Application of Remote Sensing in Development of Green Space
One of the most important parameters to develop and
manage urban areas is appropriate selection of land surface to
develop green spaces in these areas. In this study, in order to identify
the most appropriate sites and areas cultivated for ornamental species
in Jiroft, Landsat Enhanced Thematic Mapper Plus (ETM+) images
due to extract the most important effective climatic and adaphic
parameters for growth ornamental species were used. After geometric
and atmospheric corrections applied, to enhance accuracy of multi
spectral (XS) bands, the fusion of Landsat XS bands by IRS-1D
panchromatic band (PAN) was performed. After field sampling to
evaluate the correlation between different factors in surface soil
sampling location and different bands digital number (DN) of ETM+
sensor on the same points, correlation tables formed using the best
computational model and the map of physical and chemical
parameters of soil was produced. Then the accuracy of them was
investigated by using kappa coefficient. Finally, according to
produced maps, the best areas for cultivation of recommended
species were introduced.
[1] K. P. A. Mehrabani, N. A. Khorasani, "The role of people's participation
in the preservation, maintenance and development of green space in
Tehran", The Enviromental Science and Technology Magazine, 2003,
Vol. 17, pp. 1-14.
[2] M. H. Jazireie, "Forestation in dry lands", University of Tehran Press,
2001.
[3] A. Jalalian, "The role of physical and morphological parameters of soil
as limitations in sustainable development of landscape in Isfahan, Iran",
3th national conference of urban green space and landscape, Tehran,
Iran, 2007.
[4] A. Zangiabadi, "statistical-spatial analysis of the profile of urban green
space development (Case Study: Isfahan urban areas)", Journal of
Environmental Studies, 2009, Vol. 35, pp. 105-116.
[5] M. Abdollahi, "Forestation plan in south region of Alborz chain
mountain and its environmental impact in Tehran", M.Sc. Thesis in
Forestry, IAU, Science and Research branch, Tehran, Iran, 2001.
[6] H. Ghelichnia Omrani, "The relationship between vegetation and
geomorphologic factors, relying on land surveying in the Nardin
watershed, Semnan province" M.Sc. Thesis in Pasturage, Gorgan
University of Agricultural Sciences and Natural Resources, 1996.
[7] A. R. Maman Poshesh, "Evaluation revealed that the spatial landscape of
Isfahan in both 1386 and 1302 period by satellite images and GIS" 3th
national conference of urban green space and landscape, Tehran, Iran,
2007.
[8] A. Malek ghasemi, "Review principles of land Surveying and GIS in
forest and green space development, Case Study: Sorkh-e-Hesar forest
in Tehran", Science & Research Agricultural Magazine, No. 3, pp69-80,
2005.
[9] M. A. Nakhaie Moghadam, "Climatic factors limiting the development
of urban green space in Sistan province, Iran", 3th national conference
of urban green space and landscape, Tehran, Iran, 2007.
[10] A. Klute, "Method of soil analysis", Part 1, Physical and mineralogical
methods, second edition, science society of American, INC., wisconsia,
USA, 1989.
[11] F. F. Sabims, "Remote Sensing: principal and interpretation" W.H.
Freeman and CO., Newyork.
[12] R. W. Weaver, and J. S. Angle, "Methods of soil analysis", part 2,
Microbiological and. Biochemical properties, soil science of America
.INC, wiscosia, USA, 1994.
[13] R. S. Dwivedi, "Remote sensing in desertification studies, how to
monitor and assess desertification?" Application of Remote Sensing in
Asia and Oceania Environmental Change Monitoring. Asian association
and remote sensing, 1997, pp. 180-192.
[14] Soil Survey Staff, 1999." Keys to Soil Taxonomy", 8th Ed., SCS,
USDA, Pocahantas press, INC, Black burg. Virginia U.S.A.
[15] D. Yuan, C. D. Elvidge and R. S. Linetta, "Survey of Multi Spectral
Methods for Land Cover Change Analysis", Remote Sensing Change
Detection Environmental Monitoring Methods and Applications,
Sleeping Bear press, INC. 1999.
[1] K. P. A. Mehrabani, N. A. Khorasani, "The role of people's participation
in the preservation, maintenance and development of green space in
Tehran", The Enviromental Science and Technology Magazine, 2003,
Vol. 17, pp. 1-14.
