45 research outputs found
A guide for the use of fNIRS in microcephaly associated to congenital Zika virus infection
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 29/09/2021
- Field of study
Evaluating the effectiveness of the customized Unna boot when treating patients with venous ulcers*
- Author
- Abbade LPF
- Adriana Rodrigues dos Anjos Mendonça
- Aguiar ET
- Bajay HM
- Baptista CMC
- Bergonse FN
- Borges EL
- Borges EL
- Borges EL
- Bruna Suelen Raymundo Luz
- Cordts PR
- Cristina Souza Araujo
- Cullum N
- Dealey C
- Dênia Amélia Novato Castelli Von Atzingen
- Ferreira AM
- Frade MAC
- Freitas MAS
- Guest M
- Guimarães Barbosa JA
- Koksal C
- Lopes AR
- Maffei FHA
- Magalhães MN
- Marcos Mesquita Filho
- Mauricéia Lins de Medeiros
- Moreira JW
- Neter J
- Orosco SS
- Partsch H
- Vowden K
- Yamada BFA
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Biased-corrected richness estimates for the Amazonian tree flora
- Author
- Ahuite Reategui MA
- Albuquerque BW
- Alexiades MN
- Alonso A
- Amaral IL
- Andrade A
- Araujo-Murakami A
- Arroyo L
- Assis RL
- Aymard C. GA
- Baider C
- Baker TR
- Balslev H
- Baraloto C
- Barbosa EM
- Barbosa FR
- Barlow J
- Berenguer E
- Brienen R
- Bánki OS
- Camargo JL
- Cano A
- Carrero Márquez YA
- Carvalho FA
- Casas LF
- Castaño Arboleda N
- Castellanos H
- Castilho CV
- Casula KR
- Cerón C
- Chave J
- Cintra BBL
- Comiskey JA
- Cornejo Valverde F
- Correa DF
- Costa FRC
- Costa JBP
- Cárdenas López D
- Cárdenas S
- da Silva Guimarães JR
- Dallmeier F
- Daly D
- Damasco G
- de Aguiar DPP
- de Andrade Lima Filho D
- de Andrade Miranda IP
- de Jesus Rodrigues D
- de Jesus Veiga Carim M
- de Leão Novo EMM
- de Lima RAF
- de Matos Bonates LC
- de Medeiros MB
- de Oliveira EA
- de Queiroz HL
- de Sousa Farias E
- de Souza Coelho L
- de Souza FC
- de Sá Carpanedo R
- de Toledo JJ
- Demarchi LO
- Dexter KG
- Di Fiore A
- Dionízia de Almeida Matos F
- do Amaral DD
- Doza HPD
- Draper F
- Duivenvoorden JF
- Duque A
- Dávila N
- Engel J
- Farfan-Rios W
- Farfan-Rios W
- Feeley KJ
- Feitosa YO
- Feldpausch TR
- Ferreira C
- Ferreira J
- Ferreira LV
- Fine PVA
- Flores BM
- Fonty É
- Fuentes A
- Galbraith D
- Gamarra LV
- Garcia-Cabrera K
- García-Villacorta R
- Gomes VHF
- Gonzales GPG
- Gonzales T
- Gribel R
- Guedes MC
- Guevara JE
- Gómez RZ
- Henkel TW
- Hernandez L
- Hilário RR
- Hoffman B
- Holmgren M
- Honorio Coronado EN
- Huamantupa-Chuquimaco I
- Irume MV
- Jimenez EM
- Junqueira AB
- Kalamandeen M
- Killeen TJ
- Klitgaard B
- Laurance SGW
- Laurance WF
- Levesley A
- Licona JC
- Linares-Palomino R
- Lloyd J
- Lopes A
- Lopes MA
- Lozada JR
- Luize BG
- Maas P
- Magalhães JLL
- Magnusson WE
- Malhi Y
- Manzatto AG
- Marimon BS
- Marimon-Junior BH
- Melgaço K
- Mendoza C
- Mesones I
- Milliken W
- Mogollón HF
- Molino J-F
- Monteagudo Mendoza A
- Montero JC
- Mostacedo B
- Nascimento HEM
- Nascimento MT
- Neill D
- Noronha JC
- Núñez Vargas P
- Oliveira AA
- Palacios Cuenca W
- Pansini S
- Pansonato MP
- Paredes MR
- Pauletto D
- Pena JLM
- Pennington T
- Peres CA
- Petronelli P
- Peñuela Mora MC
- Phillips JF
- Phillips OL
- Pickavance G
- Piedade MTF
- Pinto LFM
- Pires Martins M
- Pitman NCA
- Pos E
- Prado PI
- Prieto A
- Quaresma A
- Ramirez Arevalo F
- Ramirez-Angulo H
- Ramos JF
- Reis NFC
- Revilla JDC
- Rincón LM
- Rivas-Torres G
- Rocha M
- Rudas A
- Ruschel AR
- Sabatier D
- Salomão RP
- Sampaio AF
- Schietti J
- Schöngart J
- Scudeller VV
- Sierra R
- Silman MR
- Silva N
- Silva TSF
- Silveira M
- Simon MF
- Sousa TR
- Stevenson PR
- Stropp J
- Tello JS
- ter Steege H
- Terborgh J
- Thomas R
- Tirado M
- Torres-Lezama A
- Umaña MN
- Urrego Giraldo LE
- Valderrama Sandoval EH
- van Andel TR
- van der Heijden G
- Vasquez R
- Vela CIA
- Venticinque EM
- Vicentini A
- Vieira ICG
- Vilanova Torre E
- Villa B
- Villarroel D
- von Hildebrand P
- Vos VA
- Vriesendorp C
- Wang O
- Wittmann F
- Young KR
- Zagt R
- Zartman CE
- Zent EL
- Zent S
- Publication venue
- Nature Research
- Publication date
- 01/01/2020
- Field of study
Amazonian forests are extraordinarily diverse, but the estimated species richness is very much debated. Here, we apply an ensemble of parametric estimators and a novel technique that includes conspecific spatial aggregation to an extended database of forest plots with up-to-date taxonomy. We show that the species abundance distribution of Amazonia is best approximated by a logseries with aggregated individuals, where aggregation increases with rarity. By averaging several methods to estimate total richness, we confirm that over 15,000 tree species are expected to occur in Amazonia. We also show that using ten times the number of plots would result in an increase to just ~50% of those 15,000 estimated species. To get a more complete sample of all tree species, rigorous field campaigns may be needed but the number of trees in Amazonia will remain an estimate for years to come
The prostate after castration and hormone replacement in a rat model: structural and ultrastructural analysis
- Author
- Alexandre F. Miranda
- Araujo AB
- Arthur G
- Aumüller G
- Babinski MA
- Bauman TM
- Bianca M. Gregório
- Bianchi-Frias D
- Boyle P
- Bruchovsky N
- Bruno Felix-Patrício
- Callies F
- Carla B. M. Gallo
- Carvalho CA
- Christ-Crain M
- Costa WS
- Dandona P
- de Carvalho HF
- de Carvalho HF
- de Souza DB
- de Souza DB
- Diogo B. de Souza
- Felix-Patrício B
- Francisco J. B. Sampaio
- Fritz FJ
- Gallo CB
- Gooren LJ
- Guhl S
- Gupta RK
- Góes RM
- Hammel I
- Hempel HA
- Jorge L. Medeiros Jr.
