My GeoServer WFSThis is a description of your Web Feature Server. The GeoServer is a full transactional Web Feature Server, you may wish to limit GeoServer to a Basic service level to prevent modificaiton of your geographic data.WFSWMSGEOSERVERWFS2.0.0NONENONE1.0.01.1.02.0.0text/xmlServiceIdentificationServiceProviderOperationsMetadataFeatureTypeListFilter_Capabilitiesapplication/gml+xml; version=3.2resultshitsapplication/gml+xml; version=3.2GML2KMLSHAPE-ZIPapplication/jsonapplication/vnd.google-earth.kml xmlapplication/vnd.google-earth.kml+xmlcsvexcelexcel2007gml3gml32jsontext/csvtext/javascripttext/xml; subtype=gml/2.1.2text/xml; subtype=gml/3.1.1text/xml; subtype=gml/3.2nonelocalFALSE1000000nonelocalapplication/gml+xml; version=3.2urn:ogc:def:queryLanguage:OGC-WFS::WFSQueryExpressionALLSOMEresultshitsapplication/gml+xml; version=3.2GML2KMLSHAPE-ZIPapplication/jsonapplication/vnd.google-earth.kml xmlapplication/vnd.google-earth.kml+xmlcsvexcelexcel2007gml3gml32jsontext/csvtext/javascripttext/xml; subtype=gml/2.1.2text/xml; subtype=gml/3.1.1text/xml; subtype=gml/3.2nonelocalapplication/gml+xml; version=3.2ALLSOMETRUETRUETRUETRUETRUETRUEFALSEFALSETRUETRUETRUETRUEFALSETRUEFALSEwfs:Querywfs:StoredQuerytwap_public:twap_sids_legal_qlt_poltpaysdescriptionLegal/InstitutionalGroundwater protectionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157tbamap2015:tbamap_2009ggisdescriptionTransboundary Aquiferurn:ogc:def:crs:EPSG::4326-132.6830836199722 -63.03399528159582156.75737666939006 67.7899800093114tbamap2015:tbamap_2012ggisdescriptionTransboundary Aquiferurn:ogc:def:crs:EPSG::4326-122.68308362 -53.033995282146.757376669 70.4935162360001tbamap2015:tbamap_2014ggisdescriptionTransboundary Aquiferurn:ogc:def:crs:EPSG::4326-122.682882070372 -53.0330477954825146.75737666939 70.4935162358848tbamap2015:tbamap_2015ggisThis map is about Transboundary Aquifers (TBAs) of the world. It shows the state of information presently (2015) available on the occurrence and extent of TBAs world-wide. The map provides a global overview of these important shared water resources and intends to encourage further research and assessment thereof. For more information visit www.un-igrac.orgTransboundary Aquiferurn:ogc:def:crs:EPSG::4326-132.68288207037236 -63.033047795482545154.2724910003427 80.49351623588478geonode:tba_map_2025The map Transboundary Aquifers of the World provides an overview of aquifers that cross international borders. Developed over more than 15 years, the map synthesizes findings from regional and aquifer-specific studies to reflect the most up-to-date knowledge. Each new edition incorporates scientific advances and improved data access. This edition (2025) is based on a review of approximately 150 references, including peer-reviewed scientific publications as well as grey literature. Additional data were obtained from regional centres, institutions and individual experts. All references are cited in the online attribute table. For the first time, this edition includes basic descriptive information for each TBA, where available, such as the type of aquifer and main lithology. This information is also accessible in the attribute table.   Preferred citation: IGRAC and UNESCO-IHP (2025) Transboundary Aquifers of the World. Edition 2025. Delft, Netherlandstba_map_2025Transboundary Aquifersfeaturesurn:ogc:def:crs:EPSG::4326-122.5786003121698 -53.03304779546542144.27249100034268 62.26937642354519twap.gwshare:twap_ind_sids_mannualgwrechargedepthIndicator 1.1 - SIDS. Long-term average groundwater recharge (including man-made components like return-flows, induced recharge and artificial recharge) [m3/yr], divided by the surface area of the island [m2]. Unit: [mm/yr] or [litre/m2/yr]. S: SIDS indicator.Groundwater rechargeurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_mannualrenewablegwpercapIndicator 1.2 - SIDS. Groundwater recharge (including man-made components like return-flows, induced recharge and artificial recharge) [m3/yr], divided by the number of inhabitants on top of the aquifer [capita]. SI: SIDS indicator.Groundwater rechargeurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_natbackgwqualityIndicator 1.3 - SIDS. Percentage of surface area of the aquifer where the natural groundwater quality satisfies local drinking water standards (i.e. percentage of aquifer area which is not affected by natural salinity, arsenic, fluoride, etc.). S: SIDS indicator.Groundwater Qualityurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_humandepgwIndicator 2.1 - SIDS. Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr]. S: SIDS indicator.Groundwater abstractionurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_gwdepletion2Indicator 3.1 - SIDS. Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the island area. Preferred period: 2000-2010. S: SIDS indicator.Groundwater depletionurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_gwpollutionIndicator 3.2 - SIDS. Observed areal extent of polluted zones as a percentage of total aquifer area. S: SIDS indicator.Groundwater pollutionurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_saltwaterintrusionIndicator 3.3 - SIDS. Observed zones of saltwater intrusion as a percent­age of total island area (due to salinity exceeding drinking water quality standards). S: SIDS indicator.Saltwater intrusionurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_popdensityIndicator 4.1 - SIDS. Number of inhabitants of the island [capita] divided by surface area of the island [km2]. S: SIDS indicator.Populationurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_gwdevelopmentstressIndicator 4.2 - SIDS. Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr]. S: SIDS indicator.groundwater stressurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_transblegalframeworkIndicator 5.1 - SIDS. Existence, status and comprehensiveness of groundwater legislation. S: SIDS indicator.Legal/Institutionalurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap.gwshare:twap_ind_sids_transbinstframeworkIndicator 5.2 - SIDS. Existence, mandate and capabilities of institutions or institutional arrangements for managing SIDS groundwater. S: SIDS indicator.Legal/Institutionalurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157sdc_af5_protected:spr_physiography_elevationShuttle Radar Topography Mission (SRTM)<br> <br>Source: NASA, 2014<br />keywordsurn:ogc:def:crs:EPSG::43267.438593307035546 -36.16045186486161430.885070800477138 -12.682357788481113sdc_af5_protected:spr_physiography_riverdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-33.554274 -44.494937365.6464135 47.0251708diktas:DK_Boundary_AdmBoundAlbaniaAdministrative boundaryurn:ogc:def:crs:EPSG::43269.263268414000034 29.6496546720729231.049739991000084 52.660797254059794diktas:DK_Boundary_AdmBoundBandHAdministrative boundaryurn:ogc:def:crs:EPSG::43265.73354270100009 32.5536239770601429.629609350000067 55.27646203405689diktas:DK_Boundary_AdmBoundCroatiaAdministrative boundaryurn:ogc:def:crs:EPSG::43263.4944842610000837 32.37750103206061428.539027820000058 55.76305448205722diktas:DK_Boundary_AdmBoundMontenegroAdministrative boundaryurn:ogc:def:crs:EPSG::43268.438570372000072 31.84791499900006830.31764700000008 53.55773156100008diktas:DK_Boundary_AdmBoundDIKTASAdministrative boundaryurn:ogc:def:crs:EPSG::43263.4944842610398723 29.6496546719977830.962305149762926 55.673706079328475geonode:Africa_recharge_sitesGroundwater rechargeurn:ogc:def:crs:EPSG::4326-17.2900009155273 -34.130001068115243.1000022888184 37.0400009155273igrac:gwquality_arsenicIGRAC (2004). Arsenic in Groundwater: Probability of occurrence of excessive concentration on global scale.Groundwater pollutionurn:ogc:def:crs:EPSG::4326-179.05568351103605 -56.978930999999996185.87371580566412 80.6597644487484twap_public:twap_sids_socioeconomic_artificialrechargedescriptionManaged Aquifer Recharge (MAR)urn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157mar_global:marpotential_south_africaPotential artificial recharge areas have been mapped on a national scale by identifying aquifers that could receive recharge water based on an indicator of aquifer permeability. These include the following: 1) Primary aquifers. Primarily alluvium, coastal aquifers and localised riverbed alluvium, also referred to as Sandy Aquifers. The zones identified as intergranular with borehole yields more than 0.5 l/s on the 1:500 000 hydrogeological maps have been used for this purpose. artificial recharge by means of surface infiltration may be appropriate in such areas. 2) Fractured and weathered aquifers with high borehole yields. Hard rock aquifers with yields of more that 2 l/s have been identified from the 1:500 000 hydrogeological maps. The identified areas have been combined with processed borehole yields from the National Groundwater Data Base (NGDB). Two criteria were applied to the borehole yields from the NGDB: those with borehole yields more than 5 l/s and those with yields of more than 10 l/s. A 1 km² grid with borehole yields recorded in the NGDB has been used to identify the areas of highest borehole yield. The data from the NGDB have been superimposed on the selected Fractured and Weathered sections from the 1:500 000 hydrogeological maps to identify the prime artificial recharge areas. Artificial recharge by means of borehole injection may be appropriate in such areas.MAR suitability mappingurn:ogc:def:crs:EPSG::43266.880998311896388 -44.8347845006905942.89433291417049 -12.123890890984395groundwater:Ascott_et_al_(2020)_In_situ_observations_and_lumped_parameter_model_reconstructions_reveal_intra-annual_to_multidecadal_variability_in_groundwater_levels_in_sub-Saharan_AfricaAscott, M. J., Macdonald, D. M. J., Black, E., Verhoef, A., Nakohoun, P., Tirogo, J., et al. (2020). In situ observations and lumped parameter model reconstructions reveal intra‐annual to multidecadal variability in groundwater levels in sub‐Saharan Africa. Water Resources Research, 56, e2020WR028056. https://doi.org/10.1029/2020WR028056   Understanding temporal variability in groundwater levels is essential for water resources management. In sub‐Saharan Africa, groundwater level dynamics are poorly constrained due to limited long‐term observations. Here, we present the first published analysis of temporal variability in groundwater levels at the national scale in sub‐Saharan Africa, using 12 multidecadal (ca. 1980s to present) groundwater level hydrographs in Burkina Faso. For each hydrograph, we developed lumped parameter models which achieved acceptable calibrations (NSE = 0.5–0.99). For eight sites not showing significant (p < 0.001) long‐term groundwater level declines, we reconstructed groundwater levels to 1902, over 50 years before the earliest observations in the tropics. We standardized and clustered the eight reconstructed hydrographs to compare responses across the sites. Overall, the 12 hydrographs were categorized into three groups, which are dominated by (1) long‐term declines (four sites), (2) short‐term intra‐annual variability (three sites), and (3) long‐term multidecadal variability (five sites). We postulate that group 1 is controlled by anthropogenic influences (land use change and abstraction). Correlation of modeled water table depth and groundwater response times with hydrograph autocorrelation suggests that hydrogeological properties and structure control differences between groups 2 and 3. Group 3 shows a small recovery in groundwater levels following the 1970/1980s drought. Differences in intra‐annual to multidecadal variability in groundwater levels have implications for water management and highlight the value of long‐term monitoring. Reconstructions contextualize current groundwater status, forecasts, and projections. The approach developed is generic and applicable where long‐term groundwater level data exist.MonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0groundwater:Austria_-_Federal_Ministry_of_Agriculture__Forestry__Regions_and_Water_ManagementGroundwater levels from Austria were obtained via eHYD (https://ehyd.gv.at/), a service of the Federal Ministry of Agriculture, Forestry, Regions and Water Management of the Republic of Austria.   