Volltextergebnisse:
- topic @topic
- .38,10,25)) plot(as.Date(names(Q_Vils)), Q_Vils, type="l", xlab="", ylab="Discharges [mm/day]") lines(... (SWE_Vils, 1, weighted.mean, w=areas_Vils), type="l", xlab="", ylab="Snow Water Equivalent [mm]") ... .38,10,25)) plot(as.Date(names(Q_Vils)), Q_Vils, type="l", xlab="", ylab="Discharges [mm/day]") lines(... y(SWE_Vils, 1, weighted.mean, w=areas_Vils), type="l", xlab="", ylab="Snow Water Equivalent [mm]")
- wiki
- }, axis: { x: { type: 'timeseries', tick: { ... ins interfere. ==== AMChart ==== <amchart> { "type": "pie", "dataProvider": [ { "country": "Li... skip": 1 // skip header row }, "type": "xy", "graphs": [ { "bullet": "diamond", ... ] }, axis: { x: { type: 'timeseries', tick: {
- wiki @en
- ] }, axis: { x: { type: 'timeseries', tick: { ... 1.3, 1.2, 1.3, 1.3, 1.1, 1.3], ], type: 'scatter' }, axis: { x: { ... ['evaporation', 80], ], type : 'donut', }, donut: { title: "Wa
- long-wave-radiation @en:hydro
- vered) and $a$ is a constant depending upon cloud type, 0.25, 0.6 and 0.9 for high, medium and low cloud... |0.036 | If data on cloud type are not available, the last term of the equation
- swakop @en:projects:swakop
- m, which is lower than might be expected for this type of terrain, and the value may have been affected ... indhoek. The arrow color is symbolizing the water type. Red: wastewater, blue: dam, stream or treated wa
- tracerscript @en:lectures
- hydrochemical evolution of a certain groundwater type can be identified by inverse methods, yielding in... ation on the recharge environment (lithology) and type (slow soil infiltration or quick infiltration thr
- observatory @en:projekte
- iation from value (aem: distance from sea, depth, type of aquifer): sensors - only ec used * identify ... ions: collect location, collect picture, time and type of salinization) to be visualized on the webGIS (
- isotopes @en:hydro
- types of non-equilbrium fractionation. The first type is called diffuce fractionation. The basis for t... <- seq(0.9,1,0.001) R0 <- 2005.2E-6 R <- R0*fR^(alpha18O-1) plot(fR,R, type="l") </code>
- leonardo2012 @en:talks
- tors. Models are needed to translate 19th-century-type monitoring data to such aggregated indicators: Th... parameters that we rarely pay attention to: Which type of fauna (e.g. birds) can be observed, do they in
- lux-2009 @en:talks
- ysis. They still provide basic information on the type of hydrological system and allow to distinguish s
- egu-2009 @en:talks
- ntaminations and help characterizing their source type directly. The change of concentrations and of rat
- saturated-vapour-pressure @en:hydro
- and the resulting vapour pressure is in kPa. This type of equation can be found in different varieties,