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TECHNICAL ASSISTANCE FOR THE MINISTRY OF AGRICULTURE AND RURAL
AFFAIRS FOR THE DESIGN OF A FUNCTIONING IACS AND LPIS IN TURKEY
H. Erden a , E. Mercimek b
a Ministry of Agriculture and Rural Affairs, General Directorate of Agricultural Production and Development, Eskisehir
Yolu 9.km, Lodumlu Ankara, Turkey-herden45@gmail.com.tr
b INTA Spaceturk, Haymana Yolu 12.km, Golbasi Ankara, Turkey-emercimek@spaceturk.com.tr
Commission I, ThS-1
KEY WORDS: integrated Administration and Control System, Land Parcel Identification System (LPIS), Ortho imagery, Reference
Parcel, Agriculture, CAPI (Computer Aided Photo Interpretation), Control with Remote Sensing (CwRS), GIS
(Geographical Information System)
ABSTRACT:
This paper aimed to give information about recently completed EU Project with the overall objective; supporting Turkish
Government in setting up functional Integrated Administration and Control System (IACS) in order to administrate agricultural
supports in line with EU acquis and practices for nationwide implementation which is currently under construction. Project has two
associated components which comprises technical and institutional activities. Technical phase applied in two pilot provinces where
computer aided photointerpretation (CAPI) method is applied for GIS based LPIS creation, which is followed by farmer
consultations realised on field in order to structure the link between farmers and agricultural parcels used by them. Based on the facts
and examination of orthoimages, physical block decided to be used as reference parcel for primary digitalization and creating the
geodatabase of eligible land..Linkage between the user and agricultural area through farmer consultations, are used to assess
feasibility of creating a new system of direct payments that cuts the link between support and the production. The second component
is the thematic phase including the projections for the establishment of whole system, integrating the outcomes of first phase and
preparation of by-law drafts within the frame of legislative studies. This paper will focus on description of technical steps and will
not concentrate on project activities of thematic phase. Since the project was the preliminary step before the establishment of
IACS/LPIS in nationwide scale, the results and experience gained from the project opened the way to prepare the necessary technical
and legislative framework for future implementations.
1. INTRODUCTION
With its technical, economical, social and political aspects,
agricultural sector has indispensable importance with different
characteristics than the other sectors. In addition to the
importance of agriculture; stability of existing agricultural land,
and furthermore the continuous decrease in total area due to use
of land for non agricultural purposes or misuse, increased the
importance of existing agricultural land registry (detailed
inventory), registration concerning their qualifications and
provision of usage in a planned manner.
IACS as a system covers mechanisms composed for the right
administration and control of agricultural supports; while
securing correct payments to farmers and preventing false
declarations, enable real farmers, particularly the farmers who
cultivate their lands, to be supported regarding their lands. Land
parcel Identification System (LPIS) which is one of the
components of Integrated Administration and Control System
(IACS) has been used for the identification of agricultural land
in EU.
The document is based on the studies and outcome of the
project funded by The European Union’s Programme and
implemented by INTA Spaceturk in consortium with Ekotoxa
S.r.o. and CS Systèmes D’information S.A. namely “Technical
Assistance for the Ministry of Agriculture and Rural Affairs for
the design of a functioning Integrated Administration and
Control System (IACS) and a Land Parcel Identification System
in Turkey (LPIS)” (TR. 0402.08/002)
2. OVERVIEW
The project chose the approach to implement the IACS/LPIS
first in two pilot areas of Tekirdag and Agn Provinces. It was
the assumption to observe there the implementation steps on a
relatively small level before covering with the management
systems to administrate direct income support the whole country.
It was the main question to be answered by this project whether
it is possible to implement the land parcel identification with the
help of orthoimages in both areas. The hypothesis was if this
proved to be possible, then it should not be too difficult from
the technical point of view to extend the systems in the whole
country.
All EU member countries at the beginning of the
implementation of the IACS had to decide how to implement a
Land Parcel Identification System (LPIS) in their country and
on which practicable and reliable basis.
Based on visual interpretation from VHR satellite images and
field verification, reference parcel alternatives are evaluated to
be used as graphical linkage of agricultural support applications.
Definition of reference parcels are given, evaluation made
through spatial difference between the relevant reference parcel
type and the currently used agricultural land in order to address
direct income support to the practicing farmer and avoid
problems between owner and user of the land.
To proceed successful with creation of LPIS database, it was
necessary to prepare and draft a photo interpretation guideline,