This study examines the role of light microscopic (LM) and scanning electron microscopic
(SEM) micromorphological traits of the epidermis in identifying and classifying invasive …

Abstract We employed Scanning Electron Microscopy (SEM) to investigate the monofractal
and multifractal characteristics of the leaf architecture of Amazon Piper krukoffii Yunck plant …

Scanning microscopic imaging has become a valuable research tool in micromorphology
with improved techniques playing an important role in analysing the ultrastructure of leaf …

The classification and identification of Aster glehnii F. Schmidt are determined from its foliar
epidermal anatomical features. Scanning electronic microscopy has been used to determine …

Nerium oleander is one of the most poisonous plants, and its accidental ingestion has
frequently occurred in humans and livestock. It is vital to develop a rapid and accurate …

Petiole anatomy of 15 species of family Asteraceae was examined which aimed to
investigate petiolar anatomical structures for species level identification. Shandon …

Microanatomical traits are one of the reliable features that are exploited for accurate species
identification. The petiole anatomy of selected species Lamiaceous species is well …

Background Leaf morphology and epidermal characters are important for phylogenetic and
taxonomic studies of many plants, but there is currently insufficient data to use them to help …

Heavy metals trigger various plant responses that basically vary with the intensity as well as
duration of stress. Comprehension of the morphological and anatomical responses to such …

Main conclusion AFM, profilometry and SEM measurements on both sides of the
Anacardium occidentale L. leaf reveal that ultrastructure presented some singularities due to …