Neither the Ministry nor eHYD is involved in any of the derivative work and does not necessarily endorse the GGMN or its objectives.   The data is shared in the GGMN under the CC BY 4.0 licence.MonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0twap_public:twap_sids_hydrogeological_avgannrechargemmyrdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157groundwater:Basilio_Hazas_et_al_(2024)_Indicators_for_the_Assessment_of_the_Impact_of_Hydropeaking_on_AquifersBasilio Hazas, M., Marcolini, G., Wohlmuth, B., & Chiogna, G. (2024). Indicators for the assessment of the impact of hydropeaking on aquifers. Geophysical Research Letters, 51, e2023GL107611. https://doi.org/10.1029/2023GL107611    The operation of hydropower plants leads to sudden changes in river stage and to a flow regime known as hydropeaking. Hydropeaking alters the morphology of the riverbed and water quality, and ultimately poses a risk to riverine ecosystems. While many indicators are available to quantitatively assess this problem in rivers, the impact of hydropeaking on aquifers is largely unknown and lacks of quantitative indicators. We analyze with wavelet techniques the spatial and temporal dynamics of surface water-groundwater interaction in an aquifer impacted by two differently regulated rivers. We propose four indicators to study the aquifer stress produced by hydropeaking and classify the observed groundwater head time series into weakly, moderately and highly impacted. This study opens the possibility for a quantitative assessment of the impact of hydropeaking on the groundwater ecosystem.  Groundwater monitoringurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0twap_public:twap_sids_socioeconomic_anabstractionblueagridescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_anabstractionbluedomdescriptionGroundwater abstractionDomestic useurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_anabstractionblueinddescriptionIndustryGroundwater abstractionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_Boundary_dinaric_karstStudy areaurn:ogc:def:crs:EPSG::42583.474382346000084 29.92200533818380530.992126465000066 56.17483067312826groundwater:Carrière_et_al_(2021)_Long-term_groundwater_resource_observatory_for_Southwestern_MadagascarCarrière SD, Health T, Rakotomandrindra PFM, et al. Long-term groundwater resource observatory for Southwestern Madagascar. Hydrological Processes. 2021; 35:e14108. https://doi.org/10.1002/hyp.14108   Madagascar has one of the highest poverty rates in the world and consequently the long-term monitoring of groundwater resources is not a priority for the authorities. However, groundwater is often the only sustainable resource that has a satisfactory quality to supply the population. This is especially true in the south-west of the country, which is a semi-arid region and a global change hot spot (intense land use and climate changes). In response to the lack of data, the Groundwater Resource Observatory for Southwestern Madagascar (GROSoM) was established to monitor piezometry and meteorology over the longer term as part of a humanitarian response. The first site was setup in 2014 in a catchment located over a carbonate plateau; in 2018, a second site was installed in an alluvial setting within a crystalline basement catchment and a third site will be installed in 2020 to monitor groundwater dynamics in a coastal setting. The three sites, located between Toliara and Taolagnaro cities, are complementary and representative of various hydrogeological systems in Southwestern Madagascar. Each site includes a weather station and between 3 and 6 piezometric probes. The monitoring data indicate a strong inter-annual variability in precipitation, which induces a strong variability in aquifers recharge. One of the driest years in 2016 seems to be consistent with strong El Niño – Southern Oscillation (ENSO) effects observed at the global scale, while years with higher recharge appear to be related to cyclones such as Fundi in 2015 and Eketsang in 2019. Preliminary results of cross-disciplinary studies demonstrated a link between groundwater and health issues (i.e., admissions to basic health centres). This observatory aims to produce long-term data and has two objectives: (i) strengthening the early warning system for humanitarian crises in Madagascar; (ii) contributing to a better understanding of the effects of climate change on groundwater resources in this semi-arid region.Groundwater monitoringurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0diktas:DK_HYG_KarstCavesCaveKarsturn:ogc:def:crs:EPSG::43263.635209679000072 30.0804968030704330.733031965000066 55.637176972057105diktas:DK_CLC_ClimateStationsClimateurn:ogc:def:crs:EPSG::43263.521225199000071 30.1333333320701330.90000000000009 55.63358627905713igrac:other_climate_2007_koppen_geigerGlobal climate map using the Koppen-Geiger system based on a large global data set of long-term monthly precipitation and temperature station time series. Citation: Peel, M. C., Finlayson, B. L., and McMahon, T. A.: Updated world map of the Köppen-Geiger climate classification, Hydrol. Earth Syst. Sci., 11, 1633-1644, doi:10.5194/hess-11-1633-2007, 2007.Climateurn:ogc:def:crs:EPSG::4326-180.0 -90.0180.0 83.6twap_public:twap_climate_zonesdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147igrac:go_countryborders_faogaul2014source: FAO GAUL 2014Administrative boundaryurn:ogc:def:crs:EPSG::4326-190.0 -90.0190.0 90.0geonode:DITCHES1featuresDITCHESurn:ogc:def:crs:EPSG::218019.79804168713937 49.2087661410377321.14521522831508 50.25328319421303twap_public:twap_sids_hydrogeological_degconfinementdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_depthtosaltwaterdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_disttogwleveldescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_Boundary_DIKTASprojectStudy areaurn:ogc:def:crs:EPSG::42583.5934477350000407 29.9387807871835530.962475935000043 55.67310091612207diktas:DK_OTH_EmeraldAreasThe Emerald network is a network of nature protection areas to conserve wild flora and fauna and their natural habitats of Europe.Protected areaurn:ogc:def:crs:EPSG::43263.4833304580000704 30.1369403770701431.05735992800004 55.6738930350571twap_public:twap_sids_environmental_exptchangeaet50yearsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_environmental_exptchangeprecip50yearsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_arealrechargedescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_finesdescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_freshwatervertthicknessdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_ca_humandepgwagricultIndicator 2.3 - Global Inventory<br> <br>Volume of groundwater for agricultural use [m3/yr] expressed as a percentage of total agricultural water use [m3/yr].<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_indicatorintensityNumber of indicators available at aquifer level (Max.=20).<br> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_mannualgwrechargedepthIndicator 1.1- Global Inventory<br> <br>Long term average groundwater recharge in [m3/yr] divided by the surface area [m2] of the complete aquifer (i.e. not only the surface area of the recharge area). Unit: [mm/yr] or [litre/m2/yr]<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_mannualrenewablegwpercapIndicator 1.2 - Global Inventory<br> <br>Groundwater recharge [m3/yr] divided by the number of inhabitants [capita] on top of the aquifer. Reference year for population: 2010.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_natbackgwqualityIndicator 1.3 - Global Inventory<br> <br>Percentage of surface area of the aquifer where the natural groundwater quality satisfies local drinking water standards (i.e. percentage of aquifer area which is not affected by natural salinity, arsenic, fluoride, etc.).<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_aqbuffcapacityIndicator 1.4 - Global Inventory<br> <br>Volume of groundwater stored in the aquifer [m3] divided by groundwater recharge [m3/yr]. <br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_aqvulnerabilityclimchangeIndicator 1.5 Global Inventory.<br> <br>Expected groundwater budget regime change in response to changes in climatic conditions. Indicator takes into account the degree of confinement, aquifer lithology, recharge and depth to groundwater table (see TWAP Groundwater methodology report for details).<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_aqvulnerabilitypollutionIndicator 1.6 - Global Inventory<br> <br>Percentage of surface area of the country segment where the aquifer is considered moderately to highly vulnerable to pollution. Indicator takes into account the degree of confinement, aquifer lithology and depth to groundwater table (see TWAP Groundwater methodology report for details).<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_humandepgwIndicator 2.1 - Global Inventory<br> <br>Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr].<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_humandepgwdomesticIndicator 2.2 - Global Inventory<br> <br>Volume of groundwater for domestic use [m3/yr] expressed as a percentage of total domestic water use [m3/yr].<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_humandepgwindustryIndicator 2.4 - Global Inventory<br> <br>Volume of groundwater for industrial use [m3/yr] expressed as a percentage of total industrial water use m3/yr].<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_ecosystdepgwIndicator 2.5 - Global Inventory<br> <br>Percentage of surface area of the aquifer where the phreatic water level is less than 5 m below the surface, or percentage of surface area of the aquifer covered by groundwater dependent ecosystems.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_prevelancespringsIndicator 2.6 - Global Inventory<br> <br>Average annual groundwater discharge by springs [m3/yr] divided by Groundwater recharge [m3/yr]. (Springs are very sensitive to changes in groundwater budget, either from change in recharge or change in abstraction regime. Therefore spring discharge is a meaningful indicator of change.)<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_gwdepletionmmyrIndicator 3.1 - Global Inventory<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the aquifer area. Preferred period: 2000-2010.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_gwpollutionIndicator 3.2 - Global Inventory<br> <br>Observed areal extent of polluted zones as a percentage of total aquifer area.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_popdensityIndicator 4.1 - Global Inventory<br> <br>Number of inhabitants [capita] on top of the aquifer divided by the surface area of the aquifer [km2]. Reference year for population: 2010.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_gwdevelopmentstressIndicator 4.2 - Global Inventory<br> <br>Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr].<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_transblegalframeworkIndicator 5.1 - Global Inventory<br> <br>Existence, status and comprehensiveness of binding agreement on the transboundary aquifer under consideration.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_transbinstframeworkIndicator 5.2 - Global Inventory<br> <br>Existence, mandate and capabilities of institutions or institutional arrangements for managing the transboundary aquifer under consideration.