE users manual, Appendix. ' Mean discharge, in cfs, for September. y  Mean discharge, in cubic feet per second, for September, from WATSTORE flow variability program W4422. Basin and streamflow characteristic no 99, Q9. See WATSTORE users manual, Appendix. . Standard deviation for mean discarge October. y  Standard deviation, in cubic feet per second, of mean discarge for October. From flow variability computer program no. W4422. Basin and streamflow characteristic no 100, SDQ10. See WATSTORE users manual, Appendix.0 Standard deviation for mean discharge November.y  Standard deviation, in cubic feet per second, of mean discarge for November. From flow variability computer program no. W4422. Basin and streamflow characteristic no 101, SDQ11. See WATSTORE users manual, Appendix. 0 Standard deviation for mean discharge December.y  Standard deviation, in cubic feet per second, of mean discarge for December. From flow variability computer program no. W4422. Basin and streamflow characteristic no 102, SDQ12. See WATSTORE users manual, Appendix. / Standard deviation for mean discharge January. y  Standard deviation, in cubic feet per second, of mean discarge for January. From flow variability computer program no. W4422. Basin and streamflow characteristic no 103, SDQ1. See WATSTORE users manual, App!endix. 0 Standard deviation for mean discharge February.y  Standard deviation, in cubic feet per second, of mean discarge for February. From flow variability computer program no. W4422. Basin and streamflow characteristic no 104, SDQ2. See WATSTORE users manual, Appendix.- Standard deviation for mean discharge March. y  Standard deviation, in cubic feet per second, of mean discarge for March. From flow variability computer program no. W4422. Basin and streamflow characteristic no 105, SDQ3. See WATSTORE users manual, Appendix. , Standard deviation for mean discharge Aprily  Standard deviation, in cubic feet per second, of mean discarge for April. From flow variability computer program no. W4422. Basin and streamflow characteristic no 106, SDQ4. See WATSTORE users manual, Appendix. $ -SW2SISTA3SG*STAR4@pGEND 5@@GLATD6G*LNGD7G*PARM8G*STAT9G*PREC: H*STOR;mH*TSPT<H(FORE=H*SOIL>I*I24-?d\WI*JANM@I*P1.2Aj@I*P2. B@@J*P5. C@@UJ*P10.D@@J*P25.E@@J*P50.F@@K*P100G\@LK*P200H\@K*P500I\@K*MEANJ L*SDPKK@@[L*SKWPL@L*WRCSML*WRCMN@[M*WRCSO@M*YRSPP@N*YRSHQ^N*CHEAR@N*COMPSN(TSFOT'O0VBTIUeO0BSLOVO*BLNGWO*VALLXP*EL10YpjXP*EL50Z``P*EL60[``P*LAKE\@@Q*GLAC]^Q*LOES^@Q*AZMU_Q*LATC`R*LNGCaVR*TMTObR*I240cb`R*I240ddj5S* Station identification number.  2 Integer indentification number, as an integer. " Starting date for timeseries data  ! Ending data for timeseries data.  & Latitude (degrees, minutes, seconds).  4 Latitude in degrees, minutes, seconds (dddmmss).' Longitude (degrees, minutes, seconds).  5 Longitude in degrees, minutes, seconds (dddmmss).  Parameter code. = Parameter code, see WATSTORE users manual, Appendix D.  Statistics code.  > Statistics code, see WATSTORE users m#%anual, Appendix E.  Mean annual precipitation. y E Mean annual precipitation, in inches, from U.S. Weather Bureau Series "Climates of States;" grid sampling methods used if isohyetal map is available, otherwise anomaly map constructed (Water-Supply Paper 1580-d). Basin and streamflow characteristics no 32, PRECIP. See WATSTORE users manual, Appendix. 0 Area of lakes, ponds, and swamps (% or CONTDA).B  Area of lakes, ponds, and swamps in percent of contributing drainage area, measured by the grid sampling methods. Basin and streamflow chracteristics no 12, STORAGE. See WATSTORE users manual, Appendix.0 Timeseries put aggregation/disaggregation code. 3 Timeseries put aggregation/disaggregation code.  Forested area (% of CONTDA)B  Forested area in percent of contributing drainage area, measured by the grid sampling methods. Basin and streamflow charachteristic no 14, FOREST. See WATSTORE users manual, Appendix. Soils index, in inches.y  Soils index, in inches, a relative measure of potential infiltration (soil water storage), from Soil Conservation Service. Basin and streamflow characteristic no 16, SOIL INF. 0 24-hour rainfall precip intensity 2-year recurry  Precipitation intensity, 24-hour rainfall, in inches, expected on the average of once each 2 years. Basin and streamflow characteristic no 33, I24,2. See WATSTORE users manual, Appendix. ) Mean minimum January temp, in degrees F. y  Mean minimum January temp, in degrees F. Basin and streamflow characteristic no 60, JANMIN. See WATSTORE users manual, Appendix. ) Annual flood peak, 1.25 year recurrence. y  Annual flood peak, in cubic feet per second, 1.25- year recurrence interval. Basin and streamflow $&characteristic no 75, P1,25. See WATSTORE users manual, Appendix. & Annual flood peak, 2 year recurrence. y  Annual flood peak, in cubic feet per second, 2- year recurrence interval. Basin and streamflow characteristic no 76, P2. See WATSTORE users manual, Appendix.& Annual flood peak, 5 year recurrence. y  Annual flood peak, in cubic feet per second, 5- year recurrence interval. Basin and streamflow characteristic no 77, P5. See WATSTORE users manual, Appendix.' Annual flood peak, 10 year recurrence. y  Annual flood peak, in cubic feet per second, 10- year recurrence interval. Basin and streamflow characteristic no 78, P10. See WATSTORE users manual, Appendix. ' Annual flood peak, 25 year recurrence. y  Annual flood peak, in cubic feet per second, 25- year recurrence interval. Basin and streamflow characteristic no 79, P25. See WATSTORE users manual, Appendix. ' Annual flood peak, 50 year recurrence. y  Annual flood peak, in cubic feet per second, 50- year recurrence interval. Basin and streamflow characteristic no 80, P50. See WATSTORE users manual, Appendix. ( Annual flood peak, 100 year recurrence.y  Annual flood peak, in cubic feet per second, 100- year recurrence interval. Basin and streamflow characteristic no 81, P100. See WATSTORE users manual, Appendix.( Annual flood peak, 200 year recurrence.y  Annual flood peak, in cubic feet per second, 200- year recurrence interval. Basin and streamflow characteristic no 82, P200. See WATSTORE users manual, Appendix.( Annual flood peak, 500 year recurrence.y  Annual flood peak, in cubic feet per second, 500- year recurrence interval. Basin and streamflow characteristic no 178, P500. See WATSTORE users m%'anual, Appendix. 0 Mean of the LOG of systematic annual peak Q (J4y@  Mean of the logarithms, base 10, of systematic annual peak discharges from Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 83, MEANPK. See WATSTORE users manual, Appendix. . Standard deviation of LOG of syst ann peak Q. @  Standard deviation of logarithms, base 10, of systematic annual peak discharges, from Bulletin 17B frequency analysis or WATSTORE program J407.. Basin and streamflow characteristic no 84 SDPK. See WATSTORE users manual, Appendix. 0 Skew of LOG of systematic annual peak Q (J407).A  Skew of logarithms, base 10, of systematic annual peak discharges, from Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 85, SKEWPK. See WATSTORE users manual, Appendix. " WRC skew of LOG of peak Q (J407). A 7 WRC skew of logarithms, base 10, of annual peak discharge after outlier and historic-peak adjustments and generalized skew weighting, from Bulletin 17B grequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 179, WRC SKEW. See WATSTORE users manual, Appendix. " WRC mean of LOG of peak Q (J407). y@  WRC mean of logarithms, base 10, of annual peak discharge after outlier and historic-peak adjustments, from Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 180, WRC MEAN. See WATSTORE users manual, Appendix. 0 WRC standard deviation of LOG of peak Q (J407).@ " WRC standard deviation of logarithms, base 10, of annual peak discharge after outlier and historic- peak adjustments, from Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristics no 181&(, WRC SD. See WATSTORE users manual, Appendix. 0 Number of years of systematic peak flow record.y  Number of years of systematic peak flow record, used in Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 196, YRSPK. See WATSTORE users manual, Appendix. 0 No. of consecutive yrs used for hist-pk adjust.y  Numbe of consecutive years used for historic-peak adjustment to flood-frequency data used in Bulletin 17B frequency analysis or WATSTORE program J407. Basin and streamflow characteristic no 197, YRSHISPK. See WATSTORE users manual, Appendix. % Pointer to associated quality flags. } r Pointer to an associated data set. Used to associate quality flags for peak flow data, needed for J407.  Compression flag   Compression flag 1 - yes, data are compressed (default) 2 - no, data are not compressed compressed data will take up less space in the WDM file, but will require a COPY operation to update data values. Form of data   Form of data 1 - mean over the timestep (default) 2 - total over the timestep 3 - instantaneous @ time (end of timestep) 4 - minimum over the timestep 5 - maximum over the timestep  Variable time-step option  y Variable time-step option for the data set 1 - all data are at the same time step 2 - time step may vary (default)  Average basin slopeyy  Average basin slope, in feet per mile. Measured by grid sampling method. Basin and streamflow characteristic no 4, BSLOPE. See WATSTORE users manual, Appendix. . Stream length, gage to end of defined channel y  Stream length, in miles, from gage to end of defined channel, blue line on topographic map. Basin and streamflow characteristic') no 6, BLENGTH. See WATSTORE users manual, Appendix.