[2] M. H. Jazireie, "Forestation in dry lands", University of Tehran Press,
2001.
[3] A. Jalalian, "The role of physical and morphological parameters of soil
as limitations in sustainable development of landscape in Isfahan, Iran",
3th national conference of urban green space and landscape, Tehran,
Iran, 2007.
[4] A. Zangiabadi, "statistical-spatial analysis of the profile of urban green
space development (Case Study: Isfahan urban areas)", Journal of
Environmental Studies, 2009, Vol. 35, pp. 105-116.
[5] M. Abdollahi, "Forestation plan in south region of Alborz chain
mountain and its environmental impact in Tehran", M.Sc. Thesis in
Forestry, IAU, Science and Research branch, Tehran, Iran, 2001.
[6] H. Ghelichnia Omrani, "The relationship between vegetation and
geomorphologic factors, relying on land surveying in the Nardin
watershed, Semnan province" M.Sc. Thesis in Pasturage, Gorgan
University of Agricultural Sciences and Natural Resources, 1996.
[7] A. R. Maman Poshesh, "Evaluation revealed that the spatial landscape of
Isfahan in both 1386 and 1302 period by satellite images and GIS" 3th
national conference of urban green space and landscape, Tehran, Iran,
2007.
[8] A. Malek ghasemi, "Review principles of land Surveying and GIS in
forest and green space development, Case Study: Sorkh-e-Hesar forest
in Tehran", Science & Research Agricultural Magazine, No. 3, pp69-80,
2005.
[9] M. A. Nakhaie Moghadam, "Climatic factors limiting the development
of urban green space in Sistan province, Iran", 3th national conference
of urban green space and landscape, Tehran, Iran, 2007.
[10] A. Klute, "Method of soil analysis", Part 1, Physical and mineralogical
methods, second edition, science society of American, INC., wisconsia,
USA, 1989.
[11] F. F. Sabims, "Remote Sensing: principal and interpretation" W.H.
Freeman and CO., Newyork.
[12] R. W. Weaver, and J. S. Angle, "Methods of soil analysis", part 2,
Microbiological and. Biochemical properties, soil science of America
.INC, wiscosia, USA, 1994.
[13] R. S. Dwivedi, "Remote sensing in desertification studies, how to
monitor and assess desertification?" Application of Remote Sensing in
Asia and Oceania Environmental Change Monitoring. Asian association
and remote sensing, 1997, pp. 180-192.
[14] Soil Survey Staff, 1999." Keys to Soil Taxonomy", 8th Ed., SCS,
USDA, Pocahantas press, INC, Black burg. Virginia U.S.A.
[15] D. Yuan, C. D. Elvidge and R. S. Linetta, "Survey of Multi Spectral
Methods for Land Cover Change Analysis", Remote Sensing Change
Detection Environmental Monitoring Methods and Applications,
Sleeping Bear press, INC. 1999.
@article{"International Journal of Biological, Life and Agricultural Sciences:63445", author = "Mehdi Saati and Mohammad Bagheri and Fatemeh Zamanian", title = "Application of Remote Sensing in Development of Green Space", abstract = "One of the most important parameters to develop and
manage urban areas is appropriate selection of land surface to
develop green spaces in these areas. In this study, in order to identify
the most appropriate sites and areas cultivated for ornamental species
in Jiroft, Landsat Enhanced Thematic Mapper Plus (ETM+) images
due to extract the most important effective climatic and adaphic
parameters for growth ornamental species were used. After geometric
and atmospheric corrections applied, to enhance accuracy of multi
spectral (XS) bands, the fusion of Landsat XS bands by IRS-1D
panchromatic band (PAN) was performed. After field sampling to
evaluate the correlation between different factors in surface soil
sampling location and different bands digital number (DN) of ETM+
sensor on the same points, correlation tables formed using the best
computational model and the map of physical and chemical
parameters of soil was produced. Then the accuracy of them was
investigated by using kappa coefficient. Finally, according to
produced maps, the best areas for cultivation of recommended
species were introduced.", keywords = "Locate ornamental species, Remote Sensing,Adaphic parameters, ETM+, Jiroft", volume = "4", number = "4", pages = "210-7", }