Page 210 - Çevre Şehir ve İklim Dergisi İngilizce - Özel Sayı
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Use of Climate-Resilient Plants in Arid and Semi-Arid Lands





















                Figure 12: 2018; Kırşehir, Malya; image of Lycium barbarum in the test area
                             (From the writer’s personal archive, 2018).
               On the other hand, in a study conducted with Ankara University in the same
            area (Kırşehir, Malya Agricultural Enterprises Directorate Land), between 2016
            and 2020, under the “Adaptation Project of Some Legume and Gramineous
            Forage Plants in Marginal (Saline-Alkaline) and Wind Erosion-Affected Areas,”
            perennial gramineous and leguminous herbaceous and semi-shrub plants
            with high potential for adaptation, forage production, and erosion prevention
            were tested in this area. The species applied included meadow barley
            (Elymus  junceus),  sainfoin  (Onobrychis  sativa),  meadow  foxtail  (Agropyron
            cristatum), bladder senna (Colutea arborescens), blue gramineous (Agrapyron
            intermedium), yellow-flowered birdsfoot trefoil (Lotus corniculatus), and alfalfa
            (Medicago sativa). At the end of the first year, three of these species successfully
            adapted: blue gramineous, meadow foxtail, and meadow barley. In the second
            year, blue gramineous and meadow barley showed growth. Additionally, it
            has been determined that meadow foxtail (Agropyron Elongatum) naturally
            propagates in the area (ÇEM, 2021). Based on the previous studies, it has
            been determined that forage plants such as saltbush, meadow foxtail, steppe
            grass, and wild barley, which naturally grow in these areas, are tolerant to salt.
            Among the naturally growing species, it has been determined that meadow
            foxtail has the highest salt tolerance as a forage plant It has been reported
            that this plant can grow in soils with an electrical conductivity of 7.5 dS/m
            (Maas, 1985; Ashraf, 1994).
               Due to the fact that a large portion of our country’s rangeland is located
            in arid and semi-arid areas, there is a need for research and development
            efforts in rangeland areas. In order to carry out adaptation and reclamation
            studies in arid and problematic soil rangeland areas, revegetation efforts
            were conducted as part of the ‘Model Rangeland Application Project’ in the



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