Groundwater Data web services
Most of the data that can be accessed through this package comes from HTTP requests to some web services on the Groundwater Data section of the WaterConnect website, which return JSON. Although you do not need to understand these requests to use the sa_gwdata package, I have included some details of the requests below so you can understand exactly where the data is coming from, and as a resource for building and expanding the sa_gwdata package (and perhaps others).
Not all of the JSON calls have been documented yet. In particular, the bulk download calls are not listed below.
Searching for wells
By unit/observation well/permit number
These services all take a comma-delimited list and return a list of drillhole numbers (DHNO), together with some summary information:
GetUnitNumberSearchData
Requesting unit numbers 6529-119 and 6529-120:
GetUnitNumberSearchData?MAPNUM=6529-119,%206529-120
Returns:
[
{
"NAME": "B 361",
"DHNO": 28764,
"LAT": -34.155353,
"LON": 138.455916,
"MAPNUM": 652900119,
"MAX_DEPTH": 27.43,
"OBSNUMBER": "DAE005",
"DRILL_DATE": "1949-01-18",
"PURP_DESC": "STK",
"SWL": 22.15,
"YIELD": 0.37,
"TDS": 3753,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2010-03-11",
"LATEST_SAL_DATE": "1995-09-18",
"LATEST_YIELD_DATE": "1949-01-01",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "H",
"SALSTATUS": "H",
"LATEST_OPEN_DEPTH": 26.4,
"LATEST_OPEN_DATE": "1995-06-29"
},
{
"DHNO": 28765,
"LAT": -34.1548522,
"LON": 138.4685417,
"MAPNUM": 652900120,
"MAX_DEPTH": 49,
"PERMIT_NO": 395,
"DRILL_DATE": "1976-01-01",
"PURP_DESC": "IRR",
"SWL": 23,
"YIELD": 1.14,
"TDS": 1878,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1995-06-19",
"LATEST_SAL_DATE": "1995-06-19",
"LATEST_YIELD_DATE": "1995-06-19",
"LATEST_OPEN_DEPTH": 49,
"LATEST_OPEN_DATE": "1995-06-19"
}
]
GetObswellNumberSearchData
GetObswellNumberSearchData?OBSNUMBER=DAE005,CRB002,PWL012
Returns a JSON array of objects:
[
{
"DHNO": 19126,
"LAT": -34.9971836,
"LON": 137.0390329,
"MAPNUM": 632800028,
"MAX_DEPTH": 21.85,
"OBSNUMBER": "CRB002",
"DRILL_DATE": "1963-12-05",
"PURP_DESC": "OBS",
"AQ_MON": "Qpcb",
"SWL": 6.28,
"YIELD": 1.26,
"TDS": 1692,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "Y",
"CHEM": "Y",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "Y",
"LATEST_SWL_DATE": "2015-02-26",
"LATEST_SAL_DATE": "1975-03-05",
"LATEST_YIELD_DATE": "1963-12-05",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "C",
"SALSTATUS": "N",
"LATEST_OPEN_DEPTH": 20.74,
"LATEST_OPEN_DATE": "2010-12-06"
},
{
"NAME": "WAROOKA TWS 4",
"DHNO": 19237,
"LAT": -34.979581,
"LON": 137.17983,
"MAPNUM": 632800139,
"MAX_DEPTH": 21.34,
"OBSNUMBER": "PWL012",
"DRILL_DATE": "1971-05-16",
"PURP_DESC": "TWS",
"AQ_MON": "L+Qpcb",
"SWL": 4.52,
"YIELD": 7.58,
"TDS": 744,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "Y",
"LITHOLOG": "Y",
"CHEM": "Y",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "Y",
"LATEST_SWL_DATE": "2015-07-15",
"LATEST_SAL_DATE": "2013-04-02",
"LATEST_YIELD_DATE": "1971-05-16",
"OBSNETWORK": "NY_NP_STH",
"REPLACEUNITNUM": "6328-429",
"SWLSTATUS": "C",
"SALSTATUS": "C",
"LATEST_OPEN_DEPTH": 21.34,
"LATEST_OPEN_DATE": "1971-05-16"
},
{
"NAME": "B 361",
"DHNO": 28764,
"LAT": -34.155353,
"LON": 138.455916,
"MAPNUM": 652900119,
"MAX_DEPTH": 27.43,
"OBSNUMBER": "DAE005",
"DRILL_DATE": "1949-01-18",
"PURP_DESC": "STK",
"SWL": 22.15,
"YIELD": 0.37,
"TDS": 3753,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2010-03-11",
"LATEST_SAL_DATE": "1995-09-18",
"LATEST_YIELD_DATE": "1949-01-01",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "H",
"SALSTATUS": "H",
"LATEST_OPEN_DEPTH": 26.4,
"LATEST_OPEN_DATE": "1995-06-29"
}
]
GetPermitNumberSearchData
GetPermitNumberSearchData?PERMITNO=15947,95787,5928
Returns a JSON array of objects:
[
{
"DHNO": 4160,
"LAT": -32.8590944,
"LON": 134.4099006,
"MAPNUM": 573200173,
"MAX_DEPTH": 19.3,
"PERMIT_NO": 15947,
"PURP_DESC": "DOM",
"SWL": 16.8,
"YIELD": 0.25,
"TDS": 716,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Eyre Peninsula",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1985-03-20",
"LATEST_SAL_DATE": "1985-03-20",
"LATEST_YIELD_DATE": "1985-03-20",
"LATEST_OPEN_DEPTH": 19.3,
"LATEST_OPEN_DATE": "1985-03-20"
},
{
"DHNO": 5175,
"LAT": -28.4466172,
"LON": 134.2679997,
"MAPNUM": 574100048,
"MAX_DEPTH": 147.2,
"PERMIT_NO": 95787,
"DRILL_DATE": "1991-06-04",
"PURP_DESC": "STK",
"AQ_MON": "JK1",
"SWL": 0,
"STAT_DESC": "BKF",
"CLASS": "WW",
"PWA": "Far North",
"NRM": "South Australian Arid Lands",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "Y",
"LATEST_OPEN_DEPTH": 0,
"LATEST_OPEN_DATE": "1991-06-04"
},
{
"NAME": "LOWER YORKE PENINSULA",
"DHNO": 18962,
"LAT": -35.097168,
"LON": 137.1529782,
"MAPNUM": 632700368,
"MAX_DEPTH": 83.5,
"PERMIT_NO": 5928,
"DRILL_DATE": "1979-11-01",
"PURP_DESC": "STK",
"AQ_MON": "L",
"SWL": 14,
"YIELD": 0.13,
"TDS": 1759,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "Y",
"LATEST_SWL_DATE": "1979-11-01",
"LATEST_SAL_DATE": "1979-11-01",
"LATEST_YIELD_DATE": "1979-11-01",
"LATEST_OPEN_DEPTH": 83.5,
"LATEST_OPEN_DATE": "1979-11-01"
}
]
Spatially (by rectangle or circle)
These also return a list of drillhole numbers, sometimes with other keys – check the examples for the exact format.
There are geometric queries:
GetGridData
GetGridData?Box=-35.035057,138.801484,-35.024338,138.82174
Returns a JSON array of objects - only two are shown below:
[
{
"DHNO": 41267,
"LAT": -35.0258564,
"LON": 138.8098983,
"MAPNUM": 662702847,
"MAX_DEPTH": 4.5,
"SWL": 0.7,
"TDS": 655,
"CLASS": "WW",
"PWRA": "Western Mount Lofty Ranges",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1978-07-07",
"LATEST_SAL_DATE": "1978-07-07",
"LATEST_OPEN_DATE": "1978-07-07"
},
{
"DHNO": 285207,
"LAT": -35.0255666,
"LON": 138.8127263,
"MAPNUM": 662715026,
"MAX_DEPTH": 77,
"PERMIT_NO": 241236,
"DRILL_DATE": "2015-04-14",
"SWL": 3,
"YIELD": 1.13,
"TDS": 1821,
"CLASS": "WW",
"PWRA": "Western Mount Lofty Ranges",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2015-04-14",
"LATEST_SAL_DATE": "2015-04-14",
"LATEST_YIELD_DATE": "2015-04-14",
"LATEST_OPEN_DEPTH": 77,
"LATEST_OPEN_DATE": "2015-04-14"
}
]
GetCircleData
GetCircleData?Box=-34.155353,138.455916&Radius=2
Radius is in kilometres.
It returns an JSON array of objects, for example:
[
{
"NAME": "B408",
"DHNO": 28757,
"LAT": -34.1419354,
"LON": 138.4434028,
"MAPNUM": 652900112,
"MAX_DEPTH": 35,
"OBSNUMBER": "DAE008",
"PURP_DESC": "DOM",
"SWL": 18,
"YIELD": 0.13,
"TDS": 3241,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "Y",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1985-06-12",
"LATEST_SAL_DATE": "1995-09-18",
"LATEST_YIELD_DATE": "1949-01-01",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "N",
"SALSTATUS": "H",
"LATEST_OPEN_DATE": "1974-01-01"
},
{
"NAME": "UWIBAMI 1",
"DHNO": 239671,
"LAT": -34.1441968,
"LON": 138.4561724,
"MAPNUM": 652901133,
"MAX_DEPTH": 300.2,
"DRILL_DATE": "2009-02-15",
"STAT_DESC": "SUS",
"CLASS": "PW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "Y",
"LATEST_OPEN_DEPTH": 300.2,
"LATEST_OPEN_DATE": "2009-02-15"
}
]
Spatially (by suburb, council, NRM, or hundred)
You can search by general-purpose geographic information:
GetSuburbFromName
GetSuburbFromName?Suburb=ALBERT%20PARK
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
Returns (this only shows 2 of many returned “DHNO” records):
[
{
"OBJECTID": 54,
"POSTCODE": "5014",
"SUBURB": "ALBERT PARK",
"SHAPE.AREA": 909903.92320695,
"SHAPE.LEN": 4694.4468670681,
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"DHNO": [
{
"DHNO": 55783,
"LAT": -34.8780246,
"LON": 138.5248554,
"MAPNUM": 662808814,
"UNIT_NO": "6628-8814",
"MAX_DEPTH": 36.58,
"SWL": 6.1,
"TDS": 1113,
"CLASS": "WW",
"TITLE_PREFIX": "CT",
"TITLE_VOLUME": "5481",
"TITLE_FOLIO": "437",
"HUND": "YATALA",
"PARCEL": "A",
"PARCELNO": "50",
"PLAN": "F",
"PLANNO": "14451",
"PWA": "Central Adelaide",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "Y",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1946-01-09",
"LATEST_SAL_DATE": "1946-01-09",
"LATEST_OPEN_DEPTH": 36.58,
"LATEST_OPEN_DATE": "1946-01-09"
},
{
"DHNO": 284994,
"LAT": -34.8732987,
"LON": 138.5238972,
"MAPNUM": 662827724,
"UNIT_NO": "6628-27724",
"MAX_DEPTH": 5,
"PERMIT_NO": 243932,
"PURP_DESC": "INV",
"SWL": 4.8,
"CLASS": "WW",
"HUND": "YATALA",
"PWA": "Central Adelaide",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2015-04-15",
"LATEST_OPEN_DEPTH": 5,
"LATEST_OPEN_DATE": "2015-04-15"
}
],
"Boundary": [
"pvzsE{golYnCwE\\nAj@xAp@dBFN~AzCFH?@b@p@fAzAzAlBVZFHrBlBhEzDlD|C|ArAfA`ArI|HFFA?U\\CD_BrCkAnBy@B}HLsFN??k@FaHROByGPwBFOAPfL_BD_ELcBFeABaABmBDY@mBFe@@A[uQh@sELA?dFwIj@_AHQjAmBzDyGx@uApDiGpBkD|@{AbCcExAgCz@yAjIqN"
]
}
]
GetLGAFromName
GetLGAFromName?ABBNAME=COPPER%20COAST
The Metadata - GetAdvancedListsData section shows how to get a list of valid council names.
