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1
LIFE13 ENV/GR/000414
LIFE Project Number
LIFE13 ENV GR/000414
Inception Report Covering the project activities from 1/6/2014 to 28/02/2015
Reporting Date
<19/6/2015>
LIFE+ PROJECT NAME or Acronym
LIFE BIODELEAR
Data Project
Project location GREECE
Project start date: 1/06/2014
Project end date: 1/06/2019 Extension date:-
Total budget 2205454 €
EC contribution: 1102727 €
(%) of eligible costs 50%
Data Beneficiary
Name Beneficiary Hellenic Agricultural Organization DEMETER
Contact person Dr Vassilis Mavraganis
Postal address Sof. Venizelou, 1, GR, 14123, Likovrisi
Telephone 30 210 2832031
Fax: 30 210 2842129
E-mail [email protected]; [email protected]
Project Website www.biodelear.gr
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LIFE13 ENV/GR/000414
1. TABLE OF CONTENTS 1. TABLE OF CONTENTS 2
2. LISTOF ABBREVIATIONS 2
3. EXECUTIVESUMMARY 3
4. ADMINISTRATIVE PART 4
4.1. DESCRIPTION OF PROJECT MANAGEMENT 4
4.2. ORGANIGRAMME OF THE PROJECT TEAMS ANDTHE PROJECT MANAGEMENT
STRUCTURE 8
5. TECHNICAL PART 10
5.1 ACTIONS 11
5.1.1. ACTION A1: PRODUCTION OF TRAPS AND ATTRACTANTS 11
5.1.2. ACTION A2: PREPARATORY MONITORING OF THE DEMONSTRATION AREAS 13
5.1.3. ACTION B1: IMPLEMENTATION OF INNOVATIVE MED TRAPS AT PILOT SCALE 15
5.1.4. ACTION B2: IMPLEMENTATION OF INNOVATIVE MED TRAPS AT REAL SCALE 15
5.1.5. ACTION C1: MONITORING OF PROJECTS ENVIRONMENTAL IMPACT 16
5.1.6. ACTION C2: MONITORING OF PROJECT‟ S SOCIAL-ECONOMICAL IMPACT 16
5.1.7. ACTION D1: DISSEMINATION 17
5.1.8. ACTION D2: “AFTER-LIFE+ COMMUNICATION PLAN” 17
5.1.9. ACTION E1: PROJECT MANAGEMENT BY SSIA 17
5.1.10. ACTION E2: PROJECT MONITORING 18
5.2. AVAILABILITY OF APPROPIATE LICENCES AND AUTHORIZATION 18 5.3. ENVISAGED PROGRESS UNTIL NEXT REPORT 18
6. FINANCIAL 21
7. ANNEXES 23
Annex 1 Photos and the agenda of the 1st Kick-off meeting 23
Annex 2 Photos and the 1st Steering Committee (SC) meeting 26
Annex 3 Photos and the 1st Technical –Monitoring Committee (T-MC) Meeting 30
Annex 4 List of all personnel working on the project with their qualifications and their
role in the project 32
Annex 5 Preliminary Results, Analysis and Conclusion and Table of all soil
parameters measured and the methods of analysis (Action A2) Coordinating
beneficiary (SSIA) responsible (Attached).
Annex 6 Preliminary Results and Conclusions from the analysis of the fruit samplings.
(Action A2) Associated beneficiary (BPI) responsible
Annex 7 Final results and Conclusion of the two efficacy tests (Attached).
Annex 8 Preliminary Results and conclusions on Monitoring of the three fields for
measurement of infestation percentage and determination of the number of
medfly population (Attached).
Annex 9 Permits
1. Permit to use the citrus orchards for three years with the ability to revive it for
other three years (Attached).
2. Permit not to destroy the crop production of citrus fruits (Attached).
Annex 10 Partnership Agreements.
1. Partnership Agreement: Between ELGO-DEMETER and AUTH (Aristotle
University of Thessaloniki) (Attached)
2. Partnership Agreement: Between ELGO-DEMETER and UTH (University of
Thessaly) (Attached)
3. Partnership Agreement: Between ELGO-DEMETER and BPI (Benaki
Phytopathological Institute) (Attached)
Annex 11 Photocopies of the participation in the meetings of the leaders of the
beneficiaries (Attached)
Annex 12 Output Indicators (Attached)
40
Deliverable Products of the Project 41
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LIFE13 ENV/GR/000414
2. LIST OF ABBREVIATIONS
DC: Dissemination Committee
ELGO DEMETER: Hellenic Agricultural Organisation-DEMETER
SSIA: Soil Science Institute of Athens (Coordinating Beneficiary)
SC: Steering Committee
T-MC: Technical-Monitoring Committee
AUTH: Aristotle University of Thessaloniki
UTH: University of Thessaly
BPI: Benaki Phytopathological Institute
3. EXECUTIVE SUMMARY
Project started in June 2014 and at present the following Actions are in progress:
Action A1: Productions of traps and attractants
Action A2: Preparatory monitoring of the demonstration areas
Action C1: Monitoring of projects environmental impact
Action C2: Monitoring of projects social-economical impact
Action D1: Dissemination
Action E1: Project management by SSIA
Action E2: Project Monitoring
The project began according to the timetable on 1st June 2014 and Actions A1, A2,
C1, C2, D1, E1 and E2 are in progress. The coordinating beneficiary performed all
necessary management activities so that the four scientific teams (SSIA, AUTH, UTH
and BPI) cooperate and function in synchronization.
As far as the technical part is concerned, SSIA, AUTH, UTH and BPI visited the
island of Chios „Kampos‟, selected the fields that will be monitored during Action A2
and will be participate in the demonstration Actions B1 and B2. A permit was
obtained for the implementation of the demonstration actions B1 and B2 from the
Hellenic ministry of Rural Development and Food for three years with the option to
revise the permit for another three years. The soil sampling and soil/substrate
evaluation by the SSIA produced a profile of the soils in the experimental orchards as
is described below in details in the section of the actions - output tables and
conclusions.
The efficacy test was decided to take place in the arboretum or in the nearby place of
the two associated beneficiaries AUTH, UTH by the responsible beneficiaries SSIA,
AUTH, UTH instead in the „Kampos‟ of the inland of Chios because was thought
would be of a better control and monitoring of the efficacy test. Apart from that there
was an extra opportunity the efficacy test to be tested at two different environmental
regions (Thessaloniki AUTH and Volos UTH) so the results would be representative
of the central and north regions of Greece. From the results obtained from the above
efficacy tests from the two places of the associated beneficiaries AUTH, UTH was
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LIFE13 ENV/GR/000414
found that the smallest amount of the BIODELEAR attractant was the one with the
best performance of attraction in both cases.
In the experimental fields in the „Kampos‟ of the inland of Chios before the
implementation of the Action B1, the following results were obtained: the med fly
population in the area of the inland of Chios was quite high even during late autumn
and winter; the percentage of fruit infestation rates ranged from 25 to 12% for
Clementine and the local Chios Mandarins respectively; the determination of the
environmental status such as the Biological diversity is in progress because due the
general practices (starting from the end June of 2015) is the most appropriate period
for measuring the biological diversity in the experimental fields.
