INFORMATION MATERIALS FOR ASSESSING THE IMPACT OF CLIMATE FACTORS ON FORMING SOIL WATER REGIME ON DRAINED LANDS
Keywords:
climate change, drained lands, precipitation, air temperature, information materials, soil water regime
Abstract
The research results on creating information materials for assessing the impact of modern climatic factors on the formation of soil water regimes on drained lands are presented. By the results of the research, carried out at the "Romen" drainage and irrigation system (Sumy region), it was established that over the past 34 years, the average air temperature during the growing season has varied from 14,2 to 19,4 oC. In general, there is a trend for its slight decrease (almost by 0,2 oC). The highest average monthly air temperatures are recorded in July and August, and the lowest ones - in April. It was specified that the water regime of the active soil layer during the growing season is formed mainly due to moderate (4–14 mm – 44%) and significant (15–49 mm – 40%) precipitation, the total share of which in water reserves is 84%. There is a trend towards an increase in the share of significant precipitation (on average, up to 46–60 % of the total amount during the growing season) in years with high-water growing seasons, and its predominant amount falls in the range of 15–29 mm. There is also an increase in the share of moderate precipitation (up to 49% of the total amount during the growing season) in years with low-water growing seasons.
Information materials on the distribution of atmospheric precipitation by year in quantitative and percentage indicators, their recurrence in the growing seasons of 1990–2022 ("Romen" DIS, Sumy region), presented as an interactive visual report with graphic materials (dashboard) have been created. Informational materials in the form of dashboards enable us to monitor changes in climatic conditions, promptly providing up-to-date data when forecasting future trends in changes in the water supply of agricultural territories, in particular, the formation of the soil water regime on drained lands and addressing the challenges related to climate change.
References
References
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18. Balabukh V. O. (2004). Traiektorii tsykloniv, shcho zumovliuiut nebezpechnu i stykhiynu kilkist opadiv v Ukraini u teplyy period roku. [Trajectories of cyclones causing dangerous and spontaneous rainfall in Ukraine in the warm period of the year.] Naukovi pratsi UkrNDHMI, Vol. 253, 37–49 [in Ukrainian].
19. Stykhiyni meteorolohichni yavyshcha na terytorii Ukrainy za ostannie dvadtsiatyrichchia (1986–2005 rr.). (2006) [Natural meteorological phenomena on the territory of Ukraine for the last twenty years (1986–2005).] Kyiv: Nika-Tsentr, 311 p. [in Ukrainian].
20. Tatarchuk O., Tymofieiev V. (2017). Sylni zlyvy na terytorii Ukrainy na rubezhi XX–XXI stolit [Heavy downpours on the territory of Ukraine at the turn of the 20th–21st centuries]. Visnyk Kyivskoho natsionalnoho universytetu imeni Tarasa Shevchenka. 1(66)/2(67), 89–93. [in Ukrainian].
21. Ohliady pohody ta stykhiinykh hidrometeorolohichnykh yavyshch na terytorii Ukrainy za 1991–2015 [Surveys of weather and spontaneous hydrometeorological phenomena on the territory of Ukraine for 1991–2015]. Kyiv: UkrHMTs, TsHO. [in Ukrainian]
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23. Martazynova V. F., Ivanova E. K., & Chayka D. Yu. (2007). Izmenenie atmosfernoy tsyrkuliatsyui v Severnom polusharyi v techenye peryoda hlobalnoho poteplenyi v XX veke [Changes in atmospheric circulation in the Northern Hemisphere during the period of global warming in the 20th century]. Ukr. heohr. Zhurnal, 3, 10−19. [in Russian].
24. L. Humonenko. (2019). Nastanova z meteorolohichnoho prohnozuvannia [Guidance on meteorological forecasting.]. Kyiv: Ukrainskyi hidrometeorolohichnyi tsentr [in Ukrainian]
25. Yak stvoryty dashbord v Excel (2022). [How to create a dashboard in Excel]. Retrieved from: https://laba.ua/blog/3287-kak-sozdat-dashbord-v-excel.
