Anderson Karen, Gonzalez Felipe, Gaston Kevin J
Environment and Sustainability Institute, University of Exeter, Penryn, Cornwall, England, United Kingdom.
Robotics and Autonomous Systems, Queensland University of Technology, Brisbane, Queensland, Australia.
Bioscience. 2025 Jun 19;75(8):664-680. doi: 10.1093/biosci/biaf069. eCollection 2025 Aug.
A decade after our initial publication predicting that lightweight drones would revolutionize spatial ecology, drone technology has become firmly established in ecological studies. In the present article, we explore the key developments in ecological drone science since 2013, considering plant and animal ecology, imaging and nonimaging workflows, advances in data processing and operational ethics. Focusing on inexpensive, lightweight drones equipped with various sensors, we offer a critical evaluation of drone futures for ecologists, arguing that this could deliver opportunities for volumetric ecology to take flight. We discuss the potential future uses of drones in aerobiology and in understory and underground ecological studies and debate the future of multirobot cooperation from an ecological standpoint. We call on ecologists to engage critically with drone technology in this next phase of development.
在我们最初发表预测轻型无人机将彻底改变空间生态学的文章十年后,无人机技术已在生态研究中稳固确立。在本文中,我们探讨了自2013年以来生态无人机科学的关键发展,涵盖植物和动物生态学、成像和非成像工作流程、数据处理进展以及操作伦理。聚焦于配备各种传感器的廉价轻型无人机,我们对生态学家的无人机未来进行了批判性评估,认为这可为体积生态学的腾飞带来机遇。我们讨论了无人机在空气生物学以及林下和地下生态研究中的潜在未来用途,并从生态学角度辩论了多机器人合作的未来。我们呼吁生态学家在这一发展的下一阶段审慎地与无人机技术互动。