NAQUA, QUANT module: Groundwater quantity (groundwater levels and spring discharges) \u2013 Background information on the FOEN monitoring network","downloadUrl":"https://data.geo.admin.ch/ch.bafu.hydroweb-messstationen_grundwasserzustand/data.zip","inspireUpperName":"Surface representation","urlApplication":"https://www.hydrodaten.admin.ch/de/grundwasser/messstationen-grundwasserstand","inspireAbstract":"Hydrography","fullTextSearch":"General situation of groundwater levels and spring discharges | The map provides an overview of the current groundwater levels and spring discharges in Switzerland. Percentiles based on the daily values of the reference period 1991\u20132020 are used to categorise the current situation in the long-term trend. Shorter data series are based on the available reference period from the start of records to 2020. A) Low groundwater level or spring discharge: Conditions are clearly below average when the current measured value is below the long-term 10th percentile of the reference period. B) Normal conditions: The current groundwater level or spring discharge is between the 10th percentile and the 90th percentile of the reference period. C) High groundwater level or spring discharge: Conditions are clearly above average when the current measured value is above the long-term 90th percentile of the reference period. The trend indicates whether the groundwater level or spring discharge at a particular monitoring site has risen, is stable or has fallen over the previous seven days. The trend on the current measurement day t is determined as follows: averaged measured values of days t-8 and t-7 minus averaged measured values of days t-2 and t-1. Source: NAQUA National Groundwater Monitoring.
NAQUA, QUANT module: Groundwater quantity (groundwater levels and spring discharges) \u2013 Background information on the FOEN monitoring network | swisstopo | Federal Office of Topography swisstopo | Federal Office for the Environment FOEN","inspireName":"Hydrography","wmsContactAbbreviation":"swisstopo"},"fullName":"General situation of groundwater levels and spring discharges","layerBodId":"ch.bafu.hydroweb-messstationen_grundwasserzustand","idGeoCat":"f87d692e-8d65-4188-94ba-61b4c61d621c","name":"Groundwater level/spring discharge"},{"attributes":{"wmsContactName":"Federal Office of Topography swisstopo","maps":"api,bafu,ech,gewiss,inspire,service-wms","wmsUrlResource":"https://wms.geo.admin.ch/?REQUEST=GetCapabilities&SERVICE=WMS&VERSION=1.3.0","scaleLimit":"","dataOwner":"Federal Office for the Environment FOEN","urlDetails":"https://www.hydrodaten.admin.ch/de/grundwasser/messstationen-temperatur","dataStatus":"20260315 06:07","inspireUpperAbstract":"Surface representation","abstract":"The map provides an overview of Switzerland's current groundwater temperatures. The calculation is based on percentiles of the dataset for the standard period 1991\u20132020 or, in the case of a shorter data series, the standard period 2001\u20132020 (basic data in \u00b0C). A figure significantly lower than the average conditions (low groundwater temperature) is reached if the current value is below the long-term 10th percentile, i.e. it is among the lowest 10% of all the data measured for the relevant month in the standard period. A groundwater temperature between the 10th and 90th percentiles means that conditions are normal. However, a figure significantly higher than the long-term average conditions (high groundwater temperature) is reached if the current value is above the 90th percentile.","downloadUrl":"https://data.geo.admin.ch/ch.bafu.hydroweb-messstationen_grundwassertemperatur/data.zip","inspireUpperName":"Surface representation","urlApplication":"https://www.hydrodaten.admin.ch/de/grundwasser/messstationen-temperatur","inspireAbstract":"Hydrography","fullTextSearch":"Groundwater temperature | The map provides