The BPI team (leaders Dr. E. Bempelou, Dr. C. Anagnostopoulos and Ms P. Malatou)
undertook the fruit sampling according to the protocol described in the proposal of the
project. To this goal the associated beneficiary Benaki Phytopathological Institute
(BPI) during the action A2 undertook the task to (specifically during the time period
from August 2014 to February 2015) develop and validate multi residue analytical
methods for the determination of the residues of 334 plant protection products and 19
plant growth regulators according to the requirements of the guidance document
SANCO/12571/2013. So far the analyses are continued and are expected to be
completed at the end of August of 2015.
The WEB site was created and is available at www.biodelear.gr . Its further
development and support is ongoing.
Dissemination activities were also performed during the past 10 months, which
include creation of project logo, design of the dissemination material, project
presentation through the internet, as well as through meetings with local/regional
authorities and farmers associations.
4. ADMINISTRATIVE PART
4.1. Description of project management
Project Management (Action E1) and Project Monitoring (Action E2) began on 1st
June 2014 and will last for the entire project life. The coordinator, the researchers and
the staff of SSIA participate in this Action actively in order to achieve smooth
administrative and financial management of the project.
The fist kick off meeting of the Steering Committee (SC) was organized on 15 July
2014 in Athens at SSIA‟s premises, and each one of the beneficiaries presented their
Actions in order to find ways to increase the efficiency and the effectiveness through
cooperation. All the participants are seen in the following Table 1. Annex 1 includes
photos and the agenda of the kick-off meeting. Participants discussed several issues,
asked questions and received well-documented and clear answers. The project
monitoring structure was discussed and decided upon (details are seen in the
monitoring structure of the diagram of Action E2, Figure 1.)
5
LIFE13 ENV/GR/000414
Figure1.
Steering Committee (SC)
with senior representative from each partner
Chaired by Coordinator:
Dr Vassilis G. Mavraganis (SSIA)
Technical-Monitoring Committee (T-MC)
with one representative from each partner Chaired
by: Professor Nikos Papadopoulos (UTH)
Dissemination Committee (DC)
with one representative from each partner
Chaired by: Dr Sideris Theocharopoulos (SSIA)
Actions
B2
Leader
UTH
Actions
A1; A2; C1;
E1; E2
Leader
SSIA
Actions
B1
Leader
AUTH
Actions
None
Leader
BPI
Actions
D1
Leader
SSIA
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LIFE13 ENV/GR/000414
Table 1. 1st Kick off meeting participants
Name Institution Name Institution
Dr V.G. Mavraganis SSIA Dr C. Anagnostopoulos BPI
Dr V. Kavvadias SSIA Mrs P. Malatou BPI
Dr S. Theocharopoulos SSIA Prof. N. Papadopoulos-
through Skype
UTH
Dr E. Bempelou BPI Prof. N. Koulousis-
through Skype
AUTH
Dr K. Liapis BPI
The representatives from the associated beneficiaries UTH and AUTH (Prof. N.
Papadopoulos and Prof. N. Koulousis) were not able to participate personally in the
kick off meeting but only through Skype due to cancelations of flights (bad weather)
nevertheless the kick off meeting achieved the following goals.
Planning the assignment of the demonstration citrus orchards fields where the
project would take place
Planning the travelling to the inland of Chios „Kampos‟
A.1 Production of traps and attractants (April 2014 – March 2017)
A.2 Preparatory monitoring of the demonstrated areas (April 2014 –
September 2017)
The beneficiaries (Coordinating & Associated) to keep informing the
Timesheets forms according to the instructions of the LIFE web site.
The coordinator Dr Vassilis G. Mavraganis (SSIA), the administrative director Dr
Sideris Theocharopoulos (SSIA) and the representative of the administrative director
associate beneficiary BPI Dr E. Bempelou participated in the Kick off meeting of the
Life+ projects 2013 on 14 October 2014, in Kifisia, where were we presented our
project and were informed about the procedures and the requirements of the Life+
projects 2013 and also met Dr Anastasia Koutsolioutsou, the External Monitor
responsible for our project, from the LIFE monitoring company NEEMO EEIG –
Prospect C & S.
The 1st Steering Committee (SC) took place on 29
th and 30
th of September 2014,
Hotel Chandris in the island of Chios. The purpose of the Steering Committee (SC)
meeting in Chios was to select the citrus orchards by visiting the sites of the citrus
orchards in “Kampos” for the implementation of the project and to reach an
agreement with citrus orchards producers and discus details for the implementation of
the project between the beneficiaries (Associated and Coordinating) and the citrus
producers. Decisions were obtained to use apart from the three citrus orchards
according to actions B1 and B2 to include additional unmanaged orchards which have
been identified and will be used as a true control in our field trials (In these orchards
citrus producers are using the conventional way of protection from the med fly
insects) in order to obtain experimental and analytical power, of course the cost of
renting would not be affected since not any kind of protection would be applied by the
beneficiaries to the above additional unmanaged orchards. The participants of the
Steering Committee (SC) meeting are listed in Table 2. Photos of the Steering
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LIFE13 ENV/GR/000414
Committee meeting (SC) and the citrus orchards where the implementation will take
place Annex 2.
Table 2. 1st Steering Committee (SC) Meeting
Name Institution Name Institution
Dr V.G. Mavraganis SSIA Prof. N.
Papadopoulos
UTH
Dr S. Theocharopoulos SSIA Prof. N. Koulousis AUTH
Dr E. Bempelou SSIA Mr. K. Tsartsalis Representative of
the Citrus
Producers in the
inland of Chios
Dr C. Anagnostopoulos BPI
The 1
st Technical –Monitoring Committee (T-MC) took place on the 1-3 December of
2014 between all the beneficiaries SSIA, AUTH, UTH and BPI in „Kampos‟ on the
island of Chios. The subject of the meeting was the collection of fruits for measuring
pesticides residues, soil samples for analysis, and the assessment of the percentage of
fruit infestation and med fly population. Apart from that the Team visited the Mayor
of Chios and the Vice Prefect to inform them regarding the BIODELEAR project
(photos in Annex 3) Table 3.
Table 3. 1st Technical- Monitoring Committee (T-MC) Meeting
Name Institution Name Institution
Dr V.G. Mavraganis SSIA Ms P. Malatou BPI
Dr S. Theocharopoulos SSIA Prof. N. Papadopoulos UTH
Dr V. Kavadias SSIA Prof. N. Koulousis AUTH
Dr E. Bempelou BPI
Dr C. Anagnostopoulos BPI
The 2
nd T-MC Took place in the BPI with the SSIA, AUTH, & UTH on the 3
rd of
February to discuss the results so far obtained and was decided the following: 1st to
extend the A2 action for the sampling analysis of the insecticide residues in fruits
until the end of August for the B1 action because due to the preliminary results where
were found no insecticide residues and because there is a need to elucidate the real
chemical – profile of the pilot area an additional sampling of citrus fruits has to take
place during summer (June – August) and 2nd
to use extra true control experimental
orchards (with the conventional protection from the citrus producers) only the
monitoring part would be applied by the beneficiaries (Coordinating and Associated
beneficiaries) parallel to our implementation for the protection from the med fly in the
Actions A2, B1 and B2 Table 4.
8
LIFE13 ENV/GR/000414
Table 4. 2nd
Technical- Monitoring Committee (T-MC) Meeting
Name Institution
1 Dr V.G. Mavraganis SSIA
2 Dr E. Bempelou BPI
3 Ms P. Malatou BPI
4 Dr. K. Liapis BPI
5 Dr C. Anagnostopoulos BPI
6 Dr V. Kavadias SSIA
7 Prof. N. Papadopoulos UTH
8 Prof. N. Koulousis AUTH
Dr V.G. Mavraganis the Leader of the Coordinating beneficiary could not attend to
the above schedule meeting due to health problems but was informed of the
whereabouts about the decisions of the Technical- Monitoring Committee (T-MC)
Meeting after his recuperation and agreed with the decisions taken by the Committee.