* Valley length, from gage to basin divide. y  Valley length, in miles, measured along general path of flood plain from gage to basin divide. Basin and streamflow characteristic no 7, VALLGH. See WATSTORE users manual, Appendix.  Average of channel elevations yy  Average of channel elevations, in feet above mean sea level, at points 10- and 85-percent of stream length upstream from gage. Basin and streamflow characteristic no 9, ELV10,85. See WATSTORE users manual, Appendix. , Percent of basin above elevation 5000 feet.B  Percent of basin above elevation 5000 feet, mean sea level. Basin and streamflow characteristic no 10, EL5000. See WATSTORE users manual, Appendix. , Percent of basin above elevation 6000 feet.B  Percent of basin above elevation 5000 feet, mean sea level. Basin and streamflow characteristic no 11, EL6000. See WATSTORE users manual, Appendix. # Lakes and ponds area (% of CONTDA) B  Area of lakes and ponds in percent of contributing drainage area. Measured by the grid sampling method. Basin and streamflow characteristic no 13, LAKE. See WATSTORE users manual, Appendix.  Area of glaciers (% of CONTDA) B  Area of glaciers in percent of contributing drainage area. Basin and streamflow characteristic no 15, GLACIER. See WATSTORE users manual, Appendix. # Depth of surficial loess, in feet. y  Depth of surficial loess, in feet. From Soil Conservation Service. Basin and streamflow characteristic no 17, LOESS. See WATSTORE users manual, Appendix. Azimuth, from north. C  Azimuth, in decimal degrees from north of a straight line connecting points 85- and 10-percent of distance from gage to divide.( Basin and streamflow characteristic no 18, AZIMUTH. See WATSTORE users manual, Appendix. . Latitude of center of basin, decimal degrees. yy  Latitude of center of basin, decimal degrees. Basin and streamflow characteristic no 19, LAT. See WATSTORE users manual, Appendix./ Longitude of center of basin, decimal degrees. yy  Longitude of center of basin, decimal degrees. Basin and streamflow characteristic no 20, LONG. See WATSTORE users guide, Appendix.  Time to peak, in hours.y  Time, in hours, measured as time difference between center of mass of total rainfall and peak discharge. Basin and streamflow characteristic no 21, TIMETOPK. See WATSTORE users manual, Appendix. 0 24-hour rainfall intensity, 10-year recurrence.y > Precipitation intensity, 24-hour rainfall, in inches, expected on the average once each 10 years. Estimated from U.S. Weather Bureau technical Paper 40 except for western states where NOAA Atlas 2 exists). Basin and streamflow characteristic no 34, I24,10. See WATSTORE users manual, Appendix. 0 24-hour rainfall intensity, 25-year recurrence.y > Precipitation intensity, 24-hour rainfall, in inches, expected on the average once each 25 years. Estimated from U.S. Weather Bureau technical Paper 40 except for western states where NOAA Atlas 2 exists). Basin and streamflow characteristic no 35, I24,25. See WATSTORE users manual, Appendix. + -SW2|\TSTYSU STAI@U "STCOU HUCOYV*SUBHV*COCOV*ELEV@@V*LATDW*LNGD W*DESC .W *DARE @NW*MINV nW(MAXV W(MEANW(STDDW(SKEWW(TCOD@W2LCOD@6X*ACOD@LX*VCOD@bX*VLCOxX*DCOD@X*GCOD@X*SLOP@X*RMIL@X*LENGX*TSBY@X0TSBM@Y(TSBD@:Y(TSBH@XY(TSPRvY(TSFI Y*TSST!Y2TGRO"Y0RWFL#eZ*TOLR$@@Z(HELP%@@ZDONE&@@ZALL '@@ZAGEN(Z !STFI)Z*DSCO*[*CONT+7[*SITE,Y[ STAN-[&GUCO.[!WELL/[*AQTY0[ BASE1@@\*DATE2@@d\ Type of timeseries data. m User-defined four-character descriptor. Used to describe the contents of the data set, for example: PRCP, RAIN, SNOW - Precipitation FLOW, DISC, PEAK - discharge TEMP, TMIN, TMAX - temperature EVAP, PET - evapotranspiration Some models and application programs may require a specific TSTYPE for datasets they use. ; Station identification, up to 16 alpha-numeric characters.  Alpha-numberic station id.  State abbreviation codeNON AL AK AZ AR CA CO CT DE FL GA HI ID IL IN IA KS KY LA ME MD MA MI MN MS MO MT NE NV NH NJ NM NY NC ND OH OK OR*, PA RI SC SD TN TX UT VT VA WA WV WI WY PR DC VI PI GU  Standard 2-character post office abbreviation, includes DC - Washington, District of Columbia PR - Puerto Rico VI - Virgin Islands GU - Guam PI - Pacific Trust Territories Use NON for no state abbreviation. ! Hydrologic unit code (8 digits).   Hydrologic unit code (8 digits). These codes are given in the U.S. Geological Survey map series "State Hydrologic Unit Maps," Open File Report 84- 708. , Extension to hydrologic unit code (HUCODE).'  Extension to hydrologic unit code (HUCODE). See the U.S. Geological Survey map series "State Hydrologic unit maps," Open File Report 84-708.  County or parish code.  E County or parish code. See WATSTORE users manual, Appendix C.  Elevation (msl). yy  Elevation (mean sea level).  Latitude (degrees).yy  Latitude in decimal degrees. Longitude (degrees). yy ! Longitude in decimal degrees.  Data-set description. [ Data-set description. Might be name and/or location, or some anecdotal information.  Drainage area. y N Total drainage area, in square miles, including non-contributing areas.  Minimum value in dataset. yy + Minimum value in data set, general use.  Maximum value in dataset. yy + Maximum value in data set, general use. ! Mean value of values in dataset. yy , Mean of values in data set, general use.) Standard deviation of values in dataset. yy = Standard deviation of values in data set, general use.  Skew coefficient yy ; Skew coefficient of values in data set, general use.  Time units c+-ode.   Time units code. 1 - seconds 4 - days 2 - minutes 5 - months 3 - hours 6 - years Used in combination with TSSTEP. Length units code.  $ Length units code, user defined. Area units code.  " Area units code, user defined.  Volume units code.  $ Volume units code, user defined. Attribute VLCODE  & Velocity units code, user defined.  Attribute DCODE  Attribute DCODE  Angle (slope) code. % Angle (slope) code, user defined.  Slope. yy " Slope, units are user defined.  Distance from mouth, in miles. yy &Distance from basin outlet, in miles.  Channel length.y ' Channel length, units user defined. Base year. @B lO Starting year for time-series data in a data set. Defaults to year 1900. Base month   X Starting month for time-series data in a data set. Defaults to month 1 (January). Base day.  J Starting day for time-series data in a data set. Defaults to day 1. Base hour.  L Starting hour for time-series data in a data set. Defaults to hour 1. New group, new record flag.  New group, new record flag: 0 - start new group at the end of the last group (default) 1 - start new group at the beginning of a record.  Timeseries filler value. yy b Time-series filler value. This value will be used for missing values. The default is 0.0. " Primary timestep, in TCODE units.  B Time step, in TCODE units (used in combination with TCODE).  Unit for group pointers.  ,.q Unit for group pointers, depending on the time step of the data, may effect the speed of data retrievals. The default group pointer is 6 (years). For timeseries data with a timestep of an hour or less, monthly or even daily group pointers may be more efficient. 3 - hours 6 - years 4 - days 7 - centuries 5 - months  Read/Write flag.  ; Read/Write flag: 0 - read and write 1 - read only  Data compression tolerance.yy  Data compression tolerance. Data values within +- of TOLR will be considered the same value and compressed in the data set. Once data has been compressed, the original values can not be retrieved. Agency code. D Agency code. See WATSTORE users manual, volume 1, chapter 3. State FIPS code. c > State FIPS code, see WATSTORE users manual, Appendix B.  District code. c  State code of the Geological Survey office that operates the station. Usually the same as the state code (STPIPS). See WATSTORE Users manual, Appendix B. Contributing drainage area.y J Drainage area, in square miles, that contributes to surface runoff. Site Code SW SP ES GW LK ME  Site code, see WATSTORE users manual, volume 1, chapter 3. SW - stream SP - spring ES - estuary GW - well LK - lake or reservoir ME - meteorological  Station name (48 characters). . Short name or description of the data set. $ Geologic unit code (7 characters).B Geologic unit code. See WATSTORE users manual, Appendix F. Well depth.y  Depth of well, in feet. The greatest depth at which water can enter the well. See WATSTORE users manual, volume 1, chapter 3.  Aquifer type. U N C M X  A-quifer type. See WATSTORE users manual, volume 1, chapter 3.. U - unconfined single aquifer N - unconfined multiple aquifers C - confined single aquifer M - confined multiple aquifers X - mixed multiple aquifers  Base discharge.y ` Base discharge, in cubic feet per second. See WATSTORE user manual, volume 1, chapter ?. Date (year,mo,dy,hr,mi,sc)  # Date string. User defined use. g0 -SWWEMIFE CdS_o____________```'`2`=`I`R`a`k`v`````````aa%a6agawaaaaaaab>bQbbbbbbbbbcFcgcccccd3dadddf TEXT MENU 1D-DATA 2D-DATA FILE STATUS HELP LIMITS TUTOR COMMANDSXPAD INSTRUCTERROR x Help Cmhlp AcceptPrev Guide LimitsStatusOops WindowMove View Top Jump Dnpg Uppg IntrptExit Zap Keys Quiet Xpad F B R Y N End of input from macro, ! now reading input from keyboard. " Too many macros currently in use.  