Spatial and temporal variation of meteorological parameters in the lower Tigris–Euphrates basin, Türkiye: application of non-parametric methods and an innovative trend approach | Citedby Results | Water Science & Technology | IWA Publishing

Skip to Main Content

Skip Nav Destination

Spatial and temporal variation of meteorological parameters in the lower Tigris–Euphrates basin, Türkiye: application of non-parametric methods and an innovative trend approach

Water Sci Technol (2023) 87 (8): 1982–2004.

This article has been cited by the following articles in journals that are participating in CrossRef Cited-by Linking.

Innovative versus traditional statistical methods in hydropluviometric: a detailed analysis of trends in the Wadi Mina Basin (Northwest of Algeria)

F. Hallouz
M. Meddi
S. E. Ali Rahmani
I. Abdi

Theoretical and Applied Climatology (2024) 155 (8): 8263.

Evaluation of the sensitivity of meteorological drought in the Mediterranean region to different data record lengths

Ali Demir Keskiner
Oguz Simsek

Environmental Monitoring and Assessment (2024) 196 (7)

In-depth Exploration of Temperature Trends in Morocco: Combining Traditional Methods of Mann Kendall with Innovative ITA and IPTA Approaches

Zohair Qadem
Gokmen Tayfur

Pure and Applied Geophysics (2024)

Trend and variability analysis in rainfall and temperature records over Van Province, Türkiye

Musa Esit
Mehmet Ishak Yuce
İbrahim Halil Deger
Islam Yasa

Theoretical and Applied Climatology (2024) 155 (1): 451.

Innovative Polygonal Trend Analysis (IPTA) in detecting the seasonal trend behavior of statistically downscaled precipitation for the Eastern Black Sea Basin of Turkey

Sinan Nacar
Murat Şan
Murat Kankal
Umut Okkan

Urban Water Journal (2024) 21 (4): 406.

Trend and change-point analyses of meteorological variables using Mann–Kendall family tests and innovative trend assessment techniques in New Bhupania command (India)

Venkatesh Gaddikeri
A. Sarangi
D. K. Singh
Malkhan Singh Jatav
Jitendra Rajput
N. L. Kushwaha

Journal of Water and Climate Change (2024) 15 (5): 2033.