Found 156 resources.

Sustainability Indicator:  Groundwater Levels
Topic:  Hydrogeologic Conceptual Model
Type:  Journal Article
Agency:  Research Council of Alberta
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Hydrogeologic Conceptual Model
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Hydrogeologic Conceptual Model
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Hydrogeologic Conceptual Model
Type:  Book
Agency:  Other
Description:  Anderson, M.P., and Woessner, W.W., 1992, Applied groundwater modeling

Sustainability Indicator:  
Topic:  Water Budget
Type:  Data
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  California Department of Transportation
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  California Department of Transportation
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  National Geodetic Survey (NOAA)
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Data
Agency:  U.S. Geological Survey
Description:  Real-time streamflow data from automated equipment, representing the most current hydrologic conditions.

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Journal Article
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  Example of geodetic leveling, combined with GNSS surveying, to monitor elevation change, Antelope Valley, CA

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Seawater Intrusion
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Examples of extensometer construction, instrumentation, and data interpretation (pages 12-13)

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  German Aerospace Center
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  Canadian Space Agency
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  European Space Agency
Description:  

Sustainability Indicator:  
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Journal Article
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  National Geodetic Survey (NOAA)
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  National Geodetic Survey (NOAA)
Description:  Geodetic Leveling - also called spirit leveling or differential leveling - specifications (network geometry, instrumentation, calibration procedures, field procedures, office procedures)

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Software
Agency:  UNAVCO
Description:  UNAVCO lists other tools for pre-processiong GPS/GNSS data, currated at other locations around the world.

Sustainability Indicator:  
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  Any groundwater model will simulate change in storage over time. This report is a good example of how to convey the results (see page 77).

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Examines predictions for 1982 of water-level declines and streamflow depletions that were made in 1965 using an electric analog groundwater model of the Blue River basin in southeastern Nebraska.

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  GSFLOW, developed by the USGS, is a coupled ground-water and surface-water flow model based on the integration of the Precipitation-Runoff Modeling System (PRMS) and the Modular Ground-Water Flow Model (MODFLOW-2005). Features of both PRMS and MODFLOW aid in recharge estimation.

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  GSFLOW is a coupled Groundwater and Surface-water FLOW model based on the integration of the USGS Precipitation-Runoff Modeling System (PRMS) and the USGS Modular Groundwater Flow Model (MODFLOW and MODFLOW-NWT). GSFLOW was developed to simulate coupled groundwater/surface-water flow in one or more watersheds by simultaneously simulating flow across the land surface, within subsurface saturated and unsaturated materials, and within streams and lakes. Climate data consisting of measured or estimated precipitation, air temperature, and solar radiation, as well as groundwater stresses (such as withdrawals) and boundary conditions are the driving factors for a GSFLOW simulation.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  Although more than 30 years old, many portions of this UNESCO publication, edited by Joseph Poland, continue to be relevant.

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  National Geodetic Survey (NOAA)
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  National Geodetic Survey (NOAA)
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Modeling
Type:  Journal Article
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  HyDroDSS is a hydrologic drought decision support system designed for use in the analysis of hydrologic variables that may indicate the risk for streamflows to be below user-defined flow targets at a designated data-collection site on a stream that may be adversely affected by pumping.

Sustainability Indicator:  Groundwater Levels
Topic:  Hydrogeologic Conceptual Model
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  Example of using GNSS on survey markers to monitor elevation change, Borrego Valley, CA

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  USGS baseflow analysis software

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Example of using continuous GPS stations to monitor elevation change, San Joaquin Valley, CA

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Website
Agency:  U.S. Geological Survey
Description:  An overview of several aspects of subsidence, including affected areas in California, cause and effect, measurement, simulation, USGS studies, and other data and resources.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Example of geodetic leveling to monitor elevation change, San Joaquin Valley, CA

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  Descriptions of subsidence and case studies relevant to California can be found in Part I

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Example of using GNSS on survey markers to monitor elevation change, Coachella Valley, CA

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Modeling
Type:  Website
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  MODFLOW is the USGS's three-dimensional (3D) finite-difference groundwater model. MODFLOW is considered an international standard for simulating and predicting groundwater conditions and groundwater/surface-water interactions.

Sustainability Indicator:  Land Subsidence
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  The USGS codes SUB and SUB-WT, which are available within various versions of MODFLOW, provide a wide range of capabilities for simulating subsidence, including nstantaneous compaction, delayed compaction (common with thicker fine-grained units), and varying geostatic load (occurs with changes in water-table altitude).

Sustainability Indicator:  
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  The One-Water Hydrologic Flow Model (MF-OWHM) is a MODFLOW-based integrated hydrologic flow model (IHM). MF-OWHM is designed for the analysis of a broad range of conjunctive-use issues. Conjunctive use is the combined use of groundwater and surface water. MF-OWHM allows the simulation, analysis, and management of human and natural water movement within a physically-based supply-and-demand framework.

