##plugins.themes.academic_pro.article.sidebar##

Download
pdf
Statistic
Read Counter : 52 Download : 60

##plugins.themes.academic_pro.article.main##

Abstract

This work is dedicated to the determination of changes in atmospheric precipitation by months and seasons during the year in the example of Bukhara region. In the implementation of the work, the information about the atmospheric precipitation observed at the meteorological observation points located in the studied area was used. As a result, it was determined that the rainfall in the region is unevenly distributed by months and seasons throughout the year.

Keywords

atmospheric precipitation Bukhara region meteorological station and posts Jongeldi

##plugins.themes.academic_pro.article.details##

Creative Commons License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

How to Cite
Pirimova S.K. (2023). Distribution of Atmospheric Precipitation During the Year by Months and Seasons (Example of Bukhara Region). Texas Journal of Multidisciplinary Studies, 19, 44–49. Retrieved from https://zienjournals.com/index.php/tjm/article/view/3752

References

  1. Akulov V.V. Annual distribution of the daily layer of liquid precipitation (in mm) depending on the height and relief in the mountains of the Pamirs and Tien Shan. Proceedings of Tashkent State University, 1979. - No. 591. – P. 52-59.
  2. Ponomarenko P.N. Atmospheric precipitation of Kyrgyzstan. – Leningrad: Hydro-meteoizdat, 1976. – 134 p.
  3. Toshev X.R. Use desert landscapes and their agroimkoniyats (on the example of the district of Bucharest). Dissertation autoreferencing written to obtain a bachelor's degree in geography. – Tashkent. 2008. -26 b.
  4. Hikmatov and so on. Hydrometeorological conditions and water resources of the Zarafshan River basin. – Tashkent: Science and Technology, 2016. - 276 b.
  5. Hikmatov F.H., Halimova G.S., Ziyaev R.R. Quljuqtov, evaluate the change in the amount of atmospheric rainfall on the slopes by height . Information from the Geography Society of Uzbekistan. Volume 52. – Tashkent: 2018. - B. 138-145.
  6. Pirimova S.K., evaluate the change in the height of atmospheric rainfall on the slopes of the Lower Mountains. Dissertation written to obtain a master's academic degree. – Tashkent: OMU, 2022.-71 b.
  7. THE STATE OF WATER RESOURCES UNDER PRESENT GLOBAL CLIMATE CHANGE. AP Aminovna - Finland International Scientific Journal of Education …, 2023
  8. Radjabova, M. M., Ulmasov, S., & Zulfiev, A. (2023). TRADITIONAL AND WATER-SAVING IRRIGATION TECHNOLOGIES ON THE EXAMPLE OF THE BUKHARA OASIS. Finland International Scientific Journal of Education, Social Science & Humanities, 11(3), 372-375.
  9. Radjabova, M. M., Niyazov, H. Kh., Ulmasov, S., & Zulfiev, A. (2023). THE SYSTEM OF PEDAGOGICAL TRAINING TO ENSURE THE SAFETY OF WORKERS IN THE PRODUCTION PROCESS. Scientific Impulse, 1(8), 245-249.
  10. Radjabova, M. M., Zulfiev, A., & Ergashev, M. (2023). GROUNDWATER RESERVES OF BUKHARA REGION AND THEIR EFFICIENT USE. In MODERN SCIENCE AND EDUCATION: TOPICAL ISSUES OF THEORY AND PRACTICE (pp. 25-28).
  11. Makhmudovna, R. M., Xamrayevich, X. X., Ravshan, C., & A’zimjon, X. (2023). MEASURES TO PREVENT THE LOSS AND RE-EMERGENCE OF SALT STAINS ON IRRIGATED AREAS IN BUKHARA REGION. Finland International Scientific Journal of Education, Social Science & Humanities, 11(4), 122-127.
  12. Maxmudovna, R. M., Beshimov, S. T., Ergashev, M., & Zulfiyev, A. A. (2023). SUG ‘ORILADIGAN MAYDONLARNING MELIORATIV HOLATIGA BOSIMLI SIZOT SUVLARINING TA’SIRI. Journal of new century innovations, 26(2), 78-83.