A taxonomic revision of Garcinia section Discostigma (Clusiaceae) in Thailand.

Garcinia section Discostigma (Clusiaceae) is revised for Thailand with four species: , , , and . Morphological descriptions, illustrations, and an identification key to the species are provided, along with notes on distributions, habitats and ecology, phenology, preliminary conservation assessments, etymology, vernacular names, uses, and specimens examined. Two taxa, and , are newly synonymised under .

An account of (Arecaceae) rattans and their uses in Thailand.

Four species of are found in Thailand: , , , and . We present the comparative vegetative morphology, a key to the species, distribution, ecology, preliminary conservation assessments, utilization, and specimens examined. is lectotypified here in a second-step.

 (Rhizophoraceae) newly recorded from Thailand: lectotypification, leaf anatomy, and pollen morphology.

(Rhizophoraceae), previously known from India (Andaman and Nicobar Islands), China to Indo-China, and the Pacific Island, is reported here as a new record from coastal areas with muddy-sandy, sandy or sandy-rocky substrates at Ko Lidi and Ko Bulon Le, within Mu Ko Phetra National Park, La-ngu District, and at Ao Talo Wao, Ko Tarutao, Tarutao National Park, Mueang Satun District, Satun Province, Peninsular Thailand. A detailed morphological description, illustrations and a distribution map of the species are provided, along with notes on distribution, habitat and ecology, phenology, a preliminary conservation assessment, etymology and specimens examined. In addition, is lectotypified, the Thai vernacular name "Kongkang phetra" is herein proposed for this species, and an updated identification key to the species of in Thailand is presented.

Efficient PCR - based Approach for Rapid Identification of Earth Star Mushrooms Employing Species-Specific Primers.

species are valuable edible ectomycorrhizal mushrooms, particularly in Asia. The partial hypogenous nature of fruit bodies in soil present challenges for sample collection and studying species distribution. In this study, we developed a PCR-based approach for identifying .

Integrating spatial mapping and metabolomics: A novel platform for bioactive compound discovery and saline land reclamation.

Saline lands pose significant environmental and agricultural challenges due to high soil salinity, which disrupts water uptake and ionic balances, limiting conventional crop productivity. Yet, certain endemic plants thrive under these conditions and may offer untapped bioactive compounds. This study proposes a novel platform that integrates species distribution modeling (SDM) and advanced metabolomics to screen for bioactive secondary metabolites, using , a rare native species, as a case study.

Higher accumulation of mitragynine in Mitragyna speciosa (kratom) leaves affected by insect attack.

Kratom leaves are widely consumed by locals to increase their stamina for working longer hours in the field. However, insect damage to the leaves can lead to significant loss of leaf harvest. Despite this, there remains considerable uncertainty regarding how herbivory attack affects the chemical composition of kratom's leaf metabolome.

 (Malvaceae, Brownlowioideae), a new genus and species from Thailand.

is described as a new genus of Malvaceae, currently known only from a few locations in the upper part of Tenasserim in northern and peninsular Thailand. Morphological and molecular phylogenetic analyses, based on plastid DNA sequence regions, support the recognition of this new genus within the Brownlowioideae (Malvaceae). Its distinct phylogenetic position, along with a distinct set of morphological and palynological characteristics, strongly support the recognition of as a new genus.

Taxonomic treatment on (Section Brindonia, Clusiaceae) in Thailand, with a new synonym and three lectotypifications of its synonyms.

belongs to the section Brindonia in the family Clusiaceae. The fruits, young shoots and leaves are edible and have a sour taste. Morphological description and illustrations are provided, along with notes on distribution, habitats and ecology, phenology, a preliminary conservation assessment, etymology, vernacular names, uses and specimens examined.

Diversity and habitat preferences of bdelloid rotifers in mosses and liverworts from beach forest along sand dunes in Thailand.

Microscopic animals are often thought to be widely distributed due to their small size and specific adaptations. However, evidences show that bdelloid rotifers in bryophytes exhibit habitat specialization, with species composition varying by microhabitat. This indicates that their distribution is influenced by complex ecological processes, warranting further research, particularly at the microscale.

A taxonomic revision of sections and (Clusiaceae) in Thailand.

sections and (Clusiaceae) is revised for Thailand. Three species are enumerated, i.e.

A taxonomic revision of GarciniasectionGarcinia (Clusiaceae) in Thailand.

GarciniasectionGarcinia (Clusiaceae) is revised for Thailand with three species and one variety, i.e., two native species: and , and one cultivated species: G.

A taxonomic revision of L. (Rhizophoraceae) in Thailand.

A taxonomic revision of L. (Rhizophoraceae) in Thailand is presented. Two species, Blume and Poir.

A taxonomic revision of section (Clusiaceae) in Thailand.

section (Clusiaceae) is revised for Thailand with four native species, ., , , , and . All species are described with updated morphological descriptions, illustrations, and an identification key, together with notes on distributions, distribution maps, habitats and ecology, phenology, conservation assessments, etymology, vernacular names, uses, and specimens examined.

A taxonomic revision of Thai Welw. ex Seem. (Bignoniaceae).

A taxonomic revision of Welw. ex Seem. (Bignoniaceae) in Thailand is presented.

A taxonomic revision of L. (Poaceae) in Thailand, with lectotypification of Benth.

A revision of the genus (Poaceae) in Thailand is reported. Seven species, i.e.

Morphology, Taxonomy, Anatomy, and Palynology of the Opium Poppy ( L.) Cultivation in Northern Thailand.

In this paper, we present the morphology, taxonomy, anatomy, and palynology of . A detailed morphological description and illustrations of the species are provided, along with information about the identification, distribution, cultivation areas, habitats, pollinators, specimens examined, growing periods, phenology, etymology, vernacular name, and uses. The species can be characterized as a glabrous and glaucous herb with unlobed or pinnately lobed leaves, and an amplexicaul base; variations in color and morphological characteristics of petals; and white filaments, occasionally purple with a white basal part, broadened at the apical part.

Morphology, Taxonomy, Culm Internode and Leaf Anatomy, and Palynology of the Giant Reed ( L.), Poaceae, Growing in Thailand.

In this paper, we present the morphology, taxonomy, anatomy, and palynology of . A detailed morphological description and illustrations of the species are provided, along with information about the identification, distribution, the specimens examined, habitat and ecology, the International Union for Conservation of Nature (IUCN) conservation assessment, phenology, etymology, vernacular name, and uses. The species can be distinguished by its large, tall rhizomatous perennial reed; cauline leaves; an open, large, plumose panicle inflorescence; subequal glumes as long as the spikelets; glabrous rachilla; all bisexual florets; and a lemma with a straight awn and with long white hairs outside below the middle part.

Variations in mitragynine content in the naturally growing Kratom () population of Thailand.

We analyzed the content of mitragynine (MG) found in kratom leaves () and the influence of different environmental conditions (air and soil variables) on the yield in various regions of Thailand. The content of MG in kratom leaves ranged from 7.5 - 26.

sp. nov. and lectotypification of (Leguminosae, Papilionoideae) from Asia.

is described as a new species from Asia and includes a line drawing, photographs and information on its distribution and ecology. The morphological differences between and the morphologically similar are highlighted and clarified. Additionally, a lectotype for is designated.