Flora do Espírito Santo: Primulaceae

Abstract

Este estudo apresenta a flora de Primulaceae no estado do Espírito Santo. O estudo foi baseado em identificações de materiais de herbários e esforço de campo em áreas pobremente coletadas. Primulaceae no Espírito Santo está representada por espécies pertencentes à Ardisia (1 sp.), Clavija (2 spp.), Cybianthus (10 spp.), Jacquinia ( AbstractThis study presents the flora of Primulaceae in the state of Espírito Santo. The study was based on material identification from herbaria collections and field work in poorly collected areas. Primulaceae in Espírito Santo is represented by species belonging to Ardisia (1 sp.), Clavija (2 spp.), Cybianthus (10 spp.), Jacquinia (1 sp.), Lysimachia L. (1 sp.), Myrsine (14 spp.), and Stylogyne (2 spp.). Ardisia semicrenata, Cybianthus blanchetii, C. oboavatus, Myrsine balansae, M. leuconeura, Myrsine hermogenesii, M. lineata, M. villosissima, Stylogyne lhotskyana, and S. warmingii are new records for the state. Genus and species were differentiated by habit, phyllotaxy, type of inflorescences and fruit morphology. Cybianthus amplus, Jacquinia armillaris, and Myrsine parvifolia are the only species that occur exclusively in Restinga vegetation. Stylogyne lhotzkyana was collected in Restinga vegetation for the first time, and its geographic distribution was expanded to the north of the Espírito Santo. Most species occur in rainforests and semideciduous forests of the mountainous region of the state. However, riparian forests, swamps and rocky outcrops shelter species that were recorded exclusively for these environments, as M. leuconeura, M. rubra, and M. villosissima.

Proteomic and Physiological Signatures of Altitude Adaptation in aMyrsine coriaceaPopulation under Common Garden Conditions

“…Myrsine coriacea is an angiosperm with a broad capacity to inhabit different environments (Sánchez-Tapia et al, 2018), exhibiting substantial phenotypic variation (Pipoly, 1991;Ricketson and Pipoly III, 1997;Carrijo et al, 2017). In the Atlantic Forest, the species can be found from coastal ecosystems to high-altitude Campos (Carrijo et al, 2017). The genetic (Paschoa et al, 2018), morphological, and physiological (Pereira et al, 2022)…”

“…Myrsine coriacea is an angiosperm with a broad capacity to inhabit different environments (Sánchez-Tapia et al ., 2018), exhibiting substantial phenotypic variation (Pipoly, 1991; Ricketson and Pipoly III, 1997; Carrijo et al ., 2017). In the Atlantic Forest, the species can be found from coastal ecosystems to high-altitude Campos (Carrijo et al ., 2017). The genetic (Paschoa et al ., 2018), morphological, and physiological (Pereira et al ., 2022) diversity in populations distributed across an altitudinal gradient in the Atlantic Forest seems to indicate high phenotypic plasticity, considering the demonstrated capacity of these plants to acclimate to diverse environmental conditions.…”

Lack of coordination between stomatal and vein traits provides functional benefits to the dioecious tropical tree Myrsine coriacea

“…& Schult, Primulaceae, a species with a wide geographical distribution and occurrence in very different environmental conditions (Sánchez‐Tapia et al, 2018). Within the Brazilian Atlantic Forest, individuals of the species can be found in high‐altitude campos, rocky outcrops and coastal ecosystems, and in open areas, below canopy gaps, and at forest edges in both rain and semideciduous forests (Carrijo et al, 2017; Sánchez‐Tapia et al, 2018). This broad occurrence comprises an extensive variation in temperature, soil, precipitation, and topographical conditions (Sánchez‐Tapia et al, 2018).…”