Enter macro name: Unable to open specified macro. Use any key to continue. Help display help in this box! Cmhlp display what you see here 5 Accept contents of current screen, go to next screen  Prev go to previous screen /1& Guide display tutorial for new users " Limits display limits in this box " Status display status in this box " Oops undo changes made in error " Window specify data to operate on ( Move move rows and/or columns of data View plot specified data 3 Top go to first (opening) screen of application  Jump go to screen specifed ! Dn pg display more text or data % Up pg display previous text or data % Intrpt interrupt current calculation / Exit clean up and return to operating system  Zap STOP right now  Keys redefine function keys 5 Quiet turn off this box to allow more room for data  Xpad use scratch pad  Select an option using arrow keys then confirm selection with the F2 key, or Type the first letter of an option.H  Additional characters required to select from highlighted options.-  Unknown option. 3  Undefined Function Key. ;  Undefined command in this context.  Enter a command by typing first letter of name or move highlight to desired command with left or right arrow, then 6  No more commands to the left 7  No more commands to the right 1  Unknown keystroke :  'Accept' command to go to next screen >  Waiting for computer to complete a task j  Space bar for more text, 'Accept' command to go to next screen g  Page Down or Down Arrow for more text F3 to return to Data k  Page Up or Up Arrow to review previous t02ext F3 to return to Data  Page Down or Down Arrow for more text Page Up or Up Arrow to review previous text F3 to return to Data C  Data values not in correct order for current field  Invalid data input in highlighted field. Use 'Limits' command to see acceptable range, or 'Help' command to see field definition.  Null data input, please enter data in highlighted field. Use 'Limits' command to see acceptable range, or 'Help' command to see field definition. ?  No Help available for this field. <  Default: Minimum: Maximum:  Valid:  Invalid: 3  Any integer is acceptable. 2  Any number is acceptable. 9  Any character string is acceptable.  Enter data in highlighted field(s). Use carriage return or arrow keys to enter data and move between fields. Use 'Accept' command to go to next screen when done entering data. {  Use cursor keys to define window of data. Enter desired operation when window is defined. x  View data in highlighted field. Use 'Help' command to see field definition(s).H  Current field is protected, data value may not be modified.  The value for the number of rows for this 2-dimensional parameter screen is zero, thus the screen is not able to be generated. l  Page Down or Down Arrow for more scratch pad F3 to return to Datat  Page Up or Up Arrow to review previous parts of scratch pad F3 to return to Data1  Page Down or Down Arrow for more scratch pad Page Up or Up Arrow to review previous parts of scratch pad F3 to return to Data  Page Down or Down Arrow for more scratch pad Page Up or Up Arrow to review previous parts of scratch pad F3 to return to Data  Option field: use space bar to toggle between ON (X) and OFF ( ). Use carriage return or arrow keys to move between fields. Use 'Accept' command to go to next screen when done entering data.  Unable to toggle on option(s) as the number of allowable selected options for this set would be exceeded. Use the 'Help' command to see field definition.  Not enough options selected for this set. Select more options within this set before continuing. Use the 'Help' command to see field definition. 4> PFKEY3 C 2 0 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY4 C 2 4 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY5 C 2 6 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY6 C 2 16 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY7 C 2 7 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY8 C 2 20 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY9 C 2 21 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY0 C 2 0 H C A P G L S O W M V T J D U I E Z K Q X & BCOLOR C 6 2 WHITE BLACK OTHER ) SYMSIZ I 100 1 10000 ) TXTEXF I 133 0 200 ) TXTCHS I 0 0 200 ) BGRED I 0 0 100 ) BGREEN I 0 0 100 ) BGBLUE I 0 0 100 ) WEIBA I 0 0 1000 PBCOLR C 6 1 WHITE BLACK DONE 53 9999 ) 1LUSER I 1 -9999 9999 ) 2LUSER I 1 -9999 9999 ) 3LUSER I 1 -9999 9999 ) 4LUSER I 1 -9999 9999 ) 5LUSER I 1 -9999 9999 ) 6LUSER I 1 -9999 9999 ) CBLACK I 0 -9999 9999 ) CWHITE I 15 -9999 9999 ) CRED I 4 -9999 9999 ) CGREEN I 2 -9999 9999 ) CBLUE I 1 -9999 9999 ) CCYAN I 3 -9999 9999 ) CMAGNT I 5 -9999 9999 ) CYELLW I 14 -9999 9999 ) 1CUSER I 1 -9999 9999 ) 2CUSER I 1 -9999 9999 ) CDOT I 1 -9999 9999 ) CPLUS I 2 -9999 9999 ) CSTAR I 3 -9999 9999 ) CZERO I 4 -9999 9999 ) CX I 5 -9999 9999 ) 1SUSER I 1 -9999 9999 ) 2SUSER I 1 -9999 9999 ) 3SUSER I 1 -9999 9999 ) 4SUSER I 1 -9999 9999 ) 5SUSER I 1 -9999 9999 ) PSOLID I 1 -9999 9999 ) PHORIZ I 2 -9999 9999 ) PVERT I 3 -9999 9999 ) PDIAG I 4 -9999 9999 ) 1PUSER I 2 -9999 9999 ) 2PUSER I 2 -9999 9999 ) 3PUSER I 2 -9999 9999 ) 4PUSER I 2 -9999 9999 ) 5PUSER I 2 -9999 9999 ) 6PUSER I 2 -9999 9999 > PFKEY1 C 2 1 H C A P G L S O W M V T J D U I E Z K Q X > PFKEY2 C 2 3 H C A P G L S O W M V T J D U I E Z K Q X 64 7 99 1 RECTYP C 7 3 WORD HWORD BYTE UNKNOWN  GRAPHS C 4 2 YES NO , PLTDV1 C 8 1 DISPLAY PRINTER PLOTTER, PLTDV2 C 8 2 DISPLAY PRINTER PLOTTER, PLTDV3 C 8 3 DISPLAY PRINTER PLOTTER, INPDV1 C 8 1 NONE MOUSE DIGITIZ COLORS C ) CLRFRM I 15 0 15 ) CLRFRT I 11 0 15 ) CLRFRL I 13 0 15 ) CLRFRE I 14 0 15 ) CLRFRC I 14 0 15 ) CLRFRP I 7 0 15 ) CLRFRD I 14 0 15 ) CLRFRN I 14 0 15 ) CLRFRS I 15 0 15 ) CLRBKO I 2 0 15 ) CLRBKE I 12 0 15 ) CLRBKD I 0 0 15 ) CLRBKS I 4 0 15 # BUGFLG C 5 1 NONE SOME LOTS ) IOERR1 I 18 0 1000 ) IOERR2 I 15 0 1000 ) IOERR3 I 5 0 1000 ) IOERR4 I 57 0 1000 ) GKSDIS I 4107 0 9999 ) GKSPRT I 102 0 9999 ) GKSPLT I 9012 0 9999 ) GKSMET I 9005 0 9999 ) GKSDSP I 102 0 9999 ) USRLEV I 0 0 2 RSPTYP C 6 2 ANNIE EMIFE) GKPREC C 7 2 STRING CHAR STROKE ) GKSCFT I 1 -9999 9999 ) GKPRFT I 1 -9999 9999 ) GKPLFT I 1 -9999 9999 ) LSOLID I 1 -9999 9999 ) LDASH I 2 -9999 9999 ) LDOT I 3 -9999 9999 ) LMIXED I 4 -9999 5 -SWWUPARMS n gSmbmnm{mmmmmmmmmmm jj$j1j>jKjXj]jjjwjjjjjjjjjjjkkk+k8kEkRk_klkykkkkkkkkkkk hh#h0h=hJhWhdhqh~hhhhhhhhhhi ii'i4iAiNi[ihiuiiiiiiiiiiff)f;fMf_fqfffffffffffg3 CMPTYP C 6 1 PC PRIME VAX UNIX AVIION & TRMTYP C 6 1 PC VT100 OTHER ) TRMINP I 5 0 10 ) TRMOUT I 6 0 10 ) TRMPAU I 124 33 127 ) TRMFIL I 64 33 127 ) TRMDLM I 59 33 127 ) TRMLRN I 33 33 127 # MENCRA C 5 3 NONE DOWN NEXT ) TRMDDD I 124 33 127 ) SCRWID I 80 40 256 ) SCRLEN I 24 10 100 ) FILMAX I 15 10 99 ) FILUNI I 30 )8 -SWWQFOPEN  sSoyooooooo pQpxppppq.q[qqqq:rDrMrrrZ ( Name of output file? @FILE........................................................... @(@FILE `(NEW (SEQUENTIAL (FORMATTED ! Do you want to use another file? @ D` YESa NO 1 File not found. Do you want to try another name? @ D` YESa NO . Status must be old, new, scratch, or unknown. + File exists. Do you want to write over it? @ D` YESa NO x YES - try to open file again and continue. NO - will not open file. will either end or ask for another name.4 You do not have write access to the specified file. File name is blanks. @(ANNIE.LOG `(UNKNOWN (SEQUENTIAL 79 (FORMATTED i ( Name of file to log your responses? @FILE........................................................... @(@FILE `(UNKNOWN (SEQUENTIAL (FORMATTED j( The default file (ANNIE.LOG) is in use. Make up a name or kill program and restart when file not in use ^ ( Name of file with dates? @FILE........................................................... @(@FILE `(OLD (SEQUENTIAL (FORMATTED b ( Name of file to store dates? @FILE........................................................... @(@FILE `(NEW (SEQUENTIAL (FORMATTED @(HSPMESS.DA `(OLD(DIRECT (FORMATTED (\ ( Name of your WDM file? @FILE...........................................................@(@FILE `(OLD(DIRECT (UNFORMATTED(m ( Name of sequential file with variables. @FILE........................................................... @(@FILE `(OLD (SEQUENTIAL (FORMATTED s ( Name of sequential file with years of record. @FILE........................................................... @(@FILE `(OLD (SEQUENTIAL (FORMATTED v ( Name of sequential file with cross-correlations. @FILE........................................................... @(@FILE `(OLD (SEQUENTIAL (FORMATTED y ( Name of input file created from ANNIE/GLS analysis. @FILE........................................................... @(@FILE `(OLD (SEQUENTIAL (FORMATTED m ( Name of output file for telegraf input? @FILE........................................................... @(@FILE `(NEW (SEQUENTIAL (FORMATTED COULD NOT OPEN FILE, STATUS = &'Output options OUTPUT LINES WIDTH @FIELD1 `@TERMINAL,FILE TERMINAL  Destination for output AFIELD2 a 8@ 20 o!For terminal output, lines output before a pauseFor file output, lines output before fortran ca8rriage control AFIELD3 a8(80 .!Maximum allowable characters output on a line ^The user may direct output to the screen or to a file forprinting or use by another program.   Selected file already exists.   Selected file not found. ` ( Name of file for printout? @FILE...........................................................