4.2. Organigramme of the project teams and the project management
structure
The management structure of BIODELEAR is organised into three layers. As seen in
the following scheme Figure 2, the responsible Directors, Group leaders and Group
members were defined by all beneficiaries. A list of all personnel working in the
project with their qualifications and their role in the project is included in Annex 4.
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LIFE13 ENV/GR/000414
Figure 2.
BIODELEAR MANAGEMENT STRUCTURE
Coordinating Institution: SSIA-ELGO DEMETER
Coordinator: Dr V.G. Mavraganis
Administrative Director
Dr Sideris Theocharopoulos
Financial Director
Ms Euaggelia Bania
SSIA
Group Leader
Dr V.G. Mavraganis
Team Members
Dr S. Theocharopoulos
Dr V. Kavvadias
Mr. K. Dimopoulos
Ms P. Kefalogiani
Ms N. Liakopoulou
Ms C. Liakopoulou
Mr. D. Arapakis
Mr. P. Lolos
Ms. E. Bania
Ms K. Petropoulou
Ms A. Katsoula
Mr. P. Tountas
Mr. T. Tsoutsikos
BPI
Group Leader
Dr E. Bempelou
Team Members
Dr K. Liapis
Dr G. Balayiannis
Dr C. Anagnostopoulos
Ms C. Malatou
AUTH
Group Leader
Assoc. Prof. N. Koulousis
Team Members
Prof. D. Koveos
Assis. Prof. A. Lagopodi
Prof. O. Spiroudi-Menkisoglou
Assis. Prof. G. Karaoglanidis
Lect. B. Maliogka
UTH
Group Leader
Prof. N. Papadopoulos
Team Members
Assis. Prof. C. Nakas
Assoc. Prof. C. Athanasiou
Assis. E. Vellios
Mr. C. D. Gerofotis
Prof. N. Danalatos
Prof. E. Khah
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LIFE13 ENV/GR/000414
Some changes made by SSIA concerning some more new members compare to when
the project was submitted in 2013 by the SSIA the salaries of the permanent personnel
was at a higher level but the government later in the year introduce substantial cuts on
the salaries of the permanent personnel (15% to 30% depending on the particular
case) as a result the daily rates were reduced substantially in addition was that some
of them were removed due to retirement or were departed from the SSIA to another
employment and apart from that in the foreseen Actions A2, B1 and B2 the amount of
work is also expected to increase as far concerns the amount of soil sampling.
Therefore from the above reasons and in order the project to keep up with the amount
of personnel costs for SSIA the person days have to be increased by 50%. The new
members were: Mr. K. Dimopoulos (Geologist, M.sc.), Ms C. Liakopoulou
(Agriculturist, B.sc), Mr. D. Arapakis (Agriculturist, B.sc), Mr. P. Lolos
(Agriculturist, B.sc), Ms K. Petropoulou (Technician) and Ms A. Katsoula
(Technician) due to their experience in soil sampling and soil/substrate evaluation.
Similar increase in permanent personnel was necessary for the other associated
beneficiaries (AUTH, UTH and BPI) but as far as concern the increase in person dates
didn‟t exceed the 10% limit.
5. TECHNICAL PART
The project‟s overall objective is the development of a sound, integrated and environmentally sustainable technology to address the Med flies in the Mediterranean region, using as an example the cultivation of citrus, implementation in real scale of an innovative, patented, environment friendly and low cost food attractant (BIODELEAR) for the control of the Med fly. The attractant is non-toxic to humans, attracts selectively females med fly and virtually none of the non-targeted insects. The target is the elimination of the insecticides use which are toxic to humans and to the environment. To achieve the project‟s objectives, the following actions and means are foreseen: 1. Synthesis of (50Kg according with the results from the efficacy test) of the innovative attractant Biodelear-synthesis 2. Efficacy lab tests for optimum quantity of Biodelear to be used in citrus orchards. 3. Demonstration activities in three citrus fields (i.e. two pilot scales and one real scale) 4. Determination of the fruiting % of the tested citrus orchards before and after the implementation of Biodelear. 5. Determination of the med fly population before/after implementation of Biodelear protection in the three pilot citrus orchards. 6. Development of a web-inventory 7. Risk assessment of the pilot areas at the beginning and by the completion of the project 8. Soil monitoring at the three pilot fields before and after the implementation of the mass trapping technique, (at least 20 soil parameters of each soil sample) 9. Confirmatory tests to verify the absence of pesticides in the pilot fields
10. Assessment of the effect of the conventional practice in comparison with the mass
trapping technique for the control of the Med fly insects (with a development of the
Integrated Strategy (IS)) on soil biodiversity
11. Development of an Integrated Strategy (IS) of the mass trapping technique for the
control of the Med fly insects
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LIFE13 ENV/GR/000414
12. Implementation of the developed Integrated Strategy (IS) at large scale (10 ha) for
its confirmation or if needed adjustment according to the pilot implementation results.
13. Scientific, technical and financial analysis of the obtained results against
anticipated environmental benefits. Strengths, Weaknesses, Opportunities and Threats
(SWOT) and Cost Benefits Analysis
14. Development of a functional and attractive web-site and an establishment of a
network.
5.1. Actions
5.1.1. Action A1: Production of traps and attractants
Foreseen start date: 01/06/2014; Actual start date: 01/06/2014; Foreseen end date:
31/01/2017
Status: in progress
Objectives: The action aims to (a) the synthesis of the attractants (b) the purchasing
the traps
The action began on 1st June, 2014 and anticipated that will be completed according
to the timetable. In this action the following actions were achieved from 1-06-2014
until 28 February of 2015: 1st
Synthesis of 30 Kg of the attractant Biodelear 5 Kg of
them were used for the efficacy test; 2nd
The purchase of the 100 IPM traps
(International Pheromone Monitoring traps) 40 traps of the 100 IPM traps were used
for the efficacy (10 IPM traps as blank, 10 IPM traps for the 17 gr, 10 traps for the 51
or 54 gr and 10 IPM traps for the 85 gr) the rest with 60 IPM traps for the med fly
monitoring with the commercial attractant of Biolure. 3rd
The Efficacy testing of the
innovative attractant Biodelear was measured in two different climatic environments
the one was from the Aristotelian University of Thessaloniki (AUTH) and the other
from the University of Thessaly (UTH).
Three quantities of Biodelear have been examined for best performance, towards
standardizing and providing input in actions B1 and B2.
Methodology
The efficacy test from the University of Thessaly (UTH).
During autumn 2014 we performed a field experiment aiming to compare the efficacy
of different doses of Biodelear to attract and capture Mediterranean fruit flies
(medflies). The experiment was established on the 18th
of September and traps were
checked until April 2015. The experiment was conducted in the area of Lechonia
(Magnesia) Greece, which is a coastal area where most of the fruits are cultivated in
mixed orchards of citrus, pome and stone fruit trees (mandarins, sweet oranges, apples
and peaches). The orchard consisted of 0.8 hectares of approximately 150 trees.
Approximately half of them were mandarins (Citrus nobilis) and half sweet oranges
(Citrus sinensis). The orchard includes also few scattered lemon trees (Citrus limon).