- Justulin Jr LA
- Juyena NS
- Kim JH
- Manaia JH
- Mayo JC
- Miranda AF
- Montes GS
- Morrison C
- Mulligan T
- Ohtani O
- Papadoukakis S
- Pastuszak AW
- Prins GS
- Rhoden EL
- Rodríguez-Martínez H
- Roy-Burman P
- Scarano WR
- Sena Ade S
- Simões M
- Surampudi PN
- Taverna G
- Vargas RA
- Vilamaior PS
- Vilamaior PS
- Waldemar S. Costa
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Guidelines for the use and interpretation of assays for monitoring autophagy (4th edition)1.
- Author
- Abdel-Aziz AK
- Abdelfatah S
- Abdellatif M
- Abdoli A
- Abel S
- Abeliovich H
- Abildgaard MH
- Abudu YP
- Acevedo-Arozena A
- Adamopoulos IE
- Adeli K
- Adolph TE
- Adornetto A
- Aflaki E
- Agam G
- Agarwal A
- Aggarwal BB
- Agnello M
- Agostinis P
- Agrewala JN
- Agrotis A
- Aguilar PV
- Ahmad ST
- Ahmed ZM
- Ahumada-Castro U
- Aits S
- Aizawa S
- Akkoc Y
- Akoumianaki T
- Akpinar HA
- Al-Abd AM
- Al-Akra L
- Al-Gharaibeh A
- Alaoui-Jamali MA
- Alberti S
- Alcocer-Gómez E
- Alessandri C
- Ali M
- Alim Al-Bari MA
- Aliwaini S
- Alizadeh J
- Almacellas E
- Almasan A
- Alonso A
- Alonso GD
- Altan-Bonnet N
- Altieri DC
- Alves da Costa C
- Alves S
- Alzaharna MM
- Amadio M
- Amantini C
- Amaral C
- Ambrosio S
- Amer AO
- Ammanathan V
- An Z
- Andersen SU
- Andrabi SA
- Andrade-Silva M
- Andres AM
- Angelini S
- Ann D
- Anozie UC
- Ansari MY
- Antas P
- Antebi A
- Antón Z
- Anwar T
- Apetoh L
- Apostolova N
- Araki T
- Araki Y
- Arasaki K
- Araya J
- Araújo WL
- Arden C
- Arguelles S
- Arias E
- Arikkath J
- Arimoto H
- Ariosa AR
- Armstrong-James D
- Arnauné-Pelloquin L
- Aroca A
- Arroyo DS
- Arsov I
- Artero R
- Arévalo M-A
- Asaro DML
- Aschner M
- Ashrafizadeh M
- Ashur-Fabian O
- Atanasov AG
- Au AK
- Auberger P
- Auner HW
- Aurelian L
- Autelli R
- Avagliano L
- Aveic S
- Aveleira CA
- Avin-Wittenberg T
- Aydin Y
- Ayton S
- Ayyadevara S
- Azzopardi M
- Baba M
- Backer JM
- Backues SK
- Bae D-H
- Bae O-N
- Bae SH
- Baehrecke EH
- Baek A
- Baek S-H
- Baek SH
- Bagetta G
- Bagniewska-Zadworna A
- Bai H
- Bai J
- Bai X
- Bai Y
- Bairagi N
- Baksi S
- Balazadeh S
- Balbi T
- Baldari CT
- Balduini W
- Ballabio A
- Ballester M
- Balzan R
- Bandopadhyay R
- Banerjee S
- Banerjee S
- Bao Y
- Baptista MS
- Baracca A
- Barbati C
- Bargiela A
- Barilà D
- Barlow PG
- Barmada SJ
- Barreiro E
- Barreto GE
- Bartek J
- Bartel B
- Bartolome A
- Barve GR
- Basagoudanavar SH
- Bassham DC
- Bast RC
- Basu A
- Batoko H
- Batten I
- Baulieu EE
- Baumgarner BL
- Bayry J
- Beale R
- Beau I
- Beaumatin F
- Bechara LRG
- Beck GR
- Beers MF
- Begun J
- Behl C
- Behrends C
- Behrens GMN
- Bei R
- Bejarano E
- Bel S
- Belaid A
- Belgareh-Touzé N
- Bellarosa C
- Belleudi F
- Bello-Morales R
- Belló Pérez M
- Beltran JSDO
- Beltran S
- Benbrook DM
- Bendorius M
- Benitez BA
- Benito-Cuesta I
- Bensalem J
- Berchtold MW
- Berezowska S
- Bergamaschi D
- Bergami M
- Bergmann A
- Berliocchi L
- Berlioz-Torrent C
- Bernard A
- Berthoux L
- Besirli CG
- Besteiro S
- Betin VM
- Beyaert R
- Bezbradica JS
- Bhaskar K
- Bhatia-Kissova I
- Bhattacharya R
- Bhattacharya S
- Bhattacharyya S
- Bhuiyan MS
- Bhutia SK
- Bi L
- Bi X
- Biden TJ
- Bijian K
- Billes VA
- Binart N
- Bincoletto C
- Birgisdottir AB
- Bjorkoy G
- Blanco G
- Blas-Garcia A
- Blasiak J
- Blomgran R
- Blomgren K
- Blum JS
- Boada-Romero E
- Boban M
- Boesze-Battaglia K
- Boeuf P
- Boland B
- Bomont P
- Bonaldo P
- Bonam SR
- Bonfili L
- Bonifacino JS
- Boone BA
- Bootman MD
- Bordi M
- Borner C
- Bornhauser BC
- Borthakur G
- Bosch J
- Bose S
- Botana LM
- Botas J
- Boulanger CM
- Boulton ME
- Bourdenx M
- Bourgeois B
- Bourke NM
- Bousquet G
- Boya P
- Bozhkov PV
- Bozi LHM
- Bozkurt TO
- Brackney DE
- Brand-Saberi B
- Brandts CH
- Braun RJ
- Braus GH
- Bravo-Sagua R
- Bravo-San Pedro JM
- Brest P
- Bringer M-A
- Briones-Herrera A
- Broaddus VC
- Brodersen P
- Brodsky JL
- Brody SL
- Bronson PG
- Bronstein JM
- Brown CN
- Brown RE
- Brum PC
- Brumell JH
- Brunetti-Pierri N
- Bruno D
- Bryson-Richardson RJ
- Bucci C
- Buch S
- Buchan JR
- Buchrieser C
- Buckingham EM
- Budak H
- Budini M
- Bueno M
- Buitrago-Molina LE
- Bultynck G
- Burada F
- Buraschi S
- Burgoyne JR
- Burón MI
- Bustos V
- Butturini E
- Byrd A
- Bánréti Á
- Büttner S
- Cabas I
- Cabrera-Benitez S
- Cadwell K
- Cai J
- Cai L
- Cai Q
- Cairó M
- Calbet JA
- Caldwell GA
- Caldwell KA
- Call JA
- Calvani R
- Calvo AC
- Calvo-Rubio Barrera M
- Camara NO
- Camonis JH
- Camougrand N
- Campanella M
- Campbell EM
- Campbell-Valois F-X
- Campello S
- Campesi I
- Campos JC
- Camuzard O
- Cancino J
- Candido de Almeida D
- Canesi L
- Caniggia I
- Canonico B
- Cantí C
- Cao B
- Caraglia M
- Caramés B
- Carchman EH
- Cardenal-Muñoz E
- Cardenas C
- Cardenas L
- Cardoso SM
- Carew JS
- Carle GF
- Carleton G
- Carloni S
- Carmona-Gutierrez D
- Carneiro LA
- Carnevali O
- Carosi JM
- Carra S
- Carrier A
- Carrier L
- Carroll B
- Carter AB
- Carvalho AN
- Casanova M
- Casas C
- Casas J
- Cassioli C
- Castillo EF
- Castillo K
- Castillo-Lluva S
- Castoldi F
- Castori M
- Castro AF
- Castro-Caldas M
- Castro-Hernandez J
- Castro-Obregon S
- Catz SD
- Cavadas C
- Cavaliere F
- Cavallini G
- Cavinato M
- Cayuela ML
- Cebollada Rica P
- Cecarini V
- Cecconi F
- Cechowska-Pasko M
- Cenci S
- Ceperuelo-Mallafré V
- Cerqueira JJ
- Cerutti JM
- Cervia D
- Cetintas VB
- Cetrullo S
- Chae H-J
- Chagin AS
- Chai C-Y
- Chakrabarti G
- Chakrabarti O
- Chakraborty T
- Chakraborty T
- Chami M
- Chamilos G
- Chan DW
- Chan ED
- Chan EYW
- Chan H
- Chan HH
