Titlebook: Humiriaceae; Ghillean T. Prance Book 2021 The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Swit

Diverticulitis

Introduction, and fruiting material. There are many differences in both the flowers and the fruits of these two families. They both belong to the order Malpighiales, but they are not very closely related. Receiving these specimens of Humiriaceae by mistake often led to my identifying the specimens and as a resul

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Taxonomic History of Humiriaceae,e highlighted here. The first genera of . were described and illustrated by Aublet (1775), . Aubl., with the single species . (later Latinized to .) and . Aubl. Aublet placed these genera in the class Polyandria and order Monogynia of the Linnaean system. Nees and Martius (1824) described the genus

包裹

Relationships and Phylogeny,ition in the Malpighiales is still unclear. The taxonomic history above shows that from early times, the Humiriaceae was associated with the Erythroxylaceae or the Linaceae, in which it was often included. Hutchinson (1973) placed Humiriaceae in his order Malpighiales next to the Malpighiaceae and t

Affiliation

Fossils,iaceous fossil is that of Berry (1922), who described . from a Pliocene deposit in Bolivia. Berry (1924a, b) described and illustrated another fossil, ., based on well-preserved endocarps of the late Eocene or Oligocene of Cipacón at 2640 m altitude in Colombia. Cuatrecasas (1961) pointed out that t

SHOCK

Wood Anatomy,, Bhikhi et al. (2016), and in many other places. The wood was also described in detail by Herrera et al. (2014) in order to aid the study of the fossil woods of Humiriaceae. The wood of Humiriaceae as a family is easily distinguished from other angiosperms, but it is very similar among the differen

動(dòng)物

Chemistry,-type phenolic resin in the trunk that is similar to the resin of the leguminous genus . (Langenheim 2003). Silva et al. (2004) studied the chemistry of stem and leaves of . (Aubl.) St. Hil. and found a wide array of terpenes and other chemicals: the triterpenes arjunolic acid, 2β,3α-dihydroxy-D:A-f

清晰

Systematic Treatment of Humiriaceae,. Leaves ., ., ., . or subcoriaceous, penninerved, brochidodromous, from small to large, margins ., ., . or slightly ., . or rarely ., sometimes . along branches, often .-glandulose (nectariferous .) near margins (or .) on underside; stipules very small, geminate, often .. Inflorescences (synfloresc

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斑駁

Relationships and Phylogeny,t’s system and placed Humiriaceae in his order Linales together with Hugoniaceae, Linaceae, Ctenolophonaceae, and Ixonanthaceae. Molecular data has not changed this placement of the Humiriaceae. In the various versions of the Angiosperm Phylogeny Group (APGIII), the family is placed in the Rosid ord

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