Trees were 10-14 year old, with their canopy formed in a free cup bush style. The
height of the canopy ranged from 1.8 to 4 meters.
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LIFE13 ENV/GR/000414
We followed a complete randomized block experimental design with six replicates
(blocks). All three doses of Biodelear were placed in McPhail type traps that were
filled with 250ml water and propylene glycol to capture the attracted insects. We used
three doses of the BIODELEAR (17, 51or54, and 85gr) impregnated in custom-made
sponge dispensers (vetex). Traps were checked at weekly intervals and all captured
insects were counted and removed, while dispensers were renewed every month.
Within each block, traps were placed 15 to 20 m apart from each other. Following
each trap service the position of the traps of each block was rotated. Each trap was
placed on the southwest part of the tree canopy at 1.8m from the ground, in a shaded
part of the tree canopy. In some cases appropriate pruning was performed to increase
trap exposure. Blocks were located at distance longer that 30m among each other.
Statistical analysis was performed using one-way analysis of variance (ANOVA) of
the total catches per trap using the statistical package SPSS 20. Data were transformed
to sqrt(x) to normalize distribution and achieve equal variances when needed. Means
were separated using the criterion Tukey‟s HSD (a = 0.05). A repeated measures
analysis of variance using the weekly captures as the repeated factor was also
performed considering captures up to the end of December. No flies were captured
after this period. Final Results and Conclusion Annex 7.
The efficacy test from the Aristotelian University of Thessaloniki (AUTH).
The study was conducted on the Aristotle University of Thessaloniki farm (40.3°
northern latitude; sea level) in northern Greece. Ten out of 200 ha total surface area of
the farm were occupied by pome fruits, stone fruits, and a few other hosts. In
particular, apples (Malus sylvestris Mill.) occupied 5 ha; pears (Pyrus communis L.)
occupied 0.7 ha; apricots (Prunus armeniaca L.), peaches [P. persica (L.) Batsch],
cherries (P. avium L.), sour cherries (P. cerasus L.), and plums [P. domestica (L.)]
occupied a total of =0.9 ha; walnuts (Juglans regia L.) occupied 0.4 ha; kiwis
(Actinidia chinensis Planch.) occupied 0.9 ha; and olives (Olea europaea L.)
occupied 0.6 ha. The test was performed on apples trees. In that area apple trees
mature their fruits in September and October.
The three different quantities of Biodelear tested were 17, 51 and 85 gr impregnated
in custom-made sponge dispensers (vetex). We followed a complete randomized
block experimental design with six replicates (blocks). We used plastic Mc Phail-type
traps with 250 ml of a 10% water solution of propylene glycol added to the lower part
of the trap. One set of three traps was suspended on each of six rows of apple trees in
random order at a height of 1.5–2 m above ground. Within each block, traps were
placed 15 to 20 m apart from each other. Following each trap service the position of
the traps of each block was rotated. Each trap was placed on the southwest part of the
tree canopy at 1.8m from the ground, in a shaded part of the tree canopy. In some
cases appropriate pruning was performed to increase trap exposure. Blocks were
located at distance longer that 30 m among each other. Traps were rotated within each
row. The traps were deployed on 22 September 2014. The traps were checked every
week and all the flies were counted, sexed, identified and removed. Traps checks
continued until the end of April.
Statistical analysis was performed using one-way analysis of variance (ANOVA) of
the total catches per trap using the statistical package SPSS 20. Data were transformed
to log(x + 1) to normalize distribution and achieve equal variances when needed.
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LIFE13 ENV/GR/000414
Means were separated using the criterion Tukey‟s HSD (a = 0.05). Final Results and
Conclusion Annex 7.
5.1.2. Action A2: Preparatory monitoring of the demonstration areas
Foreseen start date: 01/06/2014; Actual start date: 01/06/2014; Foreseen end date:
30/09/217
Status: in progress
Objectives: The action aims to (a) recording and evaluating of the environmental
status of the pilot areas and the demonstration area (b) measuring the fruit infestation
percentage (c) measuring the med fly population (d) evaluating the impacts of these
practices on farm environment (soil quality, biological diversity, pesticides use and
management) (e) evaluating the production (generated cost, amount and quality of
fruits) (f) the efficacy test. The above evaluations would be from the conventional
practices of protection.
The action began on 1st of June, 2014 and is anticipated that will be completed
according to the timetable (i.e. on 30/9/2017) nevertheless the total duration of the
action A2 would be about one year although it will take a span of three years time.
During the last seven months (September of 2014 to January 2015) the two citrus
orchards of 1 ha each (one for pilot tests and the other as control field in which
conventional protective practices are followed) were selected with the task to measure
and evaluating the environmental status of the pilot areas before the implementation
of the protection from the med flies.
The SSIA has obtained licences from the Ministry of Agricultural and Production of
Food for three years for the use of the two 1 ha citrus orchards and the 10 ha citrus
orchards with the capacity to revised for another three years.
The SSIA with the team leaders Dr. V.G. Mavraganis, Dr. S. Theocharopoulos and
Dr. V. Kavvadias undertook the samplings for the monitoring of soil quality, the
identification of soil indicators and the evaluation of soil quality in relation to
cultivation practices. The team visited the island of Chios „Kambos‟ area in 29-30
September, 2014 and 1-3 December, 2014. 52 soil samples were collected in total
from citrus orchards in the Chios „Kambos‟ area of the whole area depicted in the
photograph annex 2. The citrus orchards where the BIODELEAR project would take
place:
1) Latitude 38° 19´ 47.34´´ N; Longitude 26° 7´ 58.82´´ E (Zanis Citrus Orchard)
2) Latitude 38° 19´ 10.82´´ N; Longitude 26° 7´ 46.10´´ E (Perleas 1 Citrus
Orchard)
3) Latitude 38° 19´ 17.87´´ N; Longitude 26° 7´ 24.20´´ E (Gianniris Citrus
Orchard)
4) Latitude 38° 19´ 20.33´´ N; Longitude 26° 7´ 36.35´´ E (Perleas 2 Citrus
Orchard)
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LIFE13 ENV/GR/000414
(Are included the pilot and the control areas) from different sites and depths (the
surface range from 0-30 cm and from 30 cm to 60 cm) and were transferred to the lab
for analysis. For the time being most of the analyses (23 soil parameters) were
completed. All measured soil parameters, analysis, results and conclusions are
included in Annex 5.
The BPI team (leaders Dr. E. Bempelou, Dr. C. Anagnostopoulos and Ms P. Malatou
and Dr. George Balagiannis) undertook the fruit samplings according to the protocol
described in the proposal of the project. The number of samples is higher than the
proposed (133 instead of 120 as described in Action A2). The number of 120 fruit
samples mentioned in the proposal was based on the theoretical plantation of a 1 ha
orchard. Since the experimental orchards were more extensively planted than
expected, they were divided to the appropriate number of plots in order to have a
representative sampling (see the area where would take place the sampling are
included the pilot and control 1ha areas annex 2). The final number of fruit samples
was amended respectively to the number of plots.