- Chan HYE
- Chan MTV
- Chan YS
- Chandra PK
- Chang C
- Chang C-P
- Chang H-C
- Chang K
- Chao J
- Chapman T
- Charlet-Berguerand N
- Chatterjee S
- Chaube SK
- Chaudhary A
- Chauhan S
- Chaum E
- Checler F
- Cheetham ME
- Chen C-S
- Chen G-C
- Chen J-F
- Chen L
- Chen L
- Chen LL
- Chen M
- Chen M-K
- Chen N
- Chen Q
- Chen R-H
- Chen S
- Chen W
- Chen W
- Chen X
- Chen X-M
- Chen X-W
- Chen Y
- Chen Y
- Chen Y
- Chen Y-G
- Chen Y-J
- Chen Y-Q
- Chen Z
- Chen Z
- Chen Z
- Chen Z-H
- Chen ZJ
- Chen ZS
- Cheng H
- Cheng J
- Cheng S-Y
- Cheng W
- Cheng X
- Cheng X-T
- Cheng Y
- Cheng Z
- Cheong H
- Cheong JK
- Chernyak BV
- Cherry S
- Cheung CFR
- Cheung CHA
- Cheung K-H
- Chevet E
- Chi RJ
- Chiang AKS
- Chiaradonna F
- Chiarelli R
- Chiariello M
- Chica N
- Chiocca S
- Chiong M
- Chiou S-H
- Chiramel AI
- Chiurchiù V
- Cho D-H
- Choe S-K
- Choi AMK
- Choi ME
- Choudhury KR
- Chow NS
- Chu CT
- Chua JJE
- Chua JP
- Chung H
- Chung KP
- Chung S
- Chung S-H
- Chung Y-L
- Cianfanelli V
- Ciechomska IA
- Cifuentes M
- Cinque L
- Cirak S
- Cirone M
- Clague MJ
- Clarke R
- Clementi E
- Coccia EM
- Codogno P
- Cohen E
- Cohen MM
- Colasanti T
- Colasuonno F
- Colbert RA
- Colell A
- Coll NS
- Collins MO
- Colombo MI
- Colón-Ramos DA
- Combaret L
- Comincini S
- Cominetti MR
- Consiglio A
- Conte A
- Conti F
- Contu VR
- Cookson MR
- Coombs KM
- Coppens I
- Corasaniti MT
- Cordes N
- Corkery DP
- Cortese K
- Costa MDC
- Costantino S
- Costelli P
- Coto-Montes A
- Crack PJ
- Crespo JL
- Criollo A
- Crippa V
- Cristofani R
- Csizmadia T
- Cuadrado A
- Cui B
- Cui J
- Cui Y
- Cui Y
- Culetto E
- Cumino AC
- Cybulsky AV
- Czaja MJ
- Czuczwar SJ
- D'Adamo S
- D'Amelio M
- D'Arcangelo D
- D'Lugos AC
- D'Orazi G
- da Silva JA
- Dafsari HS
- Dagda RK
- Dagdas Y
- Daglia M
- Dai X
- Dai Y
- Dai Y
- Dal Col J
- Dalhaimer P
- Dalla Valle L
- Dallenga T
- Dalmasso G
- Damme M
- Dando I
- Dantuma NP
- Darling AL
- Das H
- Dasarathy S
- Dasari SK
- Dash S
- Daumke O
- Dauphinee AN
- Davies JS
- Davis RJ
- Davis T
- Dayalan Naidu S
- De Amicis F
- De Bosscher K
- De Felice F
- De Franceschi L
- De Leonibus C
- de Mattos Barbosa MG
- De Meyer GRY
- De Milito A
- De Nunzio C
- De Palma C
- De Santi M
- De Virgilio C
- De Zio D
- Debnath J
- DeBosch BJ
- Decuypere J-P
- Deehan MA
- Deflorian G
- DeGregori J
- Dehay B
- Del Rio G
- Delaney JR
- Delbridge LMD
- Delorme-Axford E
- Delpino MV
- Demarchi F
- Dembitz V
- Demers ND
- Deng H
- Deng Z
- Dengjel J
- Dent P
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- DePamphilis ML
- Der CJ
- Deretic V
- Descoteaux A
- Devis L
- Devkota S
- Devuyst O
- Dewson G
- Dharmasivam M
- Dhiman R
- di Bernardo D
- Di Cristina M
- Di Domenico F
- Di Fazio P
- Di Fonzo A
- Di Guardo G
- Di Guglielmo GM
- Di Leo L
- Di Malta C
- Di Nardo A
- Di Rienzo M
- Di Sano F
- Diallinas G
- Diao J
- Diaz-Araya G
- Dickinson JM
- Diederich M
- Dieudé M
- Dikic I
- Ding S
- Ding W-X
- Dini L
- Dinic M
- Dinić J
- Dinkova-Kostova AT
- Dionne MS
- Distler JHW
- Diwan A
- Dixon IMC
- Djavaheri-Mergny M
- Dobrinski I
- Dobrovinskaya O
- Dobrowolski R
- Dobson RCJ
- Dokmeci Emre S
- Donadelli M
- Dong B
- Dong X
- Dong XC
- Dong Z
- Dorn Ii GW
- Dotsch V
- Dou H
- Dou J
- Dowaidar M
- Dridi S
- Drucker L
- du Toit A
- Du A
- Du C
- Du G
- Du H-N
- Du L-L
- Duan S-B
- Duan X
- Duarte SP
- Dubrovska A
- Dunlop EA
- Dupont N
- Durán RV
- Dwarakanath BS
- Dyshlovoy SA
- Dávila VA
- Díaz-Laviada I
- Ebrahimi-Fakhari D
- Eckhart L
- Edelstein CL
- Efferth T
- Eftekharpour E
- Eichinger L
- Eid N
- Eisenberg T
- Eissa NT
- Eissa S
- Ejarque M
- El Andaloussi A
- El-Hage N
- El-Naggar S
- El-Shafey ES
- Eleuteri AM
- Elgendy M
- Eliopoulos AG
- Elizalde MM
- Elks PM
- Elsasser H-P
- Elsherbiny ES
- Emerling BM
- Emre NCT
- Eng CH
- Engedal N
- Engelbrecht A-M
- Engelsen AST
- Enserink JM
- Escalante R
- Esclatine A
- Escobar-Henriques M
- Eskelinen E-L
- Espert L
- Eusebio M-O
- Fabrias G
- Fabrizi C
- Facchiano A
- Facchiano F
- Fadeel B
- Fader C
- Faesen AC
- Fairlie WD
- Falcó A
- Falkenburger BH
- Fan D
- Fan J
- Fan Y
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- Farfel-Becker T
- Faure M
- Fazeli G
- Fedele AO
- Feldman AM
- Feng D
- Feng J
- Feng L
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- Fenz Araujo T
- Ferguson TA
- Fernandez-Checa JC
- Fernie AR
- Fernández ÁF
- Fernández-Veledo S
- Ferrante AW
- Ferraresi A
- Ferrari MF
- Ferreira JCB
- Ferro-Novick S
- Figueras A
- Filadi R
- Filigheddu N
- Filippi-Chiela E
- Filomeni G
- Fimia GM
- Fineschi V
- Finetti F
- Finkbeiner S
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- Fisher PB
- Flamigni F
- Fliesler SJ
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- Florance I
- Florey O
- Florio T
- Fodor E
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- Fon EA
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- Galadari S
- Galasso A
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- Gallolu Kankanamalage S
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- Álvarez ÉMC
- Ávalos Y
- Önal G
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- Čolić M
- Đokić J
- Žerovnik E
- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2021
- Field of study