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
Returns a JSON array of objects:
[
{
"ABBNAME": "COPPER COAST",
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"DHNO": [
{
"NAME": "PASKEVILLE SILO 1",
"DHNO": 22710,
"LAT": -34.0380586,
"LON": 137.9017436,
"MAPNUM": 642900006,
"UNIT_NO": "6429-6",
"MAX_DEPTH": 10.67,
"DRILL_DATE": "1964-08-14",
"STAT_DESC": "UKN",
"CLASS": "ENG",
"TITLE_PREFIX": "CT",
"TITLE_VOLUME": "5791",
"TITLE_FOLIO": "560",
"HUND": "KULPARA",
"PARCEL": "A",
"PARCELNO": "11",
"PLAN": "D",
"PLANNO": "54180",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_OPEN_DEPTH": 10.67,
"LATEST_OPEN_DATE": "1964-08-14"
},
{
"NAME": "TAC008",
"DHNO": 290606,
"LAT": -33.8842946,
"LON": 137.8022206,
"MAPNUM": 643001594,
"UNIT_NO": "6430-1594",
"MAX_DEPTH": 92,
"DRILL_DATE": "2015-01-31",
"CLASS": "MW",
"TITLE_PREFIX": "CT",
"TITLE_VOLUME": "5554",
"TITLE_FOLIO": "59",
"HUND": "KADINA",
"PARCEL": "S",
"PARCELNO": "118",
"PLAN": "H",
"PLANNO": "210400",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_OPEN_DEPTH": 92,
"LATEST_OPEN_DATE": "2015-01-31"
}
],
"Boundary": [
"nkgmEglogYZg@}E}BAgA`IyJrJ}LxvBwKz_@mBzgAwFpmBwJl~AeIhqAoGfABfA@???O?CA{sCCsjD?o@?e@?aA?UIixG?S?UOgwHVwCY{AIe@??H?P?r@?fjD@L?H?J?~lA?j@?\\?l@?dD?J?N?J?j{A@l@?N?l@?|vA@D?jzA?~hCE|SA?UJavADcp@@aoAAaF?k@?gCA_j@piADzA@|W@hh@wLdp@Ifk@GvkAMzCA~|AMnm@Exl@Ehm@GttAK?B?PApu@Cju@?j@Arv@Ctt@?j@Anm@?x@?vP|Df~D?h@fAxhAhAvjA?V@TBlDJbJnBryBPhS^t`@l@`l@?l@~AlcBBt@zAx}ADxE?d@l@~n@l@pn@@j@f@xj@ClrAE|_B?h@Alu@Aht@@j@Ctg@AjZ?h@CpzA@vDGrqB?TAr_@?lUAtU?fF???\\?\\Azt@?tO?@AlA?@?vW?`C?@?D?|@?bAAf]Ab]?|@?dOCbf@?jG?z@AxX?jJ?vFEl@Er@Az_@IreB@^?^E`cA?z@?nAA`D?dA?N?T?tD?H?Do@g@OMc@[cAq@gA}@mAy@cA{@gAq@iAm@mAw@mAi@kAq@mAi@eBu@iBq@qBs@yAg@}Ak@uAg@cBi@yAe@cB[kB]{AUsB_@wE_AwCk@gC]sDWgEQsEUaDAuCCuBFkBTqBTmBHcBPgBc@sBg@oAo@aBi@yA{@w@}@u@uBLiACgA_AHRsF@KJq@BKCWIsAb@wA@Gn@{@p@g@FEA_@E_@?AOs@Ik@GQ_BkBYWg@]q@_@m@Yy@c@m@g@w@m@_@{@GIAAKKEC_@Qi@S]Og@Gi@QUE]EICm@Qc@Oc@Gk@Om@Ky@O_@MC?u@LC?GCaBoA?A??S{BJu@OI_@Mk@Ko@Qk@ME?q@K{@Oc@Cg@AWAc@NaD{@HcEP[@g@KGWIs@Mm@Kw@EcAEeACk@C[@u@@kAGo@G{@Ky@Qq@I_AIaAOg@E}@AaACo@C{A@i@Bu@Do@Bk@cAU_@M]EIY[SSUQi@Yo@g@i@q@]w@]s@Se@Wi@IUEAe@Gu@Go@G_@?kA@u@Ck@Ec@CG?a@C[AgCa@CoAEuA?[AKKk@Ga@EQKUYe@IUUI_@O_@Ge@Ig@Ii@Iq@Mw@Wc@Wc@Ui@e@_@c@UY_@]IIA?GAGAe@Dc@Da@Fa@?_@DcADkAi@c@k@OQSQc@e@W]UUSSSOe@Sm@]g@YWSMGOCe@Kg@UYO]MOGSICAk@Uc@Oi@Mu@Os@Sq@Ms@Ou@Mm@Si@Mi@Io@Ie@Ii@@q@G}@G[Ea@D{@Aw@EeAAcAC{@A{@D_AFaAHy@HgALcAHqANaAPcALw@H}@NeAPy@Lm@LgAXmAN}A\\{@PmA`@cARaA\\aAVkAZu@VgAf@eA\\mBl@mBl@aBn@iBr@qBv@eBp@qBz@eB|@aClAiAp@eB~@}Az@iAp@{AbAyA|@}AbAeBbAiBhAyBxA{AbAcBlAyAxAoB`BwBfBkB`BgCxB_CnBwBlBeA~@iBbB{AtA}A`B_A|@w@dAuA`BkDvEuBhDcCnDGH??JPtKnPvMnSeBTQ@A?g@JSBwAj@oAbAaBp@UNc@XOLc@p@QXc@hA?@Jf@RbAGdAE`AANGj@QjBGtBARIpCItDJh@DXNbAHp@Hz@I~ACFA@OVYl@EHORQTYf@GJOh@KZCFC\\E`@?~A??IhB]rAEj@IhA?BDZBN^jE@fABfBIzCR`ATdAFJFLCd@?BEt@QTORU^a@p@MfAEtAC~@AlB??ChAAb@??N|@Hd@B`@Bn@C|AC|AGt@Gt@QtBGvALx@Hn@Hn@\\bCMjACPOv@GXU`@MRYVI\\EVERQ`BYxCInCC~@Fn@Bl@HNP`@Rr@DN???T@PK^Ux@Q|@ADKh@aDrGIXGtAAZCd@Cl@Id@ETCTCLCBGHJV^z@QNONM?e@C[_@SWY]A?_@@OGIA??GGMOc@s@Qa@_@}@e@gCG[w@_BMm@UgA?qAA[FuAn@iB??@eADwA?AGg@?AGi@Ga@UCk@G_AJ?Ao@G_@E??OUMSEIA??S@cCL[fAwCCYK{@SsB??KaAOuAu@e@YCq@EC?cAD[JiAb@q@@C@W?_Bw@_CwHiFoN_JcQoByDcCaCuFoFwC{DoAcBuI_Le@i@kFyFkAeAuCeCdLwOV]?ACAuAYw@U]Gw@As@]s@[s@]QKMAo@E]@_@DiAXiB{@uA{C^_ACQMQW{@Kc@MWe@u@CGSuABe@Q]Ua@m@cAo@eBAmB?K@KB]ZqEx@JTBJYv@q@p@]?CJiAJcBV}AB]Fk@NoAh@sAb@y@DK?EEs@?GCQEa@Ia@GWAoBFm@D_@DkALwBJcA?_@Ce@Kq@Ou@YcAa@cA{@eAw@eACCUe@QOs@m@Si@GEe@[c@Yk@a@cAiAOaAYw@IiAKoATyB?ADE@?GIY_@k@w@w@q@q@s@q@g@oAm@s@{@e@y@Y]_Ao@aAs@kAq@eAk@gAw@k@_@s@Ys@Y}@Og@K_A@eA?u@@u@Hk@Hk@Lu@VcAPcAHu@Fs@Rs@Ro@Rw@Lw@LqAF_ADoAFs@JoA\\qAPyAA}AUmAy@u@g@eA_@w@eAc@_@u@o@s@}@e@m@e@]a@Wg@So@Ws@Ou@Ok@Ms@?s@AK?C?S?aAMwA[qAk@{@_@mAi@{@y@i@k@w@kAMoA[wAF_@y@q@q@{A[s@[e@_@m@k@}@_@aA]cAQmAO_AOcAGcAC_@Ke@WqAAKCIEWOc@c@u@WyASiAG_AM}@Mg@M[c@eAE}AA]CEYkALqAI_@}@{@[uDPSOOg@e@g@e@i@c@q@g@m@]eAa@}@_@{@e@gA]gAg@kAQ_AMuAK{AMwAMeAAyAB{@@eBDeBIi@?[PiAn@w@gA_@i@QUSMm@Ww@]_Am@m@c@eAs@u@cAq@kA{@mAq@_A}@oAs@cAi@u@s@w@m@i@y@s@w@q@aAo@uA}@wA_AcAo@_AaAs@s@g@g@s@s@g@i@e@e@s@u@g@cA[q@[e@[Yq@c@w@g@aAo@gA}@o@i@o@[aAg@u@m@_Ao@w@_@o@e@c@SgA[iAi@s@]aAc@y@i@y@s@{@i@u@e@w@g@_BcAu@e@u@w@_@aAKWW[g@i@o@s@e@g@k@a@y@s@KKm@SaAeBA_CCKOUWk@c@]k@o@g@_@{@q@CCi@y@_@o@CEYm@U]c@o@Ka@QYq@u@o@s@_AiA}@cA{@u@s@y@e@k@g@a@USa@[y@o@g@g@e@Wo@[oAo@{@}AAe@AEIIQYYYe@qADmABOA[Aw@LqAX}@JUFs@b@sAR[DOFSB[@CBm@F]AIEe@Kw@E[CSAIKQEKIQ??Qg@]g@[m@]g@a@q@EE[g@]g@a@g@k@q@i@o@e@e@g@[m@m@YYOK_AKgAoBMiBTeBHSEIWe@_@k@U]c@a@[c@g@_@c@o@]_@o@o@Og@CEA@EDo@p@aCyFR{@BMIQMgA?C[q@@}A@m@Be@?KEc@Ec@Kg@U_BYcB]eBQcAUg@[gAWw@Uu@Oa@I]AAi@k@e@_AYq@IOAAOK[WCCk@g@OyACOGqAC]CwAAOAq@Ia@Mq@Ko@AEAC_@?C?q@p@qBBmBg@Wk@c@Q[kBEiBz@iAJSP_@u@o@w@_@w@_AU_AQu@M[W^sMzSwBiOnBkTX_D_Bg@{FcBy@Q_DWaAAE?OAu@A{COgDKw@Cw@Cu@C]AiDBoBCQ?wB?_CF{CNk@BwAFcCJ_EXoDLoCZsBZqBb@yA\\{ARaBTmAJcALy@T_Ab@iAPqAVcAXc@LAFi@vBU@y@HHj@MdCsBfCgC_AYi@CCEAi@BQBqAPqARuBf@eCl@aCx@cBv@mBt@cBbA_Br@WNA?HLD`BIx@Ov@AF@vBWtA_@pAc@f@e@|@mAf@?BKZa@hBmBh@C?ML_@v@s@p@IJFf@AFOhBk@lA{@v@g@Za@b@e@ZMNOXUj@CFd@`@RfB@n@Fx@EdCu@xAm@t@g@p@a@f@Yn@w@|@s@d@EB[f@W^Sj@k@x@iAbAcATIBYHA?OF??KR]v@w@p@CD_@Zk@p@m@j@q@v@w@Zo@`@_@Zo@v@o@TCBYr@u@h@UNU^WX?FGb@AHJr@GdBYpA]z@a@`AY`AWl@Of@y@hAs@v@k@d@MJ[n@{@n@]PUpCQHFb@G\\WdBk@~@OTgAz@gAVm@XaATo@NYR]d@Wj@@\\AbA?JSxAkAlCcCCYICAa@M??OE_@[OCYCi@AkANiAO}@Gm@IWCSj@m@bB}CJ_@a@s@u@u@wAUoAO{@EYS_@U_@k@i@k@_AWk@O_@I{@Gy@]q@@_@a@Og@e@c@Wq@_@oAq@GEMQq@aA}@_Ae@gACIY{@g@yAO{AGiAB_@@YCYACKOa@[GEo@EmAc@cAe@cA_@mAm@m@]}@]q@c@GEqAkAUmBE{A????Bs@?OCOKYYm@IQ?_A?Y?k@Cc@CSAEEG]Ya@Yu@_@}@eAISQ_@CGEEUQm@a@UQ[W_@a@[Uo@g@s@yAAc@Ci@KI_@QGEq@o@AAWYSOQKWKy@a@QQYWe@Wc@Wi@Qq@Um@Uo@Su@Q_AOw@]c@QqBg@w@Ye@Ou@Q_A{@GQi@Mi@i@GI_@i@g@s@WqA?MASCCGK_@Sc@g@a@W[Ua@KuAo@OWi@Gy@ScA]{@w@US]MMIUAk@Kc@IU]a@k@Yi@Yi@e@i@[g@OMGEOCo@EcASgA}@Ws@MOWW[Yk@e@eA}@a@i@IC]A}@?y@QSGu@]s@YwA_Au@{AO[GEi@UcAoA[cAWg@AAc@y@Ug@W[e@e@s@w@Yq@IK_@Y]a@WQ]Q_@Oo@Sy@o@GGQSk@y@]kAY{@Ke@EIOMSMg@Om@[CAECUCw@Ko@Oe@MaAWW_@S[IIe@Y_@WAA[GaA]_AgAM[][k@cAGa@Ig@Es@_@Me@Oq@Oo@Yy@_@i@g@a@[_@[]Qe@Uo@[s@m@q@q@c@cAUgAAWu@Qu@y@m@s@Y}@c@Si@[eAw@e@yAIa@_@UYQ[Ii@Kg@Ma@KUEWGYIa@M_AW}@c@w@Wa@SWIg@CcAa@i@a@_@We@Yi@]cAc@{@y@c@i@OM_@Oa@O}@Uk@c@e@Ye@a@i@k@a@o@CC_@O}@]}@]u@m@i@_@CCg@c@s@w@a@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]
}
]
GetNRMRegionSearchData
GetNRMRegionSearchData?NRMRegion=Kangaroo%20Island
The Metadata - GetAdvancedListsData section shows how to retrieve the NRM names which can be used in this request.