During action A2 the associated beneficiary Benaki Phytopathological Institute (BPI)
and in specific for the time period from August 2014 to December 2014 developed
and validated multi residue analytical methods for the determination of the residues of
334 plant protection products and 19 plant growth regulators according to the
requirements of the guidance document SANCO/12571/2013. The methods were
based on the QuEChERS method (EN 15662) and the use of sensitive
chromatographic techniques (GC/ECD/NPD, GC/MS, GC/MS/MS and LC-MS/MS).) The results, analysis and conclusions see Annex 6
The Associated beneficiaries UTH and AUTH
Selection and renting of three orchards in Chios
Following several field visits in the area of Kampos Chios, during winter and spring
2014-2015 together with the group of the University of Thessaly & of the Aristotelian
University of Thessaloniki and considering also the needs of the other beneficiaries
we selected the experimental farms that are currently used for medfly population
monitoring, management and biodiversity estimates. Instead of using three orchards
as it is stated in the proposal following a management committee meeting we decided
to include an additional orchard in order to obtain experimental and analytical power.
Additional unmanaged orchards have been identified and will be used as a true
control in our field trials.
Biological diversity determination using pit fall traps and knock-out insecticide
methods
Following the rending of farms that was concluded few weeks ago, we have been
working on the methodology regarding assessment of insect biodiversity in the
experimental farms and in general in the area of Chios. The respective experiments
and the deployment of specific (pitfall type traps) will start at the end of June 2015. A
monthly recording of the insect fauna in the orchard is scheduled. We are currently
working on the methodology to assess the above ground insect biodiversity and we
are considering two alternative methods, either appropriate traps or knockdown
following a pyrethroid spraying.
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LIFE13 ENV/GR/000414
Our planning for the ground biodiversity includes the deployment of 5-6 pitfall traps
in each experimental plot. Pitfall traps will be filled with an appropriate amount of an
aqueous solution of propylenoglygol (5%). Traps will be exposed in the field for 24 or
48 hours. All captured insects will be transferred to our laboratory in Volos where
they will be identified using appropriate dichotomous keys.
Monitoring of three fields for measurement of infestation percentage and
determination of the number of med fly population present
Fruit sampling (mandarin and clementine fruits) was conducted in the beginning of
December 2014. Fruits were transferred to the laboratory of Entomology and
Agricultural Zoology at the University of Thessaly, Greece and the proportion of
infestation was determined. We collected ripe and ripening fruits from the trees or
recently fallen to the ground of clementine and local mandarins. Two hundred fruit
from each variety were randomly selected from three different orchards. Upon arrival
in the laboratory fruits were placed in plastic containers over a layer of dry sand.
Fruits were maintained at constant laboratory conditions (25°C, 50%RH and 14:10
L:D) regularly inspected and those showing typical symptoms of medfly infestation
were recorded. The sand of the container was also sieved and all pupae were collected
and counted.
To identify the level of the insect population we deployed 9 plastic McPhail-type
traps in the experimental orchards baited with Βiolure dispensers. To capture the
attracted flies, 250 ml of a 10% water solution of propylene glycol were added to the
lower part of the IPMT trap. The traps were deployed on 30 October 2014. Trap
check and servicing was performed weekly. During the winter months trap checks
were made every two weeks. The number of male and female medflies as well as and
non-target insects captured were scored. Preliminary Results and Conclusions Annex
8.
5.1.3 Action B1: Implementation of innovative Med traps at pilot scale
Foreseen start date: 01/06/2015; Foreseen end date: 31/12/2016
(1/6/2015-31/12/2016)- Not foreseen for this period
Objectives: The action aims to developed of an Integrated Strategy (IS) through a two
years implementation of the Biodelear attractant using two citrus orchards one the
pilot 1 ha and the other the control 1 ha. In addition to the above the following
evaluations also would take place (a) recording and evaluating of the environmental
status of the pilot area and the control area during the implementation of protection
from the med fly (b) measuring the fruit infestation percentage at the end of the
implementation of protection from the med fly (c) measuring the med fly population
(d) evaluating the impacts of that of these practices on farm environment (soil quality,
biological diversity, pesticides use and management) (e) evaluating the production
(generated cost, amount and quality of fruits).The developed IS will be confirmed and
/ or adjusted during the following real application of Action B2.
5.1.4. Action B2: Implementation of innovative Med traps at real scale
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Foreseen start date: 01/06/2017; Foreseen end date: 31/12/2018
Status: Not foreseen for this period
Objectives: The action will last two years and its main objective is the implementation
of the Integrated Strategy (IS) developed during Action B1by using as attractant the
Biodelear, its confirmation or adjustment if needed.
In a similar way as in the Action B1the following evaluations would take place (a)
recording and evaluating of the environmental status of the demonstration area
during the implementation of protection from the med fly (b) measuring the fruit
infestation percentage at the end of the implementation of protection from the med fly
(c) measuring the med fly population (d) evaluating the impacts of that of these
practices on farm environment (soil quality, biological diversity, pesticides use and
management) (e) evaluating the production (generated cost, amount and quality of
fruits). The IS will be extended by considering many variables to cover the
Mediterranean area and thus an Integrated Mediterranean Strategy (IMS) will be
developed.
5.1.5. Action C1. Monitoring of project’s environmental impact
Foreseen start date: 01/06/2014; Foreseen end date: 1/06/2019
Status: In Progress
Objectives: Action C1 will last 60 months and aims to the following 1st monitor the
effects of project’s actions on the state of the environment on a regular basis; and 2nd
asses the project contribution to the development sustainable procedure of crop
protection without the use of pesticides and the subsequent production of
environmentally safe products.
In the framework of Action C1, allot of data have been collected for the
environmental status prior to the implementation of the protection of the med fly with
the Biodelear attractant on the citrus orchards area as are described in the action A2.
After the completion of the collected data the monitoring of project‟s environmental
impact will be applied on regular basis especially on the Actions B1 and B2.
5.1.6. Action C2: Monitoring of project’s social-economical impact
Foreseen start date: 01/06/2014; Foreseen end date: 1/06/2019
Status: In Progress
Objectives: Action C2 will last 60 months and aims to derive specific indicators to
monitor and to measure social-economic impacts. The responsible beneficiary will
perform surveys, concentrating on main target groups, which are anticipated to assist
in timely recording of indicators for monitoring the strategy impact.
The SSIA is the beneficiary who is responsible for the implementation of this action,
in cooperation with BPI, AUTH and UTH. For the purpose of this Action, two visits
(29-30 September of 2014 and 1-3 December of 2015) of the beneficiaries took place
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LIFE13 ENV/GR/000414
in the island of Chios informing the local citrus producers and the local authorities
about the aim of the project and getting information of the local habits and existing
methodologies and databases for identifying specific indicators that will act as the
baseline for the initial selection of social-economic indicators that will be undertaken
during the duration of the project. Near the end of the project would be the beginning
of a development of a preliminary questionnaire concerning social-economic impacts
of the project.
5.1.7. Action D1: Dissemination
Foreseen start date: 01/06/2014; Foreseen end date: 1/06/2019
Status: In Progress
Objectives: Action D1will last to the entire duration of the project and on this action
the following would be developed. 1st The development of a functional and attractive
project web site. 2nd
Establishment of a net work between research centres,
universities, farmers and their associations, regional and national authorities,
representative of industry/market community, scientists from other already existing,
European networks and also with other relative LIFE projects relative to the pest and
agricultural production management. 3rd
Dissemination of project’s achievements to
stakeholders, scientists, policy makers and mainly to producers in Greece and in
other Mediterranean countries.