@(@FILE `(UNKNOWN (SEQUENTIAL (FORMATTED v( This will be file for printed output to be printed after this ANNIE session. It may use Fortran carriage control. 0 Do you want to copy the log file to a new name?@ D` NO a YES The log file of this run is stored as ANNIE.LOG and will be overwrote the next time you run the program. Use YES to save this log file under another name.k ( Name of new file to copy log file to? @FILE........................................................... @(@FILE `(NEW (SEQUENTIAL (FORMATTED =( The log file from this run will be saved as this file name. Ase this option to view station characteristics on the screen,one line per station.a Detail  - station characteristics G Select this option to see all characteristics, one station per screen. a Return  - back to Opening Screen 6 Choose this option to be returned to the Output menu. @= is used, the cursor will move to the top left ofthe window you wish to EDIT. (Use any key to continue). M ADD_CONST MULT_CONSTROWCOPY FIELDCOPY SUBSTITUTEFUNCTION ? CANCEL g ADD_CONST - increment defined values in window by a constantMULT_CONST - multiply defined values in window by a constantROWCOPY - copy rows of values from one window to anotherFIELDCOPY - copy values from one field to anotherSUBSTITUTE - chage values in window to a value and add incrementFUNCTION - perform desired mathematical functions on data % WDM FLAT ROWS FIELDS? CANCEL WDM - write data to WDM fileFLAT - write data to flat fileROWS - specify rows of data to write to fileFIELDS - specify fields of data to write to file  GENERALFIELD ? CANCEL\ GENERAL - get general help for this screen of dataFIELD - get help for a specified field EDIT ADD_CONSTANT  MULT_CONSTANT  ROWCOPY SUBSTITUTE HELP FIELD  MOVE UP MOVE DOWN / & values out of a desired & have been input.  & values have been input. (  / can't be used. Must enter & values.E  * is repeat symbol and no digits preceed it. data will be ignored. '  Repeat number too large, reduce to &.  Is this input acceptable? @ 4` Yes& - values have been entered as desired a No 0 - go back to last screen to modify input values & more. Bad values, start line over.  Previous & values ok.  Input complete.><ROWS:  Enter FIELD NUMBER:+ Options: "<" to cancel or "cr" to accept L  Unable to INCREMENT, no value to increment by. Use any key to continue.  REFRESH - refresh whole screen with current values LIMITS - refresh limits portion of screen UP - move up desired number of rows of data DOWN - move down desired number of rows of data F  Unable to CHANGE, no value to change to. Use any key to continue. 9  Field number & contains values which are out of order.  0.0 0.0 0.03 INCREMENT the data in the window defined by Row (TOP,BOT) andField (LEF,RGT) Ranges. The TOP, BOTTOM, LEFT, RIGHT commandsare used to set the desired values to describe the window.When the GO command is used, all defined data values in thewindow will be incremented by VAL. (Use any key to continue). 1 MULTIPLY the data in the window defined by Row (TOP,BOT) andField (LEF,RGT) Ranges. The TOP, BOTTOM, LEFT, RIGHT commandsare used to set the desired values to describe the window.When the GO command is used, all defined data values in thewindow will be multiplied by VAL. (Use any key to continue). < COPY the rows of data described by Row Range (from) (TOP,BOT)to the rows of data described by Row Range (to) (NEWBEG,FINAL).The fields to be copied are described by Field Range (LEF,RGT).The TOP, BOTTOM, NEWBEG, FINAL, LEFT, RIGHT commands set thedesired values. GO will do the COPY. (Use any key to continue).4 CHANGE the data in the window defined by Row (TOP,BOT) andField (LEF,RGT) Ranges. The TOP, BOTTOM, LEFT, RIGHT commandsare used to set the desired values to describe the window.GO changes the top row to VAL and all additional rows will bechanged to VAL and incremented by INC. (Use any key to continue)' EDIT the data in the window described by row (TOP,BOT) andfield (LEF,RGT) ranges. The TOP, BOTTOM, LEFT, RIGHT commandsare used to set the desired values to describe the window.When GO?=" Currently viewing the bottom row. * Can not change PROTECTED value in field  Can not copy over a row. + Rw &, fld &, bad new value, NOT updated. ( Rw &, fld &, bad new value, CHECK it. ! No new value input for CHANGE. b DONE - done with this screen of dataHELP - get general help for screen or specific help for fieldVIEW - REFRESH screen, refresh LIMITS, move UP or DOWN rowsEDIT - modify data in window (cursor moves to window)PLOT - plot either row numbers or a field vs desired fieldsTRANSFORM - perform transformations on screen of dataFILE - put data onto files Commands:  Out of EDIT mode. @ In EDIT mode. To quick exit type % "cr". To backup, < (n) "cr".) Max allowable row is &, you specified &. + Max allowable field is &, you specified &. + Min allowable row is 1, you specified &. - Min allowable field is 1, you specified &. * REFRESHLIMITS UP DOWN ? CANCEL 2 & data errors exist, first one in row &, field &. $ Parameter out of range. Try again.I START-ROW END-ROW LEFT-FIELD RIGHT-FIELDGO ? CANCEL T START-ROW END-ROW LEFT-FIELD RIGHT-FIELDVALUE GO ? CANCEL_ START-ROW END-ROW LEFT-FIELD RIGHT-FIELDVALUE INCREMENT GO ? CANCEL _ START-ROW END-ROW LEFT-FIELD RIGHT-FIELDNEW-ROW FINAL-ROW GO ? CANCEL - current: & & & & ? current: & & & & & &  Min &, Max &, now: &  Enter STARTING ROW: Enter ENDING ROW:  Enter LEFT FIELD:  Enter RIGHT FIELD: Enter STARTING ROW (copy from): Enter ENDING ROW (copy from):  Enter NEW ROW (copy to):  Enter FINAL ROW (copy to): Enter VALUE:  Enter INCREMENT:  Enter MULTIPLE: Enter NUMBER OF )> -SWWQRESP WySYapx|||&|3|?|J|||||||||}}}4}K}e}}}}}}}}}}}}}}}}zzz1zfzzzzzzz1{{{!x7xxxxxxxxxyy yyy!y*y6yJyVy}yyyy (Use return for (Use return for &) 2 Min allowed value is &, Max allowed value is &.   Valid responses are: !  Conflicting response, could be:  Incorrect response - try again$ FIELD MINIMUM MAXIMUM DEFAULT ROW>  Enter changes ( ? for help, D for done ) in correct columns. . Using DEFAULT instead of bad value in field '  Help not available for this question. H  End of your command file, enter response to the above question... $ CHECK out of range value in field D DONE ? HELP VIEW EDIT PLOT TRANSFORMFILE Currently viewing the top row. VB:(X), monthly data will be included. &A@3 a7! If this field is on (X), annual data will be included.  " B@4 b  _ONOFF @5, @6 4" If this field is on (X), all data will be included.B@5 b  _ONOFF @4, @6  OFF @SYR 5 47 5 60  OFF @SM 5 62 5 67  OFF @EYR 6 47 6 60  OFF @EM 6 62 6 67 ^" If you turn this field on(X), set starting and ending year and monthfor data to be included. C@6 c "  _ONOFF @4, @5 g# If this field is on(X), the data available in a period common to allchosen stations will be included. C@SYR cR1874 # Starting year, 4 digits. D@SMd 10 -$ Starting month (1-Jan, 2-Feb, ... , 12-Dec). D@EYR dR1988 $ Ending year, 4 digits. E@EMe 9 +% Ending month (1-Jan, 2-Feb, ... , 12-Dec). E@FILE <% Enter the name of a WDM file which your system understands.e`Wdm (OW) File Problem 2 Could not open specified WDM file, error code: &. `Wdm (OW) File Problem B Could not open appropriate WDM file on the CD-ROM, error code: &. `Wdm (OW) Progress  Copied & stations of &.`Wdm (OW) Copy Problem D Bad return code & returned from copy label (WDDSCL) for data set &.`Wdm (OW) Copy Problem Bad return code & returned from copy data (WTDSCU) for data set &. Problem likely encountered due to lack of data for period of record specified.`Wdm (OW) Copy Problem Unable to create data set & on target WDM file because it already exists. To correct this problem you should renumber the existing data setwith ANNIE or start with a new WDM file. `Wdm (OW) Problem n No common period available for specified stations. Use 'View Table (VT)' to look at available data periods. `"View (V)  Select a view option. @ d` Table  - station characteristics X ChooZAfield is on(X), annual data will be included.  " B@4 b  _ONOFF @5, @6 3" If this field is on(X), all data will be included. B@5 b  _ONOFF @4, @6  OFF @SYR 5 47 5 60  OFF @SM 5 62 5 67  OFF @EYR 6 47 6 60  OFF @EM 6 62 6 67 ^" If you turn this field on(X), set starting and ending year and monthfor data to be included. C@6 c "  _ONOFF @4, @5 g# If this field is on(X), the data available in a period common to allchosen stations will be included. C@SYR cR1874 # Starting year, 4 digits. D@SMd 10 -$ Starting month (1-Jan, 2-Feb, ... , 12-Dec). D@EYR dR1988 $ Ending year, 4 digits. E@EMe 9 +% Ending month (1-Jan, 2-Feb, ... , 12-Dec). E@7 e  _OFFON @8 % If this field is on(X), attributes will be included. Unless you fullyunderstand ANNIE and WDM files, this field should be on.F@8 f  _OFFON @7 2& If you are not sure, this field should be off( ). F@FILE 8& Enter the name of a file which your system understands.f`Flat (OF) File Problem B Could not open appropriate WDM file on the CD-ROM, error code: &. `Flat (OF) Progress  Writing & stations of &. `Flat (OF) Problem n No common period available for specified stations. Use 'View Table (VT)' to look at available data periods. ` Wdm (OW) h  Specify WDM file output options. Interval: @1Daily Period of record: @4All @5Some @6Common @2Monthly @3Annual Start yr @SYR. mo @SM End yr @EYR. mo @EM WDM file name? @FILE...........................................................@@1 `6 If this field is on (X), daily data will be included.  