Returns a list of a wells as a JSON array of objects - only two are shown below:
[
{
"DHNO": 16905,
"LAT": -36.0446216,
"LON": 136.7494448,
"MAPNUM": 622500001,
"PURP_DESC": "SPR",
"SWL": 0,
"TDS": 1564,
"CLASS": "WP",
"NRM": "Kangaroo Island",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1983-12-21",
"LATEST_SAL_DATE": "1983-12-21"
},
{
"NAME": "CR 2B",
"DHNO": 227963,
"LAT": -35.7756614,
"LON": 138.0033454,
"MAPNUM": 652600563,
"MAX_DEPTH": 6,
"OBSNUMBER": "DUD016",
"PURP_DESC": "INV",
"SWL": -0.44,
"TDS": 5445,
"CLASS": "WW",
"NRM": "Kangaroo Island",
"LOGDRILL": "N",
"LITHOLOG": "Y",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2009-02-23",
"LATEST_SAL_DATE": "2006-09-06",
"LATEST_OPEN_DEPTH": 6,
"LATEST_OPEN_DATE": "2006-05-16"
}
]
GetNRMRegionFromName
There is also the related query GetNRMRegionFromName?NAME=Kangaroo%20Island
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
Returns a JSON array of objects:
[
{
"OBJECTID": 6,
"REGION_ID": 4,
"NAME": "Kangaroo Island",
"OFFICE_ID": 24,
"SHAPE.AREA": 10535165522.761,
"SHAPE.LEN": 585550.95053677,
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"Boundary": [
"d`|vEq}pfY|EgnB?KzEm`B`Fc`B?K|Se|B?o`B?cjC?KsyAmgl@|EudAzSuo@vTs_@bSc]to@uh@tdAya@dd\\skAvh@_Ft}@{Lrv@{h@ljH{vEvv@uo@l[gXfa@o]f]e]lXoXvv@sv@to@w}@|a@wv@th@s}@xo@qrAxdFgmIxZyo@|Lwh@zSuv@zSu}@|SsrAzSo`B~EgcCzEgqC{EsyA?qdA_FudA~EorAzEu}@~Ew}@zSsv@zh@yv@rv@sv@t}@w}@heAaw@zw@ml@Z[lIhEnFzBlF`ChFhCbGpBtHpCnH~CtHjDpHxDjHdEfHpE~G|ExGhFrGvFhH`G`HpGvGzGpGhHfGtH|F`IrFjIjFvI~E`JtEhJhEtJ~D|JrDbKfDlKzCtKnCzKvvB`xHtvBdxHnfBjnG~EvJrE`KhEhKzDrKnDzKnDxJdDbKzCfKlCnKbCtKvBzKjB~K~AbLtAlLhAnLhG|G`GfHxFrHnF~HfFfIzErIrEzIjGrGbG|GzFhHpFtHjF~H~EfIlFdIbFnIxEvIT^p@^nIvEhIfF`IvFxHdGpHrGhHbH~GnHvEpFrExFtEfGnEpGfEvGdEvG~D|GvDdHnDjHhCvFpBzC~EhHxEpHpEzHfEbI~DjI~@fBxEdJnEnJdEvJxD~JxDjKjDpK`DxKpCvKdC~KxBdLlBhL~AlLrArLfAtLx@xLl@zL^zLP~LD|LG~LU|L[bLi@bLw@xLcAtLoArL}AnLBnMInMYnMe@lMu@jMaAfMgAbLsA`L_B|KiBxKuBrKgBrIwBnKeCjKmCbKyC|JeDvJeC~GkCxG}BfGyCxIaDrIGPmCpIuClI}CdI}DlJgEdJsE|I{ErIw@jKcAfKkAfKaBrLmBpLyBhLeCdLsC~K_DvKmDpKwDfKcE~JiChGqCdGoEdJyEzIeFpImFfIwEvG_FnGeFfGmF~FqFtF}@jDcBxJmBrJwBpJaCjJiCdJQvBfBfH`BjH~CpJtCzJjC~J`CdKtBhKhBnK~ArKtAvKfAzK|@|K~@hKr@jKh@jK^nKRnKJnK?pKZdMLdM@dMMdMYdMg@bMs@`McA~LoAzL}AvL_BzKkBvKwBrKcCjKmCfKyC`KcDzJiDjJsDdJ}D|IgEtIqEjIyEbIaFzHmD`GsDzFEnBOtK[vKg@tKo@xKy@vKcAtKcAdJmAbJuA~I}AzIYlCl@nKb@nKXpKLrKBrKErKQpKHhMCfMOfM_@fM[vHa@vHg@vHlFrEjFzEhGnFbGzFzFbGtFnGlFvGfFbH|EhHdFdI|ElIjEdI`EjIxDtInDzIdDbJ|ChJpCpJtCtKjC~K|BbLpBfLvA`JnAbJdAdJ|@zIt@zIj@|Id@~IXzFf@hMXjMJjMCjMOjM]hMk@hMe@tHk@tHPnHLnHd@`H\\bHr@|Ih@~IpAdLdAjLx@lLNrAjB~J~AbKtAfKhAhKfAjH~@nHp@hFl@jFjA`EfCbH|D~HtDdIlDnItDzJjDdKxDjIjD~GdDbHdGuGjGiGtG}FxGqF`HgFfHyElHkErHaExHqDhFkDjFaD|FcD`G{CbGqCzHkD`I}CbIoChIaCrIyBxIiBxIyA|IkA~I{@`Jm@`J]`JMbJ@`JN`J^lJn@jJ~@hJpAdJ~AbJpB~I~B|IpCtI~CvIpBtI~BnInCjI|CfIjD`IxD|HhEtHtEnHbFlIdCfIpCbI`D~HlDxH|DjIpEbI`FzHnFtH~FjHjGdHzGhDlDhDrDnGnHfGzH|FfIrFrIfF|I~EfJxGpGpG~GfGhH~FtHtF`IlFjIbFtIvE`JnEfJbErJxDxJb@lAnGnHdGzHzFdIrFrIfF|I|EfJrEnJfEzJzDbKnDjKdDrKvCxKfCfKzBnKnBpKdBvKvAzKlA~K`A`Lv@dLh@fL\\fLRhLjArJbAvJx@xJp@zJd@zJ`@tF^vFfAxK|@|Kp@`Ld@`LZbLXh@fCfDbHnF~G|FtGjG|AxAzAiLfBeLtB_L~ByKlCuKvCmKbDgKlD_KxDwJtBcFxBaFhEaJpEyI|EoIdFeInF{HvFoH~FgHhGyG`FgFfF}ElFuErGiFxG}E~GqEbHeEhIqEpIaEtIqDxIcD~IqCbJaCfJsBhJaBlJoAnJ_ApJo@pJ]pJMrJ@rJTpJb@nJt@nJfAjJvAhJfBdJvB`JhC|IvCxIhDrIvDlIfEdIvE`IdFxHrFpHbGhHnG`H|GxGjHnGvHdGbIzFnIpFzIfFdJzEnJpExJbEnJvDtJjD~J`DdKrC|JfC`K|BhKfB~I~A`JtAfJvAjKjAnK~@rKz@pLn@rL`@tLTvLFpHBpHGhMShMa@hMm@fM}@bMkA`MwA|LeBxLsBtL_ClLkChLyC`LgDxKqDrK}DhKkE~JuEvJ_FlJmFjJyF`JcGrImGhIwGzHaHlHiH~GaHdGgHvFoHhFuH|E{HlEaI`EgIpDkIbDqItCyIjC_JzBaJjBeJ|AgJjAiJz@kJj@kJXkJJmJEkJUkJe@hDvK~C~KpCfLbClLxBpLhBxL|AzLnA`M`AbMr@fMf@fMVxLLxL?xLKzLYvLe@vLs@tL_ArLkAnLyAjLcBhLqBbL}B|KiCvKuCpKaDjKkDbK{DhKgE~JsEtJ}ElJiF`JsFvI}FlIgG~HqGrHyGfHcHxGiHlGsH|F{HpF_I`FiIrEmIbEsItDyIdD}ItCaJbCeJtBiJbBcCpDgClD_BbMkB|L{BvLgCpLuCjLaDbLmD|K{DrKgEhKsE`K_FvJkFjJuF`J_GtIiGhIuGzH}GnHgH`HoHrGwHdGiHjFoHzEuHnE{H`E_IrDeIfDiIvCiD`IqD|HwDrHaEnHgEdHv@dLh@dL^hLRhLpA~LdAbMv@fMf@fMZjMLjM?jMMhM[jMi@fMw@fMeAbMsA~L_BzLmBvL{BpLgCjLsBlIyBfIaCbIiC~IuCxI{CrIeDlIc@vJm@tJu@pJW|Ke@|Ko@xKy@xKeAtKqApK{AnKgBhKeBnJoBjJwBdJaC`JkC|IsBrIwBlJ_ChJiCbJqC|I{CxIcDpI|Tnw@xGrFpG`GnGlGhGxG`GdHvFpHpFzH~HfEzHtE~HfFvHvFnHbGhHrG~G~GvGlHlGxHbGdIxFpInF|IdFdJxEpJlEzJbEdKvDlKjDtK|CzKxBtInBxItClKhCrK~BvKpB~KdBbLvAjKhAlK`ApKv@zKl@|K`@~KtDtKhD|K|CdLnCjL`CpLrB`LfBdLxAhLlAlL`ApLt@rL^zHXzHRzHPtLBvLGvLStLa@tLm@rL{@nLeAnLkAjKuAfK_BbKkB~JsBzJ_CvJgCpJ{B~JeCzJoCrJ{BnHcChHiCbH?jMMhM[fMi@fMq@hL{@hLiAdLuA`L_B|KtC|KhCdL|BjLnBpLbBtLtAxLhAzLx@`Mn@`M^dMPdMDdMAdHGfHAfA\\rJRrJJrJ@tJCfLMfLYfLg@dLq@bL}@~Ki@vKs@rK_AnKiAnKuAjK_BfKmBzL{BvLgCpLuChLcDbLmDxKRhFPhFz@vFv@xFD\\vCzJjCbK`CfKnBrJfBvJzA|JpA~JhAbK`AvJv@xJl@zJb@|JtBfLP`AhFbJ|EjJrEtJfE~JzDhKnDnKfD|KzCbLlCjLxCxIpC|IhCdJ|BfJtBnJjBpJvArHpAvHRlA`B~JvA`KhAtJ`AvJjA`M|@fMn@fM`@jMPjMDjMCzJKxJIfHMdHAjJKjJSjJ[jJm@dMy@bMgA~LuA|LcBxLoBrL{BlLiChLdDlJ|CvJpCzJfCbK|BfKpBlKpBnLbBtLtAxLhAzLz@~Ln@bM^bMRdMDdMEdMUdMa@bMo@`M}@~LiA|LwAvLcBtLsBnL}BhLkCbLwC|KcDtKoDnK{DdK@fAJxFDzFBtLGtLStLa@rLm@pLy@pLlB|FjB~FxA~EtA~EpCbGrDnIhDvI~CzIvCbJlChJbCnJzBrJ~BhLpBlLdBrLxAtLhAzL~@|Ln@`Mb@`MTdMFbMXtLJtL?tLbJbC~IrCzIbDtIrDpI`EhIpEbI`F|HnFrH~FlHjGdHxGzGfHrGrHhG~H~FlItFvIjF`J~ElJtEvJjE`K`EfKtDrKfDxKzC`LnCfL`CnLtBrLfBxLxA|LlA`M~@dMn@vKb@vKXxKLxJDzJ@~GEhMShMa@hMm@fM}@bMcAlLqAjL}AdLiB`LuB|K_CvKmCpKuCjKcDdKmD|JyDtJgE|JsEtJ}ElJiF`JsFtI_GjIaFvGgFnGoFfGwFzF{FpFcGhFwGlF_H`F_IjFgI|EmIlEqIpEwI`E}IpDaJ`DgJpCkJ~BoJnBsJ|AsJjAwJz@yJh@qJXsJFsJGqJWqJi@qJ{@mJiA}HkA}HwAyHeBwHoBsH}B}FoBsJ`BuJnAwJ|@yJl@yJX{JH{JGyJYyJk@yJ{@uJmAqJ_BqJqBkJaCgJsCcJcDeI~DkIpDqI`DuF~H}FrHgGhHqGzGwGpG_HbGeHvFkHjFsH|EyHnE_IbEsGxH_HlHgH~GdApJz@rJr@tJh@vJ^xJPjFLjFNxHFzHBxHEnLQnL[lLi@lLw@hLaAhLmAbLyA`LkBvLyBpLmB~K{BxKeCrKqClK}CfKgD`KsDvJ}DpJgEfJsE~I}EtIeFjIoF`IyFtHsDhKaE`KkEvJwEnJaFdJkFxIwFnI_GbI{FnHeGbHkGxGuGjG{G`GsGfFyG~E_HpEcHdEgHzDmHnDoHbDuHtCyHhC}HzBiJ~BmJlBqJ|AsJjAuJz@uJh@yJVwJDkA`JsA~IoBjL}BdLkC~KuCxKaDrKoDhKyDbKeExJoEpJ{EfJeF|IoFpIyFfIcG|HmGnHuGbH}GvGgHhGiH|FqHlFyH`F_IrEeIbEiItDoIfDuIvCyIfCcJ|BiJlBkJzAoJjAoJz@qJh@sJXaIJuzErwEuzElwEwzEfwEy~Ad}AqYbYqjKilCaqH_vBgmGecBkPwFqEwCkJcFuLsHqNiPsmZ}zZwEwEgC_CcF_E{CuByE}CKC~xForc@|Lk`B`FmyA}EkkA?K}EguB{SkuBsrAifImbTetxA}SorA?skACojCua@otX?ecC?K|Ei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"vym}EsntdYTnMDpMEpMUnMa@lMo@lM_AhMkAfMyA`MgB~LsBvLcCrLmClL}CdLgD~KuDtKaElKmEdKyExJeFpJmFbJ{FzIcGlIoG`IwGrHaHfHiHzGqHjG{H|FaIlFgI~EoInEuI`E{InD_J~CeJnCgJ~BmJlBoJ|AqJjAsJz@uJh@wJVwJDmJEkJWmJg@iJy@iJgAgJyAcJiB_JwBuGiBsGsBqG}BqIgDmIuDgIeEaIsE{HaFuHqFkH}FeHkG}GyGuGcHkGqHaG{HyFcIoFqIcFyI{EeJoEmJeEwJ{D_KmDgKcDoKwCwKeHaEaHoEyG{EuGeFmGqFuGoEmF`GqFxFyFlF}FdFaHrFgHfFkHzEsHjEyH~D}HrDcIbDgItCeIfCiIxBmIhBoI|AqInAsI~@uIp@uIb@wIRwIDuJGsJWsJk@qJy@mJkAmJ}AiJmBgJ}BaJoC}I_DwImDsI_EmImEeI}EaIkFwHyFoHiGiHwG_HcHuGqHmG}HcGiIyFuIoFaJcFkJyEuJmE_KaEiKuDeKgDmK}CuKqC{KcCcLyBgLkBmL}AqLsAuLcAyLy@{Li@_M_@_MOaMEoMFqMToMb@oMr@kM~@iMlAgMzAcMhB}LvByLbCqLpCmL~CeL~CgKhD_KtDwJ~DoJjEgJrE}I~EuIfFkIpF_IbGcIlGwHtGiH|G_HfHoGlHcGvHuF|HeFbIyEhIiEnIyDtIkDzIyC|IkCbJ{BdJkBhJyAjJkAlJy@lJg@nJYpJExJDxJXvJh@vJ|@rJlArJ|AlJnBjJ`CfJpC`JbD|IrDtI`EpIrEhIbFbIpFnFcGrF{FzFqF`GeFfG}EtHqFzHcF`IuEfIgEnIwDpIiDxIwCzIiC~IyBbJiBfJyAfJiAjJy@jJg@lJWlJGhIDhIPhI`@fIl@dIx@dIhA`ItA`JjB~IzBxIjCtIzCpIhDjIxDfIhEhIdDdItD~HbEfIvE`IfFxHvFpHbGjHrG`H~GvGlHnGxHfGdIzFpIpF|IfFhJzEpJnE|JdEdKxDnKlDvK~C|KtCdLvHvEpHdFhHpFbH~FzGjGrGvGjGdHbGnHxFzHnFdIpFzIdFdJxEpJfEbJzDlJpDrJfD|J|C`KpChKdCnKzBtKnBzKzAjJrAnJxAbMjAfM~@hMn@lM`@nM",
"b}~{EwzdbYRlMDnMEpMSrMc@pMo@nM_AjMmAhM{AdMgB`MsBrL_CjLmCfLyC`LeDxKqDnK_EhKiE~JuEvJ_FjJkF`JuFvI_GhIiG~HqGrH}GdHcHxGmHjGsHzF}HnFcI~EiIpEoIbEuIpDwIbD_JrCaJdCeJrBiJbBkJpAoJ`AoJp@qJ^qJNqJ?qJQqJc@oJq@_J}@{ImAyI{AwIkBsIyBoIgCmIwCgIeDaIsD}HaEwHoEqH}EyHuFsHcGoHqGgHaH}GoHsG{HkGgI_GuIuF_JkFkJ_FuJsEaKgEiK{DqKoD{KaDcLuCiLiCqLyAyHsA}HmA}H{AmLoAoLcAsLw@wLi@wL]yLO{LEyLF{LRwL^yLl@uLx@uLdAqLrAmL~AiLjBeLxB_LbC{KnCuKzCmKfDiKpDaKzDyJfEqJrEgJ|E_JdFsIpFiIxF_IbGsHjGgHtG{G|GoGbHcGjHuFrHgFhHqEnHcEtHwDxHiD|H}CbIoCdI_ChIuBlIeBnJ_BrJqArJ}@vJm@vJ[vJKvJFxJVtJf@tJz@rJjAnJzAlJnBjJ|BtIfCrIvCnIdDhItDbIbE|HpEvH~EpHlFhHzF`HfGxGtGrG~GhGlH~FxHvFbIjFnIbFxIxE`JnElJdDvH~CzHvCbIlCfIdC~HzBdItBhIlBlI`CrLtBvLdBzLxA`MlAdM|@hMn@jM`@lM"
]
}
]
GetLBSearchData
GetLBSearchData?LB=Green%20Adelaide
The Metadata - GetAdvancedListsData section shows how to retrieve the Landscape Board names which can be used in this request.