In 2008, we published the first set of guidelines for standardizing research in autophagy. Since then, this topic has received increasing attention, and many scientists have entered the field. Our knowledge base and relevant new technologies have also been expanding. Thus, it is important to formulate on a regular basis updated guidelines for monitoring autophagy in different organisms. Despite numerous reviews, there continues to be confusion regarding acceptable methods to evaluate autophagy, especially in multicellular eukaryotes. Here, we present a set of guidelines for investigators to select and interpret methods to examine autophagy and related processes, and for reviewers to provide realistic and reasonable critiques of reports that are focused on these processes. These guidelines are not meant to be a dogmatic set of rules, because the appropriateness of any assay largely depends on the question being asked and the system being used. Moreover, no individual assay is perfect for every situation, calling for the use of multiple techniques to properly monitor autophagy in each experimental setting. Finally, several core components of the autophagy machinery have been implicated in distinct autophagic processes (canonical and noncanonical autophagy), implying that genetic approaches to block autophagy should rely on targeting two or more autophagy-related genes that ideally participate in distinct steps of the pathway. Along similar lines, because multiple proteins involved in autophagy also regulate other cellular pathways including apoptosis, not all of them can be used as a specific marker for bona fide autophagic responses. Here, we critically discuss current methods of assessing autophagy and the information they can, or cannot, provide. Our ultimate goal is to encourage intellectual and technical innovation in the field
Guidelines for the use and interpretation of assays for monitoring autophagy (4th edition)
- Author
- A. -G. Wu
- A. C. Ma
- A. K. Au
- Abdel-Aziz A. K.
- Abdelfatah S.
- Abdellatif M.
- Abdoli A.
- Abel S.
- Abeliovich H.
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- Adamopoulos I. E.
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- Al-Abd A. M.
- Al-Akra L.
- Al-Gharaibeh A.
- Alaoui-Jamali M. A.
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- Publication venue
- 'Informa UK Limited'
- Publication date
- 01/01/2021
- Field of study
Geographic patterns of tree dispersal modes in Amazonia and their ecological correlates
- Author
- Aguiar DPP
- Albuquerque BW
- Alexiades MN
- Alonso A
- Andrade A
- Araujo‐Murakami A
- Arboleda NC
- Arevalo FR
- Arroyo L
- Assis RL
- Baider C
- Baker TR
- Balslev H
- Baraloto C
- Barbosa EM
- Barbosa FR
- Barlow J
- Berenguer E
- Brienen R
- Bánki OS
- C. GAA
- Camargo JL
- Campelo W
- Cano A
- Carvalho FA
- Casas LF
- Castellanos H
- Castilho CV
- Casula KR
- Cerón C
- Chave J
- Cintra BBL
- Comiskey JA
- Coronado ENH
- Correa DF
- Costa FRC
- Costa JBP
- Cuenca WP
- Cárdenas S
- da Silva Guimarães JR
- Dallmeier F
- Daly D
- Damasco G
- de Almeida Matos FD
- de Andrade Lima Filho D
- de Andrade Miranda IP
- de Jesus Rodrigues D
- de Jesus Veiga Carim M
- de Leão Novo EMM
- de Matos Bonates LC
- de Medeiros MB
- de Oliveira Pereira L
- de Queiroz HL
- de Sousa Farias E
- de Souza Coelho L
- de Sá Carpanedo R
- Demarchi LO
- Di Fiore A
- do Amaral DD
- do Amaral IL
- Doza HPD
- Draper FC
- Duivenvoorden JF
- Durgante FM
- Dávila N
- Engel J
- Farfan‐Rios W
- Feeley KJ
- Feitosa YO
- Feldpausch TR
- Ferreira C
- Ferreira J
- Ferreira LV
- Fine PVA
- Flores BM
- Fonty É
- Fuentes A
- Galbraith D
- Gamarra LV
- Garcia‐Cabrera K
- García‐Villacorta R
- Giraldo LEU
- Gomes VHF
- Gonzales GPG
- Gonzales T
- Gribel R
- Guedes MC
- Guevara JE
- Gómez RZ
- Heijden G
- Henkel TW
- Hernandez L
- Hildebrand P
- Hilário RR
- Hoffman B
- Holmgren M
- Householder JE
- Huamantupa‐Chuquimaco I
- Irume MV
- Jimenez EM
- Junqueira AB
- Kalamandeen M
- Killeen TJ
- Klitgaard B
- Laurance SGW
- Laurance WF
- Licona JC
- Linares‐Palomino R
- Lopes A
- Lopes MA
- Lozada JR
- Luize BG
- López DC
- Maas P
- Magalhães JLL
- Magnusson WE
- Malhi Y
- Manzatto AG
- Marimon BS
- Marimon‐Junior BH
- Martins MP
- Mendoza AM
- Mendoza C
- Mesones I
- Milliken W
- Mogollón HF
- Molina P
- Molino J
- Montero JC
- Mora MCP
- Mostacedo B
- Márquez YAC
- Nascimento HEM
- Nascimento MT
- Neill D
- Noronha JC
- Oliveira AA
- Oliveira EA
- Pansini S
- Pansonato MP
- Parada GA
- Paredes MR
- Pauletto D
- Pennington T
- Peres CA
- Petronelli P
- Peña JLM
- Phillips JF
- Phillips OL
- Piedade MTF
- Pinto LFM
- Pitman NCA
- Pombo MM
- Prieto A
- Quaresma AC
- Ramirez‐Angulo H
- Ramos JF
- Reategui MAA
- Reis NFC
- Revilla JDC
- Rincón LM
- Rivas‐Torres G
- Rocha M
- Rudas A
- Ruschel AR
- Sabatier D
- Salomão RP
- Sampaio AF
- Sandoval EHV
- Schietti J
- Schöngart J
- Scudeller VV
- Sierra R
- Silman MR
- Silva N
- Silva TSF
- Silveira M
- Simon MF
- Sousa TR
- Souza FC
- Steege H
- Stevenson PR
- Stropp J
- Tello JS
- Terborgh JW
- Thomas R
- Tirado M
- Toledo JJ
- Torre EV
- Torres‐Lezama A
- Umaña MN
- Valverde FC
- van Andel TR
- Vargas PN
- Vasquez R
- Vela CIA
- Venticinque EM
- Vicentini A
- Vieira ICG
- Villarroel D
- Vos VA
- Vriesendorp C
- Wittmann F
- Zagt R
- Zartman CE
- Zegarra BEV
- Zent EL
- Zent S
- Publication venue
- 'Wiley'
- Publication date
- 01/01/2023
- Field of study