an overview of Switzerland's current groundwater temperatures. The calculation is based on percentiles of the dataset for the standard period 1991\u20132020 or, in the case of a shorter data series, the standard period 2001\u20132020 (basic data in \u00b0C). A figure significantly lower than the average conditions (low groundwater temperature) is reached if the current value is below the long-term 10th percentile, i.e. it is among the lowest 10% of all the data measured for the relevant month in the standard period. A groundwater temperature between the 10th and 90th percentiles means that conditions are normal. However, a figure significantly higher than the long-term average conditions (high groundwater temperature) is reached if the current value is above the 90th percentile. | swisstopo | Federal Office of Topography swisstopo | Federal Office for the Environment FOEN","inspireName":"Hydrography","wmsContactAbbreviation":"swisstopo"},"fullName":"Groundwater temperature","layerBodId":"ch.bafu.hydroweb-messstationen_grundwassertemperatur","idGeoCat":"81345667-1dff-404a-a80c-74dd87d11134","name":"Groundwater temperature"},{"attributes":{"wmsContactName":"Federal Office of Topography swisstopo","maps":"api,bafu,ech,geol,georessourcen,gewiss,schule,service-wms","wmsUrlResource":"https://wms.geo.admin.ch/?REQUEST=GetCapabilities&SERVICE=WMS&VERSION=1.3.0","scaleLimit":"Max 1:500'000","dataOwner":"Federal Office for the Environment FOEN","urlDetails":"https://www.bafu.admin.ch/en/nitrate-in-groundwater","dataStatus":"20130305","abstract":"Nitrates are an essential food for plants. Nitrates enter into groundwater mainly through excess agricultural or mineral fertilizers. Under the Waters Protection Ordinance (WPO), nitrate concentrations in groundwater should not exceed 25 mg/l . Nitrate concentrations in Swiss groundwater are measured as part of the NAQUA National Groundwater Monitoring program. The national groundwater monitoring network includes more than 500 monitoring sites and is run by the FOEN in close collaboration with the cantons. Source: NAQUA National Groundwater Monitoring program, Federal Office of the Environment","urlApplication":"https://map.bafu.admin.ch","fullTextSearch":"Nitrates in groundwater (NAQUA - National Groundwater Monitoring) | Nitrates are an essential food for plants. Nitrates enter into groundwater mainly through excess agricultural or mineral fertilizers. Under the Waters Protection Ordinance (WPO), nitrate concentrations in groundwater should not exceed 25 mg/l . Nitrate concentrations in Swiss groundwater are measured as part of the NAQUA National Groundwater Monitoring program. The national groundwater monitoring network includes more than 500 monitoring sites and is run by the FOEN in close collaboration with the cantons. Source: NAQUA National Groundwater Monitoring program, Federal Office of the Environment | swisstopo | Federal Office of Topography swisstopo | Federal Office for the Environment FOEN","wmsContactAbbreviation":"swisstopo"},"fullName":"Nitrates in groundwater (NAQUA - National Groundwater Monitoring)","layerBodId":"ch.bafu.naqua-grundwasser_nitrat","idGeoCat":"ea282e54-364b-4023-87c1-cdccbac295b1","name":"Groundwater: Nitrate"},{"attributes":{"wmsContactName":"Federal Office of Topography swisstopo","bundCollection":"Abgeltung von Einbussen der Wasserkraftnutzung (VAEW)","maps":"api,ech,energie,gewiss,inspire,service-wms","wmsUrlResource":"https://wms.geo.admin.ch/?REQUEST=GetCapabilities&SERVICE=WMS&VERSION=1.3.0","scaleLimit":"-","dataOwner":"Swiss Federal Office of Energy SFOE","urlDetails":"https://www.bfe.admin.ch/abandonment-hydropower","dataStatus":"20110908","inspireUpperAbstract":"Energy and economy","abstract":"Protected areas under the terms of the Ordinance of 25 October 1995 on Compensation for Losses due to the Use of Hydraulic Power (CLHPO), based