Returns a list of a wells as a JSON array of objects - only two are shown below:
[
{
"DHNO": 26527,
"LAT": -35.3385495,
"LON": 138.4550502,
"MAPNUM": 652700531,
"MAX_DEPTH": 66.14,
"DRILL_DATE": "1950-07-18",
"PURP_DESC": "IRR",
"AQ_MON": "Qpa",
"SWL": 48.77,
"TDS": 6655,
"STAT_DESC": "NL",
"CLASS": "WW",
"PWA": "McLaren Vale",
"PWRA": "Western Mount Lofty Ranges",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1950-07-18",
"LATEST_SAL_DATE": "1950-07-18",
"LATEST_OPEN_DEPTH": 66.14,
"LATEST_OPEN_DATE": "1950-07-18"
}
]
GetLBFromName
There is also the related query GetLBFromName?NAME=Green%20Adelaide
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
Returns a JSON array of objects:
[
{
"OBJECTID": 3,
"REGIONNAME": "Green Adelaide",
"REGIONID": 3,
"GROREF": "32/2019",
"SHAPE.AREA": 5018119817.19687,
"SHAPE.LEN": 408587.310397432,
"URL": "https://apps.waterconnect.sa.gov.au/Services-WDD/proxy.ashx?https://location.sa.gov.au/server5/rest/services/WaterConnect_PROD/MapServer/",
"Boundary": [
"`rprEm~smYlN{YRc@nIgQpC}F`EoIjNv@??rId@@S@Yez@e[QQgFm"
]
}
]
GetHundredParcelData (by hundred name)
GetHundredParcelData?HUND=ALEXANDRINA
You can retrieve the list of valid hundred names from the query in the Metadata - GetAdvancedListsData section.
Returns a JSON array of objects - only two are shown below:
[
{
"NAME": "DONNA 1",
"DHNO": 38423,
"LAT": -35.4858167,
"LON": 138.91965,
"MAPNUM": 662700003,
"MAX_DEPTH": 701.04,
"DRILL_DATE": "1964-12-17",
"PURP_DESC": "EXP",
"STAT_DESC": "DRY",
"CLASS": "PW",
"PWRA": "Eastern Mount Lofty Ranges",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "Y",
"HSTRATLOG": "Y",
"LATEST_OPEN_DEPTH": 701.04,
"LATEST_OPEN_DATE": "1964-12-17"
},
{
"NAME": "PS 4D",
"DHNO": 259078,
"LAT": -35.493279,
"LON": 139.0294919,
"MAPNUM": 672703759,
"MAX_DEPTH": 1.72,
"DRILL_DATE": "2009-08-23",
"PURP_DESC": "MON",
"CLASS": "WW",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "N",
"LITHOLOG": "Y",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_OPEN_DEPTH": 1.72,
"LATEST_OPEN_DATE": "2009-08-23"
}
]
GetHundredParcelData (by parcel/plan/title numbers)
For example, search for wells on CT5604/777:
Returns a JSON array of objects:
[
{
"NAME": "B 361",
"DHNO": 28764,
"LAT": -34.155353,
"LON": 138.455916,
"MAPNUM": 652900119,
"MAX_DEPTH": 27.43,
"OBSNUMBER": "DAE005",
"DRILL_DATE": "1949-01-18",
"PURP_DESC": "STK",
"SWL": 22.15,
"YIELD": 0.37,
"TDS": 3753,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2010-03-11",
"LATEST_SAL_DATE": "1995-09-18",
"LATEST_YIELD_DATE": "1949-01-01",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "H",
"SALSTATUS": "H",
"LATEST_OPEN_DEPTH": 26.4,
"LATEST_OPEN_DATE": "1995-06-29"
},
{
"NAME": "B 362",
"DHNO": 29112,
"LAT": -34.156073,
"LON": 138.456339,
"MAPNUM": 652900481,
"MAX_DEPTH": 39,
"OBSNUMBER": "DAE006",
"DRILL_DATE": "1992-06-19",
"PURP_DESC": "STK",
"YIELD": 3.15,
"TDS": 2245,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "Y",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2009-04-28",
"LATEST_SAL_DATE": "1995-09-18",
"OBSNETWORK": "NY_NP_STH",
"SWLSTATUS": "H",
"SALSTATUS": "H",
"LATEST_OPEN_DATE": "1993-03-03"
},
{
"DHNO": 166516,
"LAT": -34.1573313,
"LON": 138.4576219,
"MAPNUM": 652901068,
"MAX_DEPTH": 41,
"OBSNUMBER": "DAE015",
"PERMIT_NO": 40438,
"DRILL_DATE": "1997-03-12",
"PURP_DESC": "STK",
"SWL": 19.5,
"YIELD": 4,
"TDS": 2234,
"STAT_DESC": "OPR",
"CLASS": "WW",
"NRM": "Northern & Yorke",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1997-03-12",
"LATEST_SAL_DATE": "2003-04-03",
"LATEST_YIELD_DATE": "1997-03-12",
"LATEST_OPEN_DEPTH": 41,
"LATEST_OPEN_DATE": "1997-03-12"
}
]
GetBoundaryFromTitle
A related query is GetBoundaryFromTitle?PREFIX=CT&VOLUME=5604&FOLIO=777, which delivers the geographical polygons that CT 5604/777 represents.
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
[
{
"PLAN_T": "H",
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"Boundary": [
"lymoEueblYvNr@mQ`d@tAue@"
]
},
{
"PLAN_T": "H",
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"Boundary": [
"b|noEogclY{Bxw@mHnGoUtExb@_gA"
]
}
]
Spatially (by observation network, PWA, or PWRA)
Or more groundwater-specific areas:
GetObswellNetworkData
GetObswellNetworkData?Network=KAT_FP,PIKE_FP
Note you can request more than one network at a time.
The Metadata - GetAdvancedListsData section shows how to retrieve the codes for all the different monitoring networks.
Returns a JSON array of objects (a list of wells) - only 2 are shown below:
[
{
"NAME": "LD 5",
"DHNO": 174806,
"LAT": -34.3242717,
"LON": 140.4949448,
"MAPNUM": 692900829,
"MAX_DEPTH": 25.4,
"OBSNUMBER": "KTR043",
"PERMIT_NO": 48454,
"DRILL_DATE": "1999-03-24",
"PURP_DESC": "OBS",
"AQ_MON": "Tpl",
"SWL": 19.01,
"TDS": 28004,
"CLASS": "WW",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "N",
"LITHOLOG": "Y",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"LATEST_SWL_DATE": "2016-07-11",
"LATEST_SAL_DATE": "1999-03-24",
"OBSNETWORK": "KAT_FP",
"SWLSTATUS": "C",
"SALSTATUS": "N",
"LATEST_OPEN_DEPTH": 25.4,
"LATEST_OPEN_DATE": "2009-06-02"
},
{
"NAME": "PMA 8",
"DHNO": 132425,
"LAT": -34.2728022,
"LON": 140.8203725,
"MAPNUM": 702901214,
"MAX_DEPTH": 32.22,
"OBSNUMBER": "PAG045",
"PERMIT_NO": 28390,
"DRILL_DATE": "1992-11-13",
"PURP_DESC": "OBS",
"AQ_MON": "Tpl",
"SWL": 25.9,
"TDS": 28927,
"STAT_DESC": "OPR",
"CLASS": "WW",
"PWA": "Noora",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"LATEST_SWL_DATE": "2016-07-12",
"LATEST_SAL_DATE": "1992-11-13",
"OBSNETWORK": "PIKE_FP",
"SWLSTATUS": "C",
"SALSTATUS": "N",
"LATEST_OPEN_DEPTH": 32.22,
"LATEST_OPEN_DATE": "2009-04-20"
}
]
GetPWASearchData
GetPWASearchData?PWA=Northern%20Adelaide%20Plains
See the Metadata - GetAdvancedListsData section for how to retrieve the valid PWA names.
Returns a list of wells as a JSON array of ojects:
[
{
"DHNO": 27192,
"LAT": -34.5875312,
"LON": 138.4141681,
"MAPNUM": 652800049,
"MAX_DEPTH": 243.84,
"STAT_DESC": "ABD",
"CLASS": "WW",
"PWA": "Northern Adelaide Plains",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "N",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_OPEN_DEPTH": 243.84,
"LATEST_OPEN_DATE": "1964-02-03"
},
{
"DHNO": 304120,
"LAT": -34.6118451,
"LON": 138.5221818,
"MAPNUM": 662829233,
"MAX_DEPTH": 68,
"PERMIT_NO": 292866,
"DRILL_DATE": "2017-12-07",
"PURP_DESC": "TWS",
"SWL": 11,
"CLASS": "WW",
"PWA": "Northern Adelaide Plains",
"NRM": "Adelaide & Mt Lofty Ranges",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "N",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2017-12-07",
"LATEST_OPEN_DEPTH": 68,
"LATEST_OPEN_DATE": "2017-12-07"
}
]
GetPWAFromName
There is also the GetPWAFromName?NAME=Northern%20Adelaide%20Plains request, which returns data for the geographical shape of the PWA.
