Results 11 to 20 of about 868 (159)

Gains and losses of anemochory in the daisy family

, 2021
II Virtual Meeting of Systematics, Biogeography, and Evolution: The Research of Biodiversity and the Diversity of ...
Costas, Santiago, Baranzelli, Matias Cristian, Giaquinta, Adrián, Cocucci, Andrea Aristides   +3 more
openaire   +3 more sources

A step into the shadows: Evolutionary shifts in fruit structure and dispersal strategies in Asian mycoheterotrophic Ericaceae

Plants, People, Planet
Societal Impact Statement This study examines how the fruits of non‐photosynthetic forest plants in the Monotropoideae (Ericaceae) have evolved into the diversity observed today.
Alexey N. Sorokin, Kenji Suetsugu, Olga V. Yatsenko, Mikhail S. Romanov, Nikita S. Zdravchev, Petr S. Iovlev, Anton S. Timchenko, Anna A. Mikhaylova, Kirill V. Kuptsov, Alexey V. F. Ch. Bobrov   +9 more
doaj   +2 more sources

Monoecy, anemophily, anemochory and regeneration ecology of Hildegardia populifolia (Roxb.) Schott. & Endl. (Malvaceae), an economically important endemic and endangered dry deciduous tree species of southern Eastern Ghats, India

Journal of Threatened Taxa, 2014
Hildegardia populifolia est une espèce d'arbre en danger critique d'extinction. Tous les événements phénologiques - bouffées de chaleur, excrétion, floraison, dispersion des fruits - se produisent les uns après les autres pendant la saison sèche. Elle est morphologiquement andromonoïque mais fonctionnellement monoïque. Elle produit un rapport de fleurs
A.J.S. Raju, P.H. Chandra, J.R. Krishna
openaire   +4 more sources

Are plant species able to keep pace with the rapidly changing climate? [PDF]

PLoS ONE, 2013
Future climate change is predicted to advance faster than the postglacial warming. Migration may therefore become a key driver for future development of biodiversity and ecosystem functioning.
Sarah Cunze, Felix Heydel, Oliver Tackenberg   +2 more
doaj   +3 more sources

Geographic patterns of tree dispersal modes in Amazonia and their ecological correlates [PDF]

, 2022
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).
JJ Toledo (16172324), LFM Pinto (21877301), R Thomas (7705634), ENH Coronado (21859817), YAC Márquez (21906950), BH Marimon‐Junior (21947501), RL Assis (21859898), MV Irume (21877241), R Vasquez (13552435), I Mesones (21859970), TW Henkel (16134026), VV Scudeller (21906962), MP Pansonato (21874685), P Hildebrand (16365573), TJ Killeen (7799459), HEM Nascimento (21874664), D Pauletto (21859985), LM Rincón (21906896), MF Simon (21877268), L de Souza Coelho (21877226), JE Guevara (21859886), AA Oliveira (21859958), MB de Medeiros (21906893), TR Sousa (21906899), M Silveira (16172315), P Maas (13613737), C Baider (13668649), JC Montero (21852416), IP de Andrade Miranda (21874718), VA Vos (21822437), EL Zent (21859949), JC Noronha (21906935), EA Oliveira (21829118), D Villarroel (16119929), A Araujo‐Murakami (21947507), AG Manzatto (21874739), C Mendoza (16175879), Y Malhi (7742432), A Andrade (13433574), G Damasco (21874676), D de Andrade Lima Filho (21877232), RP Salomão (21822419), E de Sousa Farias (21877274), FC Souza (21952523), L de Oliveira Pereira (21936902), GAA C. (21936938), BG Luize (21877250), F Wittmann (7799735), R Brienen (7732541), LEU Giraldo (21874757), G Rivas‐Torres (21952532), BW Albuquerque (21877310), A Torres‐Lezama (21952544), BS Marimon (16119905), R de Sá Carpanedo (21906938), VHF Gomes (21877217), A Lopes (13317231), B Hoffman (21859946), P Molina (19248682), SGW Laurance (16195754), WE Magnusson (21826895), PVA Fine (21859931), A Fuentes (10834146), C Baraloto (21831077), D Neill (21822401), JF Duivenvoorden (21852386), TSF Silva (21877259), C Ferreira (12143196), R Gribel (21859928), C Cerón (21859808), BBL Cintra (7732526), YO Feitosa (21906911), LC de Matos Bonates (21877304), W Milliken (21859982), FD de Almeida Matos (21877229), MAA Reategui (21877316), MTF Piedade (7799570), JL Camargo (15777911), R Sierra (21852440), KJ Feeley (7799375), WP Cuenca (21874742), OS Bánki (21877244), NFC Reis (21874751), M Holmgren (3327657), DD do Amaral (21874691), EHV Sandoval (21874760), R Linares‐Palomino (21920900), EM Jimenez (21859940), JF Phillips (15886922), MCP Mora (21874700), AB Junqueira (21874649), EV Torre (21874727), NCA Pitman (21857798), JA Comiskey (21822383), GPG Gonzales (21877295), GA Parada (21927521), AR Ruschel (21874721), MN Alexiades (21859979), IL do Amaral (21936533), J Barlow (13551403), S Cárdenas (21877322), FC Draper (21924947), LV Ferreira (21870179), T Gonzales (21852401), BM Flores (21906956), MP Martins (21877238), FM Durgante (21952526), N Silva (10416762), ICG Vieira (21859871), H Steege (21952547), M de Jesus Veiga Carim (21877235), D Sabatier (21859883), BEV Zegarra (21952502), HL de Queiroz (21918611), H Balslev (21852368), H Ramirez‐Angulo (21952535), D de Jesus Rodrigues (21906947), A Vicentini (21877283), JF Ramos (21874724), DC López (21874661), C Vriesendorp (21852470), PR Stevenson (21874688), TR van Andel (21826931), TR Feldpausch (7742465), TR Baker (7742462), JLM Peña (21936800), M Kalamandeen (21906959), T Pennington (13384557), W Farfan‐Rios (21947513), RZ Gómez (21877307), CA Peres (14548880), NC Arboleda (21874709), CIA Vela (21852458), J Chave (7713077), JS Tello (21906929), E Berenguer (15908321), JW Terborgh (21859865), JC Licona (21851612), OL Phillips (7742474), N Dávila (21852383), A Rudas (21822416), FA Carvalho (16172171), P Petronelli (21859934), DPP Aguiar (21952520), EM Barbosa (21874703), J Stropp (21822425), A Prieto (21822410), M Rocha (16201643), JLL Magalhães (21906902), EMM de Leão Novo (21877256), L Hernandez (7727702), FRC Costa (16172183), CV Castilho (21831086), AM Mendoza (7742456), B Mostacedo (21852419), MR Silman (21834800), JR Lozada (21906914), B Klitgaard (21906926), A Di Fiore (21822386), FR Arevalo (21874748), DF Correa (14824846), LV Gamarra (21852455), MR Paredes (17134273), J Schietti (21826922), A Cano (21766313), D Daly (11139222), H Castellanos (21859904), JDC Revilla (21874694), W Campelo (21952529), KR Casula (21877262), J Schöngart (7732535), CE Zartman (15975815), MT Nascimento (21826901), M Tirado (21852443), J Molino (21952514), I Huamantupa‐Chuquimaco (21947498), R García‐Villacorta (21947504), É Fonty (21918614), AC Quaresma (21952517), J Engel (12149016), K Garcia‐Cabrera (21947516), RR Hilário (21906932), MC Guedes (21906923), FR Barbosa (21918617), FC Valverde (21857780), J Ferreira (13415241), PN Vargas (21852425), MM Pombo (21952541), MN Umaña (21852446), JBP Costa (21906953), F Dallmeier (21852377), LO Demarchi (21877271), HF Mogollón (21859910), WF Laurance (7799471), MA Lopes (15802142), JE Householder (21952505), HPD Doza (21877298), R Zagt (21859976), JR da Silva Guimarães (21877247), EM Venticinque (21877253), D Galbraith (7775705), A Alonso (7747382), G Heijden (21952538), AF Sampaio (21874754), LF Casas (21877313), S Pansini (21874745), S Zent (21859955), L Arroyo (9881927)   +207 more
core   +14 more sources

