Modeling of reallocation in land consolidation with a hybrid method

Ertunç, Ela; Çay, Tayfun; Haklı, Hüseyin

doi:10.1016/j.landusepol.2018.03.003

Cited by 39 publications

(20 citation statements)

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“…Physical land fragmentation has been the Western European view of land fragmentation, as the key causes of fragmentation in that region are inheritance and population growth, hence the solution to land fragmentation had been geared towards dealing with the physical aspect. Several studies limit the indicators for physical land fragmentation to the number of farmland parcels owned by a farmer, and the sizes of the farmland parcels (Akkaya Aslan et al, 2018;Ertunç et al, 2018;Uyan et al, 2013). Though the shape of the parcels, and the accessibility to the parcels also play a role in the effects of fragmentation .…”

Section: General Requirements For Land Reallocationmentioning

confidence: 99%

Responsible consolidation of customary lands: A framework for land reallocation

Asiama¹,

Bennett

Zevenbergen³

et al. 2019

Land Use Policy

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Section: General Requirements For Land Reallocationmentioning

confidence: 99%

Responsible consolidation of customary lands: A framework for land reallocation

Asiama¹,

Bennett

Zevenbergen³

et al. 2019

Land Use Policy

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“…Due to population growth, agriculture has become one of the most important sectors for people in recent years (Ertunc, Cay, & Hakli, ). Sustainable and successful land use/management in agriculture is increasingly needed day by day because of socio‐economic and physiographic conditions, problems of climate change, adaptation, and hunger (Uyan, Cay, Inceyol, & Hakli, ).…”

Section: Introductionmentioning

confidence: 99%

Genetic algorithm supported by expert system to solve land redistribution problem

2018

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Land redistribution, a real‐world optimization problem, involves the distribution of land parcels in predetermined blocks based on the landowners' preferences. This process, measured in weeks or months, is usually performed manually by a technician with the support of computer software. Although various techniques have been developed in recent years to solve this complex problem, they all require improvement. This study aimed to develop a new technique and produce applicable redistribution plans using a genetic algorithm (GA) in combination with an expert system. Blocks of cadastral parcels were determined by a GA using a new objective function to consider the overflow and residual areas as well as the landowners' preferences. The expert system was employed to close (reduce to zero) the overflow or residual areas occurring after the GA distribution. To investigate the performance of the proposed method, the system was used on a real study area and the results were compared against those obtained for the same cadastral situation undertaken by a technician using a similar method from published literature. The experimental results showed that the method proposed in this study performed better than the other methods because it provided a successful and applicable redistribution plan for the study area in a much shorter time.

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“…The approach significantly reduced the number of farmland parcels, increase the farmland parcel sizes, reduce land tenure fragmentation, increase accessibility to lines of transportation and slightly improve the parcel sizes in the area. The size of the farmland parcels and the number of parcels per holding have been used by many studies as the key indicators of land fragmentation and the success of land reallocation (Akkaya Aslan et al, 2018;Cay & Iscan, 2011;Ertunç et al, 2018;Uyan et al, 2013). In the area of interest, the increase of the average farmland parcel size from 1.25 to 2.20ha, put it above the national average of 2ha (MoFA-SRID, 2016).…”

Section: Discussionmentioning

confidence: 99%

Section: General Requirements For Land Reallocationmentioning

confidence: 99%

“…Uyan et al (2013) also compare a Spatial Decision Support System (SDSS) and Genetic Algorithm (GA) with the Turkish cadastral land reallocation approach and find the GA to be more successful in terms of average parcel size, number of parcels, and number of parcels per land holding. Further studies along this line have seen Ertunç et al, (2018) using a hybrid approach with the GA and fuzzy logic techniques to form a crossover and process of the former with the later in a self-adaptive manner. Like the other approaches, this approach also seeks to improve the physical structure of the farms.…”

Section: Introductionmentioning

confidence: 99%

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Responsible consolidation of customary lands

Asiama¹

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This thesis is the product of the help and contributions from a lot of people who made themselves available in many capacities in particular, Jaap Zevenbergen and Rohan Bennett. Jaap's inspiring guidance and foresight as the promoter got this work started and greatly helped in shaping it into its robust form. After pestering Jaap from the first day I met him during my MSc period that I want to do a PhD, it was through his encouragement that I applied for and received the Twente Graduate School (TGS) grant. Unfortunately, when I couldn't access the grant, he was very instrumental in me getting funded for a four year AiO/PhD candidate contract with University of Twente, to start this work. Whilst I was applying for the TGS grant, Rohan became my daily supervisor. Rohan is both a superb supervisor and teacher, who challenges his students to think outside their preconceived notions and look at the different sides of an issue. Together they formed an exceptional and complementary team, and I am very appreciative of their efforts.

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Modeling of reallocation in land consolidation with a hybrid method

Cited by 39 publications

References 10 publications

Responsible consolidation of customary lands: A framework for land reallocation

Responsible consolidation of customary lands: A framework for land reallocation

Genetic algorithm supported by expert system to solve land redistribution problem

Responsible consolidation of customary lands

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