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
[
{
"OBJECTID": 13,
"NAME": "Northern Adelaide Plains",
"PRESTYPE": "Wells",
"LONGNAME": "Northern Adelaide Plains Prescribed Wells Area",
"GRO_PLAN": "429\/2003",
"GG_DATE": "13MAY1976",
"GG_PAGE": " ",
"WILMAID": 641834400,
"SHAPE.AREA": 606769218.58595,
"SHAPE.LEN": 137189.4653942,
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"Boundary": [
"zlisEgbtlYDWJ@LEAQWTOFSd@CNHx@THBbASSg@FYXQdA[RWGCTFDLPHl@JNIJMPQ^_@Tw@KBQKSMNMf@IFYdAm@nA_@\\FRGf@CTi@l@a@NIJq@Hy@Ri@x@Gx@OHOSGOUSILa@AO?MX?PEN_@CURODCNFL?PUAq@?[QKGUHCRDXMJy@?WRQAEMw@a@k@Te@TD^SX[Ua@FMlAENYBIZNh@QBq@t@u@r@g@DUIILIPWMYFs@h@_@x@[QW@OR_@As@b@k@BKCcBdAk@CQAUe@k@UOi@ME]^s@r@Qn@S|@OI[TO@[c@U@ISKD?R\\|@DJKPEXSUWPKW_@D]\\aAv@SYO?]s@Oz@GH]YWAUU_@AKICuCDk@\\eATe@`@ULUfAs@OMA[[Be@Kg@DKEk@PiAnCyAHyATM@_@UKN?b@?f@Hb@AJs@l@UCOeAIEW@cBnBm@Be@Qe@PGd@MNs@V{BW[S]iBmAsBOoAIWD_Cb@cBEOiA`@}FlBy@p@g@`ASF{@q@q@mAe@YgAS]_@mABeAfAOBi@HeATw@Li@DQCkAdA[BOIMJ?NCZ_@SOEy@Ha@VWAWLNR@HQDg@WQ?Ed@MJC`@c@TSC?VFFARODSHKJEZTTa@b@q@ZOBW_@h@m@h@O?Y@c@i@Q{At@MfALNQPOVMDIKYAa@Rc@Eu@BMh@u@f@y@JeBmABUi@j@e@HOIQFsAb@gBh@oAtBoC~Am@W?m@QMQIMJUCAPa@l@h@HJSFGFB?`@BZObAFVENiA?k@VG`AUx@y@LCOFm@Wu@o@CCYIEwB|@Yj@sBnBk@pBUPO\\?Le@Pq@p@s@QY_@WE[|@c@p@S@_@Pg@JIOQ@O@MCGJHPC~@o@XWIu@b@IVSNOTODYRUFMH[DQFQFQ@MDMBMFQHQ@O@[BIFc@?k@NMB[HSJMHKBSJODYFSBYLKEKJMBM?Q@KIOBOBa@POAUHYH[DYBUEQCKDUFGHKEODUFM?WZMBOAMAK?KHEKwCaGSa@MJOLMLWPUPUTUN]Xu@n@m@d@k@h@i@^c@\\g@f@WRQPWPUPm@f@i@b@m@d@eBjA[Za@^STg@d@[L[V[NWL]TUTSTi@j@g@h@sAtAyC`DWVMNk@l@i@f@g@j@i@b@_@VDL?n@}@nBk@fAc@z@m@bBa@`Ai@r@w@rAa@z@m@jAi@|@i@vAw@pAc@dAs@`Bo@lBKv@ShBMzAQtBUvAW~AUvBQbCKpBSbBGdBDhB@bBEtAFdBGbBQbB[pA]|Ai@bBu@fBw@tAq@tAaAbBaAdAu@~As@hAo@t@[r@g@fAg@|@q@lBm@lBc@zAWpA]pAIdBEhACtAAjAIbAi@|@c@b@[x@c@dA]hAg@jA_@~@InAWhAGz@Qj@MF]t@Wx@Id@Q|@Al@SZSLm@LQp@Bt@Nt@Hj@Lr@O`@[Jg@Fg@j@Ux@S|@c@d@c@p@MvAUv@O~@k@fA_AnAm@vAY|@UbACr@i@Xm@Dg@Cy@Lo@?q@Jy@l@y@lAu@t@yAx@uAdAwAdAw@z@s@r@cAfAu@p@i@l@s@z@oAdAgAn@mAxBu@jAc@n@o@z@W\\_@r@[`@a@l@Yn@[t@_@l@YR{@f@y@Hg@Fk@NaAp@y@l@{@h@cAZeA`@{@Lw@`@eA`@qAl@}@d@iAj@o@\\k@XSXa@x@O\\O`@OZ]Zi@\\m@~@]d@Wr@Wr@a@n@gAhAcAr@_@v@u@`AKTUd@KfAKz@QjAG|@GhAAz@?r@Cj@]n@]`@k@Ve@LyAF}@V}@UsAo@eAk@}@Uq@Aw@J_AVq@Vm@Nm@Ls@Kq@Hm@Zc@V[Zo@h@]v@i@f@Qn@a@r@Yx@On@Yz@Up@Y~@a@~@Uv@w@n@Wj@Sh@Wn@Fp@ZhA`@|@Th@V|@Td@Br@Nd@?r@@jACbAK`AMp@_@z@Wr@i@^g@n@]d@e@\\]b@g@\\SNMZRd@n@\\r@Xt@Dp@Rh@?\\Fh@PVV\\JNd@Hh@Gr@Op@Yz@Wj@_@p@c@h@g@Z_@Xy@HaAC_A?o@?y@Ey@Cq@Ey@@i@\\_@Va@d@m@l@W^c@b@g@d@e@Xk@\\}@n@u@v@m@l@m@\\_@n@g@z@m@dAWbAa@nAMbASpASjAYfAMz@g@t@i@|@w@`Aa@`@c@r@i@b@q@T}@Rw@I_ANaBEoBGwAKuAS{@OcAMgADk@Rm@Hq@n@g@n@i@j@g@r@i@x@Yd@SZq@PeA^_@Th@zBjAjE`ArD`@~Ai@F_@Bi@Da@PWHg@G]CYJa@b@a@^YVO\\?^M^WTWXGZOZ[PSd@UP[VERFVPj@B^Ib@e@VK?g@Pe@NaAl@gA~@m@n@q@z@e@j@q@z@_@r@e@z@c@~@k@`Ao@nAo@dB]fA[dAUt@Qz@M~@Wj@[l@Sh@Cl@Ir@Qb@Qf@Yp@[b@MRc@Vo@BYEOHU`@EXI`@?\\Vp@Jb@DZI^UNe@LSZi@\\u@f@kAt@aAv@k@\\k@Pm@Ho@^w@`A[p@]`AE^AZ?LBNJ^Vn@F`@G|@_@p@MBUA[Cg@Ko@@e@P]TWRQBWJEZA^Sd@c@h@_AdAMBWIe@Ca@\\W^Wl@On@i@p@Qf@SlAM|@S~@WpA_@v@i@r@q@`@eAHo@R[@e@HeAJqABy@Go@TaAF_AAaA?gAWc@s@c@s@i@Wa@QOc@U_Am@w@g@m@[A_@GmBeA_Cu@kCmAkCuBgBoAsBcB}A[iA[w@Yi@MyAKcACiAGk@Kg@Yi@_@q@[s@a@y@[wAo@gA}@m@wA]_AOq@Ay@?o@Da@Cu@?k@G_@Da@@WF]@qAAc@@]Zi@`@Ul@Qb@a@b@g@x@w@f@]`@m@Zu@DaA?eBHs@@y@Ss@SeAGe@?g@Ks@Mi@_@cAM]Ie@A]Se@MSQm@kDkAsAbAoDbBiKrAaKbDq@ZmYjNk@RiDhBuDpBoKfHkRbKcMvGcMvHmIbEmG`E}HtFuLxJuLtJuFpGwFpJsAxCKdDAn@AhAEjA@bABfB]bBmBhIag@rQaF`B_A^]Do@l@WV_@Dc@Fc@He@PkATq@Pi@Jk@Tg@P_@Jo@T[Lc@FMBQJ[Xg@NYNg@NK?URc@N_@P]L[Nc@V[JSBMHQRc@Ra@Rc@TYRWLWNq@d@WLUVi@Vg@\\c@Ta@Xe@Ve@\\]V_@Zg@Z]Xa@`@ST[TWZ_@^[XSTS@URY^k@Zs@f@eBlAYxAYXW?s@NmD|CgIdJ}ErF]d@_@d@{@xB_AdDKZG`@Oj@Ih@O~@EhAIx@AbBGtAAh@BTFJFJFPFVJXHT?^@\\BZ?\\CZE`@KXQJOLWVOJKJDnRgFbLmIxGeATuHfB}EzFaKc]wAkgAEgOU}PYaV_@gYa@qX]_X`@YO{Mg@ma@k@og@cBktA_B}sAgAw~@iAi}@o@uj@Y?cAyDPgBt@qH?_@_@}TAq@yAklACi@@OGmBg@}a@m@se@Eo@m@ye@m@}e@Ak@WwVQ{Vm@ap@A}@w@ijAFMGo@MmMKoMGwHc@we@?k@e@_f@e@gf@Ck@a@_f@I_My@yx@?w@w@g{@y@oy@c@[us@@qZ?e@CcRBs_@Bk]B{@G{s@Hwx@Ji@Gi@?e@B__@Aq_@@a@A{gABDaACsbA?kl@A{k@Eo@Bwq@?k@Ago@nEav@pEyv@?m@nCgt@C{C|E_cABm@zD}x@|@sR`C}e@?i@pA{W~Cmp@e@GWA@i@lDas@B{@NmC`@gIdw@|E|CT|EZXBf@Bp@Fh@Dl@D^Bd@@n@Fj@DdAFl@Dl@@vANf@BxAFzAJ|Fd@l@Al@Dp@DrAJlAHl@NhADhAHn@Api@nDrJp@b]tBp_@~B^Tf~@xGxCQAVb@DB[LI~ESMrA~DXzC`BzB`BrAxAt@l@zDdFpE~FZ^ZCx@fAQRxEvGDu@jB~BvEdGHj@v@v@|@|AfFeAj@KxA[l@Kr@QtAYvAYJHbAb@j@j@b@\\l@j@VR|@v@ZXZZ\\TVXZXh@d@XXh@b@b@\\b@^\\\\`@\\\\ZZX^XXXXVZX\\Z^XZX\\ZXXZZh@^d@d@\\XZX\\Z\\VX\\NLNb@Zp@lG@vCIpAJzDnAn@RlEyCrCmBRM~PkLbE_Cb@Y~BcBxBoAd@}@JK`Am@t@i@^S^ShAq@`Ag@bBy@bFmBrG{Ab@I^EfCvA^PVTTJ\\VVZZVTXZZTVXXl@v@Xl@j@AbCEd@Eb@@hAE`@?b@Af@A^C`@A~@jAX`@Zb@Zb@Z`@f@n@fAvA^d@^d@f@p@f@r@d@l@h@l@h@t@l@t@jA|Ar@z@\\f@VXT^Z`@\\YpBs@`@OlA_@b@Qb@Md@Sr@Up@Sp@WxAe@f@Av@Mb@Cp@EZELAz@Ep@Ir@CpBOjBOhAKpBI^IVCd@Cj@Ex@?IYMU?]AM@_@?M?Q?M@QAuC?i@@g@Ae@Bi@@m@@yBHe@@y@CeCv@n@\\VVT^X`@^RNrCzBXPhDlCdBvA`@Z`@XrFlE^ZlBxAtBfBf@\\d@^\\VHF^X^\\hBvAvB|DbG~BrCzBnj@lc@l@d@|GpFhPnMrYlUZZMVhCrBfBpA^\\VXlDhCbCnB|@r@`@\\pCzBjEnDZTxB`BzBbBxBfBrFpEb@VL]pY|TJFd@`@L@tI`E`LlF|JtE|E|Bv@`@tB~@zBfApGxCxN`HrB`ALi@dD~Ax@^zIxEv@`@pFxCpB`Af@Z|A~@b@T`Ad@VLNJXP\\PXLVN`@Rd@^XJr@^ZPTLXLZNXPVLp@^x@b@h@Z~Az@j@\\jHzDvAv@^PtA|@TD~CdBhFpCt@d@nAn@|Az@vHdETJlBfAnFtCrJlF`ExBdAdADJ`@Jd@Xh@Xf@^HAf@Xb@X\\PZP\\N\\Tb@T`@RVPb@TRLHRrDnBTB^R`@P\\T`@R^T`@P`@VHHd@Tj@T`@T^R`@Tb@Vb@V`@R`EzBHD^R`@T\\R\\R\\NZP^R^R`@TRJl@ZVN^PZR\\P^TdB`AhE`Bv@d@p@\\VHb@X\\NZPZP\\R`@TXNFF\\L\\T`@RZPZTZPb@Tf@Xl@ZXL^Tb@TVLFJf@PTJVNd@VZR\\PZN^R^TfCrAFJd@NJFfCtAHHLFPJJNFHDJdDhAN?r@TxBZdAHLBrAAbEQxBYtEg@LGzLyAxe@}FTAhBQNI|@M`Gs@nAGJ@r@?^Cp@Fr@FJ?p@C|@Ch@A\\?d@A^?h@CZC`@A\\A\\Ab@Af@Ah@Cr@Av@CnGi@RClRc@rEFbBKTKt@G^?R?bISj@Bx@?xBOrFO`BCb@}DRq@TaAZcAVu@\\eARy@Ng@L_@Ne@Ja@La@Lc@P_@He@L_@Pi@Tq@DKLg@R{@Rm@L[f@y@gAi@QIUI_@SSGMIU]g@_AA}@?]C]Cg@IgEDeD@eAEs@Cc@Gm@Ko@K_AAIVqEzCaD`BcB~AmHzJ|DjFvB`D~A~Ax@nCtATHBK?[D_@?OBSDQBQBQDS@QDYBODK@QDSDMBWDS@M@M@OAM?MEO?OEWGSCKGQGKIKEMKMIKMGIKKGGEOSCSEQAMAUAQAQBIAMBUDUDMbKnDnUjLXNfFbCtGdDlCnA^PHGx@t@t@r@`Av@zAvAh@b@ZRb@b@n@j@l@f@j@d@f@`@`@`@b@`@|@p@x@t@tBlBXVr@h@v@n@bA|@`@Z~@x@^d@dAv@t@l@CJ\\XZV`A|@@MdAbAbCpBPX\\XRLNNTTPNJH^NjAhARLt@p@ZV\\b@j@^^Z\\\\\\X\\`@t@f@TTXTTPXVZXVTXTpB`B^^DRb@b@ZTXT`@`@ZVZX^XXX\\Z\\TXXZX\\V\\^LHp@j@b@`@ZV`@\\^ZXX\\XVT`@^TN\\Xv@r@VTNThAt@HH^\\`@VNTf@^h@b@\\X\\Z\\\\\\VZVNNFJf@\\d@`@b@^^\\ZV\\X`@ZZXZX\\Zr@l@`@f@LDn@h@JJZTXVZXRT^VRPZXXXXTXT^Zv@p@t@n@XX\\T\\ZXVFLd@^NJ^ZXT\\\\VVXV~AtAlA|@XVXVRP\\^ZRXVLHJJ^\\f@`@xArA\\\\\\T^Xd@b@~ArATTZTPR^XZV^ZFf@PLXh@d@b@v@ATVXTZV^ZNNHJ^\\b@V^\\ZX\\XXX\\\\\\\\\\\\V`@`@n@jA\\^X`@\\XVLJHJnDxCVV`@ZVRZVXVZXZVRRn@n@RLZXZTZXZVZZZXZV\\Z^XZXXX\\V\\XZXZXZX^V^^l@\\ZTZX\\X\\^JNLNl@l@ZVrAdAn@l@XTXV\\XXTXXXTXVXXRPj@d@NLXVXVXRZX\\XJJnAt@vIvHnFrEp@p@ONfDpCHUdDrCpTfRjBn@fM|AxAh@`Bp@|ApALh@TNVTVVh@d@h@d@lAbA`Az@HOd@^nBdBZVd@l@bFbEpCbCj@d@PV~ArAXN~@x@\\VXXXRVX\\TVVVRTR^`@XVVNVV\\XVTXT\\XVVZTVVVVJPLHHHj@b@ZPZXZXXVX\\`@R\\^NHLLLHLNZVZVXV^^RTZT^VRR\\ZZTZXXX\\VXX\\VZXXV^\\XVXTVT`@`@`@^VLZ\\XRZVXVZXXXXR\\VVZTTXT\\TZZ^TXTZVr@^d@RZT`@XTRv@f@jBrAp@Nl@`@|@n@d@Vb@XPRp@n@PFJH\\XQlDAZOfBCXMjBCLa@vDmDv[cDdYkAdLYtAKb@CN?RGl@Cj@ERu@lHEZEn@MlAIbAeDbYa@xDM`AEj@ENOhB[jAgAfJCTA^SnBc@tDi@jEm@tFFlAS~BEj@Gj@Cl@Ar@AxABh@@j@_CHi@@GJOJGFOPJ`IBb@?f@T~KA`APbKHlFr@jBd@|AmAD?j@TnLZrSDxAFjD?`@CjENFXdPFnBAf@KtN@x@JdHFdDAb@AjEx@H^vS|Al}@d@bVBzBhAfp@l@|]id@~^sb@_|@OBW`@g@f@]Xc@JyAb@CdEb@vCbEvCu@lGa@nDcK{FgOyAm@gBuASyAQoBUW?{@BKOKGUCQD[CWMeBs@cDaXHUDEJKRCNE\\AXBLCJMTE\\GRC^KXIZK^I`@Gl@CZI\\I^KVC^K\\A^O~BZBWTo@f@aAR]j@iAr@eBl@aBd@oAb@_Ah@gATg@_AoBsAoCMSGa@SKQ?MHEJ@VBTT^L`@D^ENYZe@f@o@h@]\\W^U^ELGPOXERI^EXC^Ib@KXI^ONQZUZ]^S\\[\\e@X_@XYX]N[L_A?SEa@Eo@Ia@Ee@Ge@Ia@Cg@Ak@Gi@O_@M[WKYOQCSOU_@][YOYYa@UUQ]EWGUGc@UW_@a@U]Yg@Q[IQSg@W[W_@UYI]K_@@]C_@D[Je@Fe@_B{Dy@iBqAgDSBOOYM]Mg@UYQYOSMOKOUYS]UQS]MOCa@MQCQEO?S?O?O@OASEO]AYKSIUOWA[BQEMBQEQGUEWE[EWIg@OYCSIUGUK_@M[UMOGKCMEKCKMAOCQKEOCS?UDSAKIKKIOKIOEOAOGKOAMGSQQO?M@MNKP[MUKQMOAOCS?YBM?KDMCO?UCYC_@K[I[G[Qa@WUk@Wk@I_@BY?i@B]Bk@?g@Rw@uH{HWBU?]OSOQSOSQEM@]LS?OCQHWLSHOBITGL@V@LCJMVCR?V@`@G\\GXUJQZM^Ov@Cd@?\\Db@F^EJAPUFS@MUGISIQEK@IFQNWFU?M@MFMJ[TWPYNa@Fi@Ak@Ee@B]DOA]JYJa@Te@Lm@VIF_@\\QVSNO^W^Yb@[T[d@c@X]J]TCPMDCHIHMNWQIKMMAOOOCKIIMe@]YgCCIb@}@Ze@AQKWBMAWVOA_AG]aAc@}@GWJYAM[CSc@c@WqAMa@KMLKd@QJQBa@VQr@M|@Bj@ATIPJFHNIXSVQ@IO]a@QIUo@KYBq@Ee@@Mm@c@I]KFARIHKQGKAKPe@"
]
}
]
GetPWRASearchData
GetPWRASearchData?PWA=Marne%20River%20and%20Saunders%20Creek
The query keyword of PWA is not a typographic error; it is correct. See the Metadata - GetAdvancedListsData section for how to retrieve the valid PWRAs (to use in the above GET URL).
