Automating the Count: Advances in AI-Based Seabird Monitoring
Endemic to New Zealand’s subantarctic islands, the Salvin’s Albatross is helping to redefine how seabird populations are counted. © Paul Brooks

Automating the Count: Advances in AI-Based Seabird Monitoring

High cliffs, cold winds, and narrow weather windows once defined the limits of seabird science. Now, drones and artificial intelligence are extending our reach — and changing what it means to count a colony.


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Real-Time, Real Impact: Revolutionary Bird Tracking with Interrex’s UBILINK
A Northern Lapwing is being carefully processed for research before release. Studies like this provide vital data on migration and survival. © Eunbi Kwon, Department of Ornithology, Max Planck Institute for Biological Intelligence

Real-Time, Real Impact: Revolutionary Bird Tracking with Interrex’s UBILINK

Satellite technology is evolving fast – Interrex’s UBILINK system offers a game-changing solution for high-resolution, remote wildlife tracking.


The Ornithologist

The Ornithologist

World Curlew Day: The Long Decline of Curlews, Now Fully Understood
Far Eastern Curlew (Numenius madagascariensis) occupying a landscape under pressure, mirroring a wider pattern in which curlews endure but rarely recover despite increasing clarity around their decline © Brendan Tucker

World Curlew Day: The Long Decline of Curlews, Now Fully Understood

Curlews are not disappearing unnoticed. The causes of their decline are now well understood, yet across flyways and landscapes, recovery remains limited and uneven — raising a harder question about the scale and persistence of our response.


Gyorgy Szimuly

Gyorgy Szimuly

What Do Shearwaters Eat? Uncovering a Mediterranean Food Web
The Mediterranean endemic, Yelkouan Shearwater, relies heavily on small pelagic fish such as anchovies and mackerel, linking its fortunes closely to the region’s marine food web. © Jessica Joachim

What Do Shearwaters Eat? Uncovering a Mediterranean Food Web

DNA metabarcoding and stable isotope analysis reveal how two Mediterranean shearwaters share the same prey — and what that overlap tells us about life in a changing marine ecosystem.


Gyorgy Szimuly

Gyorgy Szimuly

Evolution or Plasticity? What the Hermit Thrush Reveals About Climate Change
Long regarded as stable, the Hermit Thrush now reveals how environmental change can leave measurable imprints on form and function. © Mark Daly

Evolution or Plasticity? What the Hermit Thrush Reveals About Climate Change

Over four decades, a familiar North American songbird has grown smaller. But genomic evidence reveals that not all of these changes are evolutionary – some may simply reflect the remarkable plasticity of living organisms in a warming world.


Gyorgy Szimuly

Gyorgy Szimuly

Fabricated Birds: AI and the Future of Ornithology
AI-generated image. A Shoebill (Balaeniceps rex) in papyrus habitat. The bird depicted here does not exist – a reminder that in the age of generative imagery, realism is no longer proof of presence. Image created by Daniel Szimuly/The Ornithologist. All rights reserved.

Fabricated Birds: AI and the Future of Ornithology

When we generated a Shoebill that never existed, the realism was flawless – and unsettling. In an age where synthetic plausibility becomes effortless, ornithology must reconsider what authenticity means and how it is protected.


Gyorgy Szimuly

Gyorgy Szimuly