A@2 a8! If this field is on D^imilar to theUSGS annual reports. b Table  - of station characteristics X Use this option to get a summary file of station characteristics,one line per station.c DEtail  - station characteristics B Select this option to see all characteristics grouped by station. c Return  - back to Opening Screen @ Select this option when you are finished creating output files.`DAily (ODa) File Problem B Could not open appropriate WDM file on the CD-ROM, error code: &. ` Table (&T)   Enter the order of the variables you want in the table: Location General Watershed Channel Meteorologic @A DSN @G STANAM @K DAREA @Q DATUM @V PRECIP @B ISTAID @L NONCDA @R SLOPE @W I24-2. @C HUCODE Data @M ELEV @S LENGTH @X JANMIN @D STCODE @H #YEARS @N SOILIN @T LAKE @Y GLACER @E LATDEG @I FIRST-YR @P FOREST @U STORAG @F LNGDEG @J LAST-YR @@A ` Data-set (sequence) number.A@B a! Station identification number. A@C a! Hydrologic unit code. B@D b/" State (or equivalent) 2-character postal code. B@E b" Latitude, in degrees. C@F c# Longitude, in degrees. C@G c# Station name/description. D@H d$ Number of years of data. D@I d$ First year of available data. E@J e% Last year of available data. E@K e% Total drainage area. F@L f+& Percent of drainage area not contributing. F@M f4& Mean basin elevation, in feet above mean sea level.G@N g$' Soil infiltration index, in inches.G@P g9' Forested area, in percent of contributing drainage aeCf -SWWHCDRPR StSk޼P`u5Ei6P_6D^Ã `"Output (O)  Select an output format. @ d` Export  - WDM ASCII format Use this format to create an ASCII file that can be sent to another computerwhich has the program ANNIE to Import the file and create a WDM file. a Flat  - ASCII row column Use this format to create data in a row column or free format to be usedby other software such as spreadsheets and statistical packages. a Wdm - binary WDM format Use this option to create a WDM file of selected data on your hard diskfor further processing (see Query option on Opening screen). b DAily  - annual table of data [ Use this option to create a file of tables of the data sF - clear the chosen stationsa No ! - don't touch my chosen stations w Choose Yes to remove all chosen stations from the list.Choose No to keep chosen stations, canceling the Clear option. ` Save (CAS) u  Name of file to save chosen stations? @FILE........................................................... @@FILE `D Enter the name or pathname of a file which your system understands. ` Get (CAG) }  Name of file with previously chosen stations? @FILE........................................................... @@FILE `w Enter the name or pathname of a file which your system understands,that was previously created using the Save option. `Get (CAG) Problem 6 No station available for data-set (sequence) number & `Save (CAS) Problem  No stations have been chosen. GEsequence numbers. b Clear  - out all chosen stations 6 Use Clear to deselect all previously chosen stations. b Save ; - data-set (sequence) numbers of chosen stations to a file A Use Save to write the numbers to a file which maybe used later. c Get* - data-set (sequence) numbers from a file 5 Use Get to use a previously written file ofnumbers. c Return  - back to Choose * Use Return to go back to the Choose menu. ` Add (CAA) K  Enter the data-set (sequence) number of a station to add @SNUM @@SNUM `{ Enter the data-set number of the station which you want added. Thisrequires knowledge of the ordering of the stations on the WDM file,but can be a shortcut to reference the station(s) you frequently use. `Add (CAA) Problem ' No stations have that sequence number. `Add (CAA) Problem & That station has already been chosen. `Add (CAA) Problem 9 Maximum stations chosen. No more stations may be added. `Omit (CAO) Problem  No stations have been chosen. ` Omit (CAO)  Enter the data-set (sequence) number of the station to be omitted @SNUM Omit all stations following the above number? @DOPT @@SNUM `{Ѐ Enter the data-set number of the station which you want omitted. Thisrequires knowledge of the ordering of the stations on the WDM file,but can be a shortcut to reference the station(s) you frequently use.A@DOPT aNO,YES U! If you also want to omit all stations which follow the specifiedstation, enter YES. `Omit (CAO) Problem " That station has not been chosen. `List (CAL) 7 Data-set (sequence) numbers for the chosen stations: `List (CAL) Problem  No stations have been chosen. `Clear (CAC) Problem No stations have been chosen. `"Clear (CAC)0 Are you sure you want to clear chosen stations?@ 4` YesHF @G LENGTH @N PRECIP Select sort order: @Xrder..... (Ascending or Descending) @@A ' Data-set (sequence) number of station. ` 'A@B ! Station identification number. a 'A@C ! Hydrologic unit code. a ' B@D " Total drainage area. b 'B@E " Gage datum.b 'C@F # Slope of main channel. c 'C@G # Stream channel length. c 'D@H $ Mean basin elevation. d ' D@I C$ Area of lakes and ponds, in percent of contributing drainage area. d '$E@J L% Area of lakes, ponds, and swamps, in percent of contributing drainage area.e '(E@K 9% Forested area, in percent of contributing drainage area. e ',F@L <& Area of glaciers, in percent of contributing drainage area.f '0F@M & Soil infiltration index. f '4G@N ' Mean annual precipitation. g '8G@O Z' Precipitation intensity, 24-hour rainfall; expected on the average ofonce every 2 years. g '<H@P "( Mean minimum January temperature. h '@H@Xrder hASCENDING, DESCENDING ASCENDING }( Select ASCENDING to sort stations from low to high value of theselected characteristic. Select DESCENDING for the reverse. `Sort (CS) Progress * Reading parameter to sort from data base. `Sort (CS) Progress  Sort underway. `Sort (CS) Progress ) Reordering chosen stations, almost done. `Sort (CS)  Sort complete. `"Add/Omit (CA)  Select an option. @ d` Add* - a station by data-set (sequence) number 4 Use Add to choose a station by its sequence number.a Omit * - a station by data-set (sequence) number Q Use this option to specify a sequence number to omit from the selectedstations. a List 1 - data-set (sequence) numbers of chosen stations & Use List to see the IG@W h  OFF @DMIN 9 39 9 46 OFF @DMAX 9 48 9 57 OFF @DTF 9 61 9 65 OFF @DTM 9 70 9 73h( To search on percent contributing drainage area in glaciers,turn on(X) or off( ) by pressing space barH@DMIN hBA( Minimum percent contributing drainage area in glaciers, percent. I@DMAX iBA) Maximum percent contributing drainage area in glaciers, percent. I@DTF i TRUE,FALSE ) TRUE: find percent drainage area in glaciers between min and max.FALSE: find percent drainage area in glaciers outside min and max. J@DTM jYES,NO * YES includes stations which are missing GLACER if other channel characteristics are met,NO excludes stations which are missing GLACER even if other channel characteristics are met. `View (CV) Problem 6 No Criteria have been specified. First set criteria. `"Get (CG)  Select an option. @ d` Add< - stations meeting revised criteria to those already chosen` This option allows you to add more stations. A station will not be addedif it already exists.a Clear 9 - previously chosen stations before finding new stations + This option basically lets you start over. a Subset 7 - previously chosen stations based on revised criteria This option only checks the criteria against the stations already selected.This will shorten the current list of selected stations. `Get (CG) Progress & Searched & of 1659 stations, chose &. `Get (CG) Progress  Searched & of & stations. `Get (CG) Complete & Searched & of & stations,Chose &. `Get (CG) Complete & Searched & of 1659 stations, chose &. ` Sort (CS) O  Choose one characteristic for sorting: @A DSN @H ELEV @O I24-2. @B ISTAID @I LAKE @P JANMIN @C HUCODE @J STORAG @D DAREA @K FOREST @E DATUM @L GLACER @F SLOPE @M SOILIN JHn between min and max.FALSE: find mean annual precipitation outside min and max. B@ATM bYES,NO " YES includes stations which are missing PRECIP if other channel characteristics are met,NO excludes stations which are missing PRECIP even if other channel characteristics are met. C@Y c  OFF @BMIN 7 39 7 46 OFF @BMAX 7 48 7 57 OFF @BTF 7 61 7 65 OFF @BTM 7 70 7 73z# To search on precipitation intensity, 24-hour rainfall, 2-year return period,turn on(X) or off( ) by pressing space bar. C@BMIN cAQ# Minimum precipitation intensity, 24-hour rainfall, 2-year return period,inches. D@BMAX dAQ$ Maximum precipitation intensity, 24-hour rainfall, 2-year return period,inches. D@BTF d TRUE,FALSE $ TRUE: find precip intensity, 24-hr rainfall, 2-yr return between min and max.FALSE: find precip intensity, 24-hr rainfall, 2-yr return outside min and max. E@BTM eYES,NO % YES includes stations which are missing I24-2. if other channel characteristics are met,NO excludes stations which are missing I24-2. even if other channel characteristics are met. E@X e  OFF @CMIN 8 39 8 46 OFF @CMAX 8 48 8 57 OFF @CTF 8 61 8 65 OFF @CTM 8 70 8 73[% To search on mean minimum January temperature,turn on(X) or off( ) by pressing space bar. F@CMIN f B5& Minimum mean minimum January temperature, degrees F. F@CMAX f B5& Maximum mean minimum January temperature, degrees F. G@CTF g TRUE,FALSE ' TRUE: find mean minimum January temperature between min and max.FALSE: find mean minimum January temperature outside min and max.G@CTM gYES,NO ' YES includes stations which are missing JANMIN if other channel characteristics are met,NO excludes