26. Fedorenko, O. (2020). Shcho take dashbord: pryklady i sposoby zastosuvannia. [What is a dashboard: examples and methods of application.]. Retrieved from: https://waytobi.com/ua/blog/kpi-dashboards.html.
27. Kuzmych, L., Voropai, H., Kharlamov, O., Kotykovych, I., & Kuzmych S. (2023). Study of contemporary climate changes in the Ukrainian humid zone (on the example of the Volyn Region) ISCES-2023.IOP Conf. Series: Earth and Environmental Science.1269. 012022.IOP Publishing. DOI:10.1088/1755-1315/1269/1/012022.
28. Kuzmych, L., Voropay, G., Moleshcha, N., & Babitska, O. (2021). Improving Water Supply Capacity of Drainage Systems at Humid Areas in the Changing Climate. Archives of Hydro-Engineering and Environmental Mechanics, Vol. 68(1), 29–40.
1. World Meteorological Organization. (2019). The Global Climate in 2015–2019. Retrieved from: www.wmo.int. [in Ukrainian]
2. Zhurakovska, L. A.(2021). Priorytety polityky adaptatsii ahrosektoru Ukrainy do zminy klimatu [Priorities of the adaptation policy of the agricultural sector of Ukraine to climate change]. National Institute for strategic studies. Retrieved from: https://niss.gov.ua/doslidzhennya/ekonomika/priorytety-polityky-adaptatsiyi-ahrosektoru-ukrayiny-do-zminy-klimatu [in Ukrainian]
3. Adamenko, T. (2022). Tse ne strashylky, a prohnozy zminy klimatu ta yoho vplyvu na ahrovyrobnytstvo [These are not horror stories, but forecasts of climate change and its impact on agricultural production]. APK-INFORM "PIDSUMKY", 09 (75). Retrieved from: https://www.apk-inform.com/uk/exclusive/opinion/1514243 [in Ukrainian]
4. Tymchuk, V.M., Tymchuk, S.M. (2016). Vplyv klimatychnykh zmin na vedennia ahrobiznesu [Impact of climate change on agribusiness]. Ahrobiznes Sʹohodni. Retrieved from: https://agro-business.com.ua/agro/idei-trendy/item/8377-vplyv-klimatychnykh-zmin-na-vedennia-ahrobiznesu.html [in Ukrainian]
5. Davydovych, V., Varetska, N., Varetskyy, B. (2022). Analiz hlobalnykh zmin klimatu ta ikh vplyv na prodovolchu bezpeku derzhavy [Analysis of global climate changes and their impact on the country's food security]. Klimatychni zminy ta silske hospodarstvo. Vyklyky dlia ahrarnoi nauky ta osvity: zbirnyk materialiv V Mizhnarodnoi naukovo-praktychnoï konferentsii, 15 lystopada 2022 r., Naukovo-metodychnyy̆ tsentr VFPO. Kyiv, 2-7. [in Ukrainian]
6. The National Academy of Agrarian Sciences of Ukraine. (2020). V umovakh suchasnykh zmin klimatu riven zvolozhennia na terytorii Ukrainy ye holovnym chynnykom, yakyi obmezhuie produktyvnist roslynnytstva ta potentsial zemlerobstva [In the conditions of modern climate changes, the level of moisture in the territory of Ukraine is the main factor that limits the productivity of crop production and the potential of agriculture]. Retrieved from: http://naas.gov.ua/slide/v-umovakh-suchasnikh-zm-n-kl-matu-r-ven-zvolozhennya-na-teritor-ukra-ni-golovnim-chinnikom-yakiy-obm/ [in Ukrainian]
7. Kuzmych, L., Furmanets, O., Usatyi, S., Kozytskyi, O., Mozol, N., Kuzmych, A., Polishchuk, V., & Voropai, H. (2022). Water Supply of the Ukrainian Polesie Ecoregion Drained Areas in Modern Anthropogenic Climate Changes. Archives of Hydro Engineering and Environmental Mechanics, 69(1), 79–96. [in Ukrainian] https://doi.org/10.2478/heem-2022-0006.