Returns (this only shows 2 of the many returned “DHNO” records):
[
{
"DHNO": 72974,
"LAT": -34.619298,
"LON": 139.3815158,
"MAPNUM": 672800080,
"MAX_DEPTH": 34.61,
"DRILL_DATE": "1953-01-01",
"PURP_DESC": "STK",
"SWL": 31.75,
"TDS": 3583,
"STAT_DESC": "OPR",
"CLASS": "WW",
"PWRA": "Marne River and Saunders Creek",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "N",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "1981-06-15",
"LATEST_SAL_DATE": "1981-06-15",
"LATEST_OPEN_DEPTH": 34.61,
"LATEST_OPEN_DATE": "1981-06-15"
},
{
"DHNO": 291276,
"LAT": -34.7391396,
"LON": 139.51077,
"MAPNUM": 682801436,
"MAX_DEPTH": 63,
"PERMIT_NO": 254338,
"DRILL_DATE": "2016-11-07",
"SWL": 42,
"YIELD": 0.75,
"TDS": 2069,
"CLASS": "WW",
"PWRA": "Marne River and Saunders Creek",
"NRM": "South Australian Murray-Darling Basin",
"LOGDRILL": "Y",
"LITHOLOG": "N",
"CHEM": "N",
"WATER": "Y",
"SAL": "Y",
"OBSWELL": "N",
"STRATLOG": "N",
"HSTRATLOG": "N",
"LATEST_SWL_DATE": "2016-11-07",
"LATEST_SAL_DATE": "2016-11-04",
"LATEST_YIELD_DATE": "2016-11-07",
"LATEST_OPEN_DEPTH": 63,
"LATEST_OPEN_DATE": "2016-11-07"
}
]
GetPWRAFromName
There is also the related GetPWRAFromName?NAME=Marne%20River%20and%20Saunders%20Creek query, which returns the geographical polygon representing the PWRA.
The Boundary string which is returned is the geographical boundary in Google’s Encoded Polyline Algorithm Format. You can decode this into geographic coordinates using the polyline package.
[
{
"OBJECTID": 4,
"NAME": "Marne River and Saunders Creek",
"PRESTYPE": "Water Resources",
"LONGNAME": "Marne River and Saunders Creek Prescribed Water Resources Area",
"GRO_PLAN": "429\/2002",
"GG_DATE": "20MAR2003",
"GG_PAGE": "1111",
"WILMAID": 583430011,
"SHAPE.AREA": 743670075.29969,
"SHAPE.LEN": 239612.60844226,
"URL": "http:\/\/sdsi.sa.gov.au\/arcgis\/rest\/services\/DEWNRint\/WaterConnect_WaterConnect\/MapServer\/",
"Boundary": [
"j{qqEmlmpYfZaf@~y@~ZFk@j@Sj^gN`VeJl}@}UjBiKJg@l@yCj@Ixc@uGjPyy@zt@rUyA~Ke@rRKj@rSkAxVeUdCOb@CzfAyHxG_\\tCwA|XfJn]hLd@N~DrArOhFpAs@zYzBlMsB|IwAxLbFc@zS~IvFbQMxPOvGElCbDrDtAr@VzBi@b@M|CeErFmLpEgMfByMtC{TjBiBfFyPYcGgBoEqMrCgCSeBqFCuC`D_Ib@}A`Bm@tBgBnAgBz@kBEcBp@iLj@eET_MxDBd@}VkAEB}CUoDyBmDQ{Abe@JnRDsGuZjq@iAsAmI{EyY{Gya@qEAwb@IJqu@nb@qDpEuA`VtEbLOb@cCdDgQbCkMJm@Lys@@q@Ju}@Jcv@?i@?uDHyi@Jgn@@wVDq@?w@Aa]?mQb@Bzq@jEAq@Hkc@Nku@kr@Yi@?RiqAwj@M@k@TwpA{k@Ce@?AhJqx@KIuaAcXGSk@~a@sdAuh@K^{aB@k@|i@JDsbAuo@HF}}@cr@NBg_AfbB@Ai@@c`B?y^dp@?b@@C`e@hz@BtX@fw@Bb@?lAiSzn@E`J?XokB`cAyJCk@SakBrQAFe|@?yGDet@Bm`@Am@I{tAd@OvhAVd@BaGw{ACu@sBmi@oD_~@C{@Pyb@?wD^sbApn@GQ{eBrZIIge@AiAfF`Jz[z_@bZxRbDqI`@iAXLFDLNNHTRb@Lz@XbA^r@N^Jn@Lz@Vv@Tb@NObAmDnR`BnB[b@oI`L_@b@vHtg@hSvsAXlB|f@~`A~k@hiAd@~Bd@CpfAeCRtdAfgAKNtvAih@Y`e@t_@_AhBoLdVpUnR`Ad@zCfCL|_Bex@DoH?im@D^hkB\\h@?j@sS?TxbBqu@Fl@|~Bsb@Bc@?ml@D?z@?llB?j@ef@EfMpu@xTfrAu_ADc@??j@?n_Bd@Bxv@BAp~B{AF@j@T~aBbaA@lM~mAEj@o@vAiDp}AaBju@b@?bgAc@mSup@f@Anp@AIqxADk@Ec_AxbA}f@fbAuf@vWqMb@U||Asv@hWmMb@U|c@{ThEqIpMkPjA{AnEwF`@qAIc{Bdw@aOjw@cO|E_AfAaAu`@gf@Bsj@xlAFb@?zfAP?e_@@ql@@m@Hov@`m@GN?x\\ElB@fp@AAcfBfi@B\\i@pTCr@?PcANwCWuBJgB?eFC{Eq@cE~CiKRs@tAa@A`A@Z@Z?`@?\\@\\@l@@R?^FXNd@?Z?VA`@D~@DXH^ER?R?VDPDR@P@R?^?T@T@`@Bj@@b@@ZB`@@`@F`@Bh@Bd@Bb@B`@Fb@Dh@@ZDn@?TBP@P@j@@^DVD`@@V?TAZ@Z@r@B^@`@Bb@@\\D`@Fl@@Z?VD^Df@Fb@@TA\\@XFXDX@b@BVBZ@`@B\\@\\?TBVHJJXFNDJDT?P?RANARAN?N@F@b@@PBT?V@\\BX?D@J@N@HBD?\\BP@R@TDR?R@\\@RBd@Fb@Dd@@b@Db@@TDd@BXD^Dh@B^BTB\\BZDh@Db@Bf@BTB\\@RBR@RFb@@RDf@Dr@Dl@Ff@@L@JB^@ZD\\@VDVB`@BXBTBZBZ@LDB?DCD@FBT?N@?BV@VBX@RBD@B@D@JDPFVBHFPBJ@LBP?R@P?T@L@LBP@LBJ@N?PDR@LBPBP@JAHDNB\\@Vi@ACBBZ@J?NDT@T@VBZ@LBVBVDV@RBRBNHr@@PBTDZBJIpAAn@XvE?@@PB^Bb@Jn@Hz@TtABTBJFf@Ff@B`@Fd@Dl@Hr@Hd@^fERpBp@pHNxA\\|DNdAf@bEP`BXvBRzBHf@RlBHj@BP@PDJ@TVtBZtC^nDNtAJ|@RhBJ`Af@pEBVT~CF`ADf@J`Bd@jARd@Vl@x@jBP^LXt@zAR^LXJRPb@NXFHTn@R`@HLHJLRDJHNLRFLFJHRFHHDDBLDgBxA`@bA_@bAIT_L`[a@tAgDjLi@QiKqJ{ApAmD`DaAzA}AvAqAz@qCR}@P]HHXs^|e@sEbGgGz@}ObRGxAoA~Am@vBRjMc`@rg@qHjOoCpFSb@cOlZwAtBeKxFgv@B{m@@Gl~@lG~e@e@?_t@?IrZkr@@Bh`@Gj@?pT@ddAJj@O~aADzp@p@qAb@VwCp\\oBvKi@vByPrVVtw@b@`pANxd@?f@Vlu@T|p@?j@Tjo@Nne@DrMc@?{U?wFi@wE??h@?FA`a@?h@AlS?fCqUTyHbFoA^SxEmC~l@m@zMiDpv@w@bQ{Blg@aDjs@cEt}@_Bh\\g@Cwe@oBy@d]}Y}ACl@}@hYDhBYvDk@dQN~ElAfElFpK]h@ZpCrC|CbDvGZp@lDhHjHhRnAtFhEfRx@`HSjH{@rCyVvm@eB~PhAtDqMq@sY}AgSeAa@ACj@qAva@mh@uCyA`a@Ej@yOoF}VsI{Izc@yIrc@Kh@mCzMhFp[i@QqKsDa@OwIrc@cNsEyHxJ{C|D[^MMiFwEEYMMMTQOJUuEcEkFmBeBo@oEeHcN~q@eCbMhTbHxGvB??xQ`Nb@`@{LjEEtA_@~Q}A~FiEzDS~NC~AoBfGWa@aJkAkBAS?_DfA_IdBeJj@a@DmH`BiH?aGf@qDtBsC|@uBFuAo@mAm@mDWoC`AuCzDgOzJ}@d@yFcAcGgDiNlFkI@oDxEeOhG_CzCoBbCiBxBcKwAgE_@}Bv@y@n@aDdHiChf@WZgHzHgGrM`D`Qq@jIGl@wMzDoK~CgJlC}Ex@e@JkAbB_E~A_GhKeEhEc@ZcE~BkEpCaDbA{MpGWNwI_AiBo@c@OeBj@iMYyEXq@Dy]xDyF_Dc@GeHcA}A?wFFsDNkEh@yIzF}KjB}OEiBmAiDn@q@LiBBc@?{IeHwKVg@bACH@J}FyFuIpKUa@}IwNkB}CeEaDZuAhAaFNm@zBcMqC_VsFoNwBmc@oKa]w@gCcAkBgCsEsGsa@@yBBw@P}@rJ}d@i]aLH]zBwKb@sBNg@fCeMJi@Jc@Ny@zAh@jBn@rAgFjGkE~EcM|CcAfBgDaBgFlDoG{DgAcDhBKGkAa@kGaCpFqWnDqJ_@sKwGcFOoAoDaE{ASW}@y@yAuGaFBg@@uCm@yC|H{Ij@oGgIcDwKoCwG}KkN_J[sGU{@YeAkDyM{T@}AzCYFmO`DaObBeC}@YM}CwHwEoAaTdDaQlCgMeJ]YkCkBoHNi@jE{EvA{CyCwDwCsH}FgFeCcGzHoId@yHrF_@t@qI~KgKb@wIdNsKKqChIc@nA{JgAc@U?CkFg@iFaBeEqDqQ]uLuCuMl@_PsHIyPaGuF]GyCqFuLxF{C]b@cHsF{N_HkEmDsA_DmAqIv@gCz@{FfDuR}@gZ_J_@KgIgCeQqDa@uC{VpJUU][_PwNyAiKeNw[yF}CiG_OSg@oDeIsHeCgFwCsE_A??mFgAmHaFaJuCeBEiFuB}I{BwNwCmB}DwHqDa@SgEsBu@_@LiFvCaGlAsK}AoHb@gNxEuEVoIcGiKgFcK]]t@yIzDiEuCsKwCi@sIn@kEaCgCoC]yELi@`Gc\\{j@}QqAgSdGwShIgIpCrDVNzE}H"
]
}
]
Lists of valid query values for many of these can be obtained through the metadata requests shown in the Metadata - GetAdvancedListsData section below.