on contractual regulations between the Swiss Confederation, the canton and the affected municipalities. The ordinance includes detailed provisions concerning the conditions that justify a claim for compensation payments because of the abandonment of the use of hydropower for the purpose of maintaining nationally important landscapes. These payments are linked to contractually agreed protection objectives and are made annually. In order to monitor the contractual relationships, the Swiss Federal Office of Energy (SFOE) carries out regular assessments of the success of the measures. Nine applications have so far been approved in the cantons of Wallis and Graub\u00fcnden and contracts have been signed: Baltschiedertal (VS), Bietschbach-Jolibach (VS), Binntal (VS), Gredetschtal (VS), Greina (GR), Laggintal (VS), Oberaletsch (VS), Val Frisal (GR), Vallon de R\u00e9chy (VS).","inspireUpperName":"Energy and economy","inspireAbstract":"Energy resources","fullTextSearch":"Compensation for losses due to the use of hydraulic power (CLHPO) | Protected areas under the terms of the Ordinance of 25 October 1995 on Compensation for Losses due to the Use of Hydraulic Power (CLHPO), based on contractual regulations between the Swiss Confederation, the canton and the affected municipalities. The ordinance includes detailed provisions concerning the conditions that justify a claim for compensation payments because of the abandonment of the use of hydropower for the purpose of maintaining nationally important landscapes. These payments are linked to contractually agreed protection objectives and are made annually. In order to monitor the contractual relationships, the Swiss Federal Office of Energy (SFOE) carries out regular assessments of the success of the measures. Nine applications have so far been approved in the cantons of Wallis and Graub\u00fcnden and contracts have been signed: Baltschiedertal (VS), Bietschbach-Jolibach (VS), Binntal (VS), Gredetschtal (VS), Greina (GR), Laggintal (VS), Oberaletsch (VS), Val Frisal (GR), Vallon de R\u00e9chy (VS). | Abgeltung von Einbussen der Wasserkraftnutzung (VAEW) | swisstopo | Federal Office of Topography swisstopo | Swiss Federal Office of Energy SFOE","inspireName":"Energy resources","wmsContactAbbreviation":"swisstopo","bundCollectionNumber":"85.1"},"fullName":"Compensation for losses due to the use of hydraulic power (CLHPO)","layerBodId":"ch.bfe.abgeltung-wasserkraftnutzung","idGeoCat":"6c5acaa7-ac82-414a-a2bc-490f60c82580","name":"Abandonment of hydropower"},{"attributes":{"wmsContactName":"Federal Office of Topography swisstopo","maps":"api,ech,energie,gewiss,inspire,schule,service-wms,swissmaponline","wmsUrlResource":"https://wms.geo.admin.ch/?REQUEST=GetCapabilities&SERVICE=WMS&VERSION=1.3.0","scaleLimit":"-","dataOwner":"Swiss Federal Office of Energy SFOE","urlDetails":"https://www.bfe.admin.ch/water-power-potential","dataStatus":"20120531","inspireUpperAbstract":"Energy and economy | Surface representation","abstract":"The geodata product \u2018Potential of small hydropower plants in Switzerland' is the result of a GIS-based analysis carried out in 2012 as part of the research project 102835 \u2018Survey of Switzerland's small hy-dropower plant potential'. This calculated the theoretical hydroelectric potential of all natural water-courses in Switzerland. As only part of the theoretical potential can actually be used for electricity generation when technical, ecological, economic and legal aspects are taken into account, it is im-portant to interpret the statements on theoretical potential correctly. Both the geodata model documentation and the research project final report should be consulted.","inspireUpperName":"Energy and economy | Surface representation","inspireAbstract":"Energy resources | Hydrography","fullTextSearch":"Potential of small hydropower plants in