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147twap_public:twap_ind_ca_controlgwabstrIndicator 6.1 - Global Inventory<br> <br>Current practices on the implementation of measures to control groundwater abstraction.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-120.24367 -53.03305137.6839 61.3147twap_public:twap_ind_ca_gwqualityprotectionIndicator 6.2 - Global Inventory<br> <br>Current practices on the implementation of groundwater quality protection.<br /> <br>GA: Global inventory indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147omvs_public:GB_Maestrichtien_isopaquesMaestrichtianurn:ogc:def:crs:EPSG::4326-16.0412578582764 11.0132474899292-14.7800464630127 12.6944417953491omvs_public:GB_Miocene_moyen_limite_orientale_faciesMiddle Mioceneurn:ogc:def:crs:EPSG::4326-16.3748092651367 11.9162569046021-16.0258541107178 12.31360912323omvs_public:GB_Oligocene-Miocene_cote_toitOligocene-Mioceneurn:ogc:def:crs:EPSG::4326-16.7175350189209 10.9242649078369-14.8952045440674 12.6806192398071omvs_public:GB_Oligocene-Miocene_isopaquesOligocene-Mioceneurn:ogc:def:crs:EPSG::4326-16.1410388946533 11.0459060668945-14.8952045440674 12.6799240112305omvs_public:GB_Oligocene-Miocene_limite_faciesOligocene-Mioceneurn:ogc:def:crs:EPSG::4326-16.4111461639404 11.4557237625122-15.5776309967041 12.4762182235718omvs_public:GB_socle_cote_toitCrystalline basementurn:ogc:def:crs:EPSG::4326-14.9379367828369 11.2939434051514-13.6325187683105 12.6878957748413twap_public:twap_ind_ns_indicatorintensityNumber of indicators available (Max.=20).<br /> <br>GC: Global inventory Indicator at Country segment level.keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_mannualgwrechargedepthIndicator 1.1 - Global Inventory. <br> <br>Long term average groundwater recharge [m3/yr] divided by the surface area [m2] of the complete country segment of the aquifer (i.e. not only the surface area of the recharge area). <br /> <br>GC: Global inventory indicator at Country segment level.<br />Groundwater rechargeurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_mannualrenewablegwpercapIndicator 1.2 - Global Inventory<br> <br>Groundwater recharge [m3/yr] divided by the number of inhabitants [capita] on top of the country segment of the aquifer. Reference year for population: 2010.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_natbackgwqualityIndicator 1.3 - Global Inventory<br> <br>Percentage of surface area of the country segment where the natural groundwater quality satisfies local drinking water standards (i.e. percentage of country segment area which is not affected by natural salinity, arsenic, fluoride, etc.).<br /> <br>GC: Global inventory indicator at Country segment level.<br />Groundwater Qualityurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_aqbuffcapacityIndicator 1.4 - Global Inventory<br /> <br>Volume of groundwater stored in the aquifer [m3] divided by groundwater recharge [m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_aqvulnerabilityclimchangeIndicator 1.5 - Global Inventory <br></br> Expected groundwater budget regime change in response to changes in climatic conditions. Indicator takes into account the degree of confinement, aquifer lithology, recharge and depth to groundwater table (see TWAP Groundwater methodology report for details). <br></br> GC: Global inventory indicator at Country segment level.keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_aqvulnerabilitypollutionIndicator 1.6 - Global Inventory<br> <br>Percentage of surface area of the country segment where the aquifer is considered moderately to highly vulnerable to pollution. Indicator takes into account the degree of confinement, aquifer lithology and depth to groundwater table (see TWAP Groundwater methodology report for details).<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_humandepgwIndicator 2.1 - Global Inventory. <br> <br>Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_humandepgwdomesticIndicator 2.2 - Global Inventory<br> <br>Volume of groundwater for domestic use [m3/yr] expressed as a percentage of total domestic water use [m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_humandepgwagricultIndicator 2.3 - Global Inventory<br> <br>Volume of groundwater for agricultural use [m3/yr] expressed as a percentage of total agricultural water use [m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_humandepgwindustryIndicator 2.4 - Global Inventory<br> <br>Volume of groundwater for industrial use [m3/yr] expressed as a percentage of total industrial water use m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_ecosystdepgwIndicator 2.5 - Global Inventory<br> <br>Percentage of surface area of the aquifer where the phreatic water level is less than 5 m below the surface, or percentage of surface area of the aquifer covered by groundwater dependent ecosystems.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_prevelancespringsIndicator 2.6 - Global Inventory<br> <br>Average annual groundwater discharge by springs [m3/yr] divided by Groundwater recharge [m3/yr]. (Springs are very sensitive to changes in groundwater budget, either from change in recharge or change in abstraction regime. Therefore spring discharge is a meaningful indicator of change.)<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_gwdepletionIndicator 3.1 - Global Inventory<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the aquifer area. Preferred period: 2000-2010.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_gwpollutionIndicator 3.2 - Global Inventory<br> <br>Observed areal extent of polluted zones as a percentage of total aquifer area.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_popdensityIndicator 4.1 - Global Inventory<br> <br>Number of inhabitants [capita] on top of the country segment of the aquifer divided by the surface area of the country segment [km2]. Reference year for population: 2010.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_gwdevelopmentstressIndicator 4.2 - Global Inventory<br> <br>Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr].<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_transblegalframeworkIndicator 5.1 - Global Inventory<br> <br>Existence, status and comprehensiveness of binding agreement on the transboundary aquifer under consideration.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_transbinstframeworkIndicator 5.2 - Global Inventory<br> <br>Existence, mandate and capabilities of institutions or institutional arrangements for managing the transboundary aquifer under consideration.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_controlgwabstrIndicator 6.1 - Global Inventory<br> <br>Current practices on the implementation of measures to control groundwater abstraction.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147twap_public:twap_ind_ns_gwqualityprotectionIndicator 6.2 - Global Inventory<br> <br>Current practices on the implementation of groundwater quality protection.<br /> <br>GC: Global inventory indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147groundwater:GGMN_Levels_DataWell and Monitoring data LayerMonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0groundwater:GGMN_Quality_DataThis layer displays GGMN monitoring stations that report groundwater quality data. Some of these stations also include groundwater level measurements, while others provide only quality-related parameters.   Please click on each well or explore the general attribute table to see the available data.MonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0groundwater:GGMN_SpringsThis layer displays GGMN monitoring points classified as springs.   Please click on each point or explore the general attribute table to see the available data.MonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0groundwater:GGMN_With_FlagThis layer shows GGMN monitoring stations where a data quality control flag has been raised. A flag may be applied for one or more of the following reasons:   - A sudden change of +50 or -50 m - A gap in the data longer than 3 years - Unusual values such as exactly 0 or -9999   Click on a well and then select "View full record" for more information.MonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0igrac:twap_legalaspects_qlt_poltpaysParameter 9.4.11 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_aquiferdata_aquifertypeParameter 5.2.1 - Global Inventory - Hydrogeological<br> <br>Aquifer type (single layer aquifer / aquifer system). <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Aquifer typeurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125twap_public:twap_ns_amountofdataPercentage of parameters available for each country segments. <br> <br>GP: Global Inventory Parameter provided by national experts. <br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147igrac:twap_aquiferdata_degconfinementParameter 5.4.1 - Global Inventory – Hydrogeological<br> <br>Predominant hydraulic conditions across the aquifer / degree of confinement. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Confinementurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_aquiferdata_depthtotopParameter 5.3.2 - Global Inventory – Hydrogeological<br> <br>Depth to top of aquifer formation. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Aquifer depthurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_aquiferdata_disttogwlevelParameter 5.3.1 - Global Inventory – Hydrogeological<br> <br>Distance from ground surface to groundwater table or piezometric level. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Groundwater depthurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_totanndischargeParameter 6.9.1 - Global Inventory – Hydrogeological<br> <br>Total volumetric flow per year of all springs originating from the aquifer (springs are very sensitive to changes in groundwater budget, either as a result of changes in recharge or changes in abstraction regime. Therefore spring discharge is a meaningful indicator of change). <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_hydrogeological_arealrechargeParameter 6.1.4 - Global Inventory – Hydrogeological<br> <br>Areal extend of area where recharge takes place. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qnt_finesParameter 9.3.6 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_socioeconomic_annbluewabstrParameter 8.3.1 - Global Inventory - Socio-economic<br> <br>Total annual volume of fresh water abstraction. This is the sum of surface water and groundwater use. Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_socioeconomic_annual_bluewabstr_domesticParameter 8.4.1.1 - Global Inventory - Socio-economic<br> <br>Total annual volume of fresh water abstraction for domestic/public water use. This is the sum of surface water and groundwater use. Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_socioeconomic_annual_bluewabstr_industrialParameter 8.4.1.2 - Global Inventory - Socio-economic<br> <br>Total annual volume of fresh water abstraction for industrial use. This is the sum of surface water and groundwater use. Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_socioeconomic_annabstrcountryParameter 8.1.1 - Global Inventory - Socio-economic<br> <br>Annual volume of groundwater abstraction (from wells or any other device to abstract groundwater). Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_socioeconomic_annual_gwabstr_domesticParameter 8.2.1.1 - Global Inventory - Socio-economic<br> <br>Annual volume of groundwater abstraction (from wells or any other device to abstract groundwater) for domestic/public water use. Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_socioeconomic_annual_gwabstr_industrialParameter 8.2.1.2 - Global Inventory - Socio-economic<br> <br>Annual volume of groundwater abstraction (from wells or any other device to abstract groundwater) for industrial use. Industrial use covers all use other than domestic and agricultural. Reference year 2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresview_twap_socioeconomicurn:ogc:def:crs:EPSG::4326-120.24367499363 -53.0322831311462137.68389794065 61.31470011igrac:twap_environmental_percgwdepecosysParameter 7.3.2 - Global Inventory - Environmental <br> <br>Percentage of surface area which is covered by groundwater dependent ecosystems. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_environmentalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_gwdepletion20002010Parameter 6.6.1 - Global Inventory – Hydrogeological<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels). Preferred period for reporting: 2000-2010. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_gwdischParameter 6.8.1 - Global Inventory – Hydrogeological<br> <br>Predominant natural groundwater discharge mechanism. This can be springs, river base flow, etc., but excludes groundwater abstraction. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_environmental_percpollutionParameter 7.2.2 - Global Inventory - Environmental <br> <br>Percentage of the surface area which is affected by significant pollution. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_environmentalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_environmental_gwqualityParameter 7.2.1 - Global Inventory - Environmental <br> <br>General indication of the occurrence of groundwater pollution. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_environmentalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qlt_gwprtzoneParameter 9.4.6 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_hydrogeological_avgannrechargeParameter 6.1.2 - Global Inventory – Hydrogeological<br> <br>Long term average annual volume of recharge that reaches the aquifer (sum of natural, artificial and induced recharge). Average calculated for the period 2000-2010 (provided data were available for that period). <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qlt_gwabspermitsParameter 9.4.1 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Legal/Institutionalurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023twap_public:twap_ns_legal_institutionalaspectsParameter 9.2 - Global Inventory - Legal & Institutional<br> <br>Existence of (international) institutions with a mandate on transboundary groundwater. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147igrac:twap_legalaspects_qlt_lnduseregParameter 9.4.5 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023twap_public:twap_ns_legal_legalaspectsParameter 9.1 - Global Inventory - Legal & Institutional<br> <br>Existence of an international agreement related to transboundary groundwater in the state. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />keywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03228147.6839 71.3147igrac:twap_legalaspects_qnt_gwabsmonitgovParameter 9.3.4 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_monitgovParameter 9.4.4 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_gwabsobligmonitParameter 9.3.3 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_obligmonitParameter 9.4.3 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_obligstudiesParameter 9.4.2 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_gwabsobligstudiesParameter 9.3.2 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_gwabspermitsParameter 9.3.1 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_hydrogeological_predconnectParameter 6.3.1.3 - Global Inventory – Hydrogeological<br> <br>Interconnected porosity that contributes to groundwater flow. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_predaqlitoParameter 6.2.1 - Global Inventory – Hydrogeological<br> <br>Most prominent lithology of the aquifer. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_predpriporstParameter 6.3.1.1 - Global Inventory – Hydrogeological<br> <br>Primary porosity: porosity formed during the deposition of the sediment or from vesicles in igneous rocks. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_predsecporstParameter 6.3.1.2 - Global Inventory - Hydrogeological<br> <br>Secondary porosity: porosity formed by either dissolution or fracturing after lithification of the rocks. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qnt_protcareasParameter 9.3.5 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_publawarParameter 9.3.12 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Legal/Institutionalurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_publawarParameter 9.4.13 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts<br />.twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_landfieldsParameter 9.4.10 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_wstdispParameter 9.4.8 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_hzubstParameter 9.4.7 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_wtrtreParameter 9.4.9 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />featuresGroundwater qualityLegal/Institutionaltwap_legalaspectsWater treatmenturn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qlt_oldwllParameter 9.4.12 - Global Inventory - Legal & Institutional<br> <br>Measure for the protection of groundwater quality. Regulatory/direct measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Legal/Institutionalurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_resttaxenergParameter 9.3.9 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure.<br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_environmental_percdepthgwlvllessParameter 7.3.1 - Global Inventory - Environmental <br> <br>Percentage of surface area where the depth of the groundwater table is less than 5m below surface. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_environmentalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_sourcegwrechParameter 6.7.1 - Global Inventory – Hydrogeological<br> <br>Main source of groundwater recharge, which can be natural (e.g. precipitation, from runoff or surface water) or human induced (e.g. managed aquifer recharge, return flow from irrigation). <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qnt_subsenergParameter 9.3.13 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_subswatersavParameter 9.3.10 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_subswllParameter 9.3.14 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_taxesgwabstParameter 9.3.8 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_legalaspects_qnt_taxeswllParameter 9.3.7 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. Tax related to number of wells, but not related to volume of water abstracted. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023igrac:twap_hydrogeological_totgwvolParameter 6.5.1 - Global Inventory – Hydrogeological<br> <br>Total volume of water stored in the aquifer. Volume is equal to the saturated volume of the aquifer multiplied by the porosity. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_transmissivityParameter 6.4.1 - Global Inventory – Hydrogeological Rate at which water is transferred through a unit width of an aquifer under a unit hydraulic gradient. <br /> GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_environmental_percgwnotdrinkParameter 7.1.1 - Global Inventory - Environmental<br> <br>Percentage of surface area where natural groundwater quality does not satisfy local drinking water standards (i.e: percentage of aquifer area affected by natural salinity, arsenic, fluoride, etc). <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_environmentalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_hydrogeological_predvertconnectParameter 6.3.2 - Global Inventory – Hydrogeological<br> <br>Vertical connectivity between layers in the case of an aquifer system. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_hydrogeologicalfeaturesurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_aquiferdata_vertthicknessParameter 5.3.3 - Global Inventory - Hydrogeological<br> <br>Full vertical thickness of the aquifer or aquifer system including aquitards/aquicludes. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />Aquifer thicknessurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125igrac:twap_legalaspects_qnt_wellretbonParameter 9.3.11 - Global Inventory - Legal & Institutional<br> <br>Measure to control groundwater abstraction. Suasive / indirect measure. <br /> <br>GP: Global Inventory Parameter provided by national experts. <br />twap_legalaspectsfeaturesurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023BGS_groundwater:bgs_geol_angolaAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Geological mapurn:ogc:def:crs:EPSG::432611.4876499176025 -18.042081832885724.0821208953857 -4.37258958816528BGS_groundwater:bgs_geol_chadAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Geological mapurn:ogc:def:crs:EPSG::432613.4734792709351 7.4410696029663124.0026912689209 23.4503707885742BGS_groundwater:bgs_geol_djiboutiAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Geological mapurn:ogc:def:crs:EPSG::432641.7604484558105 10.952409744262743.4020500183105 12.7066106796265groundwater:Global_Groundwater_Monitoring_Network_(GGMN)The Global Groundwater Monitoring Network (GGMN) is a collaborative initiative that collects and shares groundwater monitoring data, including groundwater levels, quality parameters, and other relevant data and metadata from national and sub-national authorities. The GGMN aims to provide reliable, comprehensive data to support groundwater research and enhance our understanding of global groundwater resources.   We sincerely thank the national and sub-national authorities, such as geological surveys, Ministries of Water, Environment, and Public Works, water boards, hydrological services, and others, for generously sharing their in-situ data with us. If you believe your institution could contribute to our network, please contact us at info@un-igrac.org.   Most of the GGMN data is open and available under the CC BY 4.0 licence. Please refer to the readme file for specific details when downloading.   How to cite: IGRAC (YYYY) - The Global Groundwater Monitoring Network (GGMN). Retrieved from https://ggmn.un-igrac.org/ (Accessed [DD-MM-YYYY]). DOI: https://doi.org/10.58154/6Z0Y-DA34Groundwater monitoringurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0geonode:Global_MAR_Inventory<p>This is the latest version of the Global MAR Inventory (22/12/2020). The global MAR Inventory contains data and parameters of MAR case studies over the world. Parameters include site name, MAR type, year of scheme deployment, the source of infiltration water, the final use of abstracted water, as well as the main objectives of the project. The data shown in this portal have been made available by INOWAS (TU Dresden, Germany and funded by the German Federal Ministry of Education and Research) and the DEMEAU project (European Union FP7 project consortium). The MAR Inventory has also received the support of the IAH MAR Commission. If you have information to update and correct site data in this database, or if you have new MAR sites that should be included in the database, please fil in the submission form and help us to improve access to information on MAR sites: https://www.un-igrac.org/global-mar-inventory-site-submission-form For more information on the Global MAR Inventory: Stefan C. &amp; Ansems N. (2017) Web-based global inventory of managed aquifer recharge applications. Sustain. Water Resour. Manag. <a href="https://doi.org/10.1007/s40899-017-0212-6">https://doi.org/10.1007/s40899-017-0212-6</a></p> <p>If you want to contribute to the Global MAR Inventory, please use the submission form <a href="https://www.un-igrac.org/global-mar-inventory-site-submission-form">https://www.un-igrac.org/global-mar-inventory-site-submission-form</a></p>Managed Aquifer Recharge (MAR)urn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0geonode:Granice_SWATfeaturesGranice_SWATurn:ogc:def:crs:EPSG::432620.8203868865967 49.952365875244121.0087757110596 50.1351089477539geonode:gromopo_mapdataGroundwater models are crucial for understanding groundwater science and sustainability but they are not consistently and openly shared. You can explore or share groundwater model data, knowledge, and insights through this unique portal of regional and global numerical groundwater models. We've made it easy! Fly around the world on our map or grab a coffee and share your first model in less than 10 minutes!   