Climate change is a phenomenon has been based on
the available evidence from a very long time ago and now its
existence is very probable. The speed and nature of climate
parameters changes at the middle of twentieth century has been
different and its quickness more than the before and its trend changed
to some extent comparing to the past. Climate change issue now
regarded as not only one of the most common scientific topic but also
a social political one, is not a new issue. Climate change is a
complicated atmospheric oceanic phenomenon on a global scale and
long-term. Precipitation pattern change, fast decrease of snowcovered
resources and its rapid melting, increased evaporation, the
occurrence of destroying floods, water shortage crisis, severe
reduction at the rate of harvesting agricultural products and, so on are
all the significant of climate change. To cope with this phenomenon,
its consequences and events in which public instruction is the most
important but it may be climate that no significant cant and effective
action has been done so far. The present article is included a part of
one surrey about climate change in Fars. The study area having
annually mean temperature 14 and precipitation 320 mm .23 stations
inside the basin with a common 37 year statistical period have been
applied to the meteorology data (1974-2010). Man-kendal and
change factor methods are two statistical methods, applying them, the
trend of changes and the annual mean average temperature and the
annual minimum mean temperature were studied by using them.
Based on time series for each parameter, the annual mean average
temperature and the mean of annual maximum temperature have a
rising trend so that this trend is clearer to the mean of annual
maximum temperature.
[1] A. Eslamian, "Examining climate change'"s" Technology Journal,
Volume 4, 2010, pp. 208-216
[2] V. K. Arora, and G. J. Boer, "Effects of Simulated Climate Change on
the Hydrology of Major River Basins", Journal of Geoph,. Res.
106(D4), 2001, pp. 3335-3348.
[3] H. Qbry, "Average annual river flow stations Rvndv slope change by
province", The National Science and Engineering Conference, Isfahan
University of Technology, 2011.
[4] T. Rogers-Hayden, F. Hatton, and I. Lorenzoni, "Energy security and
ÔÇÿclimate change-: Constructing UK energy discursive realities", Global
Environmental Change, Volume 21, Issue 1, 2011, pp. 134-142.
[5] S. Jennings and K. Brander, "Predicting the effects of climate change on
marine communities and the consequences for fisheries", Journal of
Marine Systems, Volume 79, Issues 3-4, 2010, pp. 418-426.
[6] S. Qhnvyh, "Global climate change and its impact on water resources,
watershed" National Conference on Science and Engineering, Isfahan
University of Technology, 2011.
[7] J. E. Dickinson, D, Robbins and L. Lumsdon, "Holiday travel
discourses and climate change", Journal of Transport Geography,
Volume 18, Issue 3, May 2010, pp. 482-489
[8] H. Najafi, "Climate Change city of Kashmar", National Science and
Engineering Conference, Isfahan University of Technology, 2011.
[9] H. Qbry, "Average annual river flow stations Rvndv slope change by
province", The National Science and Engineering Conference, Isfahan
University of Technology, 2011.
[1] A. Eslamian, "Examining climate change'"s" Technology Journal,
Volume 4, 2010, pp. 208-216
[2] V. K. Arora, and G. J. Boer, "Effects of Simulated Climate Change on
the Hydrology of Major River Basins", Journal of Geoph,. Res.
106(D4), 2001, pp. 3335-3348.
[3] H. Qbry, "Average annual river flow stations Rvndv slope change by
province", The National Science and Engineering Conference, Isfahan
University of Technology, 2011.
[4] T. Rogers-Hayden, F. Hatton, and I. Lorenzoni, "Energy security and
ÔÇÿclimate change-: Constructing UK energy discursive realities", Global
Environmental Change, Volume 21, Issue 1, 2011, pp. 134-142.
[5] S. Jennings and K. Brander, "Predicting the effects of climate change on
marine communities and the consequences for fisheries", Journal of
Marine Systems, Volume 79, Issues 3-4, 2010, pp. 418-426.
[6] S. Qhnvyh, "Global climate change and its impact on water resources,
watershed" National Conference on Science and Engineering, Isfahan
University of Technology, 2011.
[7] J. E. Dickinson, D, Robbins and L. Lumsdon, "Holiday travel
discourses and climate change", Journal of Transport Geography,
Volume 18, Issue 3, May 2010, pp. 482-489
[8] H. Najafi, "Climate Change city of Kashmar", National Science and
Engineering Conference, Isfahan University of Technology, 2011.
[9] H. Qbry, "Average annual river flow stations Rvndv slope change by
province", The National Science and Engineering Conference, Isfahan
University of Technology, 2011.
@article{"International Journal of Earth, Energy and Environmental Sciences:50972", author = "A. Gandomkar and R. Dehghani", title = "Study of Temperature Changes in Fars Province", abstract = "Climate change is a phenomenon has been based on
the available evidence from a very long time ago and now its
existence is very probable. The speed and nature of climate
parameters changes at the middle of twentieth century has been
different and its quickness more than the before and its trend changed
to some extent comparing to the past. Climate change issue now
regarded as not only one of the most common scientific topic but also
a social political one, is not a new issue. Climate change is a
complicated atmospheric oceanic phenomenon on a global scale and
long-term. Precipitation pattern change, fast decrease of snowcovered
resources and its rapid melting, increased evaporation, the
occurrence of destroying floods, water shortage crisis, severe
reduction at the rate of harvesting agricultural products and, so on are
all the significant of climate change. To cope with this phenomenon,
its consequences and events in which public instruction is the most
important but it may be climate that no significant cant and effective
action has been done so far. The present article is included a part of
one surrey about climate change in Fars. The study area having
annually mean temperature 14 and precipitation 320 mm .23 stations
inside the basin with a common 37 year statistical period have been
applied to the meteorology data (1974-2010). Man-kendal and
change factor methods are two statistical methods, applying them, the
trend of changes and the annual mean average temperature and the
annual minimum mean temperature were studied by using them.
Based on time series for each parameter, the annual mean average
temperature and the mean of annual maximum temperature have a
rising trend so that this trend is clearer to the mean of annual
maximum temperature.", keywords = "Climate change, Coefficient Variation, Fars
province, Man-Kendal method.", volume = "6", number = "3", pages = "107-3", }