Switzerland | The geodata product \u2018Potential of small hydropower plants in Switzerland' is the result of a GIS-based analysis carried out in 2012 as part of the research project 102835 \u2018Survey of Switzerland's small hy-dropower plant potential'. This calculated the theoretical hydroelectric potential of all natural water-courses in Switzerland. As only part of the theoretical potential can actually be used for electricity generation when technical, ecological, economic and legal aspects are taken into account, it is im-portant to interpret the statements on theoretical potential correctly. Both the geodata model documentation and the research project final report should be consulted. | swisstopo | Federal Office of Topography swisstopo | Swiss Federal Office of Energy SFOE","inspireName":"Energy resources | Hydrography","wmsContactAbbreviation":"swisstopo"},"fullName":"Potential of small hydropower plants in Switzerland","layerBodId":"ch.bfe.kleinwasserkraftpotentiale","idGeoCat":"c4b695b0-23ad-4d0d-a496-16fc0f597819","name":"Water power potential"}],"spatialReference":{"wkid":21781},"tileInfo":{"rows":256,"cols":256,"dpi":90.7,"format":"PNG,JPEG","compressionQuality":null,"origin":{"x":420000.0,"y":350000.0},"spatialReference":{"wkid":21781},"lods":[{"level":0,"resolution":4000.0,"scale":14285714.285714287,"width":1,"height":1},{"level":1,"resolution":3750.0,"scale":13392857.142857144,"width":1,"height":1},{"level":2,"resolution":3500.0,"scale":12500000.000000002,"width":1,"height":1},{"level":3,"resolution":3250.0,"scale":11607142.857142858,"width":1,"height":1},{"level":4,"resolution":3000.0,"scale":10714285.714285715,"width":1,"height":1},{"level":5,"resolution":2750.0,"scale":9821428.571428573,"width":1,"height":1},{"level":6,"resolution":2500.0,"scale":8928571.42857143,"width":1,"height":1},{"level":7,"resolution":2250.0,"scale":8035714.285714286,"width":1,"height":1},{"level":8,"resolution":2000.0,"scale":7142857.142857144,"width":1,"height":1},{"level":9,"resolution":1750.0,"scale":6250000.000000001,"width":2,"height":1},{"level":10,"resolution":1500.0,"scale":5357142.857142857,"width":2,"height":1},{"level":11,"resolution":1250.0,"scale":4464285.714285715,"width":2,"height":1},{"level":12,"resolution":1000.0,"scale":3571428.571428572,"width":2,"height":2},{"level":13,"resolution":750.0,"scale":2678571.4285714286,"width":3,"height":2},{"level":14,"resolution":650.0,"scale":2321428.571428572,"width":3,"height":2},{"level":15,"resolution":500.0,"scale":1785714.285714286,"width":4,"height":3},{"level":16,"resolution":250.0,"scale":892857.142857143,"width":8,"height":5},{"level":17,"resolution":100.0,"scale":357142.85714285716,"width":19,"height":13},{"level":18,"resolution":50.0,"scale":178571.42857142858,"width":38,"height":25},{"level":19,"resolution":20.0,"scale":71428.57142857143,"width":94,"height":63},{"level":20,"resolution":10.0,"scale":35714.28571428572,"width":188,"height":125},{"level":21,"resolution":5.0,"scale":17857.14285714286,"width":375,"height":250},{"level":22,"resolution":2.5,"scale":8928.57142857143,"width":750,"height":500},{"level":23,"resolution":2.0,"scale":7142.857142857143,"width":938,"height":625},{"level":24,"resolution":1.5,"scale":5357.142857142858,"width":1250,"height":834},{"level":25,"resolution":1.0,"scale":3571.4285714285716,"width":1875,"height":1250},{"level":26,"resolution":0.5,"scale":1785.7142857142858,"width":3750,"height":2500},{"level":27,"resolution":0.25,"scale":892.8571428571429,"width":7500,"height":5000},{"level":28,"resolution":0.1,"scale":357.14285714285717,"width":18750,"height":12500}]},"initialExtent":{"xmin":458000.0,"ymin":76375.0,"xmax":839125.0,"ymax":312500.0,"spatialReference":{"wkid":21781}},"fullExtent":{"xmin":420000.0,"ymin":30000.0,"xmax":900000.0,"ymax":350000.0,"spatialReference":{"wkid":21781}},"units":"esriMeters","capabilities":"Map"}