Submit your model here: https://gromopo.streamlit.app/   Your model will appear in this portal in the next update.   Last update: 24 April 2025  gromopo_mapdatafeaturesurn:ogc:def:crs:EPSG::4326-166.663722 -47.4178.5 71.151123twap_public:twap_sids_socioeconomic_gwasbtractionagridescriptionAgricultureurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_gwabstractiondomdescriptionWater supplyurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_gwabstractinddescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_environmental_percgwdepecosysislanddescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_gwdepletiondescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_gwdischdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157groundwater:Groundwater_monitoring_data_(the_Gambia)This is a subset of the GGMN dataset, containing the monitoring data from the Gambia. Groundwater monitoringurn:ogc:def:crs:EPSG::4326-16.7433273178684 13.208963449522193-13.874253873922799 13.747786687447803twap_public:twap_sids_legal_qlt_gwprtzonedescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_gwwllpermitsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_horizontalextdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_hydconductivitydescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_HYG_HydrogeologyHydrogeological mapurn:ogc:def:crs:EPSG::432612.47392226100004 38.9220053380713422.99212646500007 45.1748306730577BGS_groundwater:bgs_hydrogeol_cameroonAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Hydrogeological mapurn:ogc:def:crs:EPSG::43268.48106956481934 1.6522699594497716.1910514831543 13.0773906707764BGS_groundwater:bgs_hydrogeol_congoAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Hydrogeological mapurn:ogc:def:crs:EPSG::432611.2008590698242 -5.013050079345718.6500015258789 3.70308017730713BGS_groundwater:bgs_hydrogeol_ghanaAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Hydrogeological mapurn:ogc:def:crs:EPSG::4326-3.25542020797729 4.734629631042481.19180011749268 11.173300743103BGS_groundwater:bgs_hydrogeol_sudanAfrica Groundwater Atlas country hydrogeology maps (Version 1.0, 2019). BGS Permission CP19/089 © UKRI 2019. All rights reserved. Original Maps available for download from BGS: https://www.bgs.ac.uk/africagroundwateratlas/downloadGIS.html These maps are the product of the Africa Groundwater Atlas project. The Africa Groundwater Atlas is an online resource that provides a summary of the groundwater resources of 51 African countries, and a gateway to further information. The Africa Groundwater Atlas is available at: https://www.bgs.ac.uk/africagroundwateratlas/index.cfm The Africa Groundwater Atlas project was jointly funded by DFID, NERC and ESRC; supported by the International Association of Hydrogeologists (IAH); and carried out by the British Geological Survey (BGS) in partnership with hydrogeologists across Africa. It is a part of the Unlocking the Potential of Groundwater for the Poor (UPGro) Research Programme, which focused on improving the evidence base around groundwater availability and management in sub-Saharan Africa, to enable the sustainable use of groundwater that benefits the poor. More information on the Africa Groundwater Atlas country hydrogeology maps is available in this report: Ó Dochartaigh, B. 2019. User Guide: Africa Groundwater Atlas Country Hydrogeology Maps, Version 1.1. This report is provided as a pdf download with each of the maps. It can also be downloaded from the web here: http://nora.nerc.ac.uk/id/eprint/523272/ The Africa Groundwater Atlas country hydrogeology maps are released under a Creative Commons ‘Attribution/Share Alike’ (CC BY SA) licence.Hydrogeological mapurn:ogc:def:crs:EPSG::432621.8389492034912 8.6791191101074238.5826416015625 23.1451511383057omvs_public:basin_hydrogeological_unitsThis map results from the digitization of the map p.94 in : Ressources en Eau Et Gestion Des Aquifères Transfrontaliers de l’Afrique Du Nord Et Du Sahel - Analyse Globale (2005) ISARM-AFRICA, IHP-IV, Series on groundwater No. 11. References of the original map are unknownHydrogeological mapurn:ogc:def:crs:EPSG::4326-17.5352401733398 10.9211111068726-12.5898370742798 21.6179981231689diktas:DK_OTH_HydropowerPlantsHydropower planturn:ogc:def:crs:EPSG::43264.455266699000051 30.1166659990702330.683333000000065 55.61475611705708geonode:IRLBF_SPECIFIC_OPCJA_1_TESTfeaturesIRLBF_SPECIFIC_OPCJA_1_TESTurn:ogc:def:crs:EPSG::218020.847746935844324 49.95479993988348620.97859468477374 50.1354206728748geonode:IRLBF_SPECIFIC_OPCJA_2_TESTfeaturesIRLBF_SPECIFIC_OPCJA_2_TESTurn:ogc:def:crs:EPSG::218020.847746935844324 49.95479993988348620.97859468477374 50.1354206728748twap_public:twap_sids_environmental_increasesaltwatintrustiondescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_inducedrechargedescriptionManaged Aquifer Recharge (MAR)urn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_percinddepgwdescriptionIndustryurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_institutionalaspectsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_percagridepgwdescriptionAgricultureurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157groundwater:Dataset_(Jasechko_et_al._2024)Jasechko, S., Seybold, H., Perrone, D. et al. Rapid groundwater decline and some cases of recovery in aquifers globally. Nature 625, 715–721 (2024). https://doi.org/10.1038/s41586-023-06879-8   Annual groundwater level data are available where the authors have received permission from the database manager to publish them. Additionally, only wells for which the senslope has been calculated are included. For the complete dataset, please refer to the publication directly.   The measurements are Depth To Water in meters  - annual median depth to groundwater (units of meters below reference point and/or groundwater surface) and Groundwater elevation - annual median groundwater elevation (units of meters above mean sea level).   This material is based on work supported by the National Science Foundation under grant nos. EAR-2048227 and EAR-2234213. This research was supported by funding from the Zegar Family Foundation. This material is based on work supported by the U.S. Geological Survey (USGS) through the California Institute for Water Resources (CIWR) under grant/cooperative agreement no. G21AP10611-00.   The views and conclusions contained in this article are those of the authors and should not be interpreted as representing the opinions or policies of the USGS/CIWR. Mention of trade names or commercial products does not constitute their endorsement by the USGS/CIWR. R.G.T. acknowledges the support of a fellowship (ref. 7040464) from the Canadian Institute for Advanced Research under the Earth 4D programme. S.J. acknowledges the Jack and Laura Dangermond Preserve (https://doi.org/10.25497/D7159W), the Point Conception Institute, and the Nature Conservancy for their support of this research.Groundwater monitoringMonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0diktas:DK_HYD_lakes_reservoirsdamssurface waterurn:ogc:def:crs:EPSG::42584.381127123000057 30.92761230416772430.978515625000057 54.89889662511309twap_public:twap_sids_legal_qlt_lnduseregdescriptionGroundwater QualityLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_OTH_LandfillsDumpsiteWasteLandfillurn:ogc:def:crs:EPSG::43263.5859907960000896 30.6140789990676130.777807000000053 55.45134924005698twap_public:twap_sids_legal_legalaspectsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157mar_global:marpotential_jordan_catchmentThe selection of a suitable catchment generating enough runoff in a suitable quality is based mainly on three criteria. Areas fulfilling any of the below criteria are rated unsuitable: (a) rainfall <75 mm (b) inside the catchment of existing dams (all small catchments and the lower part of the large catchments) (c) land cover is built up, quarry or mudflat. The final score of suitable areas was based on the following formula: catchment suitability score = (5*score rain + 4*score slope + 3*score water harvesting structures + 2*score soil + score hydrogeology + score land use) / 16MAR suitability mappingurn:ogc:def:crs:EPSG::432635.654659840452 31.093146849269337.6645749918619 32.6475684233551mar_global:marpotential_spainsource: DinaMAR. For more information, please visit http://www.dina-mar.es/MAR suitability mappingurn:ogc:def:crs:EPSG::23030-9.156860983979763 36.0347652337663653.376664577496045 43.848766650431905mar_global:marpotential_jordan_siteThe selection of a suitable dam and infiltration site is based on more criteria. Areas fulfilling any of the below criteria are rated unsuitable (constraint area): (a) rainfall <75 mm (b) land use: urban, quarry or mudflat (c) catchment of existing JVA dam (d) slope >5 % (e) areas over aquitards (f) aquifer thickness <20 m (g) areas over unsaturated aquifer (h) distance to contaminated well <1 km (i) distance to international border <2 km (j) distance to wadi >2 km (k) catchment size <18 km² The final score of suitable areas was based on the following formula: site suitability score = (1*score rain + 4*score slope + 5*score WH structures + 4*score soil + 4*score hydrogeology + 3*score land use + 2* score aquifer thickness + 5*score depth to water table + 1*score hydraulic gradient + 3*score gw salinity + 4*score faults + 4*score distance to roads + 4*score distance to wells + 3*score distance to contaminated wells) / 47MAR suitability mappingurn:ogc:def:crs:EPSG::432635.6546576042272 31.093286926771837.6644855310772 32.5301966048095omvs_public:Mauritania_geologyGeological mapurn:ogc:def:crs:EPSG::4326-17.0665225982666 14.7211942672729-4.83520174026489 27.2980728149414omvs_public:Mauritania_hydrogeological_unitsHydrogeological mapurn:ogc:def:crs:EPSG::4326-17.0665225982666 14.7211942672729-4.83520174026489 27.2980728149414twap_public:twap_sids_environmental_meanactevapotranspirationdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_environmental_meanprecipitationdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_OTH_miningMiningurn:ogc:def:crs:EPSG::43263.5253630370000906 30.11877026107021730.893192772000077 55.6440940290571groundwater:Netherlands_-_Geological_Service_of_the_NetherlandsGroundwater levels from the Netherlands were obtained via the Basisregistratie Ondergrond (BRO):https://basisregistratieondergrond.nl/   To access data directly from BRO, please visit:https://www.broloket.nl/ondergrondgegevens   BRO is not involved in any of the derivative work and does not necessarily endorse the GGMN or its objectives.   