Project Deliverables

Deliverables are available for download from the CORDIS website as soon as they are approved by the funding agency. Locate “Results”.
In order to approach the general public, a series of descriptive factsheets for Deliverables containing major breakthroughs has been made available in the Factsheets section.

Deliverable Number	Deliverable Title	WP number	Lead beneficiary	Dissemination level
D1.1	Identification and characterization of the fungal species consistently associated or responsible for the OQDS of olive trees	WP1	8 – FORESTRY RES AG	Public
D1.2	Role of the Leopard moth in vectoring/ dispersing pathogenic fungi	WP1	8 – FORESTRY RES AG	Public
D1.3	Identification of Phy species in forest ecosystems and their role in decline of tree species	WP1	8 – FORESTRY RES AG	Public
D2.1	Knowledge of the pathogenicity and virulence of Xf CoDiRO strain on susceptible hosts	WP2	1 – CNR	Public
D2.2	Definition of the host range of the CoDiRO Xf strain	WP2	1 – CNR	Public
D2.3	Identification of natural hosts associated to CaLsol in Europe	WP2	1 – CNR	Public
D2.4	Knowledge of the translocation and colonization of CaLsol in carrot plants	WP2	1 – CNR	Public
D2.5	Identification of mating types of Hp/ Phy species present and presence of hybrids	WP2	1 – CNR	Public
D3.1	Finished grade genome sequences of CoDiRO and Costa Rica Xf isolates	WP3	6 – CSIC	Public
D3.2	Database of the current genetic structure of the Xf population	WP3	6 – CSIC	Public
D3.3	Map of geographical distribution of the CaLsol haplotypes in Europe	WP3	6 – CSIC	Public
D3.4	Complete genome sequence of European strains of CaLsol	WP3	6 – CSIC	Public
D3.5	Identification, diversity and population structure of Phy infecting forestry in Europe	WP3	6 – CSIC	Public
D3.6	Identification, diversity and population structure of Hp infecting Fraxinus in Europe	WP3	6 – CSIC	Public
D4.1	Improved and newly developed protocols for the CoDiRo strain detection	WP4	5 – IVIA	Public
D4.2	Improved or newly developed protocols for CaLsol detection	WP4	5 – IVIA	Public
D4.3	New protocols and official diagnostic methods for Hp in seed lots and for the identification of new potential Phy species emerged within the surveys	WP4	5 – IVIA	Public
D4.4	Official Diagnostic protocol for Xf and CaLsol	WP4	5 – IVIA	Public
D5.1	Identification of the psyllids species involved in CaLsol transmission	WP5	2 – UNIBA	Public
D5.2	Identification of Xf vectors in the contaminated areas	WP5	2 – UNIBA	Public
D6.1	Remote sensing system for detection and monitoring of Xf	WP6	5 – IVIA	Public
D6.2	Scouting systems of CaLsol mounted in an UAV and in a terrestrial vehicle	WP6	5 – IVIA	Public
D6.3	Preventive sensor network of CaLsol sensors	WP6	5 – IVIA	Public
D6.4	Spatio-temporal dynamic models of Xf, CaLSol, Hp and Phy under natural field conditions	WP6	5 – IVIA	Public
D6.5	Results of the remote sensing system for detection and monitoring of CaLsol and migration pattern of psyllid vector	WP6	5 – IVIA	Public
D7.1	Discovery of biomolecules that can be patented, manufactured, formulated and applied to prevent or reduce host colonization (i.e. Xf-DSF)	WP7	1 – CNR	Public
D7.2	Evaluation of chemical compounds (NAC-fertilizer) for remission of symptoms and prevention of vectors transmission of Xf	WP7	1 – CNR	Public
D7.3	Profiling of transcriptomes of healthy and Xf infected olive plants and of possible tolerant olive cultivars	WP7	1 – CNR	Public
D7.4	Discovery of endophytic bacteria that can cross protect against Xf	WP7	1 – CNR	Public
D8.1	Selection of the most appropriate modelling method to estimate the potential distribution of pests and diseases	WP8	11 – WU	Public
D8.2	Potential distribution of Xf and CaLsol in the EU under current and future climate change scenarios	WP8	11 – WU	Public
D8.3	Report to estimate the potential yield loss and associated direct and indirect economic impact	WP8	11 – WU	Public
D8.4	A multi-criteria tool which allows for making an integrated assessment of the economic, environmental and social effects of different risk management options	WP8	11 – WU	Public
D9.1	Practical solution for management and containment of Xf	WP9	10 – LUKE	Public
D9.2	IPM control methods for CaLsol	WP9	10 – LUKE	Public
D9.3	Method for eradicating Hp and also improving dormancy breakage in ash seed	WP9	10 – LUKE	Public
D10.1	Annual Project Meetings	WP10	15 – FA	Public
D10.2	Technical Workshops	WP10	15 – FA	Public
D10.3	Technical and Scientific publications	WP10	15 – FA	Public
D10.4	Project Web site	WP10	15 – FA	Public
D11.1	Collaborative Platform	WP11	1 – CNR	Confidential
D11.2	Management Boards Meetings	WP11	1 – CNR	Confidential
D11.3	Project Reports	WP11	1 – CNR	Confidential
D11.4	Report on Safety and Security	WP11	1 – CNR	Public
D11.5	Ethics Check	WP11	1 – CNR	Confidential