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Desire for Greener Land

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2.3 DESIRE methodology examples<br />

Case study of the DESIRE methodology – Eskişehir, Turkey<br />

(This case study is structured according to the 5 steps of DESIRE approach as explained in chapter 1)<br />

I Establishing land degradation and SLM<br />

context and sustainability goals<br />

Socio-cultural, economic and environmental context<br />

The Eskişehir region is situated in the inner Northwestern<br />

Anatolian region, on the north rim of the Eskişehir plain,<br />

covering an area of 90 km 2 , and situated between 800 and<br />

1400 m altitude. The area has been strongly influenced<br />

by agricultural and industrial activities due to its proximity<br />

to Eskişehir city. In the coming decades, urbanisation is<br />

projected to increase, as well as the demand <strong>for</strong> water <strong>for</strong><br />

industrial, domestic and agricultural needs. At the same time<br />

the incidence of droughts is expected to increase.<br />

Degradation problems in the area include soil erosion by<br />

water and wind, salinization, surface water pollution and<br />

groundwater depletion.<br />

<strong>Land</strong> use is mainly rainfed agriculture (mostly cereals), irrigated<br />

cultivation (sugar beet and sunflower), pasture and<br />

man-made <strong>for</strong>ests (mainly pine and oak trees).<br />

Geology and soils: the substrate consists of metamorphic<br />

rocks with sandstones and conglomerates and alluvial deposits.<br />

Marble lenses in the metamorphic rocks are mined.<br />

The climate is dry continental climate with an annual precipitation<br />

of 380 mm, with temperatures generally below 0°C<br />

during winter and possibly exceeding 40°C in summer days.<br />

Existing conservation measures: conservation measures to<br />

protect land, water and biodiversity resources are limited in<br />

the area. Crop rotation, fodder crop production and re<strong>for</strong>estation<br />

are practiced.<br />

Socio-economic situation: the Eskişehir area has a high productivity<br />

in the agricultural and manufacturing sectors compared<br />

to other regions in the country, but the educational<br />

and income levels of the village inhabitants and farmers are<br />

low. The study site has 3040 inhabitants.<br />

Location of the Eskişehir study site in the Eskişehir plain.<br />

Case study of the DESIRE methodology – Eskişehir, Turkey DESIRE – WOCAT 2012<br />

Institutional and political setting: Several state organisations<br />

and research institutes at the national and provincial<br />

level coordinate land and water management in the area.<br />

The municipality decides on land use and management<br />

within its borders. Several civil society organisations provide<br />

extension services to land users, including financial support.<br />

The national NGO TEMA is active in combating soil erosion<br />

and the restoration and protection of natural habitats.<br />

There is limited communication between stakeholders and<br />

local and national policy representatives.<br />

Stakeholders, goals and drivers<br />

The main stakeholder groups include the villagers holding<br />

livestock, land users of the cropland, farmer unions,<br />

the municipality, provincial directorates <strong>for</strong> infrastructure,<br />

water, environment and <strong>for</strong>estry, several research institutes<br />

and two environmental NGOs. The sustainability goals identified<br />

<strong>for</strong> the Eskişehir area reflect the needs of the livestock<br />

holders, farmers and state organizations.<br />

The main socio-economic and environmental drivers are summarized<br />

below. Policies to protect land and water resources<br />

include a national law on soil preservation and land use.<br />

Sustainability goals<br />

Goal 1 Increasing biological diversity<br />

Goal 2 Improving productivity of fodder production on pasture lands<br />

Goal 3 Conservation and improvement of soil fertility<br />

Goal 4 Forest cover increase and maintenance<br />

Goal 5 Efficient use of groundwater sources<br />

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