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
Fieldwork and Technology

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.

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Bound by Coastlines: Genetics and the Hidden Structure of Mexico’s American Oystercatchers
American Oystercatchers along the coast of north-western Mexico inhabit a landscape shaped by strong site fidelity, where breeding populations remain closely tied to specific bays and shorelines despite their ability to travel long distances.© Rain Saulnier

Bound by Coastlines: Genetics and the Hidden Structure of Mexico’s American Oystercatchers

Genetic evidence from Mexico’s coastlines reveals that American Oystercatchers are far less mobile than they appear, shaped by loyalty to place and hidden evolutionary boundaries.
Evolution and Taxonomy
Gyorgy Szimuly

Gyorgy Szimuly
Cormorants: Evolutionary Failure or Underwater Mastermind?
A Spotted Shag demonstrates the streamlined form typical of shags. The same low-drag profile that supports agile flight also contributes to the precise underwater manoeuvrability seen across the cormorant family. © Jeremiah Trimble

Cormorants: Evolutionary Failure or Underwater Mastermind?

Cormorants are often labelled evolutionary misfits for having partially wettable feathers – hardly ideal for a diving bird. Their design is far from flawed. It is a finely tuned adaptation that reveals an unexpected path in the evolution of underwater hunting.
Evolution and Taxonomy
Gyorgy Szimuly

Gyorgy Szimuly