8. Nechyporenko, O. (2018). Stan ta perspektyvy adaptatsi ahrarnoho sektoru ekonomiky Ukrainy do hlobalnykh zmin klimatu [State and prospects of adaptation of the agricultural sector of the economy of Ukraine to global climate changes]. Ekonomist, 11, 10–14. [in Ukrainian].
9. Romashchenko, M. I., Husev, Yu. V., Shatkovskyi, A. P., Saidak, R. V., Yatsiuk, M. V., Shevchenko, A. M., & Matiash, T. V. (2020). Vplyv suchasnykh klimatychnykh zmin na vodni resursy ta silskohospodarske vyrobnytstvo [ Impact of climate change on water resources and agricultural production] Melioratsiia i vodne hospodarstvo, 1, 5−22. [in Ukrainian].
10. Wilson, L., New, S., Daron, J., & Golding, N. (2021). Climate Change Impacts for Ukraine. Met Office. Retrieved from: https://mepr.gov.ua/wp-content/uploads/2023/07/2_Vplyv-zminy-klimatu-v-Ukrayini.pdf
11. Ukrinform. (2015). Meteorologists are concerned about the dangerous trend growth droughts in Ukraine. (n.d.). www.ukrinform.ua. Retrieved from: https://www.ukrinform.ua/rubric-presshall/1912344-vpliv-zminklimatu-na-vodozabezpechennya- vodospojivannya-i-prodovolchu-bezpeku-zala-1.html.
12. UkrHMI. (2013). Zvit pro naukovo-doslidnu robotu «Rozroblennia stsenariiv zminy klimatychnykh umov v Ukraini na seredno- i dovhostrokovu perspektyvu z vykorystanniam danykh hlobalnykh i rehionalnykh modelei» [Development of scenarios of changes in climatic conditions in Ukraine for the medium and long term using data from global and regional models] 135 p. [in Ukrainain]
13. Kyrychenko, O. S. (2020). Suchasni osoblyvosti klimatu Ukrainy [Modern features of the climate of Ukraine]. Teoretychni ta prykladni aspekty doslidzhen z biolohii, heohrafii ta khimii: materialy III Vseukrainskoi naukovoi konferentsii studentiv ta molodykh uchenykh. Sumy: FOP Tsoma S.P., 113–116. [in Ukrainian].
14. Balabukh V. O. (2018). Zmina intensyvnosti konvektsii v Ukraini: prychyny ta naslidky. [Change in the intensity of convection in Ukraine: causes and consequences.]. Ukrayinsʹkyy hidrometeorolohichnyy tsentr. Retrieved from: http://meteo.gov.ua/files/content/docs/Vinnitsa/UkrGMI.pdf.
15. Tatarchuk, O. H. (2019). Kharakterystyka ta rozpodil sylnykh zlyv po terytorii Ukrainy v umovakh suchasnoho klimatu [Characteristics and distribution of heavy downpours on the territory of Ukraine in the conditions of the modern climate] // Vplyv klimatychnykh zmin na prostorovyi rozvytok terytorii Zemli: naslidky ta shliakhy vyrishennia: Zbirnyk naukovykh prats II Mizhnarodnoi naukovo-praktychnoi konferentsii (Kherson, 13-14 chervnia 2019 roku). Kherson: DVNZ «KhDAU», P. 178–181 [in Ukrainian].
16. Balabukh V. O. (2008). Minlyvist duzhe sylnykh doshchiv ta sylnykh zlyv v Ukraini [Variability of very heavy rains and heavy downpours in Ukraine]. Naukovi pratsi UkrNDHMI, Vol. 257, 61–72. [in Ukrainian].
17. Kulbida M., Babichenko V., Nikolaieva N., & Hushchyna L. (2004). Osoblyvosti prostorovo-chasovoho rozpodilu duzhe sylnoho doshchu v Ukraini za ostannie dvadtsiatyrichchia [Peculiarities of spatio-temporal distribution of very heavy rain in Ukraine over the last twenty years] // Ukraina: heohrafichni problemy staloho rozvytku. T.III. Kiyv.: Obrii, P. 138–140 [in Ukrainian].
