Category: Water Level Datalogging

Solinst Telemetry Helps Assess Drought Conditions In North Carolina

The Water Resources Division of North Carolina’s Department of Environmental Quality (NCDEQ) is responsible for protecting, enhancing, and managing North Carolina’s surface water and groundwater resources. More than half of North Carolina’s population receives its drinking water from aquifers. With a large amount of the state’s groundwater also being used for irrigation, livestock, mining, and… Continue Reading »

Bridging The Gap Between Solinst Leveloggers And IOS

For years, Solinst has offered convenient PC software for programming the Levelogger Series of dataloggers. Now, Apple® mobile users have another option! The Solinst Levelogger App can be downloaded to your Apple smart device. The streamlined App provides all the same, major programming options available as the Leveloggers PC Software – but right on your… Continue Reading »

Accounting For Altitude When Compensating Levelogger Data

As you know, Leveloggers measure total or absolute pressure. When submerged, they record a combination of atmospheric pressure and water pressure above their sensor. Because the intent of using Leveloggers is to obtain fluctuations in water pressure only, their data must be compensated for atmospheric effects. In order to achieve this, atmospheric… Continue Reading »

elk-county-hydrofracking

LTC Levelogger Junior Used To Monitor Hydrofracking In Elk County

The program includes the use of the Solinst LTC Levelogger Junior to monitor changes in water level, temperature, and conductivity in rivers and streams. Conductivity readings provide a general indication of the water quality, while the water level and temperature readings may be used to provide background information when any spikes or significant changes in conductivity readings are noticed. Continue Reading »

biofoul-screen

New Biofoul Screen For The Levelogger

The new Biofoul Screen is designed to fit onto the sensor end of any Levelogger model. The natural anti-fouling characteristics of copper protects the sensors from build-up of unwanted microorganisms, plants, algae, or organisms such as barnacles or mussels, which could affect the reliability of the sensor readings. Continue Reading »