Case Studies
Environment
Water / rivers (Submersible)
The Tinytag range includes loggers which are specifically designed to withstand completely submerged conditions in applications such as river temperature monitoring and ocean current mapping.
Featured Case Studies
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Submersible data loggers monitor freshwater streams | Tinytag | Case Study
Freelance freshwater biologist, John Davy-Bowker, uses Tinytag Aquatic 2 data loggers in a long-term river monitoring project in Dorset. With three loggers each in two chalk streams, River Frome and River Piddle, John is able to accurately collect water temperature data and compare it to external water level data and macroinvertebrate samples.
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Tinytag data loggers monitor wastewater samples for South West Water | Tinytag Case Study
About 95% of the water that South West Water supplies to Devon, Cornwall and small areas of Dorset and Somerset comes back to them for treatment and disposal (South West Water: Code of Practice on our Wastewater Service). Once wastewater has been treated, it can be released back into the environment, providing it has been treated to safe and acceptable levels.
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Underwater data loggers record seawater temperatures in marine monitoring programme
Non-native species (also referred to as introduced species) are species which have been introduced to a new environment by human activity. Tinytag Aquatic 2 data loggers are used to monitor seawater temperatures to assess how temperatures affect non-native populations at Orkney, an archipelago off the coast of Scotland.
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Submersible Tinytags used in cave research
The Portuguese Speleological Society used waterproof Aquatic 2 data loggers to monitor water temperature in cave systems.
More Environment
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Weather/climate/seasonal (Outdoor)
Tinytags are accurate, robust and waterproof, and will function reliably whatever the outdoor conditions when monitoring weather patterns, seasonal variations and climate change.
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Wildlife (Research & Conservation)
Tinytag data loggers monitor the habitats of many different creatures worldwide. The robust devices with their high memory capacity can be left to monitor with minimum human intrusion.
