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<p>Studies reporting shifts in species distributions may be biased by sampling choices, which can either exaggerate or underestimate range responses to various global changes. Here we demonstrate a geometric bias favouring sampling along latitude, which increases the likelihood of observing latitudinal range shifts as expected under climate warming. A global bias towards studying species redistributions preferentially along warming gradients may veil the true direction and magnitude of range shifts.</p>

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Global bias towards recording latitudinal range shifts

  • 期刊论文

  • 发表日期：

    2025年11月21日

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  • Pieter Sanczuk,
  • Jonathan Lenoir,
  • Pierre Denelle,
  • Sabine B. Rumpf,
  • Jeremy Borderieux,
  • Costanza Geppert,
  • Brunno F. Oliveira,
  • Ingmar R. Staude

摘要

Studies reporting shifts in species distributions may be biased by sampling choices, which can either exaggerate or underestimate range responses to various global changes. Here we demonstrate a geometric bias favouring sampling along latitude, which increases the likelihood of observing latitudinal range shifts as expected under climate warming. A global bias towards studying species redistributions preferentially along warming gradients may veil the true direction and magnitude of range shifts.