On this action during the last seven months were created the following:
The web site www.biodelear.gr; the logo of the project was created and used in the
web site and in all dissemination activities as well as the logo of the EU and the
sentence like “with the contribution of the LIFE+ financial instrument of the
European Union”. The web site and any other actions regarding the dissemination
action of the project is in accord with the Common Provisions
Biodelear beneficiaries also contacted other LIFE projects and informed the
involvedscientists regarding the project. Specifically, discussions were made with
Agrostat (LIFE11 ENV/GR/951), OliveClima (LIFE11/ENV/GR/942), LIFE
CONOPS .
5.1.8. Action D2: After LIFE Communication Plan
Foreseen start date: 01/09/2018; Foreseen end date: 1/06/2019
Status: Not foreseen for this period
Objectives: Action D2 aims to develop a strategic that will ensure the dissemination
and communication of the project results after its completion.
5.1.9. Action E1: Project management by SSIA
Foreseen start date: 01/06/2014; Foreseen end date: 1/06/2019
Status: In Progress.
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Objectives: To ensure timely implementation of the project, good cooperation among
Beneficiaries, quality assurance of the deliverables and day to day control of the
administrative and financial issues of the project.
Reports and Status:
- Inception report (submitted on ...2015)
- Progress report (until 1 December 2015)
- Midterm report (until 1 December 2016)
- Progress report (until 1 December 2017)
- Final report (until 1 May 2019)
The project management was defined and is functioning well. The coordinator and the
management group of SSIA are in touch very often and meetings are held at least
once a month. All important decisions about the project are discussed in this group.
Agreement for procedures for project implementation, communication and
cooperation were agreed on in the beginning of the project period during the kick off
meeting and also via e-mails between the beneficiaries. The project group functions as
a dialogue group where progress and other relative issues are discussed.
5.1.10. Action E2: Project Monitoring
Foreseen start date: 01/06/2014; Foreseen end date: 1/06/2019
Status: In Progress
Objectives: Measure and document the effectiveness of the project actions as
compared to initial situation, objectives, expected results and environmental impacts.
As mentioned, the project has a structured monitoring system, which ensures the
control of the progress in relation to the initial aims and targets. The members of the
Technical-Monitoring Committee (T-MC) and of the Dissemination Committee were
defined during the kick off meeting. Output indicators were discussed between the
members of the Committee and defined (see Annexes 5, 6, 7 and 8). The first meeting
of the T-MC took place on 15 July in Lykovrisi, Athens (SSIA) with the participation
of BPI, AUTH, UTH and SSIA. The subject of the meeting was first the planning of
the assignment of the demonstration citrus orchards fields where the project would
take place, second the planning of the travelling to the inland of Chios „Kampos‟, a
set of timetables for each one of the beneficiaries to keep them aware of their duties
and the timesheets form for involved scientists and institutions‟ staff according to the
instructions of the LIFE web site.
5.2 Availability of appropriate licences and authorisations
One appropriate licence was obtained from the Agricultural Ministry of Food and
Production for the use of the 12 ha citrus orchards in the „Kampos‟ in the inland of
Chios for three years with the option to revised the licence with another application
after expire of the permit (Annex 9).
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5.3 Envisaged progress until next report.
Action A1: The action will be continued to be in progress and is anticipated that will
be completed according to the timetable (i.e. 31/01/2017).
Action A2: SSIA will continue with new soil samplings in the pilot area within the
timeframe of the action and analyses on June and August of 2015. The BPI will
continue to analyse and do new fruit samplings on June and August of 2015. The
AUTH and UTH will do measure the Biological-diversity of the ecosystem during the
period of the summer starting at the end of June the year 2015 and preparations for the
Action B1 starting from June of 2015.
Action B1: On June 2015 will start the action B1 with the first fruiting period to end
at the end of the year 2015 and at the beginning of the year 2016.
Action B2: The action will be fully develop the year 2017
Action C1: Action C1 will continue its implementation according to schedule.
Action C2: Specific indicators that will act as the baseline for the initial selection of
social-economic indicators will be developed.
Action D1: The project teams will focus on the development of the project network
and is anticipated that until the next report, most of the targeted stakeholders would
have been informed and invite to participate. The beneficiaries will also focus on
general dissemination activities in order to promote the project and its anticipated
benefits. The project is planned to participate in a meeting in the inland of Chios to
inform the local authorities and the citrus producers about the targets of the project in
the coming month of June of 2015. Three metallic boards would be created at the site
of the pilot control and demonstration areas of the citrus orchards.
Action E1: Management structure functions in a satisfactory way, SSIA will maintain
it, while corrective actions will be performed, if needed.
Action E2: SSIA will continue to monitor the project progress relative to its
objectives. Meetings of the project committees will be organized if needed. The
steering Committee will meet before the beginning of the actions B1 and B2 to
evaluate and maximize the effectiveness of the activities.
No changes in the planned actions as defined in the proposal are foreseen until now.
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Tasks/
Activities
20105
2016
2017
2018
2019
2T 3T 4 T 1T 2T 2T 4T 1T 2T 3T 4T 1T 2T 3T 4T 1T 2T 3T 4T 1T 2T
Overall project schedule
Proposed
O
O
X
O
X
Actual
Action A1. Preparatory actions
Productions of traps and
attractants
Proposed
Actual
Action A2. Implementation of
innovative Med traps at pilot scale
Proposed
Actual
Action B1. Implementation of
innovative Med traps at pilot scale
Proposed
Actual
Action B2. Implementation of
innovative Med traps at real scale
Proposed
Actual
Action C1. Monitoring of
project‟s enviromental impact Proposed
Actual
Action C2. Proposed
Actual
Action D1. Proposed
Actual
Action D2. Proposed
Actual
Action E1. Proposed
Actual
Action E2. Proposed
Start date Mid-Term End date
X=Progress reports
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Actual
6. Financial part
6.1.Putting in place of the accounting system.
Most of the accounting system was to do with consumables and travel
expenses and personnel costs so far until the date of 28/2/2015
6.2.Continued availability of co financing.
There is a continued availability of co financing
6.3.Costs incurred (summary by cost category and relevant comments).
The costs incurred so far to date 28/2/2015 from the start comes to
133553.27 €
Fill in the following table concerning the incurred project costs:
Budget breakdown categories Total cost in € Costs incurred from the start
date to 28.2.2015 in €
% of total costs
1. Personnel 1496173 86298.56 5.77
2. Travel and subsistence 146494 11935.04 8.14
3. External assistance 71000 0 0
4. Durable goods 0 0 0
Infrastructure 0 0 0
Equipment 0 0 0
Prototype 0 0 0
5. Land purchase / long-term lease 0 0 0
6. Consumables 323001 24039.91 7.44
7. Other Costs 24504 2639.67 10.77
8. Overheads 144282 8737.5 6.05
TOTAL 2205454 133553.27 6.05
*) So far not any revised budget modification exists.
**) The calculation of the percentages by budget lines: The 5.77 % of the
budgeted personnel costs from the start date to 28. 2.2015
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So far there are no any particularly discrepancies, nevertheless in the coming year
there is a need to transfer some money from the consumables of the coordinating
beneficiary SSIA to the associated beneficiaries BPI and UTH personnel due to the
fact that the amount of work as far as concerns the fruit sampling for the associated
beneficiary (BPI) (Since the experimental orchards were more extensively planted
than expected, they were divided to the appropriate number of plots (increase in plots)
in order to have a representative sampling) will increase and similarly the amount of
work will increase for the associated beneficiary UTH because deployment of the
mass and medfly population monitoring grid will be more extensive and intensive
since additional orchards have been included. And biodiversity assessment will
operate in a broader area and higher intensity. As far as the cost of the consumables is
concerned the LIFE BIODELEAR project on the coordinating beneficiary SSIA
would not be affected, because we recently determined that preparation of the
BIODELEAR bait will cost substantially less that initially estimated. For any future
changes on the budget reallocations of course the European Commission will be
notified.
