期刊： PLANT BIOSYSTEMS, 2023; ()
A nomenclatural revision of the names published under the genus Santolina (Anthemideae) from Iberian Peninsula and northern Africa is presented. The n......
期刊： PLANT BIOSYSTEMS, 2023; 157 (1)
Herbicide-resistant plants evolved rapidly due to the recurrent use of active principles with only a few mechanisms of action. Today, discovering new ......
期刊： PLANT BIOSYSTEMS, 2023; 157 (1)
Vegetation diversity and ecology of grassland communities with Salvia officinalis were assessed in the natural range of the species in the Western Bal......
期刊： PLANT BIOSYSTEMS, 2023; ()
A second version of the Ecosystems Map of Italy is presented that updates the one realized for the Mapping and Assessment of Ecosystems and their Serv......
期刊： PLANT BIOSYSTEMS, 2023; ()
Solanum nigrum is a common hyperaccumulator of the heavy metal cadmium (Cd). Our study aims to investigate the impact of glutathione regulation, speci......
期刊： PLANT BIOSYSTEMS, 2023; ()
Eugenia roxburghii (Myrtaceae), known as Roxburgh's Cherry, is a wild edible fruit-producing plant having multiple use in traditional and folk medicin......
期刊： PLANT BIOSYSTEMS, 2023; 157 (1)
The family Brassicaceae includes the highest proportion of Ni-hyperaccumulating plants in western Eurasia. Though increasingly relevant for scientific......
期刊： PLANT BIOSYSTEMS, 2023; 157 (2)
The Mediterranean basin represents a rich source of medicinal and aromatic plants. These species contain different metabolites such as phenolics, flav......
期刊： PLANT BIOSYSTEMS, 2023; 157 (2)
The present study aimed to determine the in vitro antibacterial activity and the chemical composition of essential oils (EOs) from two medicinal plant......
期刊： PLANT BIOSYSTEMS, 2023; 157 (2)
Lepidagathis Wild., a pantropical genus belonging to the tribe Barlerieae, contains similar to 147 species. Considerable morphological work has been d......
期刊： PLANT BIOSYSTEMS, 2023; ()
The mountain ranges that cross the highlands of San Luis Potosi (Chihuahuan Desert, Mexico) constitute an important refuge for different types of flor......
期刊： PLANT BIOSYSTEMS, 2023; ()
The global supply chain of artemisinin for treating malaria relies on the natural population of Artemisia annua. To enhance artemisinin levels in plan......
期刊： PLANT BIOSYSTEMS, 2023; ()
Field investigation in different localities in the Brazilian Amazon Forest reveals two new species of Cyathus: C. pallidistipitatus and C. macauanensi......
期刊： PLANT BIOSYSTEMS, 2023; 157 (1)
Seeds of Abies nebrodensis were subjected to laboratory tests aimed to detect fungal contaminants and to obtain xenobiotic-free seedlings, by the use ......
期刊： PLANT BIOSYSTEMS, 2023; 157 (1)
Plant translocations have been performed and are ongoing, aimed at establishing long-term resilient and self-sustaining populations. Nevertheless, som......