stations which are missing JANMIN even if other channel characteristics are met. HKIO excludes stations which are missing LAKE even if other channel characteristics are met. J@V j  OFF @EMIN 10 42 10 49  OFF @EMAX 10 53 10 60  OFF @ETF 10 64 10 68  OFF @ETM 10 72 10 78 y* To search on percent contributing drainage area in lakes, ponds, andswamps, turn on(X) or off( ) by pressing space bar. K@EMIN kBQ+ Minimum percent contributing drainage area in lakes, ponds, and swamps,percent. K@EMAX kBQ+ Maximum percent contributing drainage area in lakes, ponds, and swamps,percent. L@ETF l TRUE,FALSE , TRUE: find percent lakes, ponds, and swamps between min and max.FALSE: find percent lakes, ponds, and swamps outside min and max.L@ETM lYES,NO , YES includes stations which are missing STORAG if other channel characteristics are met,NO excludes stations which are missing STORAG even if other channel characteristics are met. ` Meteorologic (CM) , Indicate channel characteristic desired in the Include column andthen complete the required information. Include Description and name Minimum Maximum T/F Missing------- -------------------------- -------- -------- ----- ------- @Z Mean ann. precip. (PRECIP) @AMIN... @AMAX... @ATF. @ATM @Y Max inten:24hr2yr (I24-2.) @BMIN... @BMAX... @BTF. @BTM @X Mean min Jan temp (JANMIN) @CMIN... @CMAX... @CTF. @CTM @W % Glacier (GLACER) @DMIN... @DMAX... @DTF. @DTM@@Z `  OFF @AMIN 6 39 6 46 OFF @AMAX 6 48 6 57 OFF @ATF 6 61 6 65 OFF @ATM 6 70 6 73T To search on mean annual precipitation,turn on(X) or off( ) by pressing space bar.A@AMIN aC+! Minimum mean annual precipitation, inches. A@AMAX aC+! Maximum mean annual precipitation, inches. B@ATF b TRUE,FALSE v" TRUE: find mean annual precipitatioLJhannel,turn on(X) or off( ) by pressing space bar.C@BMIN cD+# Minimum main channel slope, feet per mile. D@BMAX dD+$ Maximum main channel slope, feet per mile. D@BTF d TRUE,FALSE h$ TRUE: find main channel slope between min and max.FALSE: find main channel slope outside min and max.E@BTM eYES,NO % YES includes stations which are missing SLOPE if other channel characteristics are met,NO excludes stations which are missing SLOPE even if other channel characteristics are met. E@X e  OFF @CMIN 8 42 8 49 OFF @CMAX 8 53 8 60 OFF @CTF 8 64 8 68 OFF @CTM 8 72 8 78P% To search on stream channel length,turn on(X) or off( ) by pressing space bar.F@CMIN fD&& Minimum stream channel length, miles. F@CMAX fD&& Maximum stream channel length, miles. G@CTF g TRUE,FALSE j' TRUE: find mean channel length between min and max.FALSE: find mean channel length outside min and max. G@CTM gYES,NO ' YES includes stations which are missing LENGTH if other channel characteristics are met,NO excludes stations which are missing LENGTH even if other channel characteristics are met. H@W h  OFF @DMIN 9 42 9 49 OFF @DMAX 9 53 9 60 OFF @DTF 9 64 9 68 OFF @DTM 9 72 9 78p( To search on percent contributing drainage area in lakes and ponds,turn on(X) or off( ) by pressing space bar.H@DMIN hB@( Minimum contributing drainage area in lakes and ponds, percent.I@DMAX iB@) Maximum contributing drainage area in lakes and ponds, percent.I@DTF i TRUE,FALSE r) TRUE: find percent lakes and ponds between min and max.FALSE: find percent lakes and ponds outside min and max. J@DTM jYES,NO * YES includes stations which are missing LAKE if other channel characteristics are met,NMKF@CMAX fR& Maximum last year of data. G@CTF g TRUE,FALSE f' TRUE: find last year of data between min and max.FALSE: find last year of data outside min and max. G@CTM gYES,NO ' YES includes stations where the last year of data doesn't fall within the specified range but other time period requirements are met,NO excludes stations where the last year of data doesn't fall within the specified range even if other time period requirements are met. ` Channel (CC)  Indicate channel characteristic desired in the Include column andthen complete the required information. Include Description and name Minimum Maximum T/F Missing------- ------------------------------- -------- -------- ----- ------- @Z Gage datum (DATUM) @AMIN... @AMAX... @ATF. @ATM @Y Slope of main ch. (SLOPE) @BMIN... @BMAX... @BTF. @BTM @X Length of stream (LENGTH) @CMIN... @CMAX... @CTF. @CTM @W % Lakes and ponds (LAKE) @DMIN... @DMAX... @DTF. @DTM @V % Lakes, ponds, swamps (STORAG) @EMIN... @EMAX... @ETF. @ETM @@Z `  OFF @AMIN 6 42 6 49 OFF @AMAX 6 53 6 60 OFF @ATF 6 64 6 68 OFF @ATM 6 72 6 78E To search on gage datum, turn on(X) or off( ) by pressing space bar. A@AMIN az`jF! Minimum gage datum, feet. A@AMAX az`jF! Maximum gage datum, feet. B@ATF b TRUE,FALSE X" TRUE: find gage datum between min and max.FALSE: find gage datum outside min and max.B@ATM bYES,NO " YES includes stations which are missing DATUM if other channel characteristics are met,NO excludes stations which are missing DATUM even if other channel characteristics are met. C@Y c  OFF @BMIN 7 42 7 49 OFF @BMAX 7 53 7 60 OFF @BTF 7 64 7 68 OFF @BTM 7 72 7 78P# To search on slope of main cNL @ATM @Y First year @BMIN... @BMAX... @BTF. @BTM @X Last year @CMIN... @CMAX... @CTF. @CTM @@Z ` G OFF @AMIN 6 24 6 31 OFF @AMAX 6 35 6 42 OFF @ATF 6 46 6 50 OFF @ATM 6 54 6 60\ To search on number of available years of data,turn on(X) or off( ) by pressing space bar.A@AMIN as#! Minimum number of available years. A@AMAX as#! Maximum number of available years. B@ATF b TRUE,FALSE v" TRUE: find number of available years between min and max.FALSE: find number of available years outside min and max. B@ATM bYES,NO "" YES includes stations where the number of years of data doesn't fall within the specified range but other time period requirements are met,NO excludes stations where the number of years of data doesn't fall within the specified range even if other time period requirements are met. C@Y c G OFF @BMIN 7 24 7 31 OFF @BMAX 7 35 7 42 OFF @BTF 7 46 7 50 OFF @BTM 7 54 7 60M# To search on first year of data,turn on(X) or off( ) by pressing space bar. C@BMIN cR# Minimum first year of data.D@BMAX dR$ Maximum first year of data.D@BTF d TRUE,FALSE h$ TRUE: find first year of data between min and max.FALSE: find first year of data outside min and max.E@BTM eYES,NO % YES includes stations where the first year of data doesn't fall within the specified range but other time period requirements are met,NO excludes stations where the first year of data doesn't fall within the specified range even if other time period requirements are met.E@X e G OFF @CMIN 8 24 8 31 OFF @CMAX 8 35 8 42 OFF @CTF 8 46 8 50 OFF @CTM 8 54 8 60L% To search on last year of data,turn on(X) or off( ) by pressing space bar.F@CMIN fR& Minimum last year of data. OMNO excludes stations which are missing ELEV even if other watershed characteristics are met. H@W h  OFF @DMIN 9 40 9 47 OFF @DMAX 9 51 9 58 OFF @DTF 9 62 9 66 OFF @DTM 9 70 9 76E( To search on soil index, turn on(X) or off( ) by pressing space bar. H@DMIN hHB5( Minimum soil infiltration index, in inches per hour. I@DMAX iHB5) Maximum soil infiltration index, in inches per hour. I@DTF i TRUE,FALSE r) TRUE: find soil infiltration index between min and max.FALSE: find soil infiltration index outside min and max. J@DTM jYES,NO * YES includes stations which are missing SOILIN if other watershed characteristics are met,NO excludes stations which are missing SOILIN even if other watershed characteristics are met. J@V j  OFF @EMIN 10 40 10 47  OFF @EMAX 10 51 10 58  OFF @ETF 10 62 10 66  OFF @ETM 10 70 10 76 g* To search on % forest cover in contributing drainage area,turn on(X) or off( ) by pressing space bar. K@EMIN kB6+ Minimum % forest cover in contributing drainage area. K@EMAX kB6+ Maximum % forest cover in contributing drainage area. L@ETF l TRUE,FALSE , TRUE: find % forest cover in contributing drainage area between min and max.FALSE: find % forest cover in contributing drainage area outside min and max.L@ETM lYES,NO , YES includes stations which are missing FOREST if other watershed characteristics are met,NO excludes stations which are missing FOREST even if other watershed characteristics are met. ` Time Period (CT)  Indicate time period requirements in the Include column andthen complete the required information. Include Description Minimum Maximum T/F Missing------- ----------- -------- -------- ----- ------- @Z # years @AMIN... @AMAX... @ATF. PNal drainage area, turn on(X) or off( ) by pressing space bar. A@AMIN aJ+! Minimum total drainage area, square miles. A@AMAX aJ+! Maximum total drainage area, square miles. B@ATF b TRUE,FALSE `" TRUE: find drainage areas between min and max.FALSE: find drainage areas outside min and max.B@ATM bYES,NO " YES includes stations which are missing DAREA if other watershed characteristics are met,NO excludes stations which are missing DAREA even if other watershed characteristics are met. C@Y c  OFF @BMIN 7 40 7 47 OFF @BMAX 7 51 7 58 OFF @BTF 7 62 7 66 OFF @BTM 7 70 7 76d# To search on percent of drainage area not contributing,turn on(X) or off( ) by pressing space bar.C@BMIN cB3# Minimum percent of drainage area not contributing. D@BMAX dB3$ Maximum percent of drainage area not contributing. D@BTF d TRUE,FALSE $ TRUE: find percent drainage areas not contributing between min and max.FALSE: find percent drainage areas not contributing outside min and max. E@BTM eYES,NO % YES includes stations which are missing NONCDA if other watershed