Please fill in also the following additional table (recommended). When compiling the
information please refer to Form B of the proposal:
Action number and name Foreseen costs
Spent so far Remaining Projected final cost
Action A1 Production of traps and attractants
147799 27233.64 120565.36 147799
Action A2 Preparatory monitoring of the demonstration areas
306935 87645.99 219289.01 306935
Action B1 Implementation of innovative Med traps at pilot scale
388034 4105 383929 388034
Action B2 Implementation of innovative Med traps at large scale
451634 97.46 451634 451634
Action C1 Monitoring of project’s environmental impact
77345 0 77345 77345
Action C2 Monitoring of project’s social-economical impact
43370 644.83 42725.17 43370
Action D1 Dissemination 48452 2184.45 46267.55 48452
Action D2 ‘After-Life + Communication plan’
0 0 0 0
Action E1 Project Management by SSIA
162816 1468.06 161347.94 162816
Action E2 Project Monitoring
137300 1436.34 135863.66 137300
TOTAL 1496173 124816.17 1371356.83 1496173
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7. Annexes
Annex 1: Photos and the agenda of the 1st Kick-off meeting
Agenda
BIODELEAR LIFE13 ENV/GR/000414 Addressing Med fly with an innovative and environment friendly attractant
through an Integrated Pest Management Strategy
1st Kick off Meeting
15 JULY 2014, Lykovrisi, Athens
Program
10:30-11:00 Introductory Welcome to the Steering committee from the Director of the Soil Institute of Athens Dr Sideris Theocharopoulos
11:00-11:45 Actions A1, A2, B1 and B2 -General description of the project management, monitoring and progress of the project Dr V. G. Mavraganis
11:45-12:15 Break
12:15-13:00 Actions A1, A2, B1 and B2 (Progress, preparations of the preparatory experiments – choosing the land for future use - hiring land) Professor N. Papadopoulos
13:00-13:45 Actions A2, B1 and B2 (Description of the Actions) Measurements of the pesticides or pesticides residues) Dr E. Bebelou
13:45-14:30 Lunch
14:30-15.30 General Discussions on the project
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Annex 2: The 1st Steering Committee (SC) Meeting
The 1st Steering Committee (SC) took place on 29
th and 30
th of September 2014,
Hotel Chandris in the inland of Chios. The Steering Committee (SC) meeting in
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the Chios inland was to select the citrus orchards by visiting the sites of the citrus
orchards “campos” for the implementation project and to reach an agreement with
citrus orchards producers and discus details for the implementation of the project
between the beneficiaries.
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The citrus orchards where the implementation of the project would take place
(The names of the citrus orchards A. Zanis; B. Zanis; B. Perleas; E. Gianniris
(Elaiotrivio))
The ‘Kampos’ of the Inland of Chios
The citrus orchards where the BIODELEAR project would take place:
1) Latitude 38° 19´ 47.34´´ N; Longitude 26° 7´ 58.82´´ E (ZANIS CITRUS
ORCHARD)
2) Latitude 38° 19´ 10.82´´ N; Longitude 26° 7´ 46.10´´ E (PERLEAS 1
CITRUS ORCHARD)
3) Latitude 38° 19´ 17.87´´ N; Longitude 26° 7´ 24.20´´ E (GIANNIRIS
CITRUS ORCHARD)
4) Latitude 38° 19´ 20.33´´ N; Longitude 26° 7´ 36.35´´ E (PERLEAS 2
CITRUS ORCHARD)
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Annex 3: 1st Technical –Monitoring Committee (T-MC) Meeting
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The 1st Technical –Monitoring Committee (T-MC) took place on the 1-3
December of 2014 between all the beneficiaries SSIA (Dr V.G. Mavraganis, S. Theocharopoulos and V. Kavvadias), AUTH (Prof. N. Koulousis), UTH (Prof. N.
Papadopoulos) and BPI (Dr E. Bempelou, Dr C. Anagnostopoulos and Mrs P.
Malatou) in the Chios inland of „Kampos‟. Collecting soil samples fruit samples
and evaluating the med fly population and med fly infestation.
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The representative team of the project BIODELEAR [the beneficiaries SSIA (Dr
V.G. Mavraganis, and Dr S. Theocharopoulos), AUTH (Prof. N. Koulousis), UTH
(Prof. N. Papadopoulos) and BPI (Dr E. Bempelou, Dr C. Anagnostopoulos and
Mrs P. Malatou)] together with the representative of the citrus orchard producers
Mr Kosta Tsartsali visited and informed the Mayor of Chios Mr Manoli Vourna
on the 2 December of 2014 on the project BIODELEAR.
The representative team of the project BIODELEAR [the beneficiaries SSIA (Dr
V.G. Mavraganis, and Dr S. Theocharopoulos), AUTH (Prof. N. Koulousis), UTH
(Prof. N. Papadopoulos) and BPI (Dr E. Bempelou, Dr C. Anagnostopoulos and
Mrs P. Malatou)] together with the representative of the citrus orchard producers
Mr Kosta Tsartsali visited and informed the Vice Prefect of Chios Mr Stamatis
Karmantzis on the 2 December of 2014 on the project BIODELEAR.
Annex 4: List of all personnel working on the project with their qualifications
and their role in the project
List of all personnel working on the project with their qualifications and their role in the
project
Name/Institution Qualification Role in the project
Dr. Vassilis G.
Mavraganis/SSIA
Chemist A1: Synthesis of the attractant
Biodelear, Trap production.
A2: Participating in the
monitoring of the ecosystem in the
citrus orchards cultivation areas,
data evaluation of soil indicators,
soil analysis, in the efficacy test,
of the med fly population and med
fly infestation, pesticide residues
in the ecosystem of the three citrus
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orchards (control, pilot and large
scale)
B1: Participating in the
development of the protection of
the med fly in the pilot citrus
orchard and control citrus orchard.
B2: Participating in the
development of the protection of
the med fly in the large scale citrus
orchard.
