Yazar "Martin, C. O." seçeneğine göre listele

Listeleniyor 1 - 1 / 1
  • Küçük Resim
    Öğe
    Species composition of dry-temperate forest as an important habitat for wildlife fauna species
    (Triveni Enterprises, 2020) Rajpar, M. N.; Ozturk, M.; Altay, V; Ullah, S.; Ullah, A.; Martin, C. O.; Gucel, S.
    Aim: To determine the present species composition and diversity in dry temperate forest ecosystem, especially trees, shrubs, ground cover, birds, reptiles and mammals. Methodology: The vegetation composition and diversity of dry-temperate forest in Kumrat valley was determined through employing the 20x20 m (0.4 ha) quadrant method. In addition, fauna species were detected through direct visual observations. A total of 100 quadrant plots were randomly selected to determine the vegetation composition and diversity from July, 2017 to August, 2018. Results: A total of 7 tree species, 3 shrubs, and 12 grass species were identified, which were attracted into the study area. The highest tree density was determined for P wallichiana (3.375 tree ha(-1) and the lowest one for J. regia (0.300 tree ha(-1)). CAP tests indicated that the diversity indices, i.e., Shannon-Winner's Diversity Index (H-1=2.908 +/- 0.161), Margalefs Richness Index (R-1=3.26 +/- 0.112) and McIntosh Evenness Index (E=0.9746 +/- 0.0206) occured in Kumrat valley. Further, diversity indices of trees varied from species to species, e.g., the highest tree species diversity (H-1=2.248) and species richness (R-1=2.730) was recorded in Picea smithiana and the lowest one (H-1=0.297) and richness (R-1=0.4024) in Juglans regia. Taxus baccata (E=0.9763) showed even distribution in the study area as compared to other tree species. The direct observation observed a total of 11 mammal species (6 endangered, 3 data deficient, and 2 species least concern), 41 bird species (mostly least concern), and 6 reptile species (4 least concern, one data deficient, and one vulnerable) simultaneously within the same area where plant cover was determined. Interpretation: The results of this study demonstrated that plant cover structure and composition of dry-temperate forest is the most prominent factor that had formed a wide array of different habitats to attract the higher diversity of fauna.