The uncertainty (or veracity) of that specific data and information is important to the confidence in the management decisions being made – decisions that affect communities, businesses, farmers and the natural environment
Can scientists and managers harness the power of the data and effectively turn it into the insight needed to make more informed water management decisions?
A Wellntel network is the perfect platform on which to design and implement local groundwater-monitoring programs and to enable local experts to identify and quantify groundwater droughts and to manage the impacts.
Groundwater-dependent growers should establish monitoring networks early in the water year to quantify saturated thickness before the growing season. A direct relation exists between the saturated thickness of an aquifer and the groundwater volume available for extraction constrained by regulation and/or principles of sustainability. Under natural conditions, the water table of an unconfined aquifer willContinue reading “Farmers should track aquifer saturated thickness to plan crops and irrigation”
In the late summer and early autumn of 2019, Texas experienced severe to extreme drought over portions of Central, Southern, and eastern West Texas Regions. That drought is captured in weekly map images provided by the United States Drought Monitor, through a partnership between the National Drought Mitigation Center at the University of Nebraska-Lincoln, theContinue reading “The 2019 Texas Drought – Water-Levels Observed in Pumping Wells”
Citizen science is increasingly crucial to sustainable resource management. A Community-Based Groundwater-Level Monitoring Network (Community Network) is a group of private wells – often pumping from the same local aquifer – in which groundwater level is measured regularly. The owners of these private wells – residential, industrial, agricultural – have made the decision to shareContinue reading “Community-Based Groundwater-Level Monitoring Networks”
California’s Sustainable Groundwater Management Act of 2014 (SGMA) requires that Groundwater Sustainability Agencies (GSAs) manage groundwater resources to avoid significant and unreasonable adverse impacts on beneficial uses of interconnected surface water1, 2. Surface Water Depletion is one of the six SGMA Sustainability Factors that GSAs and their Groundwater Sustainability Plans (GSPs) must consider and endeavorContinue reading “Network Design Critical To Revealing Groundwater and Surface Water Interactions”
Tagged water-level measurements provide greater insight into network aquifer characteristics and pumping activity
Wellntel systems collect detailed data on pumping activity, tagging these data to be useful in understanding the groundwater aquifer and the operational characteristics of network wells. Data Tagging The data that can be collected, tagged, and displayed in real time are: the water level in the well during each timed measurement – tagged as TimedContinue reading “Tagged water-level measurements provide greater insight into network aquifer characteristics and pumping activity”
The Wellntel Groundwater Information System provides a complete analytics platform – sensors, telemetry, and realtime analytics – that integrate real-time water-supply data with consumptive-use requirements to provide decision support for operational hydrology. As agricultural operations continue to expand in areas where available groundwater supplies are restricted either by lesser saturated thickness or by allocation limits,Continue reading “Irrigation Management is improved with realtime groundwater-level monitoring”
The Comal Trinity Groundwater Conservation District is employing Wellntel technology to create a cost-effective and powerful groundwater-monitoring network that will greatly increase hydrogeologic understanding and science-based resource management. Their network build-out began in October 2018 with 4 wells, scaling to 10 in early 2019. “The plan to establish monitoring wells in the Trinity Aquifer hasContinue reading “Pumping Influence In Central Texas Trinity Aquifer Revealed In Real Time”
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