Scientific Name: Pistacia chinensis
Common Name: Chinese Pistache Angiosperm or Gymnosperm: Angiosperm Natural Habitat: It is a sturdy tree with fall coloring that survives urban conditions fairly well and does well in all but the most northern zones. It is found in China and Taiwan. Leaf Pattern: Alternate, pinnately compound, 10 to 12 inches long, 10 to 12 lanceolate to narrow ovate leaflets, entire margins, tapering pointed tips, shiny green above, paler below. Germination Process: A dioecious plant, Chinese pistachio trees are either male or female, which means they respectively produce pollen or berries, which are also eaten by birds and rodents. Animals and Plants in Area: During summer, the female trees produce panicles of inconspicuous red flowers that are followed by small green berries; they turn red to purple in the fall, attracting many bird species. Also in fall, the tree surprises onlookers with its spectacular fall foliage as leaves turn shades of crimson, orange and red. Bark: Gray-brown with shallow reddish brown furrows, later forming rectangular to almost square flat-topped ridges. Size: Small tree reaching up to 40 feet tall with a nearly equal spread. Ethnobotany (Human Use): In China this tree is a highly important plant in the horticultural world because it is usually used to design classical Chinese garden. Also, in China the oil from the seeds is used for biodiesel productions. Not only is it an important component in the lives of the Chinese for decoration but we can also consume the leaves of this plant by cooking it and using it as a vegetable. The seeds are consumed roasted. The timber from the tree is also used in making furniture and the wood is used for protection for furniture, which helps to yield a yellow dye. This tree is not only used to make gardens look beautiful, but it also beneficial to us because we can use it for materialistic things and we can also make food from this tree. Summarize Research: The most important impact comes from the natural beauty of trees. Chinese Pistache turns orange to red before it drops its foot-long compound leaves. This native of China can reach 30 feet tall and even more, and about the same for width. Its foliage turns bright yellow in the fall. (Mielke, J.) After an experimental study of the performance and emission characteristics of diesel engine using direct and indirect injection combustion, systems are carried out on a same model of two disel engines fuelled with diesel and the blend of diesel and Chinese Pistache biodiesel. The results show that NOx emissions from the indirect injection combustion system fuelled with diesel are reduced by around two thirds, compared to that from direct injection combustion system. (Jincheng, H., Lin, L., Yaodong, W., Jianbin, Q., Anthony P., R., Lulu, L., & ... Yanhua, Y.) Certain problems throughout the plant selection for the Midwest vary widely because of the differences in climate, soil, and urbanization. Nonetheless, a project was started in 1984 to identify and evaluate worthy landscape plants for use in Kansas and other areas of the Midwest. In 1991, forty species and cultivars have been planted in six locations throughout Kansas. After four years, the results included survival, height, stem diameter, foliage quality, and overall quality. (HENSLEY D, L., WIEST S, C., LONG C, E., PAIR J, C., & GIBBONS F D, I.) Species that were used for these experiments ranged from many, and Chinese Pistache was one of them. Creative Essay: “Ugly Ducking” Unattractive at youth, beautiful as adult Popular for street trees in urban settings Fighters against harsh environments; Disease, fire and insect-resistant Branches with bark and leaves Are patios and sidewalks ornaments Whether large or small, they continue their work in spite of all A trees beauty is seen throughout the happiness it brings to all |
Chinese Pistache, #1
Leaves of Chinese Pistache
Bark of Chinese Pistache
Branches of Chinese Pistache
Group of pods on Chinese Pistache
Surroundings of Chinese Pistache
Full view of Chinese Pistache
Seed of Chinese Pistache
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References from Current Research:
Mielke, J. (2003). Color Quest. Horticulture, 100(6), 27.
Jincheng, H., Lin, L., Yaodong, W., Jianbin, Q., Anthony P., R., Lulu, L., & ... Yanhua, Y. (n.d). Experimental study of the performance and emission characteristics of diesel engine using direct and indirect injection systems and different fuels. Fuel Processing Technology, 921380-1386. doi:10.1016/j.fuproc.2011.03.001
HENSLEY D, L., WIEST S, C., LONG C, E., PAIR J, C., & GIBBONS F D, I. (1991). EVALUATION OF TEN LANDSCAPE TREES FOR THE MIDWEST. Journal Of Environmental Horticulture, 9(3), 149-155
Mielke, J. (2003). Color Quest. Horticulture, 100(6), 27.
Jincheng, H., Lin, L., Yaodong, W., Jianbin, Q., Anthony P., R., Lulu, L., & ... Yanhua, Y. (n.d). Experimental study of the performance and emission characteristics of diesel engine using direct and indirect injection systems and different fuels. Fuel Processing Technology, 921380-1386. doi:10.1016/j.fuproc.2011.03.001
HENSLEY D, L., WIEST S, C., LONG C, E., PAIR J, C., & GIBBONS F D, I. (1991). EVALUATION OF TEN LANDSCAPE TREES FOR THE MIDWEST. Journal Of Environmental Horticulture, 9(3), 149-155