How will the Demands of Hydrology Monitoring Change over time?

There are several growing challenges affecting the hydrology industry, from increasing sea levels and water scarcity to more frequent extreme weather events and urbanization. These trends create an increased demand for high intensity and continuous monitoring in order to reduce uncertainty in data.


As the need for continuous data grows, we anticipate several industry trends becoming all the more important in the new year. Our latest guide covers topics including remote communication, data redundancy, Python scripting, and robust software to highlight where the industry is headed and how to keep your hydrology monitoring networks up to date.

We also explore the following topics in-depth:

  • Top product highlights for 2021
  • Benefits of high-intensity monitoring
  • How to develop a seamlessly integrated monitoring system

 

Learn more about the future of hydrological monitoring in our free guide today.

You might also like these articles

LTE-M VS. 4G: ENSURING RELIABLE DATA TRANSMISSION

Telemetry Whitepaper LTE-M vs. 4G

The evolution of cellular technology has brought about various standards and categories; each tailored to specific use cases. Among these, LTE-M (also known as Cat M1) and standard 4G LTE...
Hydrology
what is MTBF and why it's important when choosing pyranometers

Built to Last: MTBF and the Enduring Legacy of Kipp & Zonen Pyranometers at HTW Saar

In the world of solar energy measurement, precision and reliability are non-negotiable. For around a century, Kipp & Zonen has set the benchmark in solar irradiance monitoring, and nothing illustrates...
Solar Energy

OTT Hydromet Devices Now Compliant with EN 18031-1:2024 Cybersecurity Standard

Kempten, July 2025 — As cybersecurity becomes a cornerstone of trust in connected technologies, OTT Hydromet is proud to announce that its connected hydrological and meteorological monitoring devices are now...
Product Updates Firmware Software