Data is shared in the GGMN under the CC BY 4.0 licence.Groundwater monitoringurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0geonode:Non_Suitable_area_ASRfeaturesNon_Suitable_area_ASRurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.236217378157328 50.25355905729812geonode:Non_Suitable_area_IRLBFfeaturesNon_Suitable_area_IRLBFurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.23616652970063 50.25247172186064geonode:Non_Suitable_area_ditchesfeaturesNon_Suitable_area_ditchesurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.23616652970063 50.25247172186064geonode:Non_Suitable_area_infiltration_pondsfeaturesNon_Suitable_area_infiltration_pondsurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.236217378157328 50.25355905729812geonode:Non_Suitable_area_underground_damfeaturesNon_Suitable_area_underground_damurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.236217378157328 50.25355905729812geonode:Non_suitable_areafeaturesNon_suitable_areaurn:ogc:def:crs:EPSG::218020.820270210246864 49.9497604612205821.013182710613037 50.13593314989337geonode:Non_suitable_area_recharge_damfeaturesNon_suitable_area_recharge_damurn:ogc:def:crs:EPSG::218019.757875456028348 49.162795193645521.236217378157328 50.25355905729812twap_public:twap_sids_legal_qnt_gwabsobligmonitdescriptionMonitoringLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qlt_obligstudiesdescriptionLegal/InstitutionalGroundwater protectionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_gwabsobligstudiesdescriptionLegal/InstitutionalGroundwater abstractionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157geonode:pfas_contaminationThe Forever Pollution Map was created by Le Monde and its 17 partners from the cross-border investigation. The Forever Pollution Project is a collaboration of journalists and media from across Europe, unveiling the scale and character of the pollution with PFAS.    It is the first map to show the extent of Europe's contamination by per- and polyfluoroalkyl substances (PFAS). The Forever Pollution Project was initiated by Tim Luimes (Investigative Desk, Netherlands). A mapping methodology was developed by Stéphane Horel (Le Monde, France) modeled over inspiration from US scientists. The investigation was carried out by a core team with journalists from five countries from late 2021 and onwards.This map layer all the PFAS known contamination in groundwater. The original map shared by le monde shows PFAS production facilities, some sites where PFAS are used, as well as sites where contamination has been detected and those that are likely to be contaminated.   Reference: Forever Pollution Project   The dataset cannot be downloaded from the GGIS platform; however, it is available for download via this link.   This data is freely reusable under the following conditions: credit the Forever Pollution Project and the Le Monde webpage, do not use the data for commercial purposes, and notify the project team at horel[@]lemonde.fr.featurespfas_contaminationGroundwater qualityurn:ogc:def:crs:EPSG::4326-61.5516548156738 4.8675284385681229.6228008270264 65.5907516479492twap_public:twap_sids_socioeconomic_percpopulationsanitationservicedescriptionSanitationurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_percpopulationwatersupplydescriptionPopulationurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_environmental_percpollutiondescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_porositydescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_CLC_PrecipitationPrecipitationurn:ogc:def:crs:EPSG::43263.494484261039986 29.93878078687446730.96230515066236 55.67370607752996diktas:DK_CLC_IsohyetsPrecipitationurn:ogc:def:crs:EPSG::43263.5017103491566086 29.93879948414967630.907883075889004 55.660583201200986twap_public:twap_sids_hydrogeological_predconnectdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_predaqlitodescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_predpriporstdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_predsecporstdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_protcareasdescriptionProtected areasurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_percdomdepgwdescriptionWater supplyurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_publawardescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qlt_publawardescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_rainfall_mmyrdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-130.24367 -63.03305147.6839 71.3147diktas:DK_OTH_RamsarAreasWetlandProtected areaurn:ogc:def:crs:EPSG::43265.5101620500000745 32.3880757670606328.726196569000084 54.117771173057214twap_public:twap_sids_legal_qlt_landfieldsdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qlt_wstdispdescriptionWasteLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qlt_hzubstdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qlt_wtrtredescriptionLegal/InstitutionalWater treatmenturn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_resttaxenergdescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_HYD_basinsDrainage basinurn:ogc:def:crs:EPSG::43263.494402335000075 29.93878078707126630.962305150000077 55.67370672405711geonode:River_SpecificfeaturesRiver_Specificurn:ogc:def:crs:EPSG::432620.8617534637451 49.958786010742220.9918727874756 50.1318206787109diktas:DK_HYD_riverssurface waterurn:ogc:def:crs:EPSG::42583.5995921080000817 32.2757175081477330.310847386000088 55.647172454121794geonode:RiversfeaturesRiversurn:ogc:def:crs:EPSG::218020.8551132707128 49.9570055622092820.99564964515715 50.131821095829906geonode:Rivers0featuresRiversurn:ogc:def:crs:EPSG::218019.773729217601616 49.1748602366587221.22634627148182 50.2522677058963diktas:DK_HYD_RiversLakes_ALBsurface waterurn:ogc:def:crs:EPSG::43269.312090714005208 30.050133259070630.88394841199749 52.58469584006024diktas:DK_HYD_RiversStreamssurface waterurn:ogc:def:crs:EPSG::43263.5280428100000467 29.9392635250712230.916330815000038 55.64717245405713unhcr:unhcr_roadsVariable: Roads Description: Line distribution of roads in the area Dataset: OpenStreetMap downloadable data, obtained from https://www.geofabrik.de/data/download.html Accessed 06-05-2020 Authorship: © OpenStreetMap contributors https://www.openstreetmap.org/copyrightRoadsurn:ogc:def:crs:EPSG::4326-5.6235945 8.69126652.9420431 15.2303821geonode:RzekifeaturesRzekiurn:ogc:def:crs:EPSG::218019.773729217601616 49.1748602366587221.22634627148182 50.2522677058963twap_public:twap_ind_sids_mannualgwrechargedepthIndicator 1.1 - SIDS.<br> <br>Long-term average groundwater recharge (including man-made components like return-flows, induced recharge and artificial recharge) [m3/yr], divided by the surface area of the island [m2]. Unit: [mm/yr] or [litre/m2/yr]. <br /> <br>S: SIDS indicator. <br />Groundwater rechargeurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_mannualrenewablegwpercapIndicator 1.2 - SIDS.<br> <br>Groundwater recharge (including man-made components like return-flows, induced recharge and artificial recharge) [m3/yr], divided by the number of inhabitants on top of the aquifer [capita]. <br /> <br>SI: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_natbackgwqualityIndicator 1.3 - SIDS.<br> <br>Percentage of surface area of the aquifer where the natural groundwater quality satisfies local drinking water standards (i.e. percentage of aquifer area which is not affected by natural salinity, arsenic, fluoride, etc.). <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_aqbuffcapacityIndicator 1.4- SIDS.<br> <br>Volume of groundwater stored in the aquifer [m3] divided by groundwater recharge [m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_aqvulnerabilityclimchangeIndicator 1.5 - SIDS.<br> <br>Expected groundwater budget regime change in response to changes in climatic conditions. Indicator takes into account the degree of confinement, aquifer lithology, recharge and depth to groundwater table (see TWAP Groundwater methodology report for details). <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_aqvulnerabilitypollutionIndicator 1.6 - SIDS.<br> <br>Percentage of surface area where the aquifer is considered moderately to highly vulnerable to pollution. Indicator takes into account the degree of confinement, aquifer lithology and depth to groundwater table (see TWAP Groundwater methodology report for details). <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_humandepgwIndicator 2.1 - SIDS.<br> <br>Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_humandepgwdomesticIndicator 2.2 - SIDS.<br> <br>Volume of groundwater for domestic use [m3/yr] expressed as a percentage of total domestic water use [m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_humandepgwagricultIndicator 2.3 - SIDS.<br> <br>Volume of groundwater for agricultural use [m3/yr] expressed as a percentage of total agricultural water use [m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_humandepgwindustryIndicator 2.4 - SIDS.<br> <br>Volume of groundwater for industrial use [m3/yr] expressed as a percentage of total industrial water use m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_ecosystdepgwIndicator 2.5 - SIDS.<br> <br>Percentage of surface area of the aquifer where the phreatic water level is less than 5 m below the surface, or percentage of surface area of the aquifer covered by groundwater dependent ecosystems. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_prevelancespringsIndicator 2.6 - SIDS.<br> <br>Average annual groundwater discharge by springs [m3/yr] divided by Groundwater recharge [m3/yr]. (Springs are very sensitive to changes in groundwater budget, either from change in recharge or change in abstraction regime. Therefore spring discharge is a meaningful indicator of change.). <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_gwdepletion2Indicator 3.1 - SIDS.<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the island area. Preferred period: 2000-2010. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-175.35639 -22.47198179.20307 25.18157twap_public:twap_ind_sids_gwpollutionIndicator 3.2 - SIDS.<br> <br>Observed areal extent of polluted zones as a percentage of total aquifer area. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_saltwaterintrusionIndicator 3.3 - SIDS.<br> <br>Observed zones of saltwater intrusion as a percent­age of total island area (due to salinity exceeding drinking water quality standards). <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_popdensityIndicator 4.1 - SIDS.<br> <br>Number of inhabitants of the island [capita] divided by surface area of the island [km2]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_gwdevelopmentstressIndicator 4.2 - SIDS.<br> <br>Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr]. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_transblegalframeworkIndicator 5.1 - SIDS.<br> <br>Existence, status and comprehensiveness of groundwater legislation. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_transbinstframeworkIndicator 5.2 - SIDS.<br> <br>Existence, mandate and capabilities of institutions or institutional arrangements for managing SIDS groundwater. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_controlgwabstractionIndicator 6.1 - SIDS.<br> <br>Current practices on the implementation of measures to control groundwater abstraction. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_sids_gwqualityprotectionIndicator 6.2 - SIDS.