Keyword Index

A

  • Air pollution The study of the air quality index of Isfahan city and the thermodynamic and synoptic analysis of the critical days of 1395 [Volume 41, 96-97, 2017, Pages 68-75]

C

  • Confluence Dynamic Effect of Atmospheric High levels on low level frontogenesis [Volume 41, 98-99, 2017, Pages 3-12]

D

  • Dust Evaluation of the RegCM4 model coupled with Dust module on Identification of dust storm features over the North Khorasan [Volume 41, 98-99, 2017, Pages 23-36]

E

  • Extreme precipitation Thermodynamic analysis of extreme precipitation for the West of Iran and presenting instability model for this area [Volume 41, 98-99, 2017, Pages 49-60]

F

  • FAO-Penman-Monteith Comparison of different methods of estimating potential evapotranspiration by FAO Penman Monteith (Case Study: Sepidan Region) [Volume 41, 98-99, 2017, Pages 13-22]
  • Frontogenesis Dynamic Effect of Atmospheric High levels on low level frontogenesis [Volume 41, 98-99, 2017, Pages 3-12]

G

  • Ghareh Ghom desert Evaluation of the RegCM4 model coupled with Dust module on Identification of dust storm features over the North Khorasan [Volume 41, 98-99, 2017, Pages 23-36]

I

K

  • Kashan Statistical analysis of agricultural frosts Kashan [Volume 41, 98-99, 2017, Pages 37-48]

N

  • North Khorasan Evaluation of the RegCM4 model coupled with Dust module on Identification of dust storm features over the North Khorasan [Volume 41, 98-99, 2017, Pages 23-36]

P

  • Potential Evapotranspiration Comparison of different methods of estimating potential evapotranspiration by FAO Penman Monteith (Case Study: Sepidan Region) [Volume 41, 98-99, 2017, Pages 13-22]

R

  • Ref-ET Software Comparison of different methods of estimating potential evapotranspiration by FAO Penman Monteith (Case Study: Sepidan Region) [Volume 41, 98-99, 2017, Pages 13-22]
  • RegCM-4.1.1 Evaluation of the RegCM4 model coupled with Dust module on Identification of dust storm features over the North Khorasan [Volume 41, 98-99, 2017, Pages 23-36]

S

  • Sepidan region Comparison of different methods of estimating potential evapotranspiration by FAO Penman Monteith (Case Study: Sepidan Region) [Volume 41, 98-99, 2017, Pages 13-22]
  • Shahrekord synoptic station An Investigation of trends in temperature in Shahrekord station [Volume 41, 98-99, 2017, Pages 73-82]
  • Shearing Dynamic Effect of Atmospheric High levels on low level frontogenesis [Volume 41, 98-99, 2017, Pages 3-12]

T

  • Temperature An Investigation of trends in temperature in Shahrekord station [Volume 41, 98-99, 2017, Pages 73-82]
  • Thermodynamic analysis Thermodynamic analysis of extreme precipitation for the West of Iran and presenting instability model for this area [Volume 41, 98-99, 2017, Pages 49-60]
  • Trend Statistical analysis of agricultural frosts Kashan [Volume 41, 98-99, 2017, Pages 37-48]
  • Trend An Investigation of trends in temperature in Shahrekord station [Volume 41, 98-99, 2017, Pages 73-82]

W

  • West Thermodynamic analysis of extreme precipitation for the West of Iran and presenting instability model for this area [Volume 41, 98-99, 2017, Pages 49-60]