This is the final version. Available on open access from Wiley via the DOI in this recordData availability statement: The percentages of dispersal modes per plot are included as Supporting Information (Table S7, based on 5433 species and morphospecies within 1877 tree-inventory plots across terra-firme, seasonally flooded, and permanently flooded forests in Amazonia). The dispersal modes assigned to these 5433 species and morphospecies are also included as Supporting Information (Table S8).Aim: To investigate the geographic patterns and ecological correlates in the geographic distribution of the most common tree dispersal modes in Amazonia (endozoochory, synzoochory, anemochory and hydrochory). We examined if the proportional abundance of these dispersal modes could be explained by the availability of dispersal agents (disperser-availability hypothesis) and/or the availability of resources for constructing zoochorous fruits (resource-availability hypothesis). Time period: Tree-inventory plots established between 1934 and 2019. Major taxa studied: Trees with a diameter at breast height (DBH) ≥ 9.55 cm. Location: Amazonia, here defined as the lowland rain forests of the Amazon River basin and the Guiana Shield. Methods: We assigned dispersal modes to a total of 5433 species and morphospecies within 1877 tree-inventory plots across terra-firme, seasonally flooded, and permanently flooded forests. We investigated geographic patterns in the proportional abundance of dispersal modes. We performed an abundance-weighted mean pairwise distance (MPD) test and fit generalized linear models (GLMs) to explain the geographic distribution of dispersal modes. Results: Anemochory was significantly, positively associated with mean annual wind speed, and hydrochory was significantly higher in flooded forests. Dispersal modes did not consistently show significant associations with the availability of resources for constructing zoochorous fruits. A lower dissimilarity in dispersal modes, resulting from a higher dominance of endozoochory, occurred in terra-firme forests (excluding podzols) compared to flooded forests. Main conclusions: The disperser-availability hypothesis was well supported for abiotic dispersal modes (anemochory and hydrochory). The availability of resources for constructing zoochorous fruits seems an unlikely explanation for the distribution of dispersal modes in Amazonia. The association between frugivores and the proportional abundance of zoochory requires further research, as tree recruitment not only depends on dispersal vectors but also on conditions that favour or limit seedling recruitment across forest types.Colombian institution Departamento Administrativo de Ciencia, Tecnología e Innovación COLCIENCIASFaculty of Sciences, Universidad de los Ande
Consistent patterns of common species across tropical tree communities
- Author
- Adu-Bredu S
- Affum-Baffoe K
- Ahuite Reategui MA
- Aiba S-I
- Albuquerque BW
- Alonso A
- Amani CA
- Andrade A
- Angoboy IB
- Araujo-Murakami A
- Arboleda NC
- Arroyo L
- Ashton P
- Aymard C GA
- Baider C
- Baker TR
- Balinga MPB
- Balslev H
- Banin LF
- Baraloto C
- Barbier Nicolas
- Barbosa EM
- Barbosa FR
- Barlow J
- Bastin J-F
- Beeckman H
- Begne S
- Bengone NN
- Berenguer E
- Berry N
- Bitariho R
- Boeckx P
- Bogaert J
- Bonyoma B
- Boundja P
- Bourland N
- Boyemba Bosela F
- Brambach F
- Brienen R
- Burslem DFRP
- Bánki OS
- Camargo JL
- Campelo W
- Cano A
- Carrero Márquez YA
- Carvalho FA
- Casas LF
- Castellanos H
- Castilho CV
- Cerón C
- Chapman CA
- Chave J
- Chhang P
- Chutipong W
- Chuyong GB
- Cintra BBL
- Clark CJ
- Coelho de Souza F
- Comiskey JA
- Coomes DA
- Cooper Declan
- Cornejo Valverde F
- Correa DF
- Costa FRC
- Costa JBP
- Couteron P
- Culmsee H
- Cuni-Sanchez A
- Cárdenas López D
- Cárdenas S
- da Silva Guimarães JR
- Dallmeier F
- Damasco G
- Dauby G
- de Aguiar DPP
- De Alban JDT
- de Almeida Matos FD
- de Andrade Miranda IP
- de Assis RL
- De Canniere C
- De Haulleville T
- de Jesus Veiga Carim M
- de Medeiros MB
- de Oliveira EA
- de Queiroz HL
- de Sousa Farias E
- de Souza Coelho L
- de Sá Carpanedo R
- de Toledo JJ
- Demarchi LO
- Dexter KG
- Di Fiore A
- Din HHM
- Disney MI
- Djiofack BY
- Djuikouo M-NK
- do Amaral DD
- do Amaral IL
- Do TV
- Doucet J-L
- Draper FC
- Droissart V
- Duivenvoorden JF
- Dávila Doza HP
- Dávila N
- Engel J
- Estienne V
- Ewango CEN
- Farfan-Rios W
- Fauset S::0000-0003-4246-1828
- Feeley KJ
- Feitosa YO
- Feldpausch TR
- Ferreira C
- Ferreira J
- Ferreira LV
- Fletcher CD
- Flores BM
- Fofanah A
- Foli EG
- Fonty É
- Fredriksson GM
- Fuentes A
- Galbraith D
- Gallardo Gonzales GP
- Garcia-Cabrera K
- García-Villacorta R
- Gomes VHF
- Gonzales T
- Gribel R
- Guedes MC
- Guevara JE
- Gómez RZ
- Hakeem KR
- Hall JS
- Hamer KC
- Hamilton AC
- Harris DJ
- Harrison RD
- Hart TB
- Hector A
- Henkel TW
- Herbohn J
- Hockemba MBN
- Hoffman B
- Holmgren M
- Honorio Coronado EN
- Huamantupa-Chuquimaco I
- Hubau W
- Imai N
- Irume MV
- Jansen PA
- Jeffery KJ
- Jimenez EM
- Jucker T
- Junqueira AB
- Kalamandeen M
- Kamdem NG
- Kartawinata K
- Kasongo Yakusu E
- Katembo JM
- Kearsley E
- Kenfack D
- Kessler M
- Khaing TT
- Killeen TJ
- Kitayama K
- Klitgaard B
- Labrière N
- Laumonier Y
- Laurance SGW
- Laurance WF
- Laurent F
- Le TC
- Le TT
- Leal ME
- Levesley A
- Lewis Simon
- Leão de Moraes Novo EM
- Libalah MB
- Licona JC
- Lima Filho DDA
- Lindsell JA
- Lopes A
- Lopes MA
- Lovett JC
- Lowe R
- Lozada JR
- Lu X
- Luambua NK
- Luize BG
- Maas P
- Magalhães JLL
- Magnusson WE
- Mahayani NPD
- Makana J-R
- Malhi Y
- Maniguaje Rincón L
- Mansor A
- Manzatto AG
- Marimon BS
- Marimon-Junior BH
- Marshall AR
- Martins MP
- Mbayu FM
- Mesones I
- Metali F
- Mihindou V
- Millet J
- Milliken W
- Mogollón HF
- Mohd. Said MN
- Molino J-F
- Monteagudo Mendoza A
- Montero JC
- Moore S