characteristics are met,NO excludes stations which are missing NONCDA even if other watershed characteristics are met. E@X e  OFF @CMIN 8 40 8 47 OFF @CMAX 8 51 8 58 OFF @CTF 8 62 8 66 OFF @CTM 8 70 8 76O% To search on mean basin elevation,turn on(X) or off( ) by pressing space bar. F@CMIN f@F$& Minimum mean basin elevation, feet.F@CMAX f@F$& Maximum mean basin elevation, feet.G@CTF g TRUE,FALSE l' TRUE: find mean basin elevation between min and max.FALSE: find mean basin elevation outside min and max.G@CTM gYES,NO ' YES includes stations which are missing ELEV if other watershed characteristics are met,QOK,AZ,AR,CA,CO,CT,DE,FL,GA,HI,ID,IL,IN,IA,KS,KY,LA,ME,MD,MA, MI,MN,MS,MO,MT,NE,NV,NH,NJ,NM,NY,NC,ND,OH,OK,OR,PA,RI,SC,SD,TN,TX,UT, VT, VA,WA,WV,WI,WY,AS,CZ,GU,PR,TT,VI,NB,MB,SK,BC,NO ^+ Enter 2-character postal code of a state(or equivalent code for other political boundaries). L@3 lAL,AK,AZ,AR,CA,CO,CT,DE,FL,GA,HI,ID,IL,IN,IA,KS,KY,LA,ME,MD,MA, MI,MN,MS,MO,MT,NE,NV,NH,NJ,NM,NY,NC,ND,OH,OK,OR,PA,RI,SC,SD,TN,TX,UT, VT, VA,WA,WV,WI,WY,AS,CZ,GU,PR,TT,VI,NB,MB,SK,BC,NO ^, Enter 2-character postal code of a state(or equivalent code for other political boundaries). L@4 lAL,AK,AZ,AR,CA,CO,CT,DE,FL,GA,HI,ID,IL,IN,IA,KS,KY,LA,ME,MD,MA, MI,MN,MS,MO,MT,NE,NV,NH,NJ,NM,NY,NC,ND,OH,OK,OR,PA,RI,SC,SD,TN,TX,UT, VT, VA,WA,WV,WI,WY,AS,CZ,GU,PR,TT,VI,NB,MB,SK,BC,NO ^, Enter 2-character postal code of a state(or equivalent code for other political boundaries). M@5 mAL,AK,AZ,AR,CA,CO,CT,DE,FL,GA,HI,ID,IL,IN,IA,KS,KY,LA,ME,MD,MA, MI,MN,MS,MO,MT,NE,NV,NH,NJ,NM,NY,NC,ND,OH,OK,OR,PA,RI,SC,SD,TN,TX,UT, VT, VA,WA,WV,WI,WY,AS,CZ,GU,PR,TT,VI,NB,MB,SK,BC,NO ^- Enter 2-character postal code of a state(or equivalent code for other political boundaries). ` Watershed (CW)  Indicate watershed characteristic desired in the Include column andthen complete the required information. Include Description and name Minimum Maximum T/F Missing------- --------------------------- -------- -------- ----- ------- @Z Drainage area (DAREA) @AMIN... @AMAX... @ATF. @ATM @Y Noncontrib. dr. a. (NONCDA) @BMIN... @BMAX... @BTF. @BTM @X Elevation (ELEV) @CMIN... @CMAX... @CTF. @CTM @W Soil index (SOILIN) @DMIN... @DMAX... @DTF. @DTM @V % Forest (FOREST) @EMIN... @EMAX... @ETF. @ETM @@Z `  OFF @AMIN 6 40 6 47 OFF @AMAX 6 51 6 58 OFF @ATF 6 62 6 66 OFF @ATM 6 70 6 76N To search on totRPN 7 37 7 44 OFF @CMAX 7 48 7 55 OFF @CTF 7 59 7 63 OFF @CTM 7 67 7 73C% To search on latitude, turn on(X) or off( ) by pressing space bar. F@CMIN fBB& Minimum latitude in degrees: + for north, - for south of equator. F@CMAX fBB& Maximum latitude in degrees: + for north, - for south of equator. G@CTF g TRUE,FALSE V' TRUE: find latitudes between min and max.FALSE: find latitudes outside min and max. G@CTM gYES,NO ' YES includes stations which are missing LATDEG if other location characteristics are met,NO excludes stations which are missing LATDEG even if other location characteristics are met. H@W h { OFF @DMIN 8 37 8 44 OFF @DMAX 8 48 8 55 OFF @DTF 8 59 8 63 OFF @DTM 8 67 8 73D( To search on longitude, turn on(X) or off( ) by pressing space bar.H@DMIN h4CA( Minimum longitude in degrees: + for west, - for east of England. I@DMAX i4CB) Maximum longitude in degrees: + for west, - for east of England.. I@DTF i TRUE,FALSE X) TRUE: find longitudes between min and max.FALSE: find longitudes outside min and max.J@DTM jYES,NO * YES includes stations which are missing LNGDEG if other location characteristics are met,NO excludes stations which are missing LNGDEG even if other location characteristics are met. J@V j S OFF @1 10 43 10 46 OFF @2 10 49 10 52 OFF @3 10 55 10 58 OFF @4 10 61 10 64 OFF @5 10 67 10 70E* To search on state code, turn on(X) or off( ) by pressing space bar. K@1 kAL,AK,AZ,AR,CA,CO,CT,DE,FL,GA,HI,ID,IL,IN,IA,KS,KY,LA,ME,MD,MA, MI,MN,MS,MO,MT,NE,NV,NH,NJ,NM,NY,NC,ND,OH,OK,OR,PA,RI,SC,SD,TN,TX,UT, VT, VA,WA,WV,WI,WY,AS,CZ,GU,PR,TT,VI,NB,MB,SK,BC,NO ^+ Enter 2-character postal code of a state(or equivalent code for other political boundaries). K@2 kAL,ASQmation. Include Description and name Minimum Maximum T/F Missing------- ------------------------ -------- -------- ----- ------- @Z Station id. (ISTAID) @AMIN... @AMAX... @ATF. @ATM @Y Hydro Unit Code (HUCODE) @BMIN... @BMAX... @BTF. @BTM @X Latitude (LATDEG) @CMIN... @CMAX... @CTF. @CTM @W Longitude (LNGDEG) @DMIN... @DMAX... @DTF. @DTM @V State (STCODE) Postal code: @1 @2 @3 @4 @5 @@Z ` { OFF @AMIN 5 37 5 44 OFF @AMAX 5 48 5 55 OFF @ATF 5 59 5 63 OFF @ATM 5 67 5 73X To search on station identification number, turn on(X) or off( ) bypressing space bar.A@AMIN a'! Minimum station identification number. A@AMAX a'! Maximum station identification number. B@ATF b TRUE,FALSE " TRUE: find station identification numbers between min and max.FALSE: find station identification numbers outside min and max.B@ATM bYES,NO " YES includes stations which are missing ISTAID if other location characteristics are met,NO excludes stations which are missing ISTAID even if other location characteristics are met. C@Y c { OFF @BMIN 6 37 6 44 OFF @BMAX 6 48 6 55 OFF @BTF 6 59 6 63 OFF @BTM 6 67 6 73O# To search on hydrologic unit code, turn on(X) or off( ) by pressing space bar. C@BMIN c^# Minimum hydrologic unit code. D@BMAX d^$ Maximum hydrologic unit code. D@BTF d TRUE,FALSE l$ TRUE: find hydrologic unit code between min and max.FALSE: find hydrologic unit code outside min and max.E@BTM eYES,NO % YES includes stations which are missing HUCODE if other location characteristics are met,NO excludes stations which are missing HUCODE even if other location characteristics are met. E@X e { OFF @CMITR station number,hydrologic unit code, latitude, longitude, or state code. a Watershed  - characteristics Select this option to find stations based on total drainage area, percentdrainage area not contributing, elevation, soil index, or forest cover. a Time period - requirements Select this option to find stations based on the start and end dateof a specified period or based of the number of years of data desired. b Channel - characteristics Select this option to find stations based on gage datum, slope ofmain channel, length of main stream, area in lakes and ponds, orarea in lakes, ponds, and swamps. b Meteorologic  - characteristics Select this option to find stations based on mean annual precipitation;maximum 24-hour, 2-year rainfall; average minimum January temperature; orarea in glaciers.c View  - criteria for selection Y This option will display the conditions you have established forsearching for stations. c Get - stations meeting criteriac This option must be selected to get the stations in order tosubsequently view or output the data. d Add/Omit  - stations by sequence number 2 This option will let you list the sequence numbers of the stationsselected, add or omit stations by sequence number, clear the stationsselected in order to start over, write the sequence numbers of selectedstations to an output file, or read sequence numbers of stations from apreviously written file. d Sort  - stations based on properties y This can be used to order the stations by various characteristics for whenthey are viewed or written to an output file. e Return  - back to Opening Screen 5 Choose this option when finished selecting stations. `Sort (CS) Problem j  No stations have been chosen. Sort is not appropriate when stations have not been chosen. ` Location (CL) I Mark location characteristic desired and complete the required inforUSected stations to an outputfile in three different formats for further processing.b Query  - about this program ` This option provides information on the purpose of this programand on how to use the tutorial.b Return  - back to operating system - Choose this option to exit from the program. `Query (Q) g This program, through a series of menus and screens, will let you chooseany of the 1659 stations in the Hydro-Climatic Data Network by severalmethods. You can view detailed information on the stations, or write thestation data to an output file in one of several formats. Stations mustbe chosen first, before viewing or outputting data. The program will usethe data in its Watershed Data Management (WDM) format. Type '@TUTOR.LOG' on the Opening Screen for a tutorial that walks youthrough the menus and explains the program. Contact the USGS NAWDEX office at (703) 648-5676 for other programs thatread data in the WDM format to produce various graphics and maps, andperform hydrologic analyses. This program was prepared by the Hydrologic Analysis Support Section,Water Resources Division, U.S. Geological Survey, 415 National Center,Reston, VA 22092. `Query (Q) `View (V) Problem  No stations have been chosen. You must specify which stations to process before Viewcan be selected. Select the 'Choose' option first.