Introducing the OTT ecoN​ with SDI-12 Interface

Nutrient monitoring is becoming more important as time goes on – as human activity increases the natural amount of nitrate in water, plants, and organisms are more and more negatively affected. Current nutrient monitoring relies on low temporal frequency monitoring and spot-checking, which are vulnerable to uncertainties and less representative of the waterbody. They also aren’t equipped to measure episodic events, which are time-sensitive and unpredictable. Environmental monitoring is moving more towards continuous measurements, which allows for more effective prioritization of infrastructure investments. More data also means a better understanding of where to focus on data monitoring and conservation efforts. It is far...
Hydrology

Latest

Introducing the OTT ecoN​ with SDI-12 Interface

Nutrient monitoring is becoming more important as time goes on – as human activity increases the natural amount of nitrate in water, plants, and organisms are more and more negatively...
Hydrology
Bus in Offenburg mit Straßenwettersensor MARWIS

Pilot project: Bus with Mobile Sensor increases Road Safety

Winter services save lives. They use salt spreaders and snow plows to ensure safe roads as soon as the days get shorter and colder and detect the road condition with...
Meteorology
Waldbrände nahe einer Stadt in Kalifornien

Ceilometers Detect Wildfire Smoke From the U.S. West Coast Crossing the Ocean

2020 will go down in history not only as the year of COVID-19 but also of devastating wildfires. Their consequences reach out far. Harmful plume particles float over thousands of...
Meteorology

Comprehensive Application Matrix for Surface Water Quantity Monitoring

Our new Application Matrix guide takes a deep dive into each of these major surface water quantity use cases: View the guide to learn: Reasons for monitoring each application New...
Hydrology

Flood Warning Resources Compilation

Flood Warning Resources Compilation We compiled all our current information on flood prevention and flood warning for you. This central resource library contains webinar recordings, white papers, and practical selection...
Hydrology

Recordings of the OTT HydroMet Webinar Series 2020

When the COVID 19 outbreak prevented us from offering on-site training between April and June, we created a comprehensive and versatile live webinar program as an alternative. Topics included flood...
Hydrology

Reintroducing the OTT SVR 100

The Surface Velocity Radar OTT SVR 100 now comes with an integrated SDI-12 interface making it the ideal sensor to collect surface water velocity measurements. The OTT Surface Velocity Radar...
Hydrology

This selection guide eases your choice of a datalogger and telemetry method

Data loggers play a crucial role as the brain of a monitoring station, by storing data, calculating parameters, sending alarms, and more. And by using telemetry or remote communication to...
Hydrology

How to ensure real-time access to Antarctic tide data

One of the most important challenges, when designing monitoring facilities in remote locations, is resilience. Remote tide gauge systems operate in extremely harsh environments and require robust communications systems that...
Hydrology