- A.1 – Seed and grafting propagation
- A.1.1 – Genetic analysis
- A.1.1 – DNA samples deposited
- A.1.3 – Protocol for nursery diseases
- A.1.4 – Protocol for cryopreservation of pollen
- A.1.4 – Protocol seed and zygotic embryos conservation
- C.1 – Fences and videosurveillance installation
- C.1 – Description of major potential diseases
- C.1 – Final map hyperspectral
- C.1.4 – Actions to control pests and pathogens
- C.1.4 – Census and mapping natural regeneration
- C.1.4 – Dendro-auxometric parameters
- C.1.4 – Health state maps hyperspectral
- C.2 – Molecular data exploitation
- C.2 – Recommended actions for conservation programs
- C.2.2 – List of hybrid seedlings to be eliminated
- C.2.2 – Quick procedure genetic origin of seedlings
- C.2.2 – Genetic origin of nursery seedlings
- C.2.3 – Distribution exotic Abies
- C.3 – Report and map clonal orchard
- C.4 – Production of mycorrhizal seedlings
- C.5 – Complete protocol somatic embryogenesis
- C.5 – Database pollen excised embryos and embryogenic lines
- C.5 – Seedbank database
- C.5 – Seed bank and cryobank construction
- C.6 – List of the reforested plots
- C.7 – Replication plan
- D1 – Ecosystem services impact
- D1 – Socio-economic impact
- D2 – Impact on abies nebrodensis conservation report
- E1 – Dissemination material at midterm period
- E1 – Dissemination material at project end
- E2 – Dissemination events at mid-term period
- E2 – Dissemination events at project end
- F3 – After life plan
Decisive in situ and ex situ conservation strategies to secure the critically endangered Sicilian fir, Abies nebrodensis