- Mostacedo B
- Mozombite Pinto LF
- Mukul SA
- Munishi PKT
- Nagamasu H
- Nascimento HEM
- Nascimento MT
- Neill D
- Nilus R
- Noronha JC
- Nsenga L
- Núñez Vargas P
- Ojo L
- Oliveira AA
- Ondo FE
- Palacios Cuenca W
- Pansini S
- Pansonato MP
- Paredes MR
- Paudel E
- Pauletto D
- Pearson RG
- Pena JLM
- Pennington RT
- Peres CA
- Permana A
- Petronelli P
- Peñuela Mora MC
- Phillips JF
- Phillips OL
- Pickavance G
- Piedade MTF
- Pitman NCA
- Ploton P
- Popelier A
- Poulsen JR
- Prado PI
- Prieto A
- Primack RB
- Priyadi H
- Qie L
- Quaresma AC
- Ramirez-Angulo H
- Ramos JF
- Reis NFC
- Reitsma J
- Revilla JDC
- Riutta T
- Rivas-Torres G
- Robiansyah I
- Rocha M
- Rodrigues DDJ
- Rodriguez-Ronderos ME
- Rovero F
- Rozak AH
- Rudas A
- Rutishauser E
- Sabatier D
- Sagang LB
- Sampaio AF
- Samsoedin I
- Satdichanh M
- Schietti J
- Schöngart J
- Scudeller VV
- Seuaturien N
- Sheil D
- Sierra R
- Silman MR
- Silva TSF
- Simo-Droissart M
- Simon MF
- Sist P
- Slik F
- Sonké B
- Sousa TR
- Spracklen DV
- Stas SM
- Steinmetz R
- Stevenson PR
- Stropp J
- Sukri RS
- Sullivan Martin
- Sunderland TCH
- Suzuki E
- Swaine MD
- Tang J
- Taplin J
- Taylor DM
- Tello JS
- ter Steege Hans
- Terborgh J
- Texier N
- Theilade I
- Thomas DW
- Thomas R
- Thomas SC
- Tirado M
- Toirambe B
- Tomlinson KW
- Torres-Lezama A
- Tran HD
- Tshibamba Mukendi J
- Tumaneng RD
- Umaña MN
- Umunay PM
- Urrego Giraldo LE
- Valderrama Sandoval EH
- Valenzuela Gamarra L
- Van Andel TR
- van de Bult M
- van de Pol J
- van der Heijden G
- Vasquez R
- Vela CIA
- Venticinque EM
- Verbeeck H
- Veridiano RKA
- Vicentini A
- Vieira ICG
- Vilanova Torre E
- Villa Zegarra BE
- Villarroel D
- Vleminckx J
- von Hildebrand P
- Vos VA
- Vriesendorp C
- Webb EL
- White LJT
- Wich S
- Wittmann F
- Zagt R
- Zang R
- Zartman CE
- Zemagho L
- Zent EL
- Zent S
- Publication venue
- Springer Science and Business Media LLC
- Publication date
- 10/01/2024
- Field of study
Trees structure the Earth’s most biodiverse ecosystem, tropical forests. The vast number of tree species presents a formidable challenge to understanding these forests, including their response to environmental change, as very little is known about most tropical tree species. A focus on the common species may circumvent this challenge. Here we investigate abundance patterns of common tree species using inventory data on 1,003,805 trees with trunk diameters of at least 10 cm across 1,568 locations1,2,3,4,5,6 in closed-canopy, structurally intact old-growth tropical forests in Africa, Amazonia and Southeast Asia. We estimate that 2.2%, 2.2% and 2.3% of species comprise 50% of the tropical trees in these regions, respectively. Extrapolating across all closed-canopy tropical forests, we estimate that just 1,053 species comprise half of Earth’s 800 billion tropical trees with trunk diameters of at least 10 cm. Despite differing biogeographic, climatic and anthropogenic histories7, we find notably consistent patterns of common species and species abundance distributions across the continents. This suggests that fundamental mechanisms of tree community assembly may apply to all tropical forests. Resampling analyses show that the most common species are likely to belong to a manageable list of known species, enabling targeted efforts to understand their ecology. Although they do not detract from the importance of rare species, our results open new opportunities to understand the world’s most diverse forests, including modelling their response to environmental change, by focusing on the common species that constitute the majority of their trees
Consistent patterns of common species across tropical tree communities
- Author
- Adu-Bredu S
- Affum-Baffoe K
- Aiba SI
- Albuquerque BW
- Alonso A
- Amani CA
- Andrade A
- Angoboy IB
- Araujo-Murakami A
- Arboleda NC
- Arroyo L
- Ashton P
- Aymard CGA
- Baider C
- Baker TR
- Balinga MPB
- Balslev H
- Banin LF
- Baraloto C
- Barbier N
- Barbosa EM
- Barbosa FR
- Barlow J
- Bastin JF
- Beeckman H
- Begne S
- Bengone NN
- Berenguer E
- Berry N
- Bitariho R
- Boeckx P
- Bogaert J
- Bonyoma B
- Bosela FB
- Boundja P
- Bourland N
- Brambach F
- Brienen R
- Burslem DFRP
- Bánki OS
- Camargo JL
- Campelo W
- Cano A
- Carim MDV
- Carpanedo RD
- Carvalho FA
- Casas LF
- Castellanos H
- Castilho CV
- Cerón C
- Chapman CA
- Chave J
- Chhang P
- Chutipong W
- Chuyong GB
- Cintra BBL
- Clark CJ
- Coelho LD
- Comiskey JA
- Coomes DA
- Cooper DLM
- Coronado ENH
- Correa DF
- Costa FRC
- Costa JBP
- Couteron P
- Cuenca WP
- Culmsee H
- Cuni-Sanchez A
- Cárdenas S
- Dallmeier F
- Damasco G
- Dauby G
- de Aguiar DPP
- De Alban JDT
- de Assis RL
- De Canniere C
- De Haulleville T
- de Medeiros MB
- de Oliveira EA
- de Queiroz HL
- de Souza FC
- de Toledo JJ
- Demarchi LO
- Dexter KG
- Di Fiore A
- Din HHM
- Disney MI
- Djiofack BY
- Djuikouo MNK
- do Amaral DD
- do Amaral IL
- Doucet JL
- Doza HPD
- Draper FC
- Droissart V
- Duivenvoorden JF
- Dávila N
- Engel J
- Estienne V
- Ewango CEN
- Farfan-Rios W
- Farias ED
- Fauset S
- Feeley KJ
- Feitosa YO
- Feldpausch TR
- Ferreira C
- Ferreira J
- Ferreira LV
- Fletcher CD
- Flores BM
- Fofanah A
- Foli EG
- Fonty E
- Fredriksson GM
- Fuentes A
- Galbraith D
- Gamarra LV
- Garcia-Cabrera K
- García-Villacorta R
- Giraldo LEU
- Gomes VHF
- Gonzales GPG
- Gonzales T
- Gribel R
- Guedes MC
- Guevara JE
- Guimaraes JRD
- Gómez RZ
- Hakeem KR
- Hall JS
- Hamer KC
- Harris DJ
- Harrison RD
- Harrison RD
- Hart TB
- Hector A
- Henkel TW
- Herbohn J
