About NDACC Lidar: Our Mission and Team
Most of us go about our day without ever thinking about the air above our heads. Yet high above the clouds, in the stratosphere, tiny changes are happening that shape our climate, our weather, and even our health. Much of that story is invisible to the naked eye — but not to lidar. At NDACC Lidar, we shine a light on that hidden world and share what we find with everyone.
Our Mission: Advancing Atmospheric Science Through Lidar
Our mission is simple to state and demanding to deliver: to support and communicate the science of atmospheric monitoring on a global scale. NDACC (the Network for the Detection of Atmospheric Composition Change) operates globally, with UK contributions from the University of Manchester and the Met Office. Together, these partners help track ozone depletion and the subtle shifts taking place in the stratosphere.
The Role of Lidar in NDACC
Lidar technology provides high-resolution vertical profiles of aerosols and ozone, essential for understanding climate change. Unlike instruments that sample only at ground level, lidar sends pulses of light upwards and reads what comes back, layer by layer. That is why NDACC stations around the world rely on it as a cornerstone measurement technique.
Ozone Monitoring and Stratospheric Research
UK scientists play a vital role in ozone monitoring and stratospheric research through NDACC. Their work helps answer pressing questions: Is the ozone layer recovering? How are aerosols moving through the upper atmosphere? What do these changes mean for the UK and beyond?
Collaborations with UK Scientists
Partnership is at the heart of what we do. The UK’s National Centre for Atmospheric Science (NCAS) collaborates with NDACC on lidar campaigns, and our links with the University of Manchester and the Met Office keep UK expertise firmly embedded in the international network.
Our Editorial Focus: Bringing Lidar Science to Life
Our blog exists to translate complex atmospheric data into stories that make sense to UK audiences — whether you are a student, a researcher, or simply curious about the sky above you.
Making Atmospheric Data Understandable
We take raw measurements and technical papers and turn them into clear, engaging articles. No jargon for its own sake — just honest explanations of what the numbers actually tell us.
Spotlight on UK Lidar Stations
We regularly feature UK-based campaigns and instruments. The Chilbolton Observatory in Hampshire hosts a key lidar system for atmospheric profiling, and it is one of the sites we follow closely.
Opinion and Analysis
Beyond the news, we offer informed commentary on where atmospheric science is heading, including:
- Developments in ozone monitoring and stratospheric research
- New lidar campaigns and their early results
- The wider policy and climate context for UK science
Our Team Approach: Collaborative and Informed
Our editorial team brings together scientists and communicators who believe good science deserves good storytelling. We draw on expertise from UK universities and research councils to deliver content you can trust.
Who We Are
We are writers, researchers, and atmospheric science enthusiasts working alongside the wider NDACC community. Every piece we publish reflects that shared knowledge base.
Our Editorial Process
Each article is researched, drafted, and reviewed for accuracy before it reaches you. Where data is cited, we point to its source so you can explore further.
Engaging with the UK Community
We welcome questions, corrections, and suggestions from readers across the UK. Science works best when it is a conversation, not a lecture.
At NDACC Lidar, we are committed to bridging the gap between lidar science and public understanding. Explore our resources, follow our coverage of UK stations and campaigns, and join the conversation about the atmosphere we all share.
FAQ
What is NDACC?
NDACC stands for the Network for the Detection of Atmospheric Composition Change. It is a global network of research stations and instruments, including lidar systems, that monitor the atmosphere. The UK contributes through the University of Manchester and the Met Office.
What does lidar actually measure?
Lidar provides high-resolution vertical profiles of aerosols and ozone, which are essential for understanding climate change. It works by sending light pulses into the atmosphere and analysing the returning signal.
Why is the Chilbolton Observatory important?
The Chilbolton Observatory in Hampshire hosts a key lidar system for atmospheric profiling, making it a valuable UK site within the wider NDACC effort.
Who writes the content on this blog?
Our editorial team of scientists and communicators produces every article, drawing on expertise from UK universities and research councils, and collaborating with partners such as NCAS.
How can I get involved?
You can follow our posts, share your feedback, and reach out with questions. We are always keen to hear from readers interested in atmospheric science and lidar research.