Phylogenetic classification of the world?s tropical forests
2018
anitha k | katrin boehning-gaese | tariq stevart | mark schulze | jean paul metzger | simone a. vieira | brad boyle | james grogan | felipe p. l. melo | rahmad zakaria | satish chandra garkoti | phourin chhang | christelle gonmadje | thiago metzker | asyraf mansor | eddie lenza de oliveira | jochen schoengart | jianwei tang | michael kessler | john williams | richard field | shin-ichiro aiba | eduardo a. pérez-garcía | sandra l. yap | susan g. laurance | faizah metali | jorge a. meave | d. mohandass | ida theilade | vincent p. medjibe | maria teresa f. piedade | plinio sist | jon lovett | timothy j. killeen | shauna-lee chai | andes rozak | lan qie | shengbin chen | ekananda paudel | meredith l. bastian | h. s. suresh | ed v. j. tanner | gerardo a. aymard c. | fabian brambach | victor adekunle | terry sunderland | jean-francois gillet | peter j. bellingham | rahayu sukri | jürgen homeier | kenneth j. feeley | ervan rutishauser | jeremy lindsell | johan van valkenburg | susan g. letcher | yves laumonier | serge wich | gemma rutten | eddy nurtjahy | jennifer s. powers | markus fischer | i. faridah hanum | ni putu diana mahayani | josé roberto rodrigues pinto | rama chandra prasad | kipiro damas | priya davidar | rodrigo muñoz | nikolay aguirre | kuswata kartawinata | n. parthasarathy | douglas sheil | thomas w. gillespie | marc parren | raman sukumar | david j. harris | selene báez | jean-philippe puyravaud | jurgi cristóbal-azkarate | saara j. dewalt | salomon aguilar | tsutomu enoki | anne mette lykke | alexandre f. souza | karl eichhorn | edward l. webb | andreas hemp | zhofre huberto aguirre mendoza | philippe saner | kalle ruokolainen | khalid rehman hakeem | donald r. drake | eduardo van den berg | natalia targhetta | carlos alfredo joly | iñigo granzow-de la cerda | eduardo schmidt eler | swapan kumar sarker | miguel a. munguía-rosas | elizabeth kearsley | rakan a. zahawi | giselda durigan | samir rolim | jose lozada | hoang van sam | rhett d. harrison | lourens poorter | john r. poulsen | joão roberto dos santos | marcio seiji suganuma | eizi suzuki | andy hector | adandé belarmain fandohan | florian wittmann | hazimah din | víctor arroyo-rodríguez | braulio santos | robert steinmetz | olle forshed | felipe z. saiter | indiana m. coronado | andrew r. marshall | khairil bin mahmud | michael j. lawes | tran van do | xiaobo yang | supriyadi | janet franklin | pia parolin | daniel l. kelly | aisha sultana | orlando rangel | pascal boeckx | nobuo imai | francesco rovero | m. shah hussain | susan wiser | onrizal | tereza sposito | daniel m. griffith | jorge ahumada | nina farwig | patrick a. jansen | jean-françois bastin | c. yves adou yao | john h. vandermeer | luciana f. alves | emanuel h. martin | andres avella | jonathan timberlake | guillermo ibarra-manríquez | rolando perez | wilson roberto spironello | shijo joseph | xinghui lu | sandra brown | hans verbeeck | axel dalberg poulsen | polyanna da conceição bispo | runguo zang | robert m. kooyman | campbell o. webb | heike culmsee | j. w. ferry slik | h. s. dattaraja | andreas ensslin | william f. laurance | jan reitsma | mohd. nizam mohd. said | márcio de morisson valeriano | christine b. schmitt | ulf pommer | ole reidar vetaas | robin l. chazdon | duncan thomas | marcelo tabarelli | timothy whitfeld | corneille ewango | diogo s. b. rocha | alvaro duque | queila souza garcia | francisco mora | darley calderado leal matos | frans bongers | george chuyong | francis q. brearley | patricia balvanera
Knowledge about the biogeographic affinities of the worlds tropical forests helps to better understand regional differences in forest structure, diversity, composition, and dynamics. Such understanding will enable anticipation of region-specific responses to global environmental change. Modern phylogenies, in combination with broad coverage of species inventory data, now allow for global biogeographic analyses that take species evolutionary distance into account. Here we present a classification of the worlds tropical forests based on their phylogenetic similarity. We identify five principal floristic regions and their floristic relationships: (i) Indo-Pacific, (ii) Subtropical, (iii) African, (iv) American, and (v) Dry forests. Our results do not support the traditional neo- versus paleotropical forest division but instead separate the combined American and African forests from their Indo-Pacific counterparts. We also find indications for the existence of a global dry forest region, with representatives in America, Africa, Madagascar, and India. Additionally, a northern-hemisphere Subtropical forest region was identified with representatives in Asia and America, providing support for a link between Asian and American northern-hemisphere forests
显示更多 [+] 显示较少 [-]J. W. Ferry Slik et al., 'Phylogenetic classification of the world?s tropical forests', Proceedings of the National Academy of Sciences, vol. 115(8), pp.1837-1842, Proceedings of the National Academy of Sciences, 2018
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