- Hockemba MBN
- Hoffman B
- Holmgren M
- Huamantupa-Chuquimaco I
- Hubau W
- Imai N
- Irume MV
- Jansen PA
- Jeffery KJ
- Jimenez EM
- Jucker T
- Junqueira AB
- Kalamandeen M
- Kamdem NG
- Kartawinata K
- Katembo JM
- Kearsley E
- Kenfack D
- Kessler M
- Khaing TT
- Killeen TJ
- Kitayama K
- Klitgaard B
- Labriere N
- Laumonier Y
- Laurance SGW
- Laurance WF
- Laurent F
- Le TC
- Leal ME
- Levesley A
- Lewis SL
- Libalah MB
- Licona JC
- Lima DD
- Lindsell JA
- Lopes A
- Lopes MA
- Lovett JC
- Lowe R
- Lozada JR
- Lu XH
- Luambua NK
- Luize BG
- López DC
- Maas P
- Magalhaes JLL
- Magnusson WE
- Mahayani NPD
- Makana JR
- Malhi Y
- Mansor A
- Manzatto AG
- Marimon BH Jr
- Marimon BS
- Marshall AR
- Martins MP
- Matos FDD
- Mbayu FM
- Mendoza AM
- Mesones I
- Metali F
- Mihindou V
- Millet J
- Milliken W
- Miranda IPD
- Mogollon HF
- Molino JF
- Montero JC
- Moore S
- Mora MCP
- Mostacedo B
- Mukendi JT
- Mukul SA
- Munishi PKT
- Márquez YAC
- Nagamasu H
- Nascimento HEM
- Nascimento MT
- Neill D
- Nilus R
- Noronha JC
- Novo EMLD
- Nsenga L
- Ojo L
- Oliveira AA
- Ondo FE
- Pansini S
- Pansonato MP
- Paredes MR
- Paudel E
- Pauletto D
- Pearson RG
- Pena JLM
- Pennington RT
- Peres CA
- Permana A
- Petronelli P
- Phillips JF
- Phillips OL
- Pickavance G
- Piedade MTF
- Pinto LFM
- Pitman NCA
- Ploton P
- Popelier A
- Poulsen JR
- Prado PI
- Prieto A
- Primack RB
- Priyadi H
- Qie L
- Quaresma AC
- Ramirez-Angulo H
- Ramos JF
- Reategui MAA
- Reis NFC
- Reitsma J
- Revilla JDC
- Rincón LM
- Riutta T
- Rivas-Torres G
- Robiansyah I
- Rocha M
- Rodrigues DD
- Rodriguez-Ronderos ME
- Rovero F
- Rozak AH
- Rudas A
- Rutishauser E
- Sabatier D
- Sagang L
- Said MNM
- Sampaio AF
- Samsoedin I
- Sandoval EHV
- Satdichanh M
- Schietti J
- Schöngart J
- Scudeller VV
- Seuaturien N
- Sheil D
- Sierra R
- Silman MR
- Silva TSF
- Simo-Droissart M
- Simon MF
- Sist P
- Slik F
- Sonké B
- Sousa TR
- Spracklen DV
- Stas SM
- Steinmetz R
- Stevenson PR
- Stropp J
- Sukri RS
- Sullivan MJP
- Sunderland TCH
- Suzuki E
- Swaine MD
- Tang JW
- Taplin J
- Taylor DM
- Tello JS
- ter Steege H
- Terborgh J
- Texier N
- Theilade I
- Thomas DW
- Thomas R
- Thomas SC
- Tirado M
- Toirambe B
- Tomlinson KW
- Torre EV
- Torres-Lezama A
- Tran HD
- Tumaneng RD
- Umaña MN
- Umunay PM
- Valverde FC
- Van Andel TR
- van de Bult M
- van de Pol J
- van der Heijden G
- Van Do T
- Vargas PN
- Vasquez R
- Vela CIA
- Venticinque EM
- Verbeeck H
- Veridiano RKA
- Vicentini A
- Vieira ICG
- Villarroel D
- Vleminckx J
- von Hildebrand P
- Vos VA
- Vriesendorp C
- Webb EL
- White LJT
- Wich S
- Wittmann F
- Yakusu EK
- Zagt R
- Zang RG
- Zartman CE
- Zegarra BEV
- Zemagho L
- Zent EL
- Zent S
- Publication venue
- Publication date
- 10/01/2024
- Field of study
Trees structure the Earth’s most biodiverse ecosystem, tropical forests. The vast number of tree species presents a formidable challenge to understanding these forests, including their response to environmental change, as very little is known about most tropical tree species. A focus on the common species may circumvent this challenge. Here we investigate abundance patterns of common tree species using inventory data on 1,003,805 trees with trunk diameters of at least 10 cm across 1,568 locations 1–6 in closed-canopy, structurally intact old-growth tropical forests in Africa, Amazonia and Southeast Asia. We estimate that 2.2%, 2.2% and 2.3% of species comprise 50% of the tropical trees in these regions, respectively. Extrapolating across all closed-canopy tropical forests, we estimate that just 1,053 species comprise half of Earth’s 800 billion tropical trees with trunk diameters of at least 10 cm. Despite differing biogeographic, climatic and anthropogenic histories 7, we find notably consistent patterns of common species and species abundance distributions across the continents. This suggests that fundamental mechanisms of tree community assembly may apply to all tropical forests. Resampling analyses show that the most common species are likely to belong to a manageable list of known species, enabling targeted efforts to understand their ecology. Although they do not detract from the importance of rare species, our results open new opportunities to understand the world’s most diverse forests, including modelling their response to environmental change, by focusing on the common species that constitute the majority of their trees
Consistent patterns of common species across tropical tree communities
- Author
- Adu-Bredu S
- Affum-Baffoe K
- Ahuite Reategui MA
- Aiba S-I
- Albuquerque BW
- Alonso A
- Amani CA
- Andrade A
- Angoboy IB
- Araujo-Murakami A
- Arboleda NC
- Arroyo L
- Ashton P
- Aymard C GA
- Baider C
- Baker TR
- Balinga MPB
- Balslev H
- Banin LF
- Baraloto C
- Barbier N
- Barbosa EM
- Barbosa FR
- Barlow J
- Bastin J-F
- Beeckman H
- Begne S
- Bengone NN
- Berenguer E
- Berry N
- Bitariho R
- Boeckx P
- Bogaert J
- Bonyoma B
- Boundja P
- Bourland N
- Boyemba Bosela F
- Brambach F
- Brienen R
- Burslem DFRP
- Bánki OS
- Camargo JL
- Campelo W
- Cano A
- Carrero Márquez YA
- Carvalho FA
- Casas LF
- Castellanos H
- Castilho CV
- Cerón C
- Chapman CA
- Chave J
- Chhang P
- Chutipong W
- Chuyong GB
- Cintra BBL
- Clark CJ
- Coelho de Souza F
- Comiskey JA
- Coomes DA
- Cooper DLM
- Cornejo Valverde F
- Correa DF
- Costa FRC
- Costa JBP
- Couteron P
- Culmsee H
- Cuni-Sanchez A
- Cárdenas López D
- Cárdenas S
- da Silva Guimarães JR
- Dallmeier F
- Damasco G
- Dauby G
- de Aguiar DPP