`Output (O) Problem  No stations have been chosen. You must specify which stations to process before Outputcan be selected. Select the 'Choose' option first. `"Choose (C) 1" Set criteria: Then: @Location @View ! @Watershed @Get ! @Time period @Add/Omit ! @Channel @Sort ! @Meteorologic @Return ! @  ` Location  - characteristics w Select this option to find stations based onfgTe -SWWHCDR 'SoV:hǧ8אy`s|Ҍ ̍܍9tԊ`Initialization PROBLEM I  ERROR opening file 'hcdr.dat', code: & No station data is available. `"Opening screen " Hydro-Climatic Data Retrieval March 1993, Version 1.0 Select an option. @Choose @Query@View @Return@Output@ d` Choose  - stations for processing 4 This option must be selected before View or Output.a View  - station characteristics ^ This option provides summaries of the stations.Summary output is displayed on your terminal. a Output  - data for chosen stations x This option will write data from sel_X) -SWWPRWMTT SJȱ rƲ˲Ѳܲ `*DAily (ODa)i ( Enter file name for table output: @FILE........................................................... @(@FILE `(NEW (SEQUENTIAL (FORMATTED S(All output tables produced for each data set selected will be storedin this file. `"DAily (ODa) ProblemJ An output file has not yet been opened; this file is necessary to proceed @  ` Continue : - return to the previous screen to specify an output file a Exit  - return to Output menu Since all table output will be stored in an output file, you must specifythe name of a file which can be successfully opened in order to continuewith the daily values tabling option. WY ` DAily (ODa) Specify table characteristics. Month for 1st column @MN1 Month for last column @MN2 Period of data to table @PERIOD. Number of significant digits @SD Number of decimal places @DP@@MN1 `;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC w The output table will have days for rows and months for columns.Specify the month which is to be the leftmost column. A@MN2 a;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC x! The output table will have days for rows and months for columns.Specify the month which is to be the rightmost column.A@PERIODaFULL, SPECIFY ! Choose FULL in order to table the full available period of datafor each data set selected. Choose SPECIFY in order to have theopportunity to specify a subset of the total available period ofdata for each data set for tabling. B@SDb" Specify the number of significant digits of the daily values to be displayed.Examples: 23000. has 2 significant digits 227.16 has 5 significant digits 23.30 has 3 significant digits B@DPbK" Specify the number of decimal places to be displayed for the daily values. b  Modify period of data to be tabled: Start date @YR1. @MN1 End date @YR2. @MN2 @@YR1 `A@YR2 aA@MN1 a;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC B@MN2 b;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC The default values displayed correspond to the period of data availablefor this data set. You may specify a subset of the full period of datafor tabling. `Daily (OD) error in dates @ Invalid period of data specified. Reenter period to be tabled.`Daily (OD) error in dates n Start and/or end date specified falls outside available range of data.Respecify period Xof data to be tabled. `Daily (OD) error in dates p Start and/or end month specified does not fall within months requestedas first and last columns in table. You will be returned to the previous screen to respecify the periodof data to be tabled. You may use the 'Previous' command at thatpoint to return to the table characteristics screen if you would liketo modify the starting and ending month for the table.`Daily (OD) error J Problem in retrieving &-month period of dataending in & from data set &. $ Tabling &-month period ending in &. January February  March  April  May June  July  August September  October November December  Station number $ Discharge, in cubic feet per second Drainage area  Total  Mean  Minimum Maximum Inches ^BIf this field is on(X), annual data will be included.  " B@4 b  _ONOFF @5, @6 3" If this field is on(X), all data will be included. B@5 b  _ONOFF @4, @6  OFF @SYR 6 47 6 60  OFF @SM 6 62 6 67  OFF @EYR 7 47 7 60  OFF @EM 7 62 7 67 ^" If you turn this field on(X), set starting and ending year and monthfor data to be included. C@6 c "  _ONOFF @4, @5 g# If this field is on(X), the data available in a period common to allchosen stations will be included. C@SYR cR1874 # Starting year, 4 digits. D@SMd 10 -$ Starting month (1-Jan, 2-Feb, ... , 12-Dec). D@EYR dR1988 $ Ending year, 4 digits. E@EMe 9 +% Ending month (1-Jan, 2-Feb, ... , 12-Dec). E@FILE 8% Enter the name of a file which your system understands.e`Export (OE) File Problem B Could not open appropriate WDM file on the CD-ROM, error code: &. 4 WDMSFL DATE SYSTEM COMMENT LABEL POINT ENDM DSN TYPE TIME NDN NUP NSA NSP NDP `Export (OE) Progress  Exported & stations of &. `Export (OE) Problemn No common period available for specified stations. Use 'View Table (VT)' to look at available data periods. ` Flat (OF)   Specify flat file output options. Interval: @1Daily Period of record: @4All @5Some @6Common @2Monthly @3Annual Start yr @SYR. mo @SM End yr @EYR. mo @EM Attributes: @7Yes @8No Flat file name? @FILE........................................................... @@1 `5 If this field is on(X), daily data will be included.  A@2 a7! If this field is on(X), monthly data will be included.  &A@3 a6! If this \r in dates p Start and/or end month specified does not fall within months requestedas first and last columns in table. You will be returned to the previous screen to respecify the periodof data to be tabled. You may use the 'Previous' command at thatpoint to return to the table characteristics screen if you would liketo modify the starting and ending month for the table.`DAily (ODa) error J Problem in retrieving &-month period of dataending in & from data set &. $ Tabling &-month period ending in &. January February  March  April  May June  July  August September  October November December  Station number $ Discharge, in cubic feet per second Drainage area  Total  Mean  Minimum Maximum Inches ][Specify table characteristics. Month for 1st column @M1 Month for last column @M2 Period of data to table @PERIOD Number of significant digits @S Number of decimal places @D @@M1`;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC w The output table will have days for rows and months for columns.Specify the month which is to be the leftmost column. A@M2a;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC x! The output table will have days for rows and months for columns.Specify the month which is to be the rightmost column.A@PERIODaFULL, SPECIFY ! Choose FULL in order to table the full available period of datafor each data set selected. Choose SPECIFY in order to have theopportunity to specify a subset of the total available period ofdata for each data set for tabling. B@S b" Specify the number of significant digits of the daily values to be displayed.Examples: 23000. has 2 significant digits 227.16 has 5 significant digits 23.30 has 3 significant digits B@D bK" Specify the number of decimal places to be displayed for the daily values. ^  Modify period of data to be tabled: Start date @YR1 @M1 End date @YR2 @M2 @@YR1 `RA@M1a;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC A@YR2 aRB@M2b;JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC The default values displayed correspond to the period of data availablefor this data set. You may specify a subset of the full period of datafor tabling. `DAily (ODa) error in dates @ Invalid period of data specified. Reenter period to be tabled.`DAily (ODa) error in dates n Start and/or end date specified falls outside available range of data.Respecify period of data to be tabled. `DAily (ODa) erroe\g -SWWHCDRTB SAֹfŶжֶڶ޶ ` DAily (ODa)r  Name of file for tables of daily values? @FILE........................................................... @@FILE `S All output tables produced for each data set selected will be storedin this file. `"DAily (ODa) ProblemJ An output file has not yet been opened; this file is necessary to proceed @  ` Continue : - return to the previous screen to specify an output file a Exit  - return to Output menu Since all table output will be stored in an output file, you must specifythe name of a file which can be successfully opened in order to continuewith the daily values tabling option. ` DAily (ODa) CZrea. H@Q h ( Gage datum.H@R h( Main channel slope.I@S i) Channel length.I@T iC) Area of lakes and ponds, in percent of contributing drainage area. J@U jL* Area of lakes, ponds, and swamps, in percent of contributing drainage area.J@V j* Mean annual precipitation. K@W k$+ 24-hour, 2-year rainfall intensity.K@X k"+ Mean minimum January temperature. L@Y l<, Area of glaciers, in percent of contributing drainage area. ` Table (OT) m  Name of file to save table results? @FILE........................................................... @@FILE 8 Enter the name of a file which your system understands.``Table (OT) Progress Written & stations of &. `Table (&T) Problem ! No variables specified to table. `Table (OT) Complete+ Table has been completely written to file. ` DEtail (ODe)  Name of file for detailed listing of station characteristics? @FILE........................................................... @@FILE 8 Enter the name of a file which your system understands.``DEtail (ODe) Progress  Written & stations of &. `DEtail (ODe) Complete . Details have been completely written to file. ` Export (OE)b  Specify export options. Interval: @1Daily Period of record: @4All @5Some @6Common @2Mnthly @3Annual Start yr @SYR. mo @SM End yr @EYR. mo @EM Export file name? @FILE........................................................... @@1 `2 If this field on(X), daily data will be included.  A@2 a7! If this field is on(X), monthly data will be included.  &A@3 a6! `abcd