Paper Information

Journal:   DESERT ECOSYSTEM ENGINEERING JOURNAL   SUMMER 2017 , Volume 6 , Number 15 #H0040; Page(s) 11 To 24.
 
Paper: 

EFFECTS OF FORESTATION WITH EUCALYPTUS CAMALDULENSIS (DEHNH.) AND AMYGDALUS SCOPARIA (SPACH.) ON CARBON SEQUESTRATION AND SOME SOIL PROPERTIES (CASE STUDY: DASHTE MAZEH FOREST PARK, DEHDASHT)

 
 
Author(s):  RAVANSHADI ZAHRA, ALVANINEJAD SOHRAB*, ADHAMI EBRAHIM
 
* DEPARTMENT OF FORESTRY, FACULTY OF AGRICULTURE AND NATURAL RESOURCES, INSTITUTE OF NATURAL RESOURCES AND ENVIRONMENTAL, YASOUJ UNIVERSITY
 
Abstract: 

Today, climate change and global warming caused by the emission of greenhouse gases is a big challenge to the world, especially in arid and semi-arid area. Afforestation is the most effective strategy to absorb carbon dioxide in terrestrial ecosystems and reduce global warming of the earth. The purpose of this study is to evaluate the effects of planting Eucalyptus camaldulensis and Amygdalus scoparia on carbon sequestration and some soil properties in Dashte Mazeh forest park of Dehdasht, southwest of Iran. For this purpose, soil samples were taken by the systematic-random method from depths of 0-15 and 30-15 cm. After measuring the soil chemical and physical properties inclusive of clay, sand, silt, pH, electrical conductivity, phosphorus, potassium and organic carbon in the laboratory, the data were analyzed with Orthogonal Comparisons method, using statistical software SPSS 20. The results showed that the soil carbon sequestration in forested area and non-forested area was estimated to be 20.8 and 8.73 t/ha, respectively (P<0.01). In addition, the rate of carbon sequestration, soil organic carbon and potassium in the Eucalyptus stand was more than that of Amygdalus stand (P<0.05). The results have shown that soil depth had no effect on carbon sequestration and other soil properties. The results of correlation analysis showed that there were positive correlations between soil organic carbon with percentage of clay, silt and potassium and negative correlation with sand.

 
Keyword(s): KOHGILUYEH AND BOYER-AHMAD PROVINCE, CLIMATE CHANGE, SOIL ORGANIC CARBON, ORTHOGONAL COMPARISONS
 
References: 
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