Data for a single well
Most groundwater information is obtained through these queries. All these requests are for a single drillhole at a time; see the pages for more details.
Query by drillhole number
GetSummaryDetails (for a well)
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
[
{
"OBSWELL_NO": "ANG013",
"UnitNumber": "6728-2489",
"DRILLHOLE_NO": 75383,
"DrillDate": "1985-05-20T00:00:00",
"Depth": 86,
"CasedTo": 64,
"SWL": 8.26,
"TDS": 3058,
"DrillClass": "WW, MW",
"Aquifer": "Tr",
"DrillStatus": "CAP",
"LAT": -34.659407,
"LON": 139.413824,
"DB_DRILLERS_LOG": "N",
"DB_LITHO_LOG": "N",
"DB_STRAT_LOG": "Y",
"DB_WATER_CHEM": "N",
"DB_WATER_INFO": "Y",
"DB_WATER_SAMPLE": "Y",
"DB_GEOPHYSICAL_LOG": "Y",
"DB_HYDRO_STRAT_LOG": "Y",
"DB_YIELD": "N",
"DB_ELEVATION": "Y",
"DB_CONSTRUCTION": "Y",
"DB_PHOTOS": "Y",
"HUNDRED_NAME": "ANGAS",
"LAT_DEGREES": 34,
"LAT_MINUTES": 39,
"LAT_SECONDS": 33.865,
"LONG_DEGREES": 139,
"LONG_MINUTES": 24,
"LONG_SECONDS": 49.766,
"AMG_EASTING": 354655.02,
"AMG_NORTHING": 6163582.03,
"AMG_ZONE": 54,
"DH_NAME": "M146",
"DH_NAME1": "M146",
"MAP_100000_NO": 6728,
"DH_SEQ_NO": 2489,
"DB_OBS_WELL": "Y",
"NRM_REGION_CODE": "South Australian Murray-Darling Basin",
"LATEST_PERMIT_NO": 16054,
"OBS_WELL_PLAN_CODE": "ANG",
"OBS_WELL_SEQ_NO": 13,
"PURPOSE_CODE": "EXP",
"MAP_250000_CODE": "SI5409",
"MAP_50K_NO": 1,
"MAP_10K_NO": 16,
"MAP_2500_CODE": "a",
"MAP_1000_CODE": "5",
"ORIG_DRILLED_DEPTH": 86,
"ORIG_DRILLED_DATE": "1985-05-20T00:00:00",
"MAX_DRILLED_DEPTH_DATE": "1985-05-20T00:00:00",
"LATEST_OPEN_DEPTH": 86,
"LATEST_OPEN_DEPTH_DATE": "1985-05-20T00:00:00",
"LATEST_MIN_DIAM": 75,
"LATEST_RSWL": 48.13,
"LATEST_SWL_DATE": "2017-10-10T10:40:30",
"LATEST_EC": 5461,
"LATEST_SAL_DATE": "1987-12-16T00:00:00",
"LATEST_REF_ELEVATION": 57.21,
"LATEST_ELEVATION_DATE": "1985-05-20T00:00:00",
"MAP_250K": "SI5409 ADELAIDE",
"MAP_100K": "6728 Mannum",
"GROUP_CODE": "MARNE",
"STAND_WATER_LEVEL_STATUS": "C",
"SALINITY_STATUS": "N",
"DrillClassTT": "Water Well, Mineral Well",
"PURPOSE_CODETT": "Exploration",
"DrillStatusTT": "Capped",
"AquiferTT": "Renmark Group"
}
]
GetExtraSummaryDetails (for a well)
And some additional keywords with GetExtraSummaryDetails?DHNO=75383
[
{
"DRILLHOLE_NO": 75383,
"GROUP_CODE": "MARNE",
"GROUP_DESC": "Marne River and Saunders Creek PWRA"
}
]
GetWaterLevelDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetWaterLevelDetails?DHNO=75383
Only the first and last record are shown in the sample response payload below:
[
{
"OBS_DATE": "1985-05-20",
"STANDING_WATER_LEVEL": 22.68,
"RSWL": 33.71,
"DEPTH_TO_WATER": 23.5,
"ANOMALOUS_IND": "N",
"PUMPING_IND": "N",
"MEASURED_DURING": "D",
"DATA_SOURCE_CODE": "DEWNR"
},
{
"OBS_DATE": "1985-08-29",
"STANDING_WATER_LEVEL": 7.37,
"RSWL": 49.02,
"DEPTH_TO_WATER": 8.19,
"ANOMALOUS_IND": "N",
"PUMPING_IND": "N",
"MEASURED_DURING": "M",
"DATA_SOURCE_CODE": "DEWNR"
}
]
GetSalinityDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
[
{
"COLLECTED_DATE": "1987-09-01",
"TDS": 2619,
"EC": 4691,
"PH": 9.5,
"SAMPLE_TYPE": "S",
"SERIES_TYPE": "T",
"ANOMALOUS_IND": "N",
"EXTR_METHOD_CODE": "PUMP",
"MEASURED_DURING": "M",
"DATA_SOURCE_CODE": "DEWNR"
},
{
"COLLECTED_DATE": "1987-12-16",
"TDS": 3058,
"EC": 5461,
"PH": 8.1,
"SAMPLE_TYPE": "S",
"SERIES_TYPE": "T",
"ANOMALOUS_IND": "N",
"EXTR_METHOD_CODE": "PUMP",
"MEASURED_DURING": "M",
"DATA_SOURCE_CODE": "DEWNR"
}
]
GetWellYieldDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetWellYieldDetails?DHNO=72339
WELL_YIELD is in litres per second.
[
{
"WELL_YIELD_MEAS_NO": 87257,
"OBS_DATE": "1968-08-09",
"WELL_YIELD": 5.0512,
"MEASURED_DURING": "D",
"DATA_SOURCE_CODE": "DEWNR",
"COMMENTS": "Hydat Angas Bremer upload"
}
]
GetWaterChemistryDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetWaterChemistryDetails?DHNO=27382
This returns a list of sample numbers (SAMPLE_NO) with metadata:
[
{
"DRILLHOLE_NO": 27382,
"SAMPLE_NO": 86671,
"COLLECTED_DATE": "1968-01-01",
"TEST_PLACE_CODE": "L",
"SAMPLE_SOURCE_CODE": "DH",
"MEASURED_DURING": "U",
"DATA_SOURCE_CODE": "DEWNR",
"COMMENTS": "Loaded from Historical SAS Chem Data: Year=1968 ,Name=200 ,Sample_date_meth=JY"
},
{
"DRILLHOLE_NO": 27382,
"SAMPLE_NO": 631450,
"COLLECTED_DATE": "2003-04-07",
"SAMPLE_DEPTH_FROM": 19,
"TEST_PLACE_CODE": "L",
"SAMPLE_SOURCE_CODE": "DH",
"EXTR_METHOD_CODE": "PUMP",
"MEASURED_DURING": "M",
"DATA_SOURCE_CODE": "DEWNR",
"COMMENTS": "COULD NOT GET PUMP BELOW 19M. SAMPLED AFTER 120M PUMPING."
},
{
"DRILLHOLE_NO": 27382,
"SAMPLE_NO": 964461,
"COLLECTED_DATE": "2005-02-11",
"TEST_PLACE_CODE": "L",
"SAMPLE_SOURCE_CODE": "DH",
"EXTR_METHOD_CODE": "PUMP",
"MEASURED_DURING": "M",
"DATA_SOURCE_CODE": "DEWNR"
}
]
GetExtraWaterChemistryAllData
The actual data can be retrieved with another request for each of these sample records:
GetExtraWaterChemistryAllData?SAMPLE_NO=964461
[
{
"CODE": "Al",
"NAME": "Aluminium",
"VALUE": 0.027,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "ALK",
"NAME": "Alkanity as CaCO3",
"VALUE": 168,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "As",
"NAME": "Arsenic",
"VALUE": 0.003,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "B",
"NAME": "Boron",
"VALUE": 0.361,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Ca",
"NAME": "Calcium",
"VALUE": 86.6,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "CARB",
"NAME": "Carbonate Hardness as CaCO3",
"VALUE": 168,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Cd",
"NAME": "Cadmium",
"VALUE": 0.0013,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Cl",
"NAME": "Chloride",
"VALUE": 1310,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Cl_tot(NaCl)",
"NAME": "Total Chlorides as NaCl",
"VALUE": 2160,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "CO2",
"NAME": "Carbon Dioxide: Free Carbon Dioxide (water analysis)",
"VALUE": 3.4,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Cr",
"NAME": "Chromium",
"VALUE": 0.003,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Cu",
"NAME": "Copper",
"VALUE": 0.001,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "DST",
"NAME": "Sodium\/Total Cations Ratio",
"VALUE": 73.1,
"UNIT": "%",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "EC",
"NAME": "Electroconductivity",
"VALUE": 5930,
"UNIT": "us\/cm",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "F",
"NAME": "Fluoride",
"VALUE": 0.51,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Fe",
"NAME": "Iron: Iron Total (water analysis)",
"VALUE": 0.918,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "HARD",
"NAME": "Total Hardness as CaCO3",
"VALUE": 623.5,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "HARD_Ca",
"NAME": "Calcium Hardness as CaCO3",
"VALUE": 216,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "HARD_Mg",
"NAME": "Magnesium Hardness as CaCO3",
"VALUE": 407,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "HCO3",
"NAME": "Bicarbonate",
"VALUE": 205,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "ION",
"NAME": "Ion Balance",
"VALUE": 1.61,
"UNIT": "%",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "K",
"NAME": "Potassium",
"VALUE": 33.4,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "LGI",
"NAME": "Langelier Index",
"VALUE": 0.52,
"UNIT": "INDEX",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Mg",
"NAME": "Magnesium",
"VALUE": 98.9,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Mn",
"NAME": "Manganese",
"VALUE": 0.0518,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Na",
"NAME": "Sodium",
"VALUE": 832,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "NH3(N)",
"NAME": "Ammonia as N",
"VALUE": 0.194,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Ni",
"NAME": "Nickel",
"VALUE": 0.0044,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "NO2(N)",
"NAME": "Nitrite as N",
"VALUE": 0.005,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "NO3(N)",
"NAME": "Nitrate as N",
"VALUE": 0,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "NONCARB",
"NAME": "Non-Carbonate Hardness as CaCO3",
"VALUE": 455.5,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "NOX(N)",
"NAME": "Nitrite and nitrate as N",
"VALUE": 0.005,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "NOX(NO3)",
"NAME": "Nitrite and Nitrate as NO3",
"VALUE": 0.02,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "P",
"NAME": "Phosphorus; Phosphorous Total (water analysis)",
"VALUE": 0.005,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "Pb",
"NAME": "Lead",
"VALUE": 0.0005,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "pH",
"NAME": "Acidity\/Alkalinity",
"VALUE": 8,
"UNIT": "pH",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Preact",
"NAME": "Filtered Reactive Phosphorous",
"VALUE": 0.005,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "SAR",
"NAME": "Sodium Adsorption Ratio",
"VALUE": 14.5,
"UNIT": "RATIO",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
},
{
"CODE": "SiO2",
"NAME": "Silicon Dioxide; Silica (reactive) (water analysis)",
"VALUE": 15,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "SO4",
"NAME": "Sulphate",
"VALUE": 367,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "TDS_CALC",
"NAME": "Total Dissolved Solids - Calculated",
"VALUE": 2840,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "TDS_EC",
"NAME": "Total Dissolved Solids - Based on EC",
"VALUE": 3300,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "TKN(N)",
"NAME": "Total Kjedahl Nitrogen as N",
"VALUE": 0.26,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "S",
"GROUP": "Standard Analysis"
},
{
"CODE": "Zn",
"NAME": "Zinc",
"VALUE": 0.095,
"UNIT": "mg\/L",
"WATER_ORDER_GROUP": "O",
"GROUP": "Other Elements"
}
]
GetElevationDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetElevationDetails?DHNO=27382
Returns a JSON array of objects:
[
{
"DRILLHOLE_NO": 27382,
"ELEVATION_NO": 90767,
"ELEV_DATE": "1995-02-20",
"GRND_ELEV": 3.544,
"REF_ELEV": 4.601,
"REF_POINT_TYPE": "STP",
"SVY_METH": "SUR",
"ELEV_POINT_TYPE_DESC": "Stand Pipe (Top)",
"APPLIED_DATE": "1992-01-01",
"COMMENTS": "TOP STAND PIPE COVER"
},
{
"DRILLHOLE_NO": 27382,
"ELEVATION_NO": 90766,
"ELEV_DATE": "1980-11-04",
"GRND_ELEV": 3.432,
"REF_ELEV": 4.332,
"REF_POINT_TYPE": "WLC",
"SVY_METH": "SUR",
"ELEV_POINT_TYPE_DESC": "Well Cover (Top)",
"APPLIED_DATE": "1980-11-04",
"COMMENTS": "COVER PLATE"
},
{
"DRILLHOLE_NO": 27382,
"ELEVATION_NO": 114527,
"ELEV_DATE": "1980-04-09",
"REF_ELEV": 3.53,
"REF_POINT_TYPE": "REF",
"SVY_METH": "SUR",
"ELEV_POINT_TYPE_DESC": "Reference",
"APPLIED_DATE": "1980-04-09"
},
{
"DRILLHOLE_NO": 27382,
"ELEVATION_NO": 9531,
"ELEV_DATE": "1968-03-07",
"GRND_ELEV": 3.138,
"REF_ELEV": 3.443,
"REF_POINT_TYPE": "TOC",
"SVY_METH": "SUR",
"ELEV_POINT_TYPE_DESC": "Casing (Top)",
"APPLIED_DATE": "1968-02-07"
}
]
GetLithologicalLogInformation
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetLithologicalLogInformation?DHNO=27773
[
{
"DRILLHOLE_NO": 27773,
"LITHO_DEPTH_FROM": 0,
"LITHO_DEPTH_TO": 2,
"LITHO_APPROVED_CODE1": "SAND",
"LITHO_DESC": "fine light brown sand, well sorted, carbonate present"
},
{
"DRILLHOLE_NO": 27773,
"LITHO_DEPTH_FROM": 150,
"LITHO_DEPTH_TO": 174,
"LITHO_APPROVED_CODE1": "CLYU",
"LITHO_APPROVED_CODE2": "SILT",
"LITHO_DESC": "silty clay, light brown coloured, high carbonate content, shell fragments"
}
]
GetStratigraphicLogsDetails
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetStratigraphicLogsDetails?DHNO=28083
[
{
"DRILLHOLE_NO": 28083,
"STRAT_UNIT_NO": 3642,
"STRAT_DEPTH_FROM": 0,
"STRAT_DEPTH_TO": 88,
"STRAT_NAME": "Hindmarsh Clay",
"GIS_CODE": "I---ah",
"MAP_SYMBOL": "Qpah",
"STRAT_UNIT_USAGE_CODE": "RED",
"THICKNESS_MAX": 122
},
{
"DRILLHOLE_NO": 28083,
"STRAT_UNIT_NO": 3933,
"STRAT_DEPTH_FROM": 187,
"STRAT_NAME": "Munno Para Clay Member",
"GIS_CODE": "om---wm",
"MAP_SYMBOL": "Tomwm",
"STRAT_UNIT_USAGE_CODE": "DEF",
"THICKNESS_MAX": 23
}
]
GetDrillersLogInformation
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetDrillersLogInformation?DHNO=28083
This returns a list of drillers logs (referenced by LOG_NO) with metadata:
[
{
"DRILLHOLE_NO": 28083,
"LOG_NO": 200958,
"GEOL_LOGGING_DATE": "1984-08-29",
"GEOL_LOGGER_NAME": "M. FOSDIKE"
}
]
GetDrillersLogSummary
Each log can then be retrieved with a query for LOG_NO:
GetDrillersLogSummary?LOG_NO=200958
Only the first and last record are shown in the below example:
[
{
"DRILLHOLE_NO": 28083,
"LOG_NO": 200958,
"DRILLER_DEPTH_FROM": 0,
"DRILLER_DEPTH_TO": 12,
"LITHO_DRILLER_CODE": "SAND",
"LITHO_DESC": "sand and decomposed ...."
