Éditeur(s) : Apud Frid. Fleischer in comm
Extrait de : Flora brasiliensis. Volumen VI. Pars VI (après index)
Résumé : Famille des Rubiaceae

Permalien : http://www.manioc.org/images/TLS17075-0401i1
TLS17075-0401i1

Éditeur(s) : T. Osborne
Extrait de : The civil and natural History of Jamaica (Après index)
Résumé : "Fig. 1 : famille des Rubiaceae = indigoberry blanc Fig. 2 : famille des Anacardiacées = sumac"
Siècle(s) traité(s) : 18
Permalien : http://www.manioc.org/images/BBX17028-0541i1
BBX17028-0541i1

Éditeur(s) : T. Osborne
Extrait de : The civil and natural History of Jamaica (Après index)
Résumé : Famille des Rubiaceae
Siècle(s) traité(s) : 18
Permalien : http://www.manioc.org/images/BBX17028-0547i1
BBX17028-0547i1

Éditeur(s) : HAL CCSD Wiley
Résumé : White-sand forests represent natural laboratories of evolution over their long history throughout Amazonia and the Guiana Shield and pose significant physiological challenges to the plants and animals they host. The study of diversification in plant lineages comprising species endemic to white-sand forest can therefore give insights into processes of evolution and community assembly in tropical forests. In this article, we synthesize recent studies of white-sand forests to integrate patterns of plant species distribution with processes of lineage diversification and community assembly in the white-sand flora. We contrast lineages that have radiated uniquely in these habitats (e.g., Pagamea, Rubiaceae), with cosmopolitan lineages comprising specialists to white-sand forests and other habitats that may have arisen via ecological speciation across habitat gradients (e.g., Protium, Burseraceae). In both cases, similar suites of functional traits have evolved, including investment in dense, long-lived tissues that are well-defended structurally and chemically. White-sand endemics, therefore, play an important role in biodiversity conservation because they represent unique combinations of functional and phylogenetic diversity. Furthermore, white-sand endemics may respond differently than other tropical forest plant species to contemporary global changes because they comprise resilient functional types that may better withstand increased drought, temperature, and invasions of exotic pests in these regions.
ISSN: 0006-3606

hal-01531635
https://hal.archives-ouvertes.fr/hal-01531635
DOI : 10.1111/btp.12301
PRODINRA : 353397

Éditeur(s) : Apud Frid. Fleischer in comm
Extrait de : Flora brasiliensis. Volumen XIV. Pars I (après index)
Résumé : Famille des Rubiaceae

Permalien : http://www.manioc.org/images/TLS17089-0413i1
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