Publisher Correction: On the integration of collective motion and temporal synchrony in animal collectives [0.03%]
出版更正：动物群体中集体运动和时间同步的整合
Guy Amichay,Mate Nagy
Guy Amichay
Published Erratum
Movement ecology. 2025 Sep 19;13(1):63. DOI:10.1186/s40462-025-00596-9 2025
Inferring leader-follower dynamics in three shark species using acoustic telemetry data [0.03%]
基于声学遥测数据推断三种鲨鱼的领导-跟随动态
Nils Kreuter,Juan Fernández-Gracia,Víctor M Eguíluz et al.
Nils Kreuter et al.
Background: Understanding collective behaviours and interactions in sharks is still in its infancy. Although recent studies have revealed some social structures in several shark species, little is known about complex inte...
Wiggle and glide: fine-scale telemetry reveals unique diving strategies in benthic-foraging sea snakes [0.03%]
摇摆与滑行：细尺度追踪揭示底栖觅食海蛇独特的潜水策略
Shannon Coppersmith,Claire Goiran,Kate Laura Sanders et al.
Shannon Coppersmith et al.
Background: The efficient acquisition of two critical but spatially separated resources -food and oxygen- governs the daily movements and diving patterns of air-breathing aquatic animals. Unlike pinnipeds, turtles and sea...
Rest to roam: behavioural adaptations of tigers in anthropogenically altered landscapes [0.03%]
休养生息：受人为因素影响下的老虎行为适应性反应
Zehidul Hussain,William Kay,Luca Börger et al.
Zehidul Hussain et al.
Background: Large carnivores in human-dominated landscapes face significant risks from increased anthropogenic pressure, making it crucial to understand their movement behaviour for conservation strategies. ...
Wild pigs impact reproductive season movements and space use of wild turkeys [0.03%]
野猪影响火鸡的繁殖季节迁徙和活动范围
Travis E Stoakley,Stephen J Zenas,Vienna R Brown et al.
Travis E Stoakley et al.
Exploring potential environmental drivers of migration phenology in two Mongolian Plateau-nesting goose species [0.03%]
探究气候变化驱动蒙古高原 nesting gooses 迁徙时间变化的潜在机制
Junjian Zhang,Xianghuang Li,Xueqin Deng et al.
Junjian Zhang et al.
Background: Migratory phenology affects fitness and therefore plays a crucial role in the annual life cycle of migrants. Various indicators in relation to the migration patterns of Arctic nesting birds have been well stud...
Proactive and reactive movement behaviours shape the antipredator sequence in a large herbivore [0.03%]
主动和被动的行为模式塑造了大型食草动物的抗捕食行为序列
Charlotte Vanderlocht,Benjamin Robira,Andrea Corradini et al.
Charlotte Vanderlocht et al.
Background: Prey species can display antipredator movement behaviours to reduce predation risk, including proactive responses to chronic or predictable risk, and reactive responses to acute or unpredictable risk. Thus, at...
Identifying dispersal events of red foxes (Vulpes vulpes) using early warning signals [0.03%]
使用预警信号识别红狐(Vulpes vulpes)的传播事件
Felicitas Oehler,Janosch Arnold,Klaus Hackländer et al.
Felicitas Oehler et al.
Background: Many animals disperse to find their own territory, mates to reproduce or suitable environments to live. Dispersal can be described as a three-phase process consisting of two stationary phases (S1 and S2) at th...
What is a season to an oryx? Movement rates identify three seasons for scimitar-horned oryx reintroduced into their native range [0.03%]
如何定义回放归栖地的长角瞪羚的季节？基于动物迁移率的三种“季节”划分方法应用于撒哈拉以南的长角瞪羚种群中
Kristen Whyle,Katherine Mertes,Ricardo Pusey et al.
Kristen Whyle et al.
Background: Abundant evidence exists that mobile animals exhibit different movement behavior during different seasons, especially in landscapes with strong seasonal variation in climate and resource availability. Quantify...
Landscapes, habitat, and migratory behaviour: what drives the summer movements of a Northern viper? [0.03%]
景观、栖息地和迁徙行为：北方游蛇夏季迁移的影响因素是什么？
Chloe R Howarth,Christine A Bishop,Karl W Larsen
Chloe R Howarth
Background: Studies on movement behaviour and habitat use are central to understanding the ecology of migratory animals and play an important role in the conservation and management of these species. However, individuals'...