Distance decay 2.0 - A global synthesis of taxonomic and functional turnover in ecological communities.
Caio Graco-RozaSonja AarnioNerea AbregoAlicia T R AcostaJanne AlahuhtaJan AltmanClaudia AngioliniJukka AroviitaFabio AttorreLars Baastrup-SpohrJosé J Barrera-AlbaJonathan BelmakerIdoia BiurrunGianmaria BonariHelge BruelheideSabina BurrascanoMarta CarboniPedro CardosoJosé C CarvalhoGiuseppe CastaldelliMorten ChristensenGilsineia CorreaIwona DembiczJürgen DenglerJiří DoležalPatrícia DomingosTibor ErösCarlos Eduardo Leite FerreiraGoffredo FilibeckSergio Ricardo FloeterAlan M FriedlanderJohanna GammalAnna GavioliMartin M GossnerItai GranotRiccardo GuarinoCamilla GustafssonBrian HaydenSiwen HeJacob Heilmann-ClausenJani HeinoJohn T HunterVera L M HuszarMonika JanišováJenny Jyrkänkallio-MikkolaKimmo K KahilainenJulia KemppinenŁukasz KozubCarla KrukMichel KulbikiAnna KuzemkoPeter C le RouxAleksi LehikoinenDomênica Teixeira de LimaAngel Lopez-UrrutiaBalázs András LukácsMiska LuotoStefano MammolaMarcelo Manzi MarinhoLuciana S MenezesMarco MilardiMarcela MirandaGleyci A O MoserJoerg MuellerPekka NiittynenAlf M NorkkoArkadiusz NowakJean Pierre H B OmettoOtso OvaskainenGerhard E OverbeckFelipe S PachecoVirpi PajunenSalza PalpurinaFélix PicazoJuan Antonio CamposIván F RodilFrancesco Maria SabatiniShira SalingréMichele De SanctisAngel M SeguraLucia H S da SilvaZora D StevanovicGrzegorz SwachaAnette TeittinenKimmo T TolonenIoannis TsiripidisLeena VirtaBei-Xin WangJianjun WangWolfgang WeisserYuan XuJanne SoininenPublished in: Global ecology and biogeography : a journal of macroecology (2022)
In general, taxonomic distance decay is a useful tool for biogeographical research because it reflects dispersal-related factors in addition to species responses to climatic and environmental variables. Moreover, functional distance decay might be a cost-effective option for investigating community changes in heterogeneous environments.