Displaying 1 - 4 of 4

Mass multiplication of ink-resistant chestnut clones by photoautotrophic micropropagation

Submitted by Roberto Rubio on 9 January 2020
Nursery of Maceda - Tragsa (Ourense,Spain)

Chestnut ink disease, caused by root pathogens (Phytophthora sp. ),  induces dieback and mortality in sweet chestnut, C. sativa. Classical biological control can be efficient using ink resistance rootstocks that block the entrance of the fungus.

In this context, selected ink-resistant chestnut clones need to be propagated massively. Here, a method is presented for multplication and rooting clones under photoautotrophic conditions.

Optimisation techniques of multiplication of Periploca angustifolia L.

Submitted by ibtissem taghouti on 3 December 2019
Periploca angustifolia de la region de Sebikha-Kairouan, Tunisie

The Periploca angustifolia is a native shrub widely distributed in the Mediterranean region. This species is threatened because of its medicinal properties, its pastoral interest and its role in the fight against soil erosion. The main objective of this work is to master the germination and multiplication techniques of Periploca angustifolia L.

Guide and recommendations of the propagation of Lavandula stoechas L.

Submitted by ibtissem taghouti on 28 November 2019
Lavender plant

The Lavandula is an important species due to medicinal and aromatic properties. The local species population is suffering from Anthropozoic pressure improved by cutting and animal scuttling which made it essential to preserve the species population. Our work aims to test some ways of specie propagation.

A practical guide to seed multiplication of Anthyllis barba-Jovis L.

Submitted by ibtissem taghouti on 5 December 2019
Anthyllis barba-jovis from Tabarka region, North-West of Tunisia

Anthyllis barba-jovis is a rare evergreen shrub belonging to the family of Fabaceae and could be found in different habitats, especially along steep rocky cliffs. It is an endemic species originating from the west-central regions of the Mediterranean basin. It’s located in France, Italy, Croatia, Algeria, and Tunisia and grows on low altitudes of the Mediterranean littoral rocks. The main objective of this work is to control the seed propagation techniques of Anthyllis barba-Jovis L.