18. Balabukh V. O. (2004). Traiektorii tsykloniv, shcho zumovliuiut nebezpechnu i stykhiynu kilkist opadiv v Ukraini u teplyy period roku. [Trajectories of cyclones causing dangerous and spontaneous rainfall in Ukraine in the warm period of the year.] Naukovi pratsi UkrNDHMI, Vol. 253, 37–49 [in Ukrainian].
19. Stykhiyni meteorolohichni yavyshcha na terytorii Ukrainy za ostannie dvadtsiatyrichchia (1986–2005 rr.). (2006) [Natural meteorological phenomena on the territory of Ukraine for the last twenty years (1986–2005).] Kyiv: Nika-Tsentr, 311 p. [in Ukrainian].
20. Tatarchuk O., Tymofieiev V. (2017). Sylni zlyvy na terytorii Ukrainy na rubezhi XX–XXI stolit [Heavy downpours on the territory of Ukraine at the turn of the 20th–21st centuries]. Visnyk Kyivskoho natsionalnoho universytetu imeni Tarasa Shevchenka. 1(66)/2(67), 89–93. [in Ukrainian].
21. Ohliady pohody ta stykhiinykh hidrometeorolohichnykh yavyshch na terytorii Ukrainy za 1991–2015 [Surveys of weather and spontaneous hydrometeorological phenomena on the territory of Ukraine for 1991–2015]. Kyiv: UkrHMTs, TsHO. [in Ukrainian]
22. Coppola, E. Nogherotto R., Ciarlo J., Giorgi F., & van Meijgaard E., et al. (2021). Assessment of the European Climate Projections as Simulated by the Large EURO-CORDEX Regional and Global Climate Model Ensemble. J. Geophys. Res. Atmos. 126, e2019JD032356
23. Martazynova V. F., Ivanova E. K., & Chayka D. Yu. (2007). Izmenenie atmosfernoy tsyrkuliatsyui v Severnom polusharyi v techenye peryoda hlobalnoho poteplenyi v XX veke [Changes in atmospheric circulation in the Northern Hemisphere during the period of global warming in the 20th century]. Ukr. heohr. Zhurnal, 3, 10−19. [in Russian].
24. L. Humonenko. (2019). Nastanova z meteorolohichnoho prohnozuvannia [Guidance on meteorological forecasting.]. Kyiv: Ukrainskyi hidrometeorolohichnyi tsentr [in Ukrainian]
25. Yak stvoryty dashbord v Excel (2022). [How to create a dashboard in Excel]. Retrieved from: https://laba.ua/blog/3287-kak-sozdat-dashbord-v-excel.
26. Fedorenko, O. (2020). Shcho take dashbord: pryklady i sposoby zastosuvannia. [What is a dashboard: examples and methods of application.]. Retrieved from: https://waytobi.com/ua/blog/kpi-dashboards.html.
27. Kuzmych, L., Voropai, H., Kharlamov, O., Kotykovych, I., & Kuzmych S. (2023). Study of contemporary climate changes in the Ukrainian humid zone (on the example of the Volyn Region) ISCES-2023.IOP Conf. Series: Earth and Environmental Science.1269. 012022.IOP Publishing. DOI:10.1088/1755-1315/1269/1/012022.
28. Kuzmych, L., Voropay, G., Moleshcha, N., & Babitska, O. (2021). Improving Water Supply Capacity of Drainage Systems at Humid Areas in the Changing Climate. Archives of Hydro-Engineering and Environmental Mechanics, Vol. 68(1), 29–40.
Published
2024-07-05
How to Cite
Voropay, H., Kotykovich, I., Kuzmych, L., Moleshcha, N., Kharlamov, O., & Stozhka, D. (2024). INFORMATION MATERIALS FOR ASSESSING THE IMPACT OF CLIMATE FACTORS ON FORMING SOIL WATER REGIME ON DRAINED LANDS. Land Reclamation and Water Management, (1), 19 - 30. https://doi.org/10.31073/mivg202401-382
Section
Articles