Sustainability Indicator:  Water Quality
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  Particle tracking can be used in some cases, in lieu of more complex methods, to simulate the movement of groundwater contaminants. MODPATH works with MODFLOW output to accomplish this.

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Website
Agency:  U.S. Geological Survey
Description:  USGS website on water-level, water-quality and land-subsidence studies in the Mojave River and Morongo Groundwater Basins provides map-based access to these data types and to interpretive maps developed from these data, including contour maps of groundwater levels and groundwater-level change.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Website
Agency:  U.S. Geological Survey
Description:  Example of using InSAR to monitor subsidence, Mojave Desert, CA

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  National Geodetic Survey (NOAA)
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  Japan Aerospace Exploration Agency
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  Italian Space Agecy
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  National Geodetic Survey (NOAA)
Description:  This Online Positioning User Service (OPUS) provides simplified access to high-accuracy National Spatial Reference System (NSRS) coordinates. Upload a GPS data file collected with a survey-grade GPS receiver and obtain an NSRS position via email.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  UNAVCO
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  To consider the effects of mixing various water types, and other similar analyses, the USGS program PHREEQC simulates speciation, batch-reaction, one-dimensional transport, and does inverse geochemical calculations.

Sustainability Indicator:  
Topic:  Modeling
Type:  Journal Article
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  Website
Agency:  U.S. Geological Survey
Description:  USGS San Bernardino Optimal Basin Management website provides all data associated with seven multi-depth monitoring well installations, including site description, lithologic and geophysical logs, data from core samples, and links to the water-level and water-quality data.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  Scripps Institution of Oceanography
Description:  Processing and archiving high-precision GPS data for the study of earthquake hazards, tectonic plate motion, crustal deformation and meteorology

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  SEAWAT simulates three-dimensional variable-density groundwater flow and transport, and is not limited to problems involving seawater intrusion.

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Seawater Intrusion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  Software

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Examples of extensometer construction, instrumentation, and data interpretation (pages 20-23)

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Software
Agency:  U.S. Geological Survey
Description:  StreamStats is a Web application that incorporates a Geographic Information System (GIS) to provide users with access to an assortment of analytical tools that are useful for a variety of water-resources planning and management purposes, and for engineering and design purposes.

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Data
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Data
Agency:  U.S. Geological Survey
Description:  Maps California streamgage sites and compares real-time streamflow to historical streamflow for the day of the year.

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Army Corps of Engineers
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Data
Agency:  National Geodetic Survey (NOAA)
Description:  Information about survey markers can be found using a variety of tools on the National Geodetic Survey (formerly the U.S. Coast and Geodetic Survey) website

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  SUTRA simulates 3D, variable-density, variably-saturated flow, solute or energy transport.

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  A version of SUTRA modified to simulate heat and multiple-solute transport.

Sustainability Indicator:  
Topic:  Water Budget
Type:  Software
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Software
Agency:  UNAVCO
Description:  UNAVCO provides access to SAR data via the UNAVCO SAR Archive. This is a list of InSAR processing software commonly utilized by community researchers.

Sustainability Indicator:  
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Land Subsidence
Topic:  Monitoring Protocols
Type:  Software
Agency:  UNAVCO
Description:  Teqc (pronouced "tek") is a simple yet powerful and unified approach to solving many pre-processing problems with GPS, GLONASS, Galileo, SBAS, Beidou-2/Compass, and QZSS data, especially in RINEX or BINEX format.

Sustainability Indicator:  Seawater Intrusion
Topic:  Modeling
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  SHARP software documentation

Sustainability Indicator:  
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Water Quality
Topic:  Monitoring Protocols
Type:  USGS Fact Sheet / Circular
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Modeling
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Water Budget
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Website
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Technical Documentation
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Protocols
Type:  Case Study
Agency:  U.S. Geological Survey
Description:  Example of using continuous GPS stations to monitor elevation change, Lancaster, CA

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  Multiple versions of this code can simulate 1D or 2D energy (or heat) transport; these codes are often used to estimate surface-water/groundwater interactions from temperature measurements in each of these systems.

Sustainability Indicator:  Groundwater Levels
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  General source for all USGS groundwater-related modeling tools

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Modeling
Type:  Software
Agency:  U.S. Geological Survey
Description:  General source for all USGS surface-water-related modeling tools

Sustainability Indicator:  Groundwater Levels
Topic:  Monitoring Networks and Identification of Data Gaps
Type:  USGS Report
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  Interconnected Surface-Water Depletion
Topic:  Monitoring Protocols
Type:  Website
Agency:  U.S. Geological Survey
Description:  

Sustainability Indicator:  
Topic:  Hydrogeologic Conceptual Model
Type:  Software
Agency:  U.S. Geological Survey
Description: