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- dwc.wells::model_data_reducedInput Data for Well Capacity Prediction
- flextreat.hydrus1d::evapo_pDWD: Potential Evaporation, Daily
- flextreat.hydrus1d::irrigationIrrigation: Monthly
- flextreat.hydrus1d::materialsMaterials
- flextreat.hydrus1d::precipitation_dailyPrecipitation: Daily
- flextreat.hydrus1d::precipitation_hourlyPrecipitation: Hourly
- keys.lid::performancesPerformance results for LIDs
- kwb.abimo::abimo_input_2019"Official" Abimo Input Data for Berlin, 2019, with streets
- kwb.BerlinWaterModel.public::csoDataset: Combined Sewer Overflows (cso) for one rainfall event simulated with Infoworks in 2019
- kwb.BerlinWaterModel.public::evapo_pDataset: Daily Potential Evaporation from DWD
- kwb.BerlinWaterModel.public::inflowsDataset: Inflows
- kwb.BerlinWaterModel.public::rainDataset: Rain (rain) with DWD rainfall data
- kwb.BerlinWaterModel.public::shares_timeseriesDataset: Shares (0 - 1) of discharge to a specific downstream river section
- kwb.BerlinWaterModel.public::wwDataset: Waterworks (WW) Abstractions per Gallery
- kwb.BerlinWaterModel.public::wwtpDataset: WWTP (Wastewater Treatment Plant) Flows
- kwb.CrowdWater::bboxesRegions Bounding Boxes
- kwb.CrowdWater::berlin_district_shpSimple feature of the Berlin district boundaries
- kwb.CrowdWater::props_and_catsList of CrowdWater Properties and Categories
- kwb.event::rainEventsExample rain events
- kwb.heatsine.opencpu::json_argsjson_args: test dataset for run_optimisation()
- kwb.impetus::dwd_berlin_monthlyDWD Dataset (Precipitation and Potential Evaporation) Averaged for Berlin
- kwb.impetus::q_surface_waterSurface Water Flows (from Niedrigwasserbericht 2018-2020 by SenUVK Berlin)
- kwb.qmra::config_default_jsonconfig_dummy_json: dummy configuration for kwb.qmra::opencpu_simulate_risk() in JSON format
- kwb.qmra::config_dummy_jsonconfig_default_json: default configuration developed by Christoph Sprenger for kwb.qmra::opencpu_simulate_risk() in JSON format
- kwb.qmra::risk_dummy_jsonrisk_dummy_json: example risk_json object returned by kwb.qmra::opencpu_simulate_risk()
- kwb.rabimo::rabimo_inputs_2020R-Abimo Inputs (Data and Config) for Berlin, 2020
- kwb.rabimo::rabimo_inputs_2025R-Abimo Inputs (Data and Config) for Berlin, 2025.
- kwb.resilience::oxygenSimulated Dissolved Oxygen in River Spree
- kwb.wtaq::drawdownsExample data of measured drawdowns in a drinking water well field
- phreeqc::Amm.datThe Amm.dat database.
- phreeqc::ColdChem.datThe ColdChem.dat database.
- phreeqc::core10.datThe core10.dat database
- phreeqc::ex1Example 1-Speciation Calculation
- phreeqc::ex10Example 10-Aragonite-Strontianite Solid Solution
- phreeqc::ex11Example 11-Transport and Cation Exchange
- phreeqc::ex12Example 12-Advective and Diffusive Flux of Heat and Solutes
- phreeqc::ex13aExample 13-Aragonite-Strontianite Solid Solution
- phreeqc::ex13bExample 13-Aragonite-Strontianite Solid Solution
- phreeqc::ex13cExample 13-Aragonite-Strontianite Solid Solution
- phreeqc::ex14Example 14-Advective Transport, Cation Exchange, Surface Complexation, and Mineral Equilibria
- phreeqc::ex15Example 15-1D Transport: Kinetic Biodegradation, Cell Growth, and Sorption
- phreeqc::ex15.datThe ex15.dat database
- phreeqc::ex16Example 16-Inverse Modeling of Sierra Spring Waters
- phreeqc::ex17Example 17-Inverse Modeling With Evaporation
- phreeqc::ex18Example 18-Inverse Modeling of the Madison Aquifer
- phreeqc::ex19Example 19-Modeling Cd+2 Sorption With Linear, Freundlich, and Langmuir Isotherms, and With a Deterministic Distribution of Sorption Sites for Organic Matter, Clay Minerals, and Iron Oxyhydroxides
- phreeqc::ex2Example 2-Equilibration With Pure Phases
- phreeqc::ex20aExample 20-Distribution of Isotopes Between Water and Calcite
- phreeqc::ex20bExample 20-Distribution of Isotopes Between Water and Calcite
- phreeqc::ex21Example 21-Modeling Diffusion of HTO, 36Cl-, 22Na+, and Cs+ in a Radial Diffusion Cell
- phreeqc::ex22Example 22-Modeling Gas Solubilities: CO2 at High Pressures
- phreeqc::ex3Example 3-Mixing
- phreeqc::ex4Example 4-Evaporation and Homogeneous Redox Reactions
- phreeqc::ex5Example 5-Irreversible Reactions
- phreeqc::ex6Example 6-Reaction-Path Calculations
- phreeqc::ex7Example 7-Gas-Phase Calculations
- phreeqc::ex8Example 8-Surface Complexation
- phreeqc::ex9Example 9-Kinetic Oxidation of Dissolved Ferrous Iron With Oxygen
- phreeqc::frezchem.datThe frezchem.dat database
- phreeqc::iso.datThe iso.dat database.
- phreeqc::Kinec_v3.datThermodynamic and rates database from Oelkers and coworkers.
- phreeqc::Kinec.v2.datThermodynamic and rates database from Oelkers and coworkers.
- phreeqc::llnl.datThe llnl.dat database.
- phreeqc::minteq.datThe minteq.dat database.
- phreeqc::minteq.v4.datThe minteq.v4.dat database.
- phreeqc::phreeqc_rates.datThermodynamic and rates database
- phreeqc::PHREEQC_ThermoddemV1.10_15Dec2020.datThermochemical Database from the BRGM institute (French Geological Survey)
- phreeqc::phreeqc.datThe phreeqc.dat database
- phreeqc::pitzer.datThe pitzer.dat database.
- phreeqc::sit.datThe sit.dat database.
- phreeqc::stimela.datThe stimela.dat database.
- phreeqc::Tipping_Hurley.datThe Tipping_Hurley.dat database
- phreeqc::wateq4f.datThe wateq4f.dat database.
- r2q::r2q_palColor palette for R2Q Plots
- rorcid::fieldsLookup table for search fields
- rorcid::issn_titleLookup vector for journal titles by ISSN
- urbanAnnualRunoff::scenario_results_beijingResults of ABIMO Scenario Analysis For Beijing
- urbanAnnualRunoff::scenario_results_jinxiResults of ABIMO Scenario Analysis For Jinxi
- wordcloud2::demoFreqDemo dataset with Words and Frequency
- wordcloud2::demoFreqCDemo dataset with Chinese character Words and Frequency