- De Alban JDT
- de Almeida Matos FD
- de Andrade Miranda IP
- de Assis RL
- De Canniere C
- De Haulleville T
- de Jesus Veiga Carim M
- de Medeiros MB
- de Oliveira EA
- de Queiroz HL
- de Sousa Farias E
- de Souza Coelho L
- de Sá Carpanedo R
- de Toledo JJ
- Demarchi LO
- Dexter KG
- Di Fiore A
- Din HHM
- Disney MI
- Djiofack BY
- Djuikouo M-NK
- do Amaral DD
- do Amaral IL
- Do TV
- Doucet J-L
- Draper FC
- Droissart V
- Duivenvoorden JF
- Dávila Doza HP
- Dávila N
- Engel J
- Estienne V
- Ewango CEN
- Farfan-Rios W
- Fauset S
- Feeley KJ
- Feitosa YO
- Feldpausch TR
- Ferreira C
- Ferreira J
- Ferreira LV
- Fletcher CD
- Flores BM
- Fofanah A
- Foli EG
- Fonty É
- Fredriksson GM
- Fuentes A
- Galbraith D
- Gallardo Gonzales GP
- Garcia-Cabrera K
- García-Villacorta R
- Gomes VHF
- Gonzales T
- Gribel R
- Guedes MC
- Guevara JE
- Gómez RZ
- Hakeem KR
- Hall JS
- Hamer KC
- Hamilton AC
- Harris DJ
- Harrison RD
- Hart TB
- Hector A
- Henkel TW
- Herbohn J
- Hockemba MBN
- Hoffman B
- Holmgren M
- Honorio Coronado EN
- Huamantupa-Chuquimaco I
- Hubau W
- Imai N
- Irume MV
- Jansen PA
- Jeffery KJ
- Jimenez EM
- Jucker T
- Junqueira AB
- Kalamandeen M
- Kamdem NG
- Kartawinata K
- Kasongo Yakusu E
- Katembo JM
- Kearsley E
- Kenfack D
- Kessler M
- Khaing TT
- Killeen TJ
- Kitayama K
- Klitgaard B
- Labrière N
- Laumonier Y
- Laurance SGW
- Laurance WF
- Laurent F
- Le TC
- Le TT
- Leal ME
- Levesley A
- Lewis SL
- Leão de Moraes Novo EM
- Libalah MB
- Licona JC
- Lima Filho DDA
- Lindsell JA
- Lopes A
- Lopes MA
- Lovett JC
- Lowe R
- Lozada JR
- Lu X
- Luambua NK
- Luize BG
- Maas P
- Magalhães JLL
- Magnusson WE
- Mahayani NPD
- Makana J-R
- Malhi Y
- Maniguaje Rincón L
- Mansor A
- Manzatto AG
- Marimon BS
- Marimon-Junior BH
- Marshall AR
- Martins MP
- Mbayu FM
- Mesones I
- Metali F
- Mihindou V
- Millet J
- Milliken W
- Mogollón HF
- Mohd Said MN
- Molino J-F
- Monteagudo Mendoza A
- Montero JC
- Moore S
- Mostacedo B
- Mozombite Pinto LF
- Mukul SA
- Munishi PKT
- Nagamasu H
- Nascimento HEM
- Nascimento MT
- Neill D
- Nilus R
- Noronha JC
- Nsenga L
- Núñez Vargas P
- Ojo L
- Oliveira AA
- Ondo FE
- Palacios Cuenca W
- Pansini S
- Pansonato MP
- Paredes MR
- Paudel E
- Pauletto D
- Pearson RG
- Pena JLM
- Pennington RT
- Peres CA
- Permana A
- Petronelli P
- Peñuela Mora MC
- Phillips JF
- Phillips OL
- Pickavance G
- Piedade MTF
- Pitman NCA
- Ploton P
- Popelier A
- Poulsen JR
- Prado PI
- Prieto A
- Primack RB
- Priyadi H
- Qie L
- Quaresma AC
- Ramirez-Angulo H
- Ramos JF
- Reis NFC
- Reitsma J
- Revilla JDC
- Riutta T
- Rivas-Torres G
- Robiansyah I
- Rocha M
- Rodrigues DDJ
- Rodriguez-Ronderos ME
- Rovero F
- Rozak AH
- Rudas A
- Rutishauser E
- Sabatier D
- Sagang LB
- Sampaio AF
- Samsoedin I
- Satdichanh M
- Schietti J
- Schöngart J
- Scudeller VV
- Seuaturien N
- Sheil D
- Sierra R
- Silman MR
- Silva TSF
- Simo-Droissart M
- Simon MF
- Sist P
- Slik F
- Sonké B
- Sousa TR
- Spracklen DV
- Stas SM
- Steinmetz R
- Stevenson PR
- Stropp J
- Sukri RS
- Sullivan MJP
- Sunderland TCH
- Suzuki E
- Swaine MD
- Tang J
- Taplin J
- Taylor DM
- Tello JS
- Ter Steege H
- Terborgh J
- Texier N
- Theilade I
- Thomas DW
- Thomas R
- Thomas SC
- Tirado M
- Toirambe B
- Tomlinson KW
- Torres-Lezama A
- Tran HD
- Tshibamba Mukendi J
- Tumaneng RD
- Umaña MN
- Umunay PM
- Urrego Giraldo LE
- Valderrama Sandoval EH
- Valenzuela Gamarra L
- Van Andel TR
- van de Bult M
- van de Pol J
- van der Heijden G
- Vasquez R
- Vela CIA
- Venticinque EM
- Verbeeck H
- Veridiano RKA
- Vicentini A
- Vieira ICG
- Vilanova Torre E
- Villa Zegarra BE
- Villarroel D
- Vleminckx J
- von Hildebrand P
- Vos VA
- Vriesendorp C
- Webb EL
- White LJT
- Wich S
- Wittmann F
- Zagt R
- Zang R
- Zartman CE
- Zemagho L
- Zent EL
- Zent S
- Publication venue
- Nature Publishing Group
- Publication date
- Field of study
Trees structure the Earth's most biodiverse ecosystem, tropical forests. The vast number of tree species presents a formidable challenge to understanding these forests, including their response to environmental change, as very little is known about most tropical tree species. A focus on the common species may circumvent this challenge. Here we investigate abundance patterns of common tree species using inventory data on 1,003,805 trees with trunk diameters of at least 10 cm across 1,568 locations1-6 in closed-canopy, structurally intact old-growth tropical forests in Africa, Amazonia and Southeast Asia. We estimate that 2.2%, 2.2% and 2.3% of species comprise 50% of the tropical trees in these regions, respectively. Extrapolating across all closed-canopy tropical forests, we estimate that just 1,053 species comprise half of Earth's 800 billion tropical trees with trunk diameters of at least 10 cm. Despite differing biogeographic, climatic and anthropogenic histories7, we find notably consistent patterns of common species and species abundance distributions across the continents. This suggests that fundamental mechanisms of tree community assembly may apply to all tropical forests. Resampling analyses show that the most common species are likely to belong to a manageable list of known species, enabling targeted efforts to understand their ecology. Although they do not detract from the importance of rare species, our results open new opportunities to understand the world's most diverse forests, including modelling their response to environmental change, by focusing on the common species that constitute the majority of their trees