},
{
"DRILLHOLE_NO": 28083,
"LOG_NO": 200958,
"DRILLER_DEPTH_FROM": 196,
"DRILLER_DEPTH_TO": 197,
"LITHO_DESC": "hard"
}
]
GetHydrostratInformation
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetHydrostratInformation?DHNO=28083
This returns the hydrostratigraphic log (if available) for this drillhole:
Note that one field present in the bulk download CSV (HYDRO_SUBUNIT_CODE) is not included in the JSON output.
[
{
"DRILLHOLE_NO": 28083,
"HYDRO_INT_NO": 52959,
"STRAT_UNIT_NO": 3642,
"HYDRO_DEPTH_FROM": 0,
"HYDRO_DEPTH_TO": 96,
"MAP_SYMBOL": "Qpah",
"STRAT_NAME": "Hindmarsh Clay",
"STRAT_UNIT_DESC": "Consolidated mottled clay and sandy clay with sand and gravel lenses, aeolian sand, gypseous and pelletal clay dunes and calcareous palaeosols. Alluvial and colluvial red-brown sandy clay with sand and gravel beds."
},
{
"DRILLHOLE_NO": 28083,
"HYDRO_INT_NO": 52960,
"STRAT_UNIT_NO": 3630,
"HYDRO_DEPTH_FROM": 96,
"HYDRO_DEPTH_TO": 166,
"COMMENTS": "T1a aquifer",
"MAP_SYMBOL": "Tph",
"STRAT_NAME": "Hallett Cove Sandstone",
"STRAT_UNIT_DESC": "Sandstone, calcareous; limestone, sandy, fossiliferous. Transgressive, shallow marginal marine."
},
]
GetConstructionInformation
You can request a single drillhole number (DHNO) (see search queries above for how to obtain this number).
GetConstructionInformation?DHNO=155787
This returns a list of events related to the construction of the well. There are two types denoted by “CONSTRN_FLAG”. If this is “C”, the event is a “construction event”, i.e. some type of physical work was done on the well: usually either the initial construction, rehabilitation or re-lining, or decommissioning and backfilling.
If “CONSTRN_FLAG” is “S”, that means a “survey event”, typically where the depth of the hole was measured. Survey events can have some details of the construction but are not the primary references for that information.
[
{
"COMPLETION_DATE": "2018-03-14",
"CONSTRN_FLAG": "C",
"TOTAL_DPTH": 0,
"FINAL_DPTH": 0,
"CURRENT_DPTH": 0,
"PERMIT_NO": 281913,
"BKF_IND": "Y",
"COMMENTS": "Decommissioned using 7 metres of crushed rock, 3% bentonite grout seal and backfilled with sand",
"COMPLETION_NO": 342876
},
{
"COMPLETION_DATE": "2013-10-18",
"CONSTRN_FLAG": "S",
"CURRENT_DPTH": 250.5,
"BKF_IND": "N",
"COMMENTS": "Geophysical logging job 9167 - camera inspection along with other probes.",
"COMPLETION_NO": 324023
},
{
"COMPLETION_DATE": "1999-01-01",
"CONSTRN_FLAG": "C",
"BKF_IND": "N",
"COMMENTS": "Stainless section swaged across 8-5\" FRP joint at 178 m. Exact date unknown.",
"COMPLETION_NO": 324022
},
{
"COMPLETION_DATE": "1996-03-08",
"CONSTRN_FLAG": "C",
"TOTAL_DPTH": 253.4,
"FINAL_DPTH": 253.4,
"CURRENT_DPTH": 253.4,
"PERMIT_NO": 34201,
"BKF_IND": "N",
"COMPLETION_NO": 70892
}
]
The “COMPLETION_NO” field can be used as a query parameter for the following calls which return details of the drilled hole, casing, and production zone.
GetConstructionSummaryInformation
This query gets a useful summary of the hole dimensions, although note that it doesn’t contain details of multiple casing strings or multiple drilled hole diameters. The other queries (following) return all details.
GetConstructionSummaryInformation?COMPLETION_NO=70892
[
{
"COMPLETION_NO": 70892,
"SOURCE_DATA_CHANGE_TIME": "2018-09-24",
"DENORM_TIME": "2018-09-24",
"GLOBAL_POP": "N",
"DRILL_FR": 0,
"DRILL_TO": 253.4,
"DRILL_DIAM": 200,
"DRILL_METH": "RTF+RTM+RTW",
"CORE_FLAG": "N",
"CASE_FR": 0,
"CASE_TO": 237.85,
"CASE_DIAM": 125,
"CASE_MTRL": "FRP",
"PCEM": "Y",
"PCEM_FR": 0,
"PCEM_TO": 183,
"PZONE_FR": 237.85,
"PZONE_TO": 252.85,
"PZONE_TYPE": "S+SMP",
"PZONE_MTRL": "SST",
"PZONE_DIAM": 140,
"MIN_DIAM": 125,
"APERTURE": ".8+1",
"SCREENED": "Y",
"DEV": "Y",
"DEV_METH": "AIRL+JET",
"DEV_DURATION": 12.5,
"AQ_SUBAQ": "Twd"
}
]
GetDrillingSummary
This returns a list of the drilled sections of the well, their diameter, and the drilling method used.
GetDrillingSummary?COMPLETION_NO=70892
[
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"DRILL_FR": 0,
"DRILL_TO": 6,
"DIAM": 550,
"DRILL_METH": "RTF"
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"DRILL_FR": 6,
"DRILL_TO": 96,
"DIAM": 400,
"DRILL_METH": "RTM"
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"DRILL_FR": 184,
"DRILL_TO": 253.4,
"DIAM": 200,
"DRILL_METH": "RTM"
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"DRILL_FR": 96,
"DRILL_TO": 184,
"DIAM": 275,
"DRILL_METH": "RTW"
}
]
GetConstructionWaterCut
This returns a list of the water cuts taken during drilling. Not all of the fields in the example will necessarily be present in the returned JSON.
GetConstructionWaterCut?COMPLETION_NO=65568
[
{
"WATER_CUT_MEAS_NO": 3818,
"WATER_CUT_DATE": "1993-12-12",
"WATER_CUT_DEPTH_FROM": 108,
"WATER_CUT_DEPTH_TO": 114,
"DEPTH_TO_WATER": 100,
"WELL_YIELD": 1,
"EXTR_METHOD_CODE": "AIRL",
"TDS": 699,
"EC": 1270,
"SAMPLE_TYPE": "S"
}
]
GetCasingSummary
This returns a list of the cased sections of the well, excluding the parts of the production zone (see below).
GetCasingSummary?COMPLETION_NO=70892
[
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"CASE_FR": 0,
"CASE_TO": 6,
"CASE_DIAM": 450,
"CASE_MTRL": "STL",
"CEM_TYPE": "P",
"CEM_FR": 0,
"CEM_TO": 6
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"CASE_FR": 0,
"CASE_TO": 91.5,
"CASE_DIAM": 300,
"CASE_MTRL": "FRP",
"CEM_TYPE": "P",
"CEM_FR": 0,
"CEM_TO": 106
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"CASE_FR": 91.5,
"CASE_TO": 183,
"CASE_DIAM": 201,
"CASE_MTRL": "FRP",
"CEM_TYPE": "P",
"CEM_FR": 125,
"CEM_TO": 183
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"CASE_FR": 177.85,
"CASE_TO": 237.85,
"CASE_DIAM": 125,
"CASE_MTRL": "FRP"
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"CASE_DIAM": 201,
"CASE_MTRL": "SST"
}
]
GetProductionZoneSummary
This query returns the details of any screens (“S”), slotted (“SC”) or open (“OH”) sections. It also includes any blank sections within the production zone, and the sump (“SMP”), if there is one.
GetProductionZoneSummary?COMPLETION_NO=70892
[
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"PZONE_FR": 237.85,
"PZONE_TO": 239.85,
"PZONE_DIAM": 140,
"PZONE_TYPE_CODE": "S",
"PZONE_MTRL": "SST",
"APERTURE": 1
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"PZONE_FR": 239.85,
"PZONE_TO": 249.85,
"PZONE_DIAM": 140,
"PZONE_TYPE_CODE": "S",
"PZONE_MTRL": "SST",
"APERTURE": 0.8
},
{
"DRILLHOLE_NO": 155787,
"COMPLETION_NO": 70892,
"PZONE_FR": 249.85,
"PZONE_TO": 252.85,
"PZONE_DIAM": 140,
"PZONE_TYPE_CODE": "SMP",
"PZONE_MTRL": "SST"
}
]
GetExtraSummaryDetails
Not sure what this contains. Gravel-pack details? Liner seals?
GetExtraSummaryDetails?COMPLETION_NO=70892
Metadata - GetAdvancedListsData
Lists of names and codes to be used in requests can be obtained through the GetAdvancedListsData GET request. The sample below shows only the first and last entries in each list. Follow the link for all the data.
{
"LGA": [
{
"V": "ADELAIDE"
},
{
"V": "YORKE PENINSULA"
}
],
"Purpose": [
{
"V": "APN",
"T": "Anode Protection"
},
{
"V": "HOL",
"T": "Water Hole"
}
],
"Status": [
{
"V": "ABD",
"T": "Abandoned"
},
{
"V": "UNW",
"T": "Unworked"
}
],
"Aquifer": [
{
"V": "A",
"T": "A: Unnamed GIS Unit"
},
{
"V": "Tyw",
"T": "Tyw: Winnambool Formation"
}
],
"PrescribedArea": [
{
"V": "Angas-Bremer",
"G": "South Australian Murray Darling Basin"
},
{
"V": "Tintinara-Coonalpyn",
"G": "South East"
}
],
"PrescribedWRArea": [
{
"V": "Baroota"
},
{
"V": "Western Mount Lofty Ranges"
}
],
"NRMRegion": [
{
"V": "Adelaide & Mt Lofty Ranges",
"T": "Adelaide & Mt Lofty Ranges"
},
{
"V": "South East",
"T": "South East"
}
],
"Networks": [
{
"V": "AW_NP",
"T": "Alinytjara Wilurara Non-Prescribed Area"
},
{
"V": "WMLR",
"T": "Western Mount Lofty Ranges PWRA"
}
],
"Suburb": [
{
"V": "ABERFOYLE PARK"
},
{
"V": "ZADOWS LANDING"
}
],
"Chem_Name": [
{
"V": "2_4_5_T",
"T": "2,4,5 - T: 2_4_5_T",
"G": "P"
},
{
"V": "ZrO2",
"T": "Zirconium oxide: ZrO2",
"G": ""
}
],
"Analyte_Group": [
{
"V": "B",
"T": "Biological \/ Bacteria"
},
{
"V": "S",
"T": "Standard Analysis"
}
]
}
Data is © Crown in right of the State of South Australia