<br> <br>Current practices on the implementation of groundwater quality protection. <br /> <br>S: SIDS indicator. <br />keywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157omvs_public:SMASboundariesAquifer delineationurn:ogc:def:crs:EPSG::4326-17.5327835083008 11.7352724075317-12.7371292114258 22.205545425415igrac:gwquality_salinitymapIGRAC (2012) - Saline and brackish groundwater at shallow and intermediate depths: genesis and world-wide occurrence.Groundwater pollutionSalinityurn:ogc:def:crs:EPSG::4326-126.89360237157797 -60.795773185599785189.96522140486698 76.30130052565801igrac:gwquality_salinity_coastIGRAC (2012) - Saline and brackish groundwater at shallow/intermediate depths.Groundwater pollutionurn:ogc:def:crs:EPSG::4326-134.65250697450273 -49.42643324435312187.8206387862084 64.34215396324299twap_public:twap_sids_environmental_percdepthgwlevelislanddescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157igrac:sidsSmall Island Developing States (SIDS) are low-lying coastal countries that tend to share similar sustainable development challenges, including small but growing populations, limited resources, remoteness, susceptibility to natural disasters, vulnerability to external shocks, excessive dependence on international trade, and fragile environments. Their growth and development is also held back by high communication, energy and transportation costs, irregular international transport volumes, disproportionately expensive public administration and infrastructure due to their small size, and little to no opportunity to create economies of scale.sidsfeaturesurn:ogc:def:crs:EPSG::4326-175.356385953849 -22.4719783234739179.203065428127 25.1815667633956twap_public:twap_sids_hydrogeological_sourcegwrechdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_HYG_basins_SubbasinsDrainage basinurn:ogc:def:crs:EPSG::43263.494402335000075 29.93878078707126630.962305150000077 55.67370672405711twap_public:twap_sids_legal_qnt_subsenergdescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_subswatersavdescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_subswlldescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157geonode:Suitable_area_ASRfeaturesSuitable_area_ASRurn:ogc:def:crs:EPSG::218019.775623463360766 49.2053107746031721.220402953029605 50.034760603748815geonode:Suitable_area_IRLBF0featuresSuitable_area_IRLBFurn:ogc:def:crs:EPSG::218019.797957772093877 49.2035579801554121.14521522831508 50.25328319421303geonode:Suitable_area_ditchesfeaturesSuitable_area_ditchesurn:ogc:def:crs:EPSG::218019.79804168713937 49.2087661410377321.14521522831508 50.25328319421303geonode:Suitable_area_infiltration_ponds1featuresSuitable_area_infiltration_pondsurn:ogc:def:crs:EPSG::432619.800687789917 49.272155761718820.9954948425293 49.9884414672852geonode:Suitable_area_recharge_damfeaturesSuitable_area_recharge_damurn:ogc:def:crs:EPSG::218019.805354687126524 49.20881567406467421.14507102611988 50.252047113741575geonode:Suitable_area_recharge_dam0Administrative boundaryurn:ogc:def:crs:EPSG::218019.805354687126524 49.20881567406467421.14507102611988 50.252047113741575geonode:Suitable_area_underground_damfeaturesSuitable_area_underground_damurn:ogc:def:crs:EPSG::218019.798209101511148 49.21004440095297421.14517461752477 50.25237697550288igrac:twap_aquiferdata_tbadelineationAquifer delineationurn:ogc:def:crs:EPSG::4326-124.030082702637 -35.3325805664062148.104583740234 71.02001953125twap_public:twap_sids_legal_qnt_taxesgwabstdescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_legal_qnt_taxeswlldescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_HYG_TectonicBoundaryGeological structuresurn:ogc:def:crs:EPSG::43263.50867623700009 29.94327525207121730.950570895000055 56.13894322305764groundwater:Test_Style_BWell and Monitoring data LayerMonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0geonode:testlayerfeaturestestlayerurn:ogc:def:crs:EPSG::4326-180.0 -90.0180.0 90.0groundwater:Test_Style_CWell and Monitoring data LayerMonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0twap_public:twap_sids_socioeconomic_anabstractionbluetotdescriptionGroundwater abstractionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_tannspringdischargedescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_totgwabstractiondescriptionGroundwater abstractionurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_hydrogeological_totgwvoldescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_totalpopulationcountry2010descriptionPopulationurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_sids_socioeconomic_totalpopulationisland2010descriptionPopulationurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157diktas:DK_TOP_TownsPopCitiesurn:ogc:def:crs:EPSG::43263.515063274000058 30.23399595606958532.64447765300008 56.55388385605832diktas:DK_HYG_transboundary_aquifersTransboundary Aquiferurn:ogc:def:crs:EPSG::42585.509130016000086 32.2990871501473929.75823004300008 54.94795099311363twap_public:twap_river_basinDrainage basinurn:ogc:def:crs:EPSG::4326-174.47140062099996 -64.74998541999997155.02916666700003 81.63810509300004twap_public:twap_sids_hydrogeological_transmissivitydescriptionkeywordsurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157unhcr:unhcr_boreholesWater points data from the National Inventory of Drinking Water Supply Works (l'Inventaire National des Ouvrages d'Approvisionnement en Eau Potable) done by the Ministry of Water and Sanitation of Burkina Faso Dataset: Results of the National Inventory of Drinking Water Supply Works (INO) for 2018. http://www.eauburkina.org/index.php/resultats-ino Accessed 06-05-2020 Authorship: Ministry of Water and Sanitation of Burkina Faso (2018) "Résultats de l'Inventaire National des Ouvrages d'Approvisionnement en Eau Potable de 2018.Groundwater for Refugeesurn:ogc:def:crs:EPSG::4326-1.680354 12.539171-0.056503 14.160612twap_public:twap_sids_environmental_percgwnotdrinkdescriptionDrinking waterurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_ind_mod_ca_ind1_1_gwrecharge_incl_artificial_2010_mm_yrIndicator 1.1 – WaterGAP model - Current state.<br> <br>Total groundwater recharge [m3/yr] divided by the surface area [m2] of the complete aquifer. Total groundwater recharge is the sum of natural groundwater recharge, recharge from surface water bodies and return flow from irrigation. Unit: [mm/yr] or [litre/m2/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind1_2_gwrecharge_percap_2010_mm_yrIndicator 1.2 - WaterGAP model - Current state.<br> <br>Groundwater recharge (including recharge from surface water bodies and return flows from irrigation) [m3/yr] divided by the number of inhabitants [capita] on top of the aquifer. Reference year for population: 2010.<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind2_1_humandependencygw_2010_percentIndicator 2.1 - WaterGAP model - Current state.<br> <br>Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind2_2_humandependencygw_domestic_2010_percentIndicator 2.2 - WaterGAP model - Current state.<br> <br>Volume of groundwater for domestic use [m3/yr] expressed as a percentage of total domestic water use [m3/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind2_3_humandependencygw_agricult_2010_percentIndicator 2.3 - WaterGAP model - Current state.<br> <br>Volume of groundwater for agricultural use [m3/yr] expressed as a percentage of total agricultural water use [m3/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind2_4_humandependencygw_industry_2010_percentIndicator 2.4 - WaterGAP model - Current state.<br> <br>Volume of groundwater for industrial use [m3/yr] expressed as a percentage of total industrial water use m3/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind3_1_gwdepletion_2000_2009_mm_yrIndicator 3.1 - WaterGAP model - Current state.<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the aquifer area. Period: 2000-2010.<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind4_1_populationdensity_2010_persons_km2Indicator 4.1 - WaterGAP model - Current state.<br> <br>Number of inhabitants [capita] on top of the aquifer divided by the surface area of the aquifer [km2]. Reference year for population: 2010.<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ca_ind4_2_gwdevstress_2010_percentIndicator 4.2 - WaterGAP model - Current state.<br> <br>Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr].<br /> <br>WA: WaterGAP indicator at Aquifer level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind1_1_gwrecharge_incl_artificial_2010_mm_yrIndicator 1.1 – WaterGAP model - Current state<br> <br>Total groundwater recharge [m3/yr] divided by the surface area [m2] of the complete country segment of the aquifer. Total groundwater recharge is the sum of natural groundwater recharge, recharge from surface water bodies and return flow from irrigation. Unit: [mm/yr] or [litre/m2/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind1_2_gwrecharge_percap_2010_mm_yrIndicator 1.2 – WaterGAP model - Current state.<br> <br>Groundwater recharge (including recharge from surface water bodies and return flows from irrigation) [m3/yr] divided by the number of inhabitants [capita] on top of the country segment of the aquifer. Reference year for population: 2010.<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind2_1_humandependencygw_2010_percentIndicator 2.1 – WaterGAP model - Current state.<br> <br>Volume of groundwater used [m3/yr] expressed as a percentage of total volume of water used [m3/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />Transboundary AquifersGroundwater abstractionurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind2_2_humandependencygw_domestic_2010_percentIndicator 2.2 – WaterGAP model - Current state.<br> <br>Volume of groundwater for domestic use [m3/yr] expressed as a percentage of total domestic water use [m3/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind2_3_humandependencygw_agricult_2010_percentIndicator 2.3 – WaterGAP model - Current state.<br> <br>Volume of groundwater for agricultural use [m3/yr] expressed as a percentage of total agricultural water use [m3/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind2_4_humandependencygw_industry_2010_percentIndicator 2.4 – WaterGAP model - Current state.<br> <br>Volume of groundwater for industrial use [m3/yr] expressed as a percentage of total industrial water use m3/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind3_1_gwdepletion_2000_2009_mm_yrIndicator 3.1 – WaterGAP model - Current state.<br> <br>Observed rate of long-term progressive decrease of groundwater storage (accompanied by steadily declining groundwater levels), expressed as an equivalent depth of water averaged over the aquifer area. Period: 2000-2010.<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind4_1_populationdensity_2010_persons_km2Indicator 4.1 – WaterGAP model - Current state.<br> <br>Number of inhabitants [capita] on top of the country segment of the aquifer divided by the surface area of the country segment [km2]. Reference year for population: 2010.<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_ind_mod_ns_ind4_2_gwdevstress_2010_percentIndicator 4.2 – WaterGAP model - Current state.<br> <br>Total annual groundwater abstraction [m3/yr] divided by groundwater recharge [m3/yr].