Add to ORKGIn recent years, the number of studies concerning population genetics and phylogenetics in mosses using molecular markers has remarkably grown. This review summarizes the main features of the most used molecular techniques based on PCR and their application in bryology, with particular attention to mosses. This work also provides a bibliographic guide to 108 molecular studies focused on mosses to assist in choosing the most suitable markers according to the main aims of a specific research.</p
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Microsatellites have increasingly being used to study genetic diversity, phylogeny, population genet...
RAPDs, ISJs, ISSRs, ITS and katGs were applied to determine genetic relationships between common Sph...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
Tillandsia usneoides (Spanish moss) is an ecologically and culturally important epiphyte. Neverthele...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
In recent years, the number of studies concerning population genetics and phylogenetics in mosses us...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Bryophytes seem particularly suitable to investigate genetic diversity in relation to habitat distu...
Microsatellites have increasingly being used to study genetic diversity, phylogeny, population genet...
RAPDs, ISJs, ISSRs, ITS and katGs were applied to determine genetic relationships between common Sph...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
Tillandsia usneoides (Spanish moss) is an ecologically and culturally important epiphyte. Neverthele...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
Taxonomic misidentification has potentially serious consequences for the management of threatened sp...
In bryophytes a morphological species concept is still most commonly employed, but delimitation of c...