Variation in plant-animal interactions along an elevational gradient of moist forest in a semiarid area of Brazil [PDF]

Acta Botânica Brasílica, 2016
Pollination and dispersal are critical ecological processes that directly affect the reproductive success of plants and are important for understanding the structure of plant communities.
Ivan Jeferson Sampaio Diogo, Fernando Roberto Martins, Christiano Franco Verola, Itayguara Ribeiro da Costa   +3 more
doaj   +3 more sources

Analysis of Herbaceous Plant Succession and Dispersal Mechanisms in Deglaciated Terrain on Mt. Yulong, China [PDF]

The Scientific World Journal, 2014
Ecological succession itself could be a theoretical reference for ecosystem restoration and reconstruction. Glacier forelands are ideal places for investigating plant succession because there are representative ecological succession records at long ...
Li Chang, Yuanqing He, Taibao Yang, Jiankuo Du, Hewen Niu, Tao Pu   +5 more
doaj   +2 more sources

Regeneration Strategies in Seed Plants: A Continuum Shaping Survival. [PDF]

Ecol Evol
Seed plants dominate terrestrial ecosystems in part because regeneration is not a single event, but a coordinated sequence of traits acting across time and space. Here, we synthesize regeneration strategies in seed plants as a continuous, integrated framework spanning pre‐germination regulation, germination timing, seedling emergence, soil seed banking,
Maleki K, Soltani E.
europepmc   +2 more sources

Community Assembly Mechanism of Woody Plants at Different Successional Stages in Karst Areas Based on Functional Traits and Phylogeny. [PDF]

Ecol Evol
This study reveals a shift in woody plant community assembly from competitive exclusion in early succession to habitat filtering in later stages within karst areas. Environmental distance (80.54%) contributed significantly more than geographical distance (9.95%), providing strong quantitative evidence that niche processes, particularly habitat ...
Hu H, An M, Wang K, Tian L, Liu F, Wang Y.   +5 more
europepmc   +2 more sources

Directional seed and pollen dispersal and their separate effects on anisotropy of fine‐scale spatial genetic structure among seedlings in a dioecious, wind‐pollinated, and wind‐dispersed tree species, Cercidiphyllum japonicum

Ecology and Evolution, 2021
Prevailing directions of seed and pollen dispersal may induce anisotropy of the fine‐scale spatial genetic structure (FSGS), particularly in wind‐dispersed and wind‐pollinated species.
Atsushi Nakanishi, Susumu Goto, Chikako Sumiyoshi, Yuji Isagi   +3 more
doaj   +1 more source