<br /> <br>WC: WaterGAP indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147geonode:WL_end_drillingGroundwater levelurn:ogc:def:crs:EPSG::4326-2.18944454193115 13.7163887023926-0.979722201824188 14.8027782440186diktas:DK_OTH_WasteWaterWastewaterurn:ogc:def:crs:EPSG::43263.5026821760000626 30.6140784990676330.77780710000008 55.59170341205705groundwater:Groundwater_WellWell and Monitoring data LayerMonitoringWellurn:ogc:def:crs:EPSG::4326-169.589706420898 -43.8792610168457167.91960144043 60.0twap_public:twap_sids_legal_qnt_wellretbondescriptionLegal/Institutionalurn:ogc:def:crs:EPSG::4326-185.35639 -32.47198189.20307 35.18157twap_public:twap_proind_mod_ca_ind1_2_gwrecharge_percap_2030_percentchangeIndicator 1.2 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in renewable groundwater resources per capita over the period 2010 – 2030 expressed as percentage of the 2010 value (indicator WA1.2). <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />Groundwater rechargeTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ca_ind1_2_gwrecharge_percap_2050_percentchangeIndicator 1.2 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in renewable groundwater resources per capita over the period 2010 – 2050 expressed as percentage of the 2010 value (indicator WA1.2). <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ca_ind4_1_populationdensity_2030_percentchangeIndicator 4.1 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in population density over the period 2010 – 2030 expressed as percentage of the 2010 value (indicator WA4.1). <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ca_ind4_1_populationdensity_2050_percentchangeIndicator 4.1 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in population density over the period 2010 – 2050 expressed as percentage of the 2010 value (indicator WA4.1). <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ca_ind4_2_gwdevstress_2030_percentpointchangeIndicator 4.2 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in groundwater development stress over the period 2010 – 2030. The 2010 value corresponds to indicator WA4.2. <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ca_ind4_2_gwdevstress_2050_percentpointchangeIndicator 4.2 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in groundwater development stress over the period 2010 – 2050. The 2010 value corresponds to indicator WA4.2. <br /> <br>WpA: WaterGAP Projected indicator at Aquifer level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind1_2_gwrecharge_percap_2050_percentchangeIndicator 1.2 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas).<br> <br>Change in renewable groundwater resources per capita over the period 2010 – 2050 expressed as percentage of the 2010 value (indicator WC1.2). <br /> <br>WpC: WaterGAP Projected indicator at Country segment level.<br />Groundwater rechargeTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind1_2_gwrecharge_percap_2030_percentchangeIndicator 1.2 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas).<br> <br>Change in renewable groundwater resources per capita over the period 2010 – 2030 expressed as percentage of the 2010 value (indicator WC1.2).<br /> <br>WpC: WaterGAP Projected indicator at Country segment level.<br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind4_1_populationdensity_2030_percentchangeIndicator 4.1 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas).<br> <br>Change in population density over the period 2010 – 2030 expressed as percentage of the 2010 value (indicator WC4.1).<br /> <br>WpC: WaterGAP Projected indicator at Country segment level.<br />PopulationTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind4_1_populationdensity_2050_percentchangeIndicator 4.1 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas).<br /> <br>Change in population density over the period 2010 – 2050 expressed as percentage of the 2010 value (indicator WC4.1).<br /> <br>WpC: WaterGAP Projected indicator at Country segment level.<br />PopulationTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind4_2_gwdevstress_2030_percentpointchangeIndicator 4.2 - WaterGAP model - 2030 Projected (Model scenario: Constant future irrigated areas).<br> <br>Change in groundwater development stress over the period 2010 – 2030. The 2010 value corresponds to indicator WC4.2.<br /> <br>WpC: WaterGAP Projected indicator at Country segment level.<br />Groundwater development stressTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_proind_mod_ns_ind4_2_gwdevstress_2050_percentpointchangeIndicator 4.2 - WaterGAP model - 2050 Projected (Model scenario: Constant future irrigated areas). <br> <br>Change in groundwater development stress over the period 2010 – 2050. The 2010 value corresponds to indicator WC4.2. <br /> <br>WpC: WaterGAP Projected indicator at Country segment level. <br />Groundwater development stressTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147twap_public:twap_hotspot_mod_ns_gwstressIndicator - WaterGAP model - Projected - Hotspots.<br> <br>Identification of aquifer hotspots under current and future conditions, based on indicators 4.2, 2.1 and 1.2. Percentages in the legend refer to future conditions. <br /> <br>WpcC: WaterGAP Combined Projected indicator at Country segment level. <br />keywordsurn:ogc:def:crs:EPSG::4326-122.49699 -44.80608147.6839 71.3147mar_global:marpotential_north_kenya_1aHigh potential for rock catchments, and for sanddams in the seasonal rivers with sandy riverbeds. The (seasonal) rivers without sandy bed have potential for open water storage in valley dams. Also potential for pans (an extra sealing may be required), subsurface dams, storage tanks and possible use of shallow groundwater.MAR suitability mappingurn:ogc:def:crs:EPSG::432624.018217883124763 -10.0916956709588549.99972000000005 14.453337844726533mar_global:marpotential_north_kenya_1bHigh potential for rock catchments, and for sanddams and subsurface dams in the seasonal rivers with sandy riverbeds. Potential for the use of shallow groundwater, pans (an extra sealing may be required), storage tanks and floodwater spreading to increase groundwater recharge.MAR suitability mappingurn:ogc:def:crs:EPSG::432623.994647000000036 -10.09729881270166149.99972000000005 14.45333784472652mar_global:marpotential_north_kenya_2abPotential for subsurface dams and sanddams when an impermeable layer is present. Sanddams have a higher potential near zone 1 where more pronounced riverbeds are expected. The potential for shallow wells and floodwater spreading to increase recharge depends on the underlying sediment, potential for pans and storage tanks.MAR suitability mappingurn:ogc:def:crs:EPSG::432623.973651885986335 -10.09888714551925349.73746207561231 14.459551811218258mar_global:marpotential_north_kenya_3aHigh potential for sanddams in the seasonal rivers with sandy riverbeds. Also potential for subsurface dams, storage tanks, pans, and possible use of shallow groundwater.MAR suitability mappingurn:ogc:def:crs:EPSG::432624.019781234817003 -7.18536336634290647.15080964119527 14.624147000000054mar_global:marpotential_north_kenya_3bHigh potential for sanddams and subsurface dams in the seasonal rivers with riverbeds with weathering products suitable for storage, potential for storage tanks, pans, and possible use of shallow groundwater.MAR suitability mappingurn:ogc:def:crs:EPSG::432624.015935000000113 -7.18567099999994647.150892000000084 14.62414700000005mar_global:marpotential_north_kenya_3cLess pronounced signature of the volcanic rocks, further field observations are required to specify the characteristics. Potential for valley dams and water pans (an extra sealing may be required). Run-off reduction measures like contour bunds and gully plugs may increase recharge.MAR suitability mappingurn:ogc:def:crs:EPSG::432624.29879993156152 -9.0811247825622547.59022790207639 14.624477000000091mar_global:marpotential_north_kenya_3dLess pronounced signature of the volcanic rocks, further field observations are required to specify the characteristics. Potential for pans (an extra sealing may be required) and storage tanks. Possible local potential for shallow groundwater.MAR suitability mappingurn:ogc:def:crs:EPSG::432624.03954300000008 -9.08112478256225247.595699000000046 14.624477000000088mar_global:marpotential_north_kenya_3ePotential for valley dams, pans (sealing is required, local materials probably suitable) and storage tanks. Shallow groundwater not common, but possible locations with shallow groundwater potential, recognizable by changes in the relief. Run-off reduction measures like contour bunds and gully plugs can increase recharge.MAR suitability mappingurn:ogc:def:crs:EPSG::432625.84264046273146 -9.73475930094716650.2197680565851 13.961429667840886mar_global:marpotential_north_kenya_3fPotential for pans (sealing is required, local materials are expected to be suitable for sealing) and storage tanks. Shallow groundwater not common, but possible locations with harder rock with shallow groundwater potential and springs e.g. at the edges of the plateaus.MAR suitability mappingurn:ogc:def:crs:EPSG::432625.821828000000075 -9.84262499999991350.23162200000011 13.998200637226073mar_global:marpotential_north_kenya_4bPotential for pans (an extra sealing may be required), storage tanks. Small potential for sand dams and subsurface dams. Possible potential for (deep) groundwater and shallow wells, floodwater spreading could be used to increase recharge.MAR suitability mappingurn:ogc:def:crs:EPSG::432625.329809000000097 -11.81729099999995151.12139210360556 14.485772000000058mar_global:marpotential_north_kenya_4dHigh potential for shallow groundwater use, direct aquifer infiltration, pans and storage tanks. Potential for subsurface dams when seasonal rivers with a sand bed are present at locations with an impermeable layer. Small dams, infiltration ponds and spate irrigation can be used to increase groundwater recharge.MAR suitability mappingurn:ogc:def:crs:EPSG::432629.53186353827401 -8.38810875103064850.23434045813263 13.327630429764348geonode:a__2021_TBA_GGIS_utf8Transboundary Aquifersurn:ogc:def:crs:EPSG::4326-122.682884216309 -53.0330505371094144.272491455078 62.2693786621094igrac:agricultural_bluewabstrfeaturestwap_socioeconomic_annual_gwabstr_agriculturalurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023BGS_groundwater:bgs_sedim_sudanSediment mapurn:ogc:def:crs:EPSG::432621.8389492034912 8.6791191101074238.5826416015625 23.1451511383057geonode:g3p_aquifers_set1_updated_v1featuresg3p_aquifers_set1_updated_v1urn:ogc:def:crs:EPSG::4326-122.954460144043 -38.5983390808105153.091979980469 72.9744262695312geonode:greece1Groundwater Body (GWB)urn:ogc:def:crs:EPSG::432619.373327255249 34.80089569091829.6051425933838 41.7491264343262geonode:laikipia_north_kenyakmzlaikipia_north_kenyakmzfeaturesurn:ogc:def:crs:EPSG::432636.8569082765992 0.26426363320845337.3971381639892 0.564937491685558geonode:laikipia_north_kenyakmz_9d279cba7e2d3d320ce04cc32aca091bipsia project laikipia north boundarieslaikipia_north_kenyakmz_9d279cba7e2d3d320ce04cc32aca091bfeaturesurn:ogc:def:crs:EPSG::432636.8569082765992 0.26426363320845337.3971381639892 0.564937491685558geonode:mali_hgGeological mapmali_hgfeaturesurn:ogc:def:crs:EPSG::4326-12.238911630000043 10.1595106099998774.244967939999931 25.000000000000007geonode:mali_hg_718655ba526ba69f34984231cd27efd6featuresmali_hg_718655ba526ba69f34984231cd27efd6Hydrogeological mapurn:ogc:def:crs:EPSG::4326-12.238911630000043 10.1595106099998774.244967939999931 25.000000000000007geonode:mulu_kuchu___progetto_cosiavikmlshape di provafeaturesmulu_kuchu___progetto_cosiavikmlurn:ogc:def:crs:EPSG::4326-65.6461849915469 -17.92772709318761-65.6459849915469 -17.92752709318761geonode:recharge_dam_hufeaturesrecharge_dam_huurn:ogc:def:crs:EPSG::432616.1270847320557 45.765674591064521.6673755645752 48.5666198730469geonode:sdg652_datasetfeaturessdg652_dataseturn:ogc:def:crs:EPSG::4326-122.682884216309 -53.0330505371094144.270248413086 62.2693786621094geonode:sourcedatafig2featuressourcedatafig2Aquifer delineationurn:ogc:def:crs:EPSG::4326-124.354835510254 -45.0556640625173.739196777344 58.4380416870117geonode:sr_hranica_polylinefeaturessr_hranica_polylineurn:ogc:def:crs:EPSG::2583416.732955810403517 47.689446435460422.583056495080672 49.62426993288898geonode:transboundary_aquifers_basicinfoTransboundary Aquifersurn:ogc:def:crs:EPSG::4326-120.243675231934 -53.0330505371094137.68391418457 61.3147010803223geonode:twap_sids_groundwatersystems_basicinformation0Small Island Developing Statesurn:ogc:def:crs:EPSG::4326-175.356399536133 -22.471981048584179.203079223633 25.1815700531006igrac:twap_socioeconomic_annual_gwabstr_agricultural_admirefeaturestwap_socioeconomic_annual_gwabstr_agriculturalurn:ogc:def:crs:EPSG::4326-121.533309936523 -53.6040191650391138.973541259766 61.8864364624023geonode:zo_hranica_polylinefeatureszo_hranica_polylineurn:ogc:def:crs:EPSG::2583417.137260148796262 47.7172003293332518.148117241570688 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