C1: Monitoring of project‟s
environmental impact
C2: Monitoring of project‟s social-
economical impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr Victor Kavvadias/SSIA Forester, Soil
Fertility
A2: Data collection, monitoring
data evaluation of soil indicators,
soil analysis of the three citrus
orchards (control, pilot and large
scale)
B1: Data collection, monitoring
data evaluation of soil indicators,
soil analysis on the pilot and
control citrus orchards
B2: : Data collection, monitoring
data evaluation of soil indicators,
soil analysis on the large scale
citrus orchard
C1: Monitoring of project‟s
environmental impact
C2: Monitoring of project‟s social-
economical impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr Sideris
Theocharopoulos/SSIA
Pedologist A2: Data collection, monitoring
data evaluation of soil indicators,
soil analysis of the three citrus
orchards (control, pilot and large
scale)
B1: Data collection, monitoring
data evaluation of soil indicators,
soil analysis on the pilot and
control citrus orchards
B2: : Data collection, monitoring
data evaluation of soil indicators,
soil analysis on the large scale
citrus orchard
C1: Monitoring of project‟s
environmental impact
C2: Monitoring of project‟s social-
economical impact
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D1: All dissemination activities
E1+E2: Project management and
monitoring
Nektaria Liakopoulou,
M.sc./SSIA
Chemist
Instrumental
analysis
A2: Data collection, soil analysis
on the pilot and citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Konst. Dimopoulos,
M.sc./SSIA
Geologist A2: : Data collection, soil analysis
on the pilot, control and large
scale citrus orchards B1: Data
collection, soil analysis on the
pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Dimitris Arapakis/SSIA Agronomist A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Polykarpos Lolos/SSIA Agriculturist A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Christina Liakopoulou/SSIA Agriculturist A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Pantelis Tountas/SSIA Technician
Agronomist
A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Pelagia Kefalogiani/SSIA Technician
Agronomist
A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Evangelia Bania/SSIA Financial staff E1: financial monitoring of the
project
Athanasios Tsoutsikos/SSIA Worker A2: Soil sampling, pre-treatment
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on the pilot, control and large
scale citrus orchards
B1: Soil sampling, pre-treatment
on the pilot and citrus orchards
B2: Soil sampling, pre-treatment
on the large scale citrus orchard
Athanasia Katsoula Technician
Agronomist
A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Ntina Petropoulou Technician
Agronomist
A2: Data collection, soil analysis
on the pilot, control and large
scale citrus orchards
B1: Data collection, soil analysis
on the pilot and citrus orchards
B2: Data collection, soil analysis
on the large scale citrus orchard
Dr Eleutheria Bempelou/BPI Agriculturist
specialist in the
agricultural
pesticides
(BPI group leader in all Actions
BPI is involved) coordinates
scientific, technical, financial and
administrative work of BPI. C1:
Monitoring of project‟s
environmental impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr Konstantinos Liapis Chemist/ speciality
in the analysis of
agricultural
pesticides
A2: Data collection, pesticides
residues analysis on the pilot,
control and large scale citrus
orchards
B1: Data collection, pesticides
residues on the pilot and citrus
orchards
B2: Data collection, pesticides
residues analysis on the large scale
citrus orchard
C1: Monitoring of project‟s
environmental impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr George Balayiannis Chemist/ speciality
in the analysis of
agricultural
pesticides
A2: Data collection, pesticides
residues analysis on the pilot,
control and large scale citrus
orchards
B1: Data collection, pesticides
residues on the pilot and citrus
orchards
B2: Data collection, pesticides
residues analysis on the large scale
citrus orchard C1: Monitoring of
36
LIFE13 ENV/GR/000414
project‟s environmental impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr Christos Anagnostopoulos Agriculturist/
speciality in the
analysis of
agricultural
pesticides
A2: Data collection, pesticides
residues analysis on the pilot,
control and large scale citrus
orchards
B1: Data collection, pesticides
residues on the pilot and citrus
orchards
B2: Data collection, pesticides
residues analysis on the large scale
citrus orchard C1: Monitoring of
project‟s environmental impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Ms Christina Malatou Agronomist/
speciality in the
analysis of
agricultural
pesticides
A2: Data collection, pesticides
residues analysis on the pilot,
control and large scale citrus
orchards
B1: Data collection, pesticides
residues on the pilot and citrus
orchards
B2: Data collection, pesticides
residues analysis on the large scale
citrus orchard C1: Monitoring of
project‟s environmental impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Dr Nikos Papadopoulos Entomologist/expert
on diptera fruit flies
such us the med fly
Ceratitis capitata
(UTH group leader in all Actions
UTH is involved) coordinates
scientific, technical, financial and
administrative work of UTH.
A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
C1: Monitoring of project‟s
environmental impact
C2: Monitoring of project‟s social-
economical impact
D1: All dissemination activities
37
LIFE13 ENV/GR/000414
E1+E2: Project management and
monitoring
Assis. Prof Christos Nakas Statistics A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Dr Christos Athanasiou Entomologist A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Dr Evangelos Vellios Plant pathology A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Mr Christos D. Gerofotis Entomologist A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
38
LIFE13 ENV/GR/000414
Prof Nikolaos Danalatos Plant Ecology A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Prof Ebrahim M Khah Plant breeding and
genetics
A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Dr Nikos Koulousis Entomologist/expert
on diptera fruit flies
such us the med fly
Ceratitis capitata
(AUTH group leader in all Actions
AUTH is involved) coordinates
scientific, technical, financial and
administrative work of AUTH.
A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
C1: Monitoring of project‟s
environmental impact
C2: Monitoring of project‟s social-
economical impact
D1: All dissemination activities
E1+E2: Project management and
monitoring
Prof Dimitris Koveos Entomologist A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
39
LIFE13 ENV/GR/000414
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Assis Prof A. Lagopodi Plant Protection A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Prof Ourania Spiroudi-
Menkisoglou
Plant Protection A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Assis. Prof. George
Karaoglanidis
Plant Protection A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Lect. Barbara Maliogka Plant Protection A2: Data collection, efficacy test,
med fly population and med fly
infestation, biological diversity on
the pilot, control and large scale
citrus orchards
40
LIFE13 ENV/GR/000414
B1: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the pilot and citrus orchards
B2: Data collection, efficacy test,
med fly population and med fly
infestation biological diversity on
the large scale citrus
Annex 6 Preliminary Results and Conclusions from the analysis of the fruit
samplings. (Action A2) Associated beneficiary (BPI) responsible
The results of the validation of the analytical methods showed acceptable sensitivity,
by providing a limit of quantification in 0.01mg/kg based on the lowest validation
level. Moreover, the obtained recoveries were all within the acceptable range of 70-
110% for both methods, giving acceptable accuracy. The relative standard deviations
calculated were all lower than 20%, showing acceptable reproducibility. Therefore the
analytical methods are considered reliable and suitable for the analysis and the
determination of pesticide residues and plant growth regulators in accordance to the
requirements of European Commission.
Results and Conclusions of (BPI)
The analysis of the samples has now been completed. No detectable residues of plant
protection products or plant growth regulators were determined. This first sampling
can be considered as a preliminary monitoring (screening) in random citrus orchards
of the pilot area of Campos Chios, providing an estimation of the potential
contamination of the cultivated areas in the certain time period of sampling. The fact
that no detectable residues were observed is attributed to the previous application of
plant protection products according to the Good Agricultural Practice (GAP). In order
to elucidate the chemical -profile of the pilot area, an additional sampling of citrus
fruits is going to take place during summer (June to August 2015) when farmers apply
plant protection products for the control of Ceratitis Capitata. The sampling time will
be adjusted to the PreHarvest Intervals (PHIs) as reported in the registered GAPs of
the applied formulations.
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LIFE13 ENV/GR/000414
Deliverable Products of the Project
Name of the Deliverable Number of the associated
action
Deadline
Purchase traps and attractants for
the monitoring of the med fly and
the efficacy test
A1 31/12/2014
Synthesis of the Biodelear
attractant 30 Kg
A1&A2 28/2/2015
Efficacy testing of the innovative
attractant Biodelear
A1 31/12/2014
Renting the two citrus orchard
areas of 1 ha
A2 31/12/2014
Obtaining The Permits from The
Ministry of Rural Development
and Food
A2 31/12/2014
Preliminary results of soil
sampling analysis, Preliminary
results of insecticide residues in
the citrus fruits, Preliminary
results of medfly population and
Preliminary results of fruit
infestation percentage
A2 28/